自宅、職場、車の中でのArduino

bool _gtv1 = 0; bool _gtv2 = 0; int _gtv3 = 255; int _gtv4 = 0; bool _gtv9 = 0; bool _gtv11 = 1; int _gtv12 = 255; bool _gtv13 = 0; bool _gtv14 = 0; bool _gtv15 = 0; bool _gtv16 = 0; bool _gtv17 = 0; bool _gtv18 = 0; int _gtv19 = 255; int _gtv20 = 255; int _gtv21 = 255; int _gtv22 = 255; int _gtv23 = 0; int _gtv24 = 0; bool _gtv5 = 0; bool _gtv6 = 0; int _gtv8 = 0; int _gtv10 = 0; int _gtv25 = 0; bool _tim1I = 0; bool _tim1O = 0; unsigned long _tim1P = 0UL; bool _tim3I = 0; bool _tim3O = 0; unsigned long _tim3P = 0UL; bool _tim4I = 0; bool _tim4O = 0; unsigned long _tim4P = 0UL; int _swi3; bool _trgs1 = 0; int _swi5; bool _trgs2 = 0; int _swi6; bool _trgs3 = 0; bool _gen1I = 0; bool _gen1O = 0; unsigned long _gen1P = 0UL; int _swi4; bool _count1I = 0; int _count1P = 0; bool _gen3I = 0; bool _gen3O = 0; unsigned long _gen3P = 0UL; int _swi7; bool _count3I = 0; int _count3P = 0; bool _gen4I = 0; bool _gen4O = 0; unsigned long _gen4P = 0UL; int _swi8; bool _count4I = 0; int _count4P = 0; bool _gen2I = 0; bool _gen2O = 0; unsigned long _gen2P = 0UL; int _swi1; int _swi2; bool _count2I = 0; int _count2P = 0; bool _gen5I = 0; bool _gen5O = 0; unsigned long _gen5P = 0UL; int _swi9; int _swi10; bool _count5I = 0; int _count5P = 0; bool _gen6I = 0; bool _gen6O = 0; unsigned long _gen6P = 0UL; int _swi11; int _swi12; bool _count6I = 0; int _count6P = 0; bool _tim2I = 0; bool _tim2O = 0; unsigned long _tim2P = 0UL; bool _tim5I = 0; bool _tim5O = 0; unsigned long _tim5P = 0UL; bool _tim6I = 0; bool _tim6O = 0; unsigned long _tim6P = 0UL; bool _gen7I = 0; bool _gen7O = 0; unsigned long _gen7P = 0UL; int _swi13; bool _count7I = 0; int _count7P = 0; bool _gen8I = 0; bool _gen8O = 0; unsigned long _gen8P = 0UL; int _swi14; bool _count8I = 0; int _count8P = 0; bool _gen9I = 0; bool _gen9O = 0; unsigned long _gen9P = 0UL; int _swi15; bool _count9I = 0; int _count9P = 0; bool _bounseInput2S = 0; bool _bounseInput2O = 0; unsigned long _bounseInput2P = 0UL; bool _bounseInput4S = 0; bool _bounseInput4O = 0; unsigned long _bounseInput4P = 0UL; bool _bounseInput7S = 0; bool _bounseInput7O = 0; unsigned long _bounseInput7P = 0UL; bool _bounseInput13S = 0; bool _bounseInput13O = 0; unsigned long _bounseInput13P = 0UL; bool _bounseInput8S = 0; bool _bounseInput8O = 0; unsigned long _bounseInput8P = 0UL; bool _bounseInput12S = 0; bool _bounseInput12O = 0; unsigned long _bounseInput12P = 0UL; void