¡Arduinoflake!

Código

• snowflake.ino

copo de nieve.ino Arduino

 #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); configuración vacía () {Serial.begin (115200); SoftPWMBegin ();} animación de bytes =0; touchAt largo =0; bucle vacío () {cambiar (animación) {caso 0:_fill (100); descanso; caso 1:shinyAnimation (); // fadingAnimation (); descanso; caso 2:circleAnimation (); descanso; caso 3:loopAnimation (); descanso; caso 4:fireworkAnimation (); fireworkAnimation (); fireworkAnimation (); fireworkAnimation (); fireworkAnimation (); fireworkAnimation (); animación ++; descanso; caso 5:smileAnimation (); descanso; predeterminado:animación =0; descanso; } int touchValue =touchSensor.read (); if (touchAt + 2000  1000) {touchAt =millis (); // aterrizar, el tiempo de espera en frío es 2s animation ++; _fill (0); }} void fireworkAnimation () {for (int i =0; i <4; i ++) {SoftPWMSet (innerLedPins [i], 100); retraso (100); } SoftPWMSet (innerLedPins [4], 100); para (int i =0; i <6; i ++) {SoftPWMSet (middleLedPins [i], 255); } retraso (50); para (int i =0; i <6; i ++) {SoftPWMSet (innerLedPins [i], 0); SoftPWMSet (edgeLedPins [i], 255); } retraso (50); para (int i =0; i <6; i ++) {SoftPWMSet (middleLedPins [i], 0); } retraso (50); _fill (0);} void 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); retraso (2000); SoftPWMSet (innerLedPins [1], 0); SoftPWMSet (innerLedPins [3], 0); retraso (100); SoftPWMSet (innerLedPins [1], 100); SoftPWMSet (innerLedPins [3], 100); retraso (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; // atenuar} else if (circleState [i] <=10) {circleStateAnimation [i] =1; // brillante} circleState [i] + =circleStateAnimation [i]; } para (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; // brillante} waveState [i] + =waveStateAnimation [i]; } para (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; // atenuar} else if (shinyState [i] <=0) {shinyStateAnimation [i] =1; // brillante} shinyState [i] + =shinyStateAnimation [i]; SoftPWMSet (edgeLedPins [i], shinyState [i]); } shinyCounter ++; if (contador brillante> 10) {contador brillante =0; para (byte r =aleatorio (1, 3); r> 0; r--) {byte randomLed =aleatorio (0, 12); if (randomLed <6) {SoftPWMSet (innerLedPins [random (0, 6)], 255); } else {SoftPWMSet (middleLedPins [aleatorio (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; // brillante} fadingState [i] + =fadingStateAnimation [i]; SoftPWMSet (edgeLedPins [i], fadingState [i]); SoftPWMSet (middleLedPins [_nextIndex (i, 1)], fadingState [i]); SoftPWMSet (innerLedPins [i], 50); } delay (20);} void _fill (valor de byte) {for (int i =0; i <6; i ++) {SoftPWMSet (edgeLedPins [i], value); SoftPWMSet (middleLedPins [i], valor); SoftPWMSet (innerLedPins [i], valor); }} byte _prevIndex (índice corto, paso de byte) {índice - =paso; while (índice <0) {índice + =6; } índice de retorno;} byte _nextIndex (índice corto, paso de byte) {índice + =paso; while (índice> 5) {índice - =6; } índice de retorno;} 

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