Arduinoflok!

Code

• sneeuwvlok.ino

snowflake.inoArduino

#include "SoftPWM.h"#include byte edgeLedPins[] ={13, A4, A5, 2, 8, 12};byte middleLedPins[] ={10, 6, 3, 5, 9, 11};byte innerLedPins[] ={A2, A3, A1, 4, 7, A1};ADCTouchSensor touchSensor =ADCTouchSensor(A0, 1); void setup() { Serial.begin(115200); SoftPWMBegin();}byte animatie =0;long touchAt =0;void loop() { switch (animatie) { case 0:_fill(100); pauze; geval 1:glanzende animatie(); //fadingAnimation(); pauze; geval 2:circleAnimation(); pauze; geval 3:loopAnimation(); pauze; geval 4:vuurwerkanimatie(); vuurwerkAnimatie(); vuurwerkAnimatie(); vuurwerkAnimatie(); vuurwerkAnimatie(); vuurwerkAnimatie(); animatie ++; pauze; geval 5:smileAnimation(); pauze; standaard:animatie =0; pauze; } int touchValue =touchSensor.read(); if (touchAt + 2000  1000) { touchAt =millis(); // touch down, cold-down time-out is 2s animatie ++; _fill(0); }}void fireworkAnimation() { for (int i =0; i <4; i++) { SoftPWMSet(innerLedPins[i], 100); vertraging (100); } SoftPWMSet (innerLedPins [4], 100); for (int i =0; i <6; i++) { SoftPWMSet(middleLedPins[i], 255); } vertraging(50); for (int i =0; i <6; i++) { SoftPWMSet(innerLedPins[i], 0); SoftPWMSet(edgeLedPins[i], 255); } vertraging(50); for (int i =0; i <6; i++) { SoftPWMSet(middleLedPins[i], 0); } vertraging(50); _fill (0);} ongeldige smileAnimation () { SoftPWMSet (innerLedPins [1], 100); SoftPWMSet (innerLedPins [3], 100); SoftPWMSet (middleLedPins [0], 255); SoftPWMSet (middleLedPins [5], 255); SoftPWMSet (edgeLedPins [2], 255); SoftPWMSet (edgeLedPins [3], 255); vertraging (2000); SoftPWMSet (innerLedPins [1], 0); SoftPWMSet (innerLedPins [3], 0); vertraging (100); SoftPWMSet (innerLedPins [1], 100); SoftPWMSet (innerLedPins [3], 100); vertraging (100); SoftPWMSet (innerLedPins [1], 0); SoftPWMSet (innerLedPins [3], 0); delay(100);}byte circleState[] ={100, 55, 10};byte circleStateAnimation[] ={1, 1, 1};void circleAnimation() { for (int i =0; i <3; i++) {if (circleState[i]>=100) { circleStateAnimation[i] =-1; // dim } else if (circleState[i] <=10) { circleStateAnimation[i] =1; // helder} circleState[i] +=circleStateAnimation[i]; } for (int i =0; i <6; i++) { SoftPWMSet(innerLedPins[i], circleState[0]); SoftPWMSet(middleLedPins[i], circleState[1]); SoftPWMSet(edgeLedPins[i], circleState[2]); } delay(5);}byte waveState[] ={100, 55, 10, 10, 55, 100};byte waveStateAnimation[] ={1, 1, 1, -1, -1, -1};void waveAnimation () { for (int i =0; i <6; i++) { if (waveState[i]>=100) { waveStateAnimation[i] =-1; // dim } else if (waveState [i] <=10) { waveStateAnimation [i] =1; // helder} waveState[i] +=waveStateAnimation[i]; } for (int i =0; i <6; i+=2) { SoftPWMSet(innerLedPins[i], waveState[0]); SoftPWMSet(middleLedPins[i], waveState[1]); SoftPWMSet(edgeLedPins[i], waveState[2]); SoftPWMSet (innerLedPins [i + 1], waveState [3]); SoftPWMSet(middleLedPins[i + 1], waveState[4]); SoftPWMSet(edgeLedPins[i + 1], waveState[5]); } delay(10);}byte loopCounter =0;byte loopState =150;void loopAnimation() {SoftPWMSet(innerLedPins[loopCounter], loopState); SoftPWMSet (middleLedPins [loopCounter], loopState); SoftPWMSet (edgeLedPins [loopCounter], loopState); loopCounter =_nextIndex(loopCounter, 1); if (loopCounter ==0) {loopState =(loopState ==150 ? 0:150); } delay(100);}byte slowOnCounter =0;byte slowOnState =150;void slowOnAnimation() { byte randomLed =random(0, 18); if (randomLed <6) { SoftPWMSet (innerLedPins [randomLed], slowOnState); } else if (randomLed <12) { SoftPWMSet (middleLedPins [randomLed - 6], slowOnState); } else { SoftPWMSet(edgeLedPins[randomLed - 12], slowOnState); } slowOnCounter ++; if (slowOnCounter>=50) { slowOnCounter =0; slowOnState =(slowOnState ==150 ? 0:150); } delay(50);}byte shinyState[] ={0, 100, 0, 100, 0, 100};byte shinyStateAnimation[] ={1, 1, 1, 1, 1, 1};byte shinyCounter =0; void shinyAnimation() { for (int i =0; i <6; i++) { if (shinyState[i]>=100) { shinyStateAnimation[i] =-1; // dim } else if (shinyState[i] <=0) { shinyStateAnimation[i] =1; // helder} shinyState[i] +=shinyStateAnimation[i]; SoftPWMSet(edgeLedPins[i], shinyState[i]); } glanzendCounter ++; if (shinyCounter> 10) { shinyCounter =0; for (byte r =willekeurig (1, 3); r> 0; r--) { willekeurig byteLed =willekeurig (0, 12); if (randomLed <6) { SoftPWMSet (innerLedPins [random (0, 6)], 255); } else { SoftPWMSet(middleLedPins[random(0, 6)], 255); } } } else { for (int i =0; i <6; i++) { SoftPWMSet(innerLedPins[i], 20); SoftPWMSet(middleLedPins[i], 20); } } delay (30);}byte fadingState[] ={0, 100, 0, 100, 0, 100};byte fadingStateAnimation[] ={1, 1, 1, 1, 1, 1};void fadingAnimation() { for (int i =0; i <6; i++) { if (fadingState[i]>=100) {fadingStateAnimation[i] =-1; // dim } else if (fadingState[i] <=0) {fadingStateAnimation[i] =1; // helder } fadingState [i] +=fadingStateAnimation [i]; SoftPWMSet(edgeLedPins[i], fadingState[i]); SoftPWMSet(middleLedPins[_nextIndex(i, 1)], fadingState[i]); SoftPWMSet(innerLedPins[i], 50); } delay (20);} ongeldig _fill (byte-waarde) { for (int i =0; i <6; i++) { SoftPWMSet (edgeLedPins [i], value); SoftPWMSet(middleLedPins[i], waarde); SoftPWMSet(innerLedPins[i], waarde); }}byte _prevIndex(korte index, bytestap) {index -=stap; terwijl (index <0) { index +=6; } retourindex;} byte _nextIndex (korte index, bytestap) { index +=stap; while (index> 5) { index -=6; } retourindex;}

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