setup() { pinMode(8, INPUT); digitalWrite(8, HIGH); pinMode(12, INPUT); digitalWrite(12, HIGH); pinMode(13, INPUT); pinMode(2, INPUT); digitalWrite(2, HIGH); pinMode(4, INPUT); digitalWrite(4, HIGH); pinMode(7, INPUT); digitalWrite(7, HIGH); _bounseInput12O = digitalRead(12); _bounseInput8O = digitalRead(8); _bounseInput2O = digitalRead(2); _bounseInput4O = digitalRead(4); _bounseInput7O = digitalRead(7); _bounseInput13O = digitalRead(13); } void loop() { bool _bounceTmp2 = (digitalRead (2)); if (_bounseInput2S) { if (millis() >= (_bounseInput2P + 40)) { _bounseInput2O = _bounceTmp2; _bounseInput2S = 0; } } else { if (_bounceTmp2 != _bounseInput2O ) { _bounseInput2S = 1; _bounseInput2P = millis(); } } bool _bounceTmp4 = (digitalRead (4)); if (_bounseInput4S) { if (millis() >= (_bounseInput4P + 40)) { _bounseInput4O = _bounceTmp4; _bounseInput4S = 0; } } else { if (_bounceTmp4 != _bounseInput4O ) { _bounseInput4S = 1; _bounseInput4P = millis(); } } bool _bounceTmp7 = (digitalRead (7)); if (_bounseInput7S) { if (millis() >= (_bounseInput7P + 40)) { _bounseInput7O = _bounceTmp7; _bounseInput7S = 0; } } else { if (_bounceTmp7 != _bounseInput7O ) { _bounseInput7S = 1; _bounseInput7P = millis(); } } bool _bounceTmp13 = (digitalRead (13)); if (_bounseInput13S) { if (millis() >= (_bounseInput13P + 40)) { _bounseInput13O = _bounceTmp13; _bounseInput13S = 0; } } else { if (_bounceTmp13 != _bounseInput13O ) { _bounseInput13S = 1; _bounseInput13P = millis(); } } bool _bounceTmp8 = (digitalRead (8)); if (_bounseInput8S) { if (millis() >= (_bounseInput8P + 40)) { _bounseInput8O = _bounceTmp8; _bounseInput8S = 0; } } else { if (_bounceTmp8 != _bounseInput8O ) { _bounseInput8S = 1; _bounseInput8P = millis(); } } bool _bounceTmp12 = (digitalRead (12)); if (_bounseInput12S) { if (millis() >= (_bounseInput12P + 40)) { _bounseInput12O = _bounceTmp12; _bounseInput12S = 0; } } else { if (_bounceTmp12 != _bounseInput12O ) { _bounseInput12S = 1; _bounseInput12P = millis(); } } if (_bounseInput8O) { _tim1O = 1; _tim1I = 1; } else { if (_tim1I) { _tim1I = 0; _tim1P = millis(); } else { if (_tim1O) { if ( _isTimer(_tim1P, 100)) _tim1O = 0; } } } if (_bounseInput12O) { _tim3O = 1; _tim3I = 1; } else { if (_tim3I) { _tim3I = 0; _tim3P = millis(); } else { if (_tim3O) { if ( _isTimer(_tim3P, 100)) _tim3O = 0; } } } if (_bounseInput13O) { _tim4O = 1; _tim4I = 1; } else { if (_tim4I) { _tim4I = 0; _tim4P = millis(); } else { if (_tim4O) { if ( _isTimer(_tim4P, 100)) _tim4O = 0; } } } _gtv11 = _tim1O; _gtv15 = _tim3O; _gtv16 = _tim4O; if ( (_gtv9) || ( ( (!(_gtv9)) && (_gtv11) && (!(_gtv1)) ) && ((_gtv3) == (0)) ) ) _trgs1 = 1; if ( ( (!(_gtv9)) && (_gtv11) && (!(_gtv1)) ) && ((_gtv3) > (0)) ) _trgs1 = 0; if (_trgs1) { _swi3 = _gtv12; } else { _swi3 = 0; } _gtv3 = _swi3; if ( (_gtv17) || ( ( (!(_gtv17)) && (_gtv15) && (!(_gtv13)) ) && ((_gtv21) == (0)) ) ) _trgs2 = 1; if ( ( (!(_gtv17)) && (_gtv15) && (!(_gtv13)) ) && ((_gtv21) > (0)) ) _trgs2 = 0; if (_trgs2) { _swi5 = _gtv19; } else { _swi5 = 0; } _gtv21 = _swi5; if ( (_gtv18) || ( ( (!(_gtv18)) && (_gtv16) && (!(_gtv14)) ) && ((_gtv22) == (0)) ) ) _trgs3 = 1; if ( ( (!(_gtv18)) && (_gtv16) && (!(_gtv14)) ) && ((_gtv22) > (0)) ) _trgs3 = 0; if (_trgs3) { _swi6 = _gtv20; } else { _swi6 = 0; } _gtv22 = _swi6; if (_gtv9) { _swi4 = 0; } else { _swi4 = 2; } if ( ((_gtv4) < (_gtv3)) || ((_gtv4) > (_gtv3)) ) { if (! _gen1I) { _gen1I = 1; _gen1O = 1; _gen1P = millis(); } } else { _gen1I = 0 ; _gen1O = 0; } if (_gen1I ) { if ( _isTimer ( _gen1P , _swi4 )) { _gen1P = millis(); _gen1O = ! _gen1O; } } if (_gen1O) { if (! _count1I) { if ( ((_gtv4) < (_gtv3)) && (!((_gtv4) > (_gtv3))) ) { _count1P = _count1P + 1; } else { _count1P = _count1P - 1; }; _count1I = 1; } } else { _count1I = 0; } if (_count1P < 0 ) _count1P = 0; if (0) _count1P = 0; analogWrite(9, _count1P); _gtv4 = _count1P; if (_gtv17) { _swi7 = 0; } else { _swi7 = 2; } if ( ((_gtv23) < (_gtv21)) || ((_gtv23) > (_gtv21)) ) { if (! _gen3I) { _gen3I = 1; _gen3O = 1; _gen3P = millis(); } } else { _gen3I = 0 ; _gen3O = 0; } if (_gen3I ) { if ( _isTimer ( _gen3P , _swi7 )) { _gen3P = millis(); _gen3O = ! _gen3O; } } if (_gen3O) { if (! _count3I) { if ( ((_gtv23) < (_gtv21)) && (!((_gtv23) > (_gtv21))) ) { _count3P = _count3P + 1; } else { _count3P = _count3P - 1; }; _count3I = 1; } } else { _count3I = 0; } if (_count3P < 0 ) _count3P = 0; if (0) _count3P = 0; analogWrite(10, _count3P); _gtv23 = _count3P; if (_gtv18) { _swi8 = 0; } else { _swi8 = 2; } if ( ((_gtv24) < (_gtv22)) || ((_gtv24) > (_gtv22)) ) { if (! _gen4I) { _gen4I = 1; _gen4O = 1; _gen4P = millis(); } } else { _gen4I = 0 ; _gen4O = 0; } if (_gen4I ) { if ( _isTimer ( _gen4P , _swi8 )) { _gen4P = millis(); _gen4O = ! _gen4O; } } if (_gen4O) { if (! _count4I) { if ( ((_gtv24) < (_gtv22)) && (!((_gtv24) > (_gtv22))) ) { _count4P = _count4P + 1; } else { _count4P = _count4P - 1; }; _count4I = 1; } } else { _count4I = 0; } if (_count4P < 0 ) _count4P = 0; if (0) _count4P = 0; _gtv24 = _count4P; analogWrite(11, _count4P); if (_gtv9) { if (! _gen2I) { _gen2I = 1; _gen2O = 1; _gen2P = millis(); } } else { _gen2I = 0 ; _gen2O = 0; } if (_gen2I ) { if ( _isTimer ( _gen2P , 7 )) { _gen2P = millis(); _gen2O = ! _gen2O; } } if (_gen2O) { if (! _count2I) { _count2P = _count2P + 1; _count2I = 1; } } else { _count2I = 0; } if (_count2P < 0 ) _count2P = 0; if (_gtv2) _count2P = 0; if (((300) - (_count2P)) > (255)) { _swi1 = 255; } else { _swi1 = (300) - (_count2P); } if (_gtv9) { _swi2 = _swi1; } else { _swi2 = _gtv12; } _gtv2 = (_count2P) >= (300); _gtv12 = _swi2; if (_gtv17) { if (! _gen5I) { _gen5I = 1; _gen5O = 1; _gen5P = millis(); } } else { _gen5I = 0 ; _gen5O = 0; } if (_gen5I ) { if ( _isTimer ( _gen5P , 7 )) { _gen5P = millis(); _gen5O = ! _gen5O; } } if (_gen5O) { if (! _count5I) { _count5P = _count5P + 1; _count5I = 1; } } else { _count5I = 0; } if (_count5P < 0 ) _count5P = 0; if (_gtv5) _count5P = 0; if (((300) - (_count5P)) > (255)) { _swi9 = 255; } else { _swi9 = (300) - (_count5P); } if (_gtv17) { _swi10 = _swi9; } else { _swi10 = _gtv19; } _gtv5 = (_count5P) >= (300); _gtv19 = _swi10; if (_gtv18) { if (! _gen6I) { _gen6I = 1; _gen6O = 1; _gen6P = millis(); } } else { _gen6I = 0 ; _gen6O = 0; } if (_gen6I ) { if ( _isTimer ( _gen6P , 7 )) { _gen6P = millis(); _gen6O = ! _gen6O; } } if (_gen6O) { if (! _count6I) { _count6P = _count6P + 1; _count6I = 1; } } else { _count6I = 0; } if (_count6P < 0 ) _count6P = 0; if (_gtv6) _count6P = 0; if (((300) - (_count6P)) > (255)) { _swi11 = 255; } else { _swi11 = (300) - (_count6P); } if (_gtv18) { _swi12 = _swi11; } else { _swi12 = _gtv20; } _gtv6 = (_count6P) >= (300); _gtv20 = _swi12; _gtv1 = _gtv11; _gtv13 = _gtv15; _gtv14 = _gtv16; if (_gtv11) { _tim2O = 1; _tim2I = 1; } else { if (_tim2I) { _tim2I = 0; _tim2P = millis(); } else { if (_tim2O) { if ( _isTimer(_tim2P, 1000)) _tim2O = 0; } } } if (_gtv15) { _tim5O = 1; _tim5I = 1; } else { if (_tim5I) { _tim5I = 0; _tim5P = millis(); } else { if (_tim5O) { if ( _isTimer(_tim5P, 1000)) _tim5O = 0; } } } if (_gtv16) { _tim6O = 1; _tim6I = 1; } else { if (_tim6I) { _tim6I = 0; _tim6P = millis(); } else { if (_tim6O) { if ( _isTimer(_tim6P, 1000)) _tim6O = 0; } } } _gtv9 = (!(_tim2O)) && (!(_gtv11)) ; _gtv17 = (!(_tim5O)) && (!(_gtv15)) ; _gtv18 = (!(_tim6O)) && (!(_gtv16)) ; if (_bounseInput2O) { _swi13 = 255; } else { _swi13 = 0; } if ( ((_gtv8) < (_swi13)) || ((_gtv8) > (_swi13)) ) { if (! _gen7I) { _gen7I = 1; _gen7O = 1; _gen7P = millis(); } } else { _gen7I = 0 ; _gen7O = 0; } if (_gen7I ) { if ( _isTimer ( _gen7P , 3 )) { _gen7P = millis(); _gen7O = ! _gen7O; } } if (_gen7O) { if (! _count7I) { if ( ((_gtv8) < (_swi13)) && (!((_gtv8) > (_swi13))) ) { _count7P = _count7P + 1; } else { _count7P = _count7P - 1; }; _count7I = 1; } } else { _count7I = 0; } if (_count7P < 0 ) _count7P = 0; if (0) _count7P = 0; analogWrite(3, _count7P); _gtv8 = _count7P; if (_bounseInput4O) { _swi14 = 255; } else { _swi14 = 0; } if ( ((_gtv10) < (_swi14)) || ((_gtv10) > (_swi14)) ) { if (! _gen8I) { _gen8I = 1; _gen8O = 1; _gen8P = millis(); } } else { _gen8I = 0 ; _gen8O = 0; } if (_gen8I ) { if ( _isTimer ( _gen8P , 3 )) { _gen8P = millis(); _gen8O = ! _gen8O; } } if (_gen8O) { if (! _count8I) { if ( ((_gtv10) < (_swi14)) && (!((_gtv10) > (_swi14))) ) { _count8P = _count8P + 1; } else { _count8P = _count8P - 1; }; _count8I = 1; } } else { _count8I = 0; } if (_count8P < 0 ) _count8P = 0; if (0) _count8P = 0; analogWrite(5, _count8P); _gtv10 = _count8P; if (_bounseInput7O) { _swi15 = 255; } else { _swi15 = 0; } if ( ((_gtv25) < (_swi15)) || ((_gtv25) > (_swi15)) ) { if (! _gen9I) { _gen9I = 1; _gen9O = 1; _gen9P = millis(); } } else { _gen9I = 0 ; _gen9O = 0; } if (_gen9I ) { if ( _isTimer ( _gen9P , 3 )) { _gen9P = millis(); _gen9O = ! _gen9O; } } if (_gen9O) { if (! _count9I) { if ( ((_gtv25) < (_swi15)) && (!((_gtv25) > (_swi15))) ) { _count9P = _count9P + 1; } else { _count9P = _count9P - 1; }; _count9I = 1; } } else { _count9I = 0; } if (_count9P < 0 ) _count9P = 0; if (0) _count9P = 0; analogWrite(6, _count9P); _gtv25 = _count9P; } bool _isTimer(unsigned long startTime, unsigned long period ) { unsigned long endTime; endTime = startTime + period; return (millis() >= endTime); } 

 bool _gtv1 = 0; bool _tim1I = 0; bool _tim1O = 0; unsigned long _tim1P = 0UL; bool _gen1I = 0; bool _gen1O = 0; unsigned long _gen1P = 0UL; bool _trgr1 = 0; bool _gen2I = 0; bool _gen2O = 0; unsigned long _gen2P = 0UL; bool _tim2I = 0; bool _tim2O = 0; unsigned long _tim2P = 0UL; bool _tim3I = 0; bool _tim3O = 0; unsigned long _tim3P = 0UL; bool _gen4I = 0; bool _gen4O = 0; unsigned long _gen4P = 0UL; void setup() { pinMode(2, INPUT); pinMode(3, INPUT); pinMode(4, INPUT); pinMode(5, OUTPUT); pinMode(6, OUTPUT); } void loop() { if ( ( (digitalRead (2))) && ( (digitalRead (3))) ) { if (_tim1I) { if ( _isTimer(_tim1P, nil)) _tim1O = 1; } else { _tim1I = 1; _tim1P = millis(); } } else { _tim1O = 0; _tim1I = 0; } if (_tim1O) { if (! _gen1I) { _gen1I = 1; _gen1O = 1; _gen1P = millis(); } } else { _gen1I = 0 ; _gen1O = 0; } if (_gen1I && _gen1O) _gen1O = !( _isTimer ( _gen1P , 10 )); if ( ( ( (digitalRead (2))) && (!( (digitalRead (4)))) ) || ( ( (digitalRead (4))) && (_gtv1) ) ) { if (! _gen2I) { _gen2I = 1; _gen2O = 1; _gen2P = millis(); } } else { _gen2I = 0 ; _gen2O = 0; } if (_gen2I && _gen2O) _gen2O = !( _isTimer ( _gen2P , 10 )); if (_gen2O) _trgr1 = 0; if (_gen1O) _trgr1 = 1; if (_trgr1) { if (_tim2I) { if ( _isTimer(_tim2P, (( (analogRead (1))) / (8)) + (100))) _tim2O = 1; } else { _tim2I = 1; _tim2P = millis(); } } else { _tim2O = 0; _tim2I = 0; } if (_tim2O) { if (! _gen4I) { _gen4I = 1; _gen4O = 1; _gen4P = millis(); } } else { _gen4I = 0 ; _gen4O = 0; } if (_gen4I && _gen4O) _gen4O = !( _isTimer ( _gen4P , (( (analogRead (0))) / (8)) + (100) )); if (_gen4O) { _tim3O = 1; _tim3I = 1; } else { if (_tim3I) { _tim3I = 0; _tim3P = millis(); } else { if (_tim3O) { if ( _isTimer(_tim3P, (( (analogRead (2))) / (8)) + (100))) _tim3O = 0; } } } digitalWrite(5, _trgr1); digitalWrite(6, _gen4O); _gtv1 = (!(_tim3O)); } bool _isTimer(unsigned long startTime, unsigned long period ) { unsigned long endTime; endTime = startTime + period; return (millis() >= endTime); } 

 bool _gtv1 = 0; bool _gtv5 = 0; bool _gtv6 = 0; bool _gtv7 = 0; bool _gtv8 = 0; bool _gtv9 = 0; bool _gtv10 = 0; bool _gtv11 = 0; bool _gtv2 = 0; bool _gtv3 = 0; bool _gtv4 = 0; bool _gtv12 = 0; bool _gtv13 = 0; bool _gtv14 = 0; bool _bounse1S = 0; bool _bounse1O = 0; unsigned long _bounse1P = 0UL; bool _tim1I = 0; bool _tim1O = 0; unsigned long _tim1P = 0UL; bool _tim6I = 0; bool _tim6O = 0; unsigned long _tim6P = 0UL; bool _trgrt2 = 0; bool _trgrt2I = 0; bool _gen4I = 0; bool _gen4O = 0; unsigned long _gen4P = 0UL; bool _count3I = 0; int _count3P = 0; bool _tim10I = 0; bool _tim10O = 0; unsigned long _tim10P = 0UL; bool _tim9I = 0; bool _tim9O = 0; unsigned long _tim9P = 0UL; bool _tim2I = 0; bool _tim2O = 0; unsigned long _tim2P = 0UL; bool _trgrt1 = 0; bool _trgrt1I = 0; bool _tim8I = 0; bool _tim8O = 0; unsigned long _tim8P = 0UL; bool _gen2I = 0; bool _gen2O = 0; unsigned long _gen2P = 0UL; bool _count1I = 0; int _count1P = 0; bool _tim3I = 0; bool _tim3O = 0; unsigned long _tim3P = 0UL; bool _gen3I = 0; bool _gen3O = 0; unsigned long _gen3P = 0UL; bool _count2I = 0; int _count2P = 0; bool _tim4I = 0; bool _tim4O = 0; unsigned long _tim4P = 0UL; bool _tim5I = 0; bool _tim5O = 0; unsigned long _tim5P = 0UL; bool _tim7I = 0; bool _tim7O = 0; unsigned long _tim7P = 0UL; bool _gen1I = 0; bool _gen1O = 0; unsigned long _gen1P = 0UL; bool _bounse3S = 0; bool _bounse3O = 0; unsigned long _bounse3P = 0UL; bool _bounse2S = 0; bool _bounse2O = 0; unsigned long _bounse2P = 0UL; bool _trgt1 = 0; bool _trgt1I = 0; void setup() { pinMode(2, INPUT); pinMode(4, INPUT); pinMode(7, OUTPUT); pinMode(12, OUTPUT); pinMode(8, OUTPUT); pinMode(13, OUTPUT); pinMode(10, OUTPUT); pinMode(11, OUTPUT); } void loop() { bool _bounceTmp1 = ( (analogRead (2))) > (500); if (_bounse1S) { if (millis() >= (_bounse1P + 40)) { _bounse1O = _bounceTmp1; _bounse1S = 0; } } else { if (_bounceTmp1 != _bounse1O ) { _bounse1S = 1; _bounse1P = millis(); } } _gtv1 = _bounse1O; if ( (digitalRead (2))) { if (_trgrt2I) { _trgrt2 = 0; } else { _trgrt2 = 1; _trgrt2I = 1; } } else { _trgrt2 = 0; _trgrt2I = 0; }; if (_trgrt2) { _tim1O = 1; _tim1I = 1; } else { if (_tim1I) { _tim1I = 0; _tim1P = millis(); } else { if (_tim1O) { if ( _isTimer(_tim1P, 10000)) _tim1O = 0; } } } if ( (!(_gtv1)) && (_tim1O) ) { if (_tim6I) { if ( _isTimer(_tim6P, 3000)) _tim6O = 1; } else { _tim6I = 1; _tim6P = millis(); } } else { _tim6O = 0; _tim6I = 0; } if ( (_tim6O) ^ (_gtv14) ) { if (! _gen4I) { _gen4I = 1; _gen4O = 1; _gen4P = millis(); } } else { _gen4I = 0 ; _gen4O = 0; } if (_gen4I ) { if ( _isTimer ( _gen4P , 1 )) { _gen4P = millis(); _gen4O = ! _gen4O; } } if (_gen4O) { if (! _count3I) { _count3P = _count3P + 1; _count3I = 1; } } else { _count3I = 0; } if (_count3P < 0 ) _count3P = 0; _gtv5 = _tim6O; digitalWrite(7, _tim6O); _gtv14 = _count3P >= 920; if (_tim6O) { analogWrite(3, (map((_count3P), (0), (1023), (0), (254)))); } if ( (_gtv5) && (( (analogRead (5))) > (500)) ) { if (_tim10I) { if ( _isTimer(_tim10P, 2005)) _tim10O = 1; } else { _tim10I = 1; _tim10P = millis(); } } else { _tim10O = 0; _tim10I = 0; } digitalWrite(8, _tim10O); _gtv11 = _tim10O; if ( (_gtv5) && (( (analogRead (4))) > (500)) ) { if (_tim9I) { if ( _isTimer(_tim9P, 2005)) _tim9O = 1; } else { _tim9I = 1; _tim9P = millis(); } } else { _tim9O = 0; _tim9I = 0; } _gtv10 = _tim9O; digitalWrite(12, _tim9O); if ( (digitalRead (4))) { if (_trgrt1I) { _trgrt1 = 0; } else { _trgrt1 = 1; _trgrt1I = 1; } } else { _trgrt1 = 0; _trgrt1I = 0; }; if (_trgrt1) { _tim2O = 1; _tim2I = 1; } else { if (_tim2I) { _tim2I = 0; _tim2P = millis(); } else { if (_tim2O) { if ( _isTimer(_tim2P, 120000)) _tim2O = 0; } } } if ( (_gtv5) && (_tim2O) ) { if (_tim8I) { if ( _isTimer(_tim8P, 2000)) _tim8O = 1; } else { _tim8I = 1; _tim8P = millis(); } } else { _tim8O = 0; _tim8I = 0; } if ( (_tim8O) && (!(_gtv3)) && (!(_gtv4)) ) { if (! _gen2I) { _gen2I = 1; _gen2O = 1; _gen2P = millis(); } } else { _gen2I = 0 ; _gen2O = 0; } if (_gen2I ) { if ( _isTimer ( _gen2P , 1 )) { _gen2P = millis(); _gen2O = ! _gen2O; } } if (_gen2O) { if (! _count1I) { _count1P = _count1P + 1; _count1I = 1; } } else { _count1I = 0; } if (_count1P < 0 ) _count1P = 0; if (_gtv3) _count1P = 0; _gtv6 = _tim8O; _gtv4 = _count1P >= 920; analogWrite(5, (map((_count1P), (0), (1023), (0), (254)))); if (( (analogRead (6))) > (700)) { _tim3O = 1; _tim3I = 1; } else { if (_tim3I) { _tim3I = 0; _tim3P = millis(); } else { if (_tim3O) { if ( _isTimer(_tim3P, 120000)) _tim3O = 0; } } } if ( ( (_tim3O) && (_gtv5) && (_gtv6) ) ^ (_gtv12) ) { if (! _gen3I) { _gen3I = 1; _gen3O = 1; _gen3P = millis(); } } else { _gen3I = 0 ; _gen3O = 0; } if (_gen3I ) { if ( _isTimer ( _gen3P , 1 )) { _gen3P = millis(); _gen3O = ! _gen3O; } } if (_gen3O) { if (! _count2I) { _count2P = _count2P + 1; _count2I = 1; } } else { _count2I = 0; } if (_count2P < 0 ) _count2P = 0; if (!(_gtv13)) _count2P = 0; _gtv13 = _tim3O; _gtv3 = (_tim3O) && (_gtv5) && (_gtv6) ; _gtv12 = _count2P >= 920; analogWrite(9, (map((_count2P), (0), (1023), (0), (254)))); analogWrite(6, (map((_count2P), (0), (1023), (0), (254)))); if (( (analogRead (0))) > (600.00)) { if (_tim4I) { if ( _isTimer(_tim4P, 4000)) _tim4O = 1; } else { _tim4I = 1; _tim4P = millis(); } } else { _tim4O = 0; _tim4I = 0; } if (( (analogRead (1))) < (500.00)) { if (_tim5I) { if ( _isTimer(_tim5P, 4000)) _tim5O = 1; } else { _tim5I = 1; _tim5P = millis(); } } else { _tim5O = 0; _tim5I = 0; } _gtv8 = _tim4O; _gtv7 = _tim5O; digitalWrite(10, (_gtv8) || (_gtv7) ); _gtv9 = (! (_gtv8) || (0) ); digitalWrite(11, (_gtv7) || (_gtv9) ); if ( ( (_gtv8) || (_gtv7) || (_gtv10) || (_gtv11) ) ^ ( ( (_gtv8) || (_gtv7) || (_gtv10) || (_gtv11) ) && (_gtv2) ) ) { if (_tim7I) { if ( _isTimer(_tim7P, 2000)) _tim7O = 1; } else { _tim7I = 1; _tim7P = millis(); } } else { _tim7O = 0; _tim7I = 0; } if (_tim7O) { if (! _gen1I) { _gen1I = 1; _gen1O = 1; _gen1P = millis(); } } else { _gen1I = 0 ; _gen1O = 0; } if (_gen1I ) { if ( _isTimer ( _gen1P , 1000 )) { _gen1P = millis(); _gen1O = ! _gen1O; } } bool _bounceTmp3 = ( (analogRead (7))) > (500); if (_bounse3S) { if (millis() >= (_bounse3P + 40)) { _bounse3O = _bounceTmp3; _bounse3S = 0; } } else { if (_bounceTmp3 != _bounse3O ) { _bounse3S = 1; _bounse3P = millis(); } } digitalWrite(13, (_gen1O) || (_bounse3O) ); bool _bounceTmp2 = ( (analogRead (3))) > (500); if (_bounse2S) { if (millis() >= (_bounse2P + 40)) { _bounse2O = _bounceTmp2; _bounse2S = 0; } } else { if (_bounceTmp2 != _bounse2O ) { _bounse2S = 1; _bounse2P = millis(); } } bool _tmp1 = _bounse2O; if (_tmp1) { if (! _trgt1I) _trgt1 = ! _trgt1; } _trgt1I = _tmp1; _gtv2 = _trgt1; } bool _isTimer(unsigned long startTime, unsigned long period ) { unsigned long endTime; endTime = startTime + period; return (millis() >= endTime); }