Reloj de pared RGB animado

Código

• Código Arduino Nano

Arduino Nano Code Arduino

 #include  #include  #ifdef __AVR__ #include  # endif # define PIN 6 # define PIN2 7 # define NUMPIXELS 60DS3231 rtc (SDA, SCL); Tiempo t; int hr; int mnt; int sc; char data; char color_select; int h_red_deger =255; int h_green_deger =0; int h_blue_deger =0; int m_red_deger =0; int m_green_deger =255; int m_deger_blue =0; int s_red_deger =255; int s_green_deger =255; int s_blue_deger =0; Adafruit_NeoPixel píxeles =Adafruit_NeoPixel (NUMPIXELS, PIN, NEO_GRB + NEO_KHZ800); Ada_Nel_Grb + NEO_KHZ800) (Ada_Nel_Fruta2Pixel_Pixel2, Adafruit_NeoPixel, píxeles2 =Adafruit_NeoPixel (60, PIN, NEO_GRB + NEO_KHZ800); Adafruit_NeoPixel strip2 =Adafruit_NeoPixel (12, PIN2, NEO_GRB + NEO_KHZ800); int delayval =10; configuración vacía () {Serial.begin (9600); rtc.begin (); # if definido (__AVR_ATtiny85__) if (F_CPU ==16000000) clock_prescale_set (clock_div_1); # endif // Fin del código especial de la baratija pixels.begin (); // Esto inicializa la biblioteca NeoPixel. pixels2.begin (); strip.begin (); strip.show (); strip2.begin (); strip2.show (); //} bucle vacío () {while (Serial.available ()> 0) // balant kuruluyken {retraso (10); char c =Serial.read (); datos =c; si (datos =='m') {datos =''; t =rtc.getTime (); hr =t.hora; mnt =t.min; sc =t.sec; while (datos! ='m') {datos =Serial.read (); si (datos =='+') {hr ++; } si (datos =='-') {hr--; } for (int i =0; i <12; i ++) {pixels2.setPixelColor (i, pixels2.Color (0,255,10));} pixels2.show (); if (hr> =12) {hr =hr-12;} if (hr <0) {hr =hr + 12;} pixels2.setPixelColor (hr, pixels2.Color (255,0,0)); pixels2.show (); retraso (100); pixels2.setPixelColor (hr, pixels2.Color (0,0,0)); pixels2.show (); retraso (100); } rtc.setTime (hr, mnt, sc); si (datos =='m') {datos =''; t =rtc.getTime (); hr =t.hora; mnt =t.min; sc =t.sec; while (datos! ='m') {datos =Serial.read (); si (datos =='+') {mnt ++; if (mnt ==60) {mnt =0;}} if (datos =='-') {if (mnt ==0) {mnt =60;} mnt--; } para (int k =0; k <60; k ++) {pixels.setPixelColor (k, pixels.Color (0,0,0));} for (int k =0; k <60; k ++) {píxeles. setPixelColor (k, pixels.Color (25,25,255)); k =k + 4;} pixels.setPixelColor (mnt, pixels.Color (0,250,0)); pixels.show (); retraso (100); pixels.setPixelColor (mnt, pixels.Color (0,0,0)); pixels.show (); retraso (100); }} rtc.setTime (hr, mnt, sc); datos =''; } if (data =='H') {color_select =data; } if (data =='M') {color_select =data; } if (data =='S') {color_select =data; } si (datos =='A') {datos =''; colorWipe (tira.Color (255, 0, 0), 50); // Red colorWipe (strip.Color (0, 255, 0), 50); // Verde colorWipe (strip.Color (0, 0, 255), 50); // Azul // colorWipe (strip.Color (0, 0, 0, 255), 50); // White RGBW // Envía una persecución de píxeles de teatro en ... theaterChase (strip.Color (127, 127, 127), 50); // White theatreChase (strip.Color (127, 0, 0), 50); // Red theatreChase (strip.Color (0, 0, 127), 50); // Arco iris azul (20); rainbowCycle (20); theaterChaseRainbow (50); } if (data =='r' &&color_select =='H') {h_red_deger =Serial.parseInt (); píxeles2.setPixelColor (hr, píxeles2.Color (h_deger_rojo, h_deger_verde, h_deger_azul)); pixels2.show (); } if (data =='g' &&color_select =='H') {h_green_deger =Serial.parseInt (); píxeles2.setPixelColor (hr, píxeles2.Color (h_deger_rojo, h_deger_verde, h_deger_azul)); pixels2.show (); } if (data =='b' &&color_select =='H') {h_blue_deger =Serial.parseInt (); píxeles2.setPixelColor (hr, píxeles2.Color (h_deger_rojo, h_deger_verde, h_deger_azul)); pixels2.show (); } if (data =='r' &&color_select =='M') {m_red_deger =Serial.parseInt (); pixels.setPixelColor (mnt, pixels.Color (m_red_deger, m_green_deger, m_blue_deger)); pixels.show (); } if (data =='g' &&color_select =='M') {m_green_deger =Serial.parseInt (); pixels.setPixelColor (mnt, pixels.Color (m_red_deger, m_green_deger, m_blue_deger)); pixels.show (); } if (data =='b' &&color_select =='M') {m_blue_deger =Serial.parseInt (); pixels.setPixelColor (mnt, pixels.Color (m_red_deger, m_green_deger, m_blue_deger)); pixels.show (); } if (data =='r' &&color_select =='S') {s_red_deger =Serial.parseInt (); pixels.setPixelColor (sc, pixels.Color (s_red_deger, s_green_deger, s_blue_deger)); pixels.show (); } if (data =='g' &&color_select =='S') {s_green_deger =Serial.parseInt (); pixels.setPixelColor (sc, pixels.Color (s_red_deger, s_green_deger, s_blue_deger)); pixels.show (); } if (data =='b' &&color_select =='S') {s_blue_deger =Serial.parseInt (); pixels.setPixelColor (sc, pixels.Color (s_red_deger, s_green_deger, s_blue_deger)); pixels.show (); }} t =rtc.getTime (); hr =t.hora; mnt =t.min; sc =t.sec; pixels.setPixelColor (sc, pixels.Color (s_red_deger, s_green_deger, s_blue_deger)); pixels.setPixelColor (mnt, pixels.Color (m_red_deger, m_green_deger, m_blue_deger)); pixels.show (); for (int i =0; i <12; i ++) {if (i ==hr) {i ++;} pixels2.setPixelColor (i, pixels2.Color (0,255,0));} pixels2.show (); if (hr> =12) {hr =hr-12;} pixels2.setPixelColor (hr, pixels2.Color (h_deger_red, h_deger_green, h_blue_deger)); pixels2.show (); retraso (10); pixels.setPixelColor (sc, pixels.Color (0,0,0)); for (int k =0; k <60; k ++) {pixels.setPixelColor (k, pixels.Color (0,0,0));} for (int k =0; k <60; k ++) {pixels.setPixelColor (k, píxeles.Color (25,25,255)); k =k + 4;} píxeles.setPixelColor (mnt, píxeles.Color (0,0,0)); pixels.show (); } void colorWipe (uint32_t c, uint8_t wait) {for (uint16_t i =0; i   
 
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