HobbyCNC fórum - Segítség, béna vagyok!!!

#include <Arduino.h> #define redLED 12 #define greenLED 13 uint8_t LEDstate = 0; int BtnState[8]; unsigned long BtnTimer[8]; uint8_t Button[] = { A1, A2, A3, A4, A5, 10, 9, A0 }; uint8_t RelayPin[] = { 8, 7, 6, 5, 4, 3, 2 }; bool RelayState[7]; bool DisableOutputs = false; bool LastDisableOutputs = false; void LEDmachine() { static unsigned long lastmillis; unsigned long currmillis = millis(); switch (LEDstate) { case 1: digitalWrite(redLED, LOW); LEDstate = 2; break; case 2: lastmillis = currmillis; digitalWrite(greenLED, HIGH); LEDstate = 3; break; case 3: if (currmillis - lastmillis > 100) { lastmillis = currmillis; digitalWrite(greenLED, LOW); LEDstate = 4; } break; case 4: if (currmillis - lastmillis > 2300) LEDstate = 2; break; case 5: digitalWrite(greenLED, LOW); LEDstate = 6; break; case 6: lastmillis = currmillis; digitalWrite(redLED, HIGH); LEDstate = 7; break; case 7: if (currmillis - lastmillis > 1000) { lastmillis = currmillis; digitalWrite(redLED, LOW); LEDstate = 8; } break; case 8: if (currmillis - lastmillis > 1000) LEDstate = 5; break; } } bool Btnmachine(int btn) { unsigned long currmillis = millis(); bool buttonpressed = !digitalRead(Button[btn]); switch (BtnState[btn]) { case 0: BtnState[btn] = 1; break; case 1: if (buttonpressed) { BtnTimer[btn] = currmillis; BtnState[btn] = 2; } break; case 2: if (!buttonpressed) BtnState[btn] = 1; else if (currmillis - BtnTimer[btn] > 100) BtnState[btn] = 3; break; case 3: BtnState[btn] = 4; return true; case 4: if (!buttonpressed) BtnState[btn] = 0; break; } return false; } void setup() { for (int i = 0; i < 8; ++i) { BtnState[i] = 0; pinMode(Button[i], INPUT_PULLUP); } for (int i = 0; i < 7; ++i) { RelayState[i] = false; pinMode(RelayPin[i], OUTPUT); digitalWrite(RelayPin[i], RelayState[i]); } pinMode(redLED, OUTPUT); digitalWrite(redLED, LOW); pinMode(greenLED, OUTPUT); digitalWrite(greenLED, LOW); LEDstate = 1; } void loop() { LEDmachine(); if (Btnmachine(7)) { DisableOutputs = true; LEDstate = 5; } if (DisableOutputs) { if (digitalRead(Button[7])) { DisableOutputs = false; LEDstate = 1; } } else for (int i = 0; i < 7; ++i) if (Btnmachine(i)) { RelayState[i] = !RelayState[i]; digitalWrite(RelayPin[i], RelayState[i]); } if (DisableOutputs != LastDisableOutputs) { if (DisableOutputs) for (int i = 0; i < 7; ++i) digitalWrite(RelayPin[i], LOW); else for (int i = 0; i < 7; ++i) digitalWrite(RelayPin[i], RelayState[i]); LastDisableOutputs = DisableOutputs; } }

#include <Arduino.h> #define redLED 12 #define greenLED 13 uint8_t LEDstate = 0; uint8_t Btnstate = 0; #define BUTTON1 A1 // nyomógomb #1 #define BUTTON2 A2 // nyomógomb #2 #define BUTTON3 A3 // nyomógomb #3 #define BUTTON4 A4 // nyomógomb #4 #define BUTTON5 A5 // nyomógomb #5 #define BUTTON6 10 // nyomógomb #6 #define BUTTON7 9 // nyomógomb #7 #define BUTTON8 A0 // nyomógomb #8 #define RELAY1 8 // Relé #1 vezérlés #define RELAY2 7 // Relé #2 vezérlés #define RELAY3 6 // Relé #3 vezérlés #define RELAY4 5 // Relé #4 vezérlés #define RELAY5 4 // Relé #5 vezérlés #define RELAY6 3 // Relé #6 vezérlés #define RELAY7 2 // Relé #7 vezérlés int val1=0; int old_val1=0; int val2=0; int old_val2=0; int val3=0; int old_val3=0; int val4=0; int old_val4=0; int val5=0; int old_val5=0; int val6=0; int old_val6=0; int val7=0; int old_val7=0; int val8=0; int old_val8=0; int state1=1; int state2=1; int state3=1; int state4=1; int state5=1; int state6=1; int state7=1; void LEDmachine() { static unsigned long lastmillis; unsigned long currmillis = millis(); switch (LEDstate) { case 1: digitalWrite(redLED, LOW); LEDstate = 2; break; case 2: lastmillis = currmillis; digitalWrite(greenLED, HIGH); LEDstate = 3; break; case 3: if (currmillis - lastmillis > 100) { lastmillis = currmillis; digitalWrite(greenLED, LOW); LEDstate = 4; } break; case 4: if (currmillis - lastmillis > 2300) LEDstate = 2; break; case 5: digitalWrite(greenLED, LOW); LEDstate = 6; break; case 6: lastmillis = currmillis; digitalWrite(redLED, HIGH); LEDstate = 7; break; case 7: if (currmillis - lastmillis > 1000) { lastmillis = currmillis; digitalWrite(redLED, LOW); LEDstate = 8; } break; case 8: if (currmillis - lastmillis > 1000) LEDstate = 5; break; } } void Btnmachine() { static unsigned long lastmillis; unsigned long currmillis = millis(); bool buttonpressed = !digitalRead(BUTTON8); switch (Btnstate) { case 0: LEDstate = 1; Btnstate = 1; break; case 1: if (buttonpressed) { lastmillis = currmillis; Btnstate = 2; } break; case 2: if (!buttonpressed) Btnstate = 1; else if (currmillis - lastmillis > 10) Btnstate = 3; break; case 3: LEDstate = 5; Btnstate = 4; break; case 4: if (!buttonpressed) Btnstate = 0; break; } } void setup(){ pinMode(redLED, OUTPUT); digitalWrite(redLED, LOW); pinMode(greenLED, OUTPUT); digitalWrite(greenLED, LOW); pinMode(BUTTON8, INPUT); pinMode(BUTTON1, INPUT); pinMode(RELAY1, OUTPUT); pinMode(BUTTON2, INPUT); pinMode(RELAY2, OUTPUT); pinMode(BUTTON3, INPUT); pinMode(RELAY3, OUTPUT); pinMode(BUTTON4, INPUT); pinMode(RELAY4, OUTPUT); pinMode(BUTