Box2D - अपने आप ऑटो आंदोलन की भौतिकी

हेबर के सभी पाठकों को नमस्कार। इस विषय में, मैं आपको यह दिखाने की कोशिश करूंगा कि सामने वाले के आंदोलन के सरल भौतिकी को बनाने में कितना आसान है- और ऑल-व्हील ड्राइव कार। तो चलिए!

प्रविष्टि

मुझे तुरंत यह कहना होगा कि मैं अभी तक भौतिकी की सभी अवधारणाओं से परिचित नहीं हूं, लेकिन मैं समझता हूं कि वे क्या हैं, इसलिए मुझे स्मार्ट शब्दों की उम्मीद नहीं है, मैं सबसे अधिक समझने योग्य और मानवीय भाषा में सब कुछ वर्णन करने का प्रयास करता हूं, मुझे अग्रिम में क्षमा करें।
इस लेख को लिखने के लिए प्रेरणा एक काम के एनालॉग की कमी है। उस क्षण जब मुझे ऐसा करने की आवश्यकता थी, मैंने केवल एक या कम सामान्य उदाहरण को गुगलाया , जो दुर्भाग्य से, किसी कारण से मेरे लिए दिलचस्प नहीं था:

1. बहाव / पर्ची की कुल कमी
2. एक्स और वाई कुल्हाड़ियों के साथ चलते समय अलग-अलग गति (यह ज्ञात नहीं है कि इसका क्या कारण है, लेकिन मुझे इसकी आवश्यकता नहीं है)

ट्रेनिंग

तो हमें क्या पता। लेकिन हम जानते हैं कि जब एक कार पर (और पहियों पर हमारे मामले में) ड्राइविंग करते हैं, तो कुछ बल कार्य करते हैं। हमारी सरल परियोजना के लिए, स्वाभाविक रूप से, इनमें से कुछ ताकतों की उपेक्षा की जा सकती है (हम एक पूर्ण सिम्युलेटर नहीं कर रहे हैं)।
सभी पैरामीटर जो हम उपयोग करेंगे:

1. कर्षण बल (यह यहाँ गति और त्वरण होगा)
2. पहिए का अनुदैर्ध्य घर्षण
3. पहिया घर्षण

इन सभी बलों को हम सीधे पहियों की वस्तुओं पर लागू करेंगे।
जब ग्राफिक रूप से आगे बढ़ते हैं, तो इन बलों का प्रतिनिधित्व निम्न प्रकार से किया जा सकता है (चित्रों में कार के सामने के लिए शीर्ष लें):

एक्स अक्ष - पहिया का अनुप्रस्थ घर्षण
Y अक्ष नीचे - पहिया का अनुदैर्ध्य घर्षण
Y अक्ष ऊपर - गति और त्वरण
उपरोक्त सभी कुल्हाड़ियाँ हमेशा प्रत्येक पहिया के केंद्र और उसके रोटेशन के कोण के सापेक्ष होती हैं।

एक कोड लिखना

एक भौतिक इंजन के रूप में, मैंने Box2D को चुना। कोड लिखना आसान बनाने के लिए, मैंने क्विकबॉक्स 2 डी रैपर का उपयोग करने का निर्णय लिया, क्योंकि यह बॉक्स 2 डी में प्राइमेटीव बनाने में बहुत आसान बनाता है।

हम आवश्यक वर्गों को जोड़ते हैं :

1. import Box2D. Collision . Shapes . * ; import Box2D. Common . Math . * ; import Box2D. Dynamics . * ; import Box2D. Dynamics . Joints . * ; import Box2D. Collision . * ; import Box2D. Common . * ; import com. actionsnippet . qbox . * ;
2. import Box2D. Collision . Shapes . * ; import Box2D. Common . Math . * ; import Box2D. Dynamics . * ; import Box2D. Dynamics . Joints . * ; import Box2D. Collision . * ; import Box2D. Common . * ; import com. actionsnippet . qbox . * ;
3. import Box2D. Collision . Shapes . * ; import Box2D. Common . Math . * ; import Box2D. Dynamics . * ; import Box2D. Dynamics . Joints . * ; import Box2D. Collision . * ; import Box2D. Common . * ; import com. actionsnippet . qbox . * ;
4. import Box2D. Collision . Shapes . * ; import Box2D. Common . Math . * ; import Box2D. Dynamics . * ; import Box2D. Dynamics . Joints . * ; import Box2D. Collision . * ; import Box2D. Common . * ; import com. actionsnippet . qbox . * ;
5. import Box2D. Collision . Shapes . * ; import Box2D. Common . Math . * ; import Box2D. Dynamics . * ; import Box2D. Dynamics . Joints . * ; import Box2D. Collision . * ; import Box2D. Common . * ; import com. actionsnippet . qbox . * ;
6. import Box2D. Collision . Shapes . * ; import Box2D. Common . Math . * ; import Box2D. Dynamics . * ; import Box2D. Dynamics . Joints . * ; import Box2D. Collision . * ; import Box2D. Common . * ; import com. actionsnippet . qbox . * ;
7. import Box2D. Collision . Shapes . * ; import Box2D. Common . Math . * ; import Box2D. Dynamics . * ; import Box2D. Dynamics . Joints . * ; import Box2D. Collision . * ; import Box2D. Common . * ; import com. actionsnippet . qbox . * ;

... और हमारी दुनिया बनाएँ:

1. var world:QuickBox2D = new QuickBox2D ( this , { debug: false , frim: true } ) ; world. gravity = new b2Vec2 ( 0 , 0 ) ; // world. start ( ) ; // world. createStageWalls ( ) ; // QuickBox'a - 4 stage world. mouseDrag ( ) ; //
2. var world:QuickBox2D = new QuickBox2D ( this , { debug: false , frim: true } ) ; world. gravity = new b2Vec2 ( 0 , 0 ) ; // world. start ( ) ; // world. createStageWalls ( ) ; // QuickBox'a - 4 stage world. mouseDrag ( ) ; //
3. var world:QuickBox2D = new QuickBox2D ( this , { debug: false , frim: true } ) ; world. gravity = new b2Vec2 ( 0 , 0 ) ; // world. start ( ) ; // world. createStageWalls ( ) ; // QuickBox'a - 4 stage world. mouseDrag ( ) ; //
4. var world:QuickBox2D = new QuickBox2D ( this , { debug: false , frim: true } ) ; world. gravity = new b2Vec2 ( 0 , 0 ) ; // world. start ( ) ; // world. createStageWalls ( ) ; // QuickBox'a - 4 stage world. mouseDrag ( ) ; //
5. var world:QuickBox2D = new QuickBox2D ( this , { debug: false , frim: true } ) ; world. gravity = new b2Vec2 ( 0 , 0 ) ; // world. start ( ) ; // world. createStageWalls ( ) ; // QuickBox'a - 4 stage world. mouseDrag ( ) ; //

हम आवश्यक चर या स्थिरांक लिखते हैं :

1. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
2. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
3. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
4. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
5. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
6. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
7. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
8. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
9. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
10. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
11. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
12. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
13. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
15. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
17. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
18. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
19. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
20. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
22. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
23. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
24. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
25. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
26. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
27. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
29. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
30. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
31. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
32. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
33. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
34. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
35. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
36. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -
37. // : private const FWD= 1 ; // private const AWD= 2 ; // private const RWD= 3 ; // private var _privod: Number ; // , private var _maxTurnAngle: Number ; // private var _width : Number ; // private var _height : Number ; // private var _axisOffset: Number ; // , private const _angularDamping = 7 ; // private const _angularDampingReverse = 3 ; // , private const _linearDamping = 0.25 ; // , - private const _linearDampingReverse = 0.5 ; // public var _carBody:QuickObject; // private var _frontAxisBodyLeft:QuickObject; // private var _frontAxisBodyRight:QuickObject; private var _rearAxisBodyLeft:QuickObject; private var _rearAxisBodyRight:QuickObject; private var _frontLeftJoint:QuickObject; // private var _frontRightJoint:QuickObject; private var _rearLeftJoint:QuickObject; // private var _rearRightJoint:QuickObject; protected var axisHeight: Number = 4 ; // protected var axisWidth: Number = 7 ; // public var drive: int = 0 ; // public var steer: int = 0 ; //drive = 1 - //drive = 0 - , //drive = -1 - // //steer = -1 - //steer = 0 - //steer = 1 -

हम पहियों के साथ एक कार बनाते हैं :

1. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
2. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
3. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
4. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
5. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
6. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
8. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
9. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
10. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
11. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
12. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
13. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
14. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
15. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
16. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
17. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
18. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
19. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
20. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
21. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
23. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
24. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
25. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
26. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
27. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
28. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
29. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
30. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
31. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
32. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
33. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
35. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
36. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
37. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
38. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
39. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
40. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
41. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
42. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
43. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
44. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
45. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
47. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
48. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
49. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
50. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
51. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
52. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
53. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
54. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
55. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
56. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
57. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
58. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
59. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
60. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
62. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
63. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
64. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
65. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
66. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
67. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
68. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
69. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
70. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
71. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
72. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
73. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
74. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
75. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
77. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
78. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
79. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
80. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
81. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
82. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
83. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
84. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
85. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
86. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
87. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
88. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
90. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
91. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
92. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
93. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
94. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
95. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
96. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
97. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
98. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
99. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
100. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
101. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
104. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
105. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
106. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
107. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
108. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
109. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
110. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
111. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
112. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
113. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
114. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
115. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
116. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
117. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
119. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
120. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
121. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
122. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
123. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
124. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
125. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
126. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
127. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
128. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
129. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
130. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;
131. // _width = 76 ; _height = 40 ; _maxTurnAngle = 15 * Globals. DEG_TO_RAD ; // _axisOffset: Number = ( _width / 4 - axisWidth ) / Globals. RATIO // _privod = FWD; // , _carBody = world. addBox ( { width : this . _width / 2 / Globals. RATIO , height : this . _height / 2 / Globals. RATIO , x : ( this . x + this . _width / 2 ) / Globals. RATIO , y : ( this . y + this . _height / 2 ) / Globals. RATIO , density: 0.48 , driction: 0.3 , restitution: 0.4 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true , skin: null , scaleSkin: true } ) ; this ._frontAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. body . GetWorldCenter ( ) . x + this ._axisOffset, y :_carBody. body . GetWorldCenter ( ) . y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 } ) ; this ._frontLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyLeft. body , x1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyLeft. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._frontRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._frontAxisBodyRight. body , x1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y1: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , x2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . x , y2: this ._frontAxisBodyRight. body . GetWorldCenter ( ) . y , enableLimit: true , enableMotor: true , collideConnected: true , lowerAngle:- this ._maxTurnAngle, upperAngle: this ._maxTurnAngle } ) ; this ._rearAxisBodyLeft = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y - this . _height / 4 / Globals. RATIO + 1 / Globals. RATIO , // + (this.axisHeight/2) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearAxisBodyRight = this . world . addBox ( { width : this . axisWidth / Globals. RATIO , height : ( this . axisHeight ) / Globals. RATIO , x :_carBody. x - this ._axisOffset, //-this.frontPivotOffset, y :_carBody. y + this . _height / 4 / Globals. RATIO - 1 / Globals. RATIO , // - (this.axisHeight) / Globals.RATIO, density: 0.48 , friction: 0.3 , restitution: 0.5 , linearDamping: this ._linearDamping, angularDamping: this ._angularDamping, groupIndex:- 1 , isSleeping: true } ) ; this ._rearLeftJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyLeft. body , x1: this ._rearAxisBodyLeft. x , y1: this ._rearAxisBodyLeft. y , x2: this ._rearAxisBodyLeft. x , y2: this ._rearAxisBodyLeft. y , enableLimit: true , enableMotor: false , collideConnected: false , lowerAngle: 0 , upperAngle: 0 } ) ; this ._rearRightJoint = this . world . addJoint ( { type :QuickBox2D. REVOLUTE , a: this ._carBody. body , b: this ._rearAxisBodyRight. body , x1: this ._rearAxisBodyRight. x , y1: this ._rearAxisBodyRight. y , x2: this ._rearAxisBodyRight. x , y2: this ._rearAxisBodyRight. y , enableLimit: true , enableMotor: false , lowerAngle: 0 , upperAngle: 0 } ) ;

खैर, हमने अपनी कार बनाई। इसकी उपस्थिति लगभग ऊपर की तस्वीर के समान है, लेकिन केवल इसे 90% दक्षिणावर्त घुमाया जाएगा।
अब हमारे पास मुख्य कार्य है: अपनी कार को चलाना सिखाने के लिए। ड्राइविंग प्रभाव को प्राप्त करने के लिए, हम ApplyForce (..) को आवश्यक पहियों (फ्रंट-व्हील ड्राइव - फ्रंट व्हील के लिए ) को लागू करेंगे। पूर्ण-व्हील ड्राइव के लिए - सभी पहियों)
कारों की भौतिकी की गणना करने और उन्हें नियंत्रित करने के लिए, हम गति का उपयोग करते हैं () और हर बार दुनिया के अपडेट होने पर इसे कॉल करते हैं:

1. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
2. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
3. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
4. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
5. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
6. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
7. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
8. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
10. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
11. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
12. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
13. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
14. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
15. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
16. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
17. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
18. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
19. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
20. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
21. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
22. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
23. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
24. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
25. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
26. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
27. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
28. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
29. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
30. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
31. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
32. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
33. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
34. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
35. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
36. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
37. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
38. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
39. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
41. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
42. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
43. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
44. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
45. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
46. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
47. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
48. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
49. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;
50. stage . addEventListener ( KeyboardEvent. KEY_DOWN , keyDownList ) ; stage . addEventListener ( KeyboardEvent. KEY_UP , keyUpList ) ; world. addEventListener ( QuickBox2D. STEP ,onStep ) ; ... var bup: Boolean ; var bdown: Boolean ; var bleft: Boolean ; var bright: Boolean ; function keyDownList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = true ; } if ( e . keyCode == Keyboard. LEFT ) { bleft = true ; } if ( e . keyCode == Keyboard. DOWN ) { bdown = true ; } if ( e . keyCode == Keyboard. RIGHT ) { bright = true ; } } ; function keyUpList ( e :KeyboardEvent ) : void { if ( e . keyCode == Keyboard. UP ) { bup = false ; } ; if ( e . keyCode == Keyboard. LEFT ) { bleft = false ; } ; if ( e . keyCode == Keyboard. DOWN ) { bdown = false ; } ; if ( e . keyCode == Keyboard. RIGHT ) { bright = false ; } ; } ; function onStep ( evt:Event ) : void { car. accelerate ( ) ; if ( bup ) { car. drive = 1 } ; if ( bdown ) { car. drive =- 1 } ; if ( ! bup && ! bdown ) ( car. drive = 0 ) ; if ( bleft ) { car. steer =- 1 } ; if ( bright ) { car. steer = 1 } ; if ( ! bleft && ! bright ) { car. steer = 0 } ; } ;

ठीक है, वास्तव में गति () प्रक्रिया ही (हम इसे लाइन द्वारा पंक्तिबद्ध करते हैं, पूर्ण प्रक्रिया कोड बाद में होगा):
1) सबसे पहले हम अपने शरीर को जगाते हैं

1. this ._carBody. body . WakeUp ( ) ; this ._frontAxisBodyLeft. body . WakeUp ( ) ; this ._frontAxisBodyRight. body . WakeUp ( ) ;
2. this ._carBody. body . WakeUp ( ) ; this ._frontAxisBodyLeft. body . WakeUp ( ) ; this ._frontAxisBodyRight. body . WakeUp ( ) ;
3. this ._carBody. body . WakeUp ( ) ; this ._frontAxisBodyLeft. body . WakeUp ( ) ; this ._frontAxisBodyRight. body . WakeUp ( ) ;

2) फिर हम आवश्यक घर्षण बलों को जोड़ते हैं (कुल, एक्स में, और वाई में) ताकि कार आगे बढ़े और एक तेज मोड़ के दौरान फिसल न जाए, और जड़ता से चलते समय यह धीमा हो जाता है:

1. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;
2. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;
3. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;
4. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;
5. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;
6. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;
7. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;
8. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;
9. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;
10. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;
11. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;
12. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;
13. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;
14. if ( this . drive > 0 ) { // this ._acceleration = this ._accelerationForward; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } else { // this ._acceleration = this ._accelerationBackwards; this . setLinearDamping ( this ._linearDamping ) ; this . setAngularDamping ( this ._angularDamping ) ; } this . addFriction ( this ._rearAxisBodyLeft. body , 0 ) ; this . addFriction ( this ._rearAxisBodyRight. body , 0 ) ; this . addFriction ( this ._frontAxisBodyLeft. body , 1 ) ; this . addFriction ( this ._frontAxisBodyRight. body , 1 ) ;

3) setLearearDamping () और setAngularDamping ()

1. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
2. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
3. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
4. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
5. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
6. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
7. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
8. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
9. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
11. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
12. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
13. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
14. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
15. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
16. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
17. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
18. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }
19. private function setLinearDamping ( linDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_linearDamping = linDamp; this ._frontAxisBodyRight. body . m_linearDamping = linDamp; this ._rearAxisBodyLeft. body . m_linearDamping = linDamp; this ._rearAxisBodyRight. body . m_linearDamping = linDamp; this ._carBody. body . m_linearDamping = linDamp; return ; } private function setAngularDamping ( angDamp: Number ) : void { this ._frontAxisBodyLeft. body . m_angularDamping = angDamp; this ._frontAxisBodyRight. body . m_angularDamping = angDamp; this ._rearAxisBodyLeft. body . m_angularDamping = angDamp; this ._rearAxisBodyRight. body . m_angularDamping = angDamp; this ._carBody. body . m_angularDamping = angDamp; return ; }

4) ठीक है, मेरी राय में, सबसे दिलचस्प एडिक्शन () प्रक्रिया, जिस कार्यान्वयन के लिए मैंने खोज की और इतने लंबे समय तक मुझे नहीं मिला, और अब मैंने इसे स्वयं लागू किया:

1. फ़ंक्शन जोड़ने का कार्य ( लक्ष्य: b2Body, isFront: संख्या )
2. {
3. var spd, spd2: b2Vec2;
4. spd = targetBody। GetLinearVelocity ( ) ;
5. spd2 = targetBody। GetLocalVector ( spd ) ;
7. if ( यह ._privod == FWD ) { // फ्रंट-व्हील ड्राइव
8. अगर ( isFront == 1 ) {
9. spd2। y = spd2। y * 0.5 ;
10. }
11. और {
12. spd2। y = spd2। y > 2.5 ? spd2। y * 0.45 : 0 ;
13. }
14. spd = targetBody। GetWorldVector ( spd2 ) ;
15. targetBody। सेटलाइनियर वेलोसिटी ( spd ) ;
16. }
18. अगर ( यह ._privod == RWD ) {
19. अगर ( isFront == 1 ) {
20. spd2। y = 0 ;
21. spd2। x = spd2। x * .9;
22. spd = targetBody। GetWorldVector ( spd2 ) ;
23. targetBody। सेटलाइनियर वेलोसिटी ( spd ) ;
24. }
25. और {
26. spd2। y = spd2। y > 2.5 ? spd2। y * 0.25 : 0 ;
27. spd = targetBody। GetWorldVector ( spd2 ) ;
28. targetBody। सेटलाइनियर वेलोसिटी ( spd ) ;
29. }
30. }
31. }

यह प्रक्रिया प्रत्येक पहिया के लिए वैश्विक वेग वेक्टर spd2 को स्थानीय spd2 में घटाती है और X और Y के साथ घर्षण को लागू करती है। केवल एक चीज जो मेरे सिर में फिट नहीं होती है, कुल्हाड़ियों को 90% दक्षिणावर्त क्यों घुमाया जाता है? यही है, कार को फिसलने से बचाने के लिए और एक्स अक्ष के साथ घर्षण को जोड़ने के लिए जिसे मैंने अब ऊपर स्केच किया है हमें वाई अक्ष पर घर्षण जोड़ना है (यह पहिया का अनुप्रस्थ घर्षण भी है)।

5) हम तेजी को पूरक करना जारी रखते हैं () , उन कोणों की गणना करें, जिन पर हम फिर गति और त्वरण की ताकतों को लागू करेंगे (सामने के पहियों के लिए):

1. var carAngle: संख्या = यह ._कारबॉडी। शरीर । GetAngle ( ) ;
2. अगर ( यह स्टीयर ! = 0 ) { // आगे गाड़ी चलाते समय
3. this ._steerAngle = this ._steerAngle + यह । स्टीयर * इस ._steeringAcceleration;
4. }
6. अगर ( यह ।_steerAngle > carAngle + this ._steeringRange ) {
7. this ._steerAngle = carAngle + this ._steeringRange;
8. }
9. और अगर ( यह। जल्दबाज़ी < carAngle - यह। जल्दबाज़ी ) {
10. this ._steerAngle = carAngle - यह ._steeringRange;
11. }
13. अगर ( यह ड्राइव < 0 ) { // जब वापस ड्राइविंग
14. यदि ( यह । स्टीयर == 0 ) {
15. this ._steerAngle = carAngle;
16. }
17. और यदि ( यह । स्टीयर == - 1 ) {
18. this ._steerAngle = carAngle - यह ._steeringRange;
19. }
20. और यदि ( यह । स्टीयर == 1 ) {
21. this ._steerAngle = carAngle + this ._steeringRange;
22. }
23. }
24. यदि ( यह । स्टीयर == 0 ) {
25. this ._steerAngle = carAngle;
26. }

6) सामने के पहियों को चालू करें:

1. यह ._frontAxisBodyLeft। शरीर । SetXForm ( _frontAxisBodyLeft। बॉडी । GetXForm ( ) । स्थिति , यह ._steerAngle ) ;
2. यह ._frontAxisBodyRight शरीर । सेटएक्सफ़ॉर्म ( _frontAxisBodyRight। शरीर । GetXForm ( ) । स्थिति , यह ._steerAngle ) ;

7) खैर, ड्राइव के आधार पर हम वांछित पहियों पर आवश्यक बलों को लागू करते हैं:

1. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
3. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
4. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
5. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
6. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
7. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
8. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
9. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
10. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
11. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
12. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
14. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
15. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
16. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
17. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
18. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
20. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
21. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
22. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
23. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
25. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
26. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
27. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
29. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
30. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
31. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
33. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
34. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
35. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
36. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
37. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
38. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
39. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
40. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
41. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
42. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
43. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
44. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
45. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
46. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
47. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
48. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
49. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
50. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
51. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
52. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
54. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
55. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
56. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
57. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
58. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }
59. var carspeedX, carspeedY, carRearX,carRearY: Number ; if ( this ._privod == FWD ) { // carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; } if ( this ._privod == AWD ) { carspeedX = this . drive * Math . cos ( this ._steerAngle ) * ( this ._acceleration ) ; carspeedY = this . drive * Math . sin ( this ._steerAngle ) * ( this ._acceleration ) ; carRearX = this . drive * Math . cos ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; carRearY = this . drive * Math . sin ( this ._rearAxisBodyRight. angle ) * ( this ._acceleration ) ; } if ( this . drive ! = 0 ) { if ( this ._privod == FWD ) { // , ( ) this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) // , ( ) { this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carRearX, carRearY ) ) ; } } else { // spd = this . speed ; if ( spd > this ._friction ) { spd = spd - this ._friction / 1.3 ; } else { spd = 0 ; } if ( this ._privod == FWD ) // , ( ) { carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } if ( this ._privod == AWD ) { // , ( ) carspeedX = Math . cos ( this ._steerAngle ) * spd; carspeedY = Math . sin ( this ._steerAngle ) * spd; this ._frontAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._frontAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; carspeedX = Math . cos ( this ._carBody. angle ) * spd; carspeedY = Math . sin ( this ._carBody. angle ) * spd; this ._rearAxisBodyLeft. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; this ._rearAxisBodyRight. body . SetLinearVelocity ( new b2Vec2 ( carspeedX, carspeedY ) ) ; } }

8) अंतिम स्पर्श:

1. सार्वजनिक समारोह को गति मिलती है ( ) : नंबर {
2. इसे वापस करें । शरीर । GetLinearVelocity ( ) । लंबाई ( ) ;
3. }

कुल मिलाकर

परिणामस्वरूप, हमें कुछ ऐसा मिलता है:
डेमो swf narod.ru पर
Megaswf.com पर डेमो (अधिमानतः फुलस्क्रीन में)

ps किसी कारण के लिए, मैं थोड़ा बाद में पूर्ण कोड पोस्ट करूँगा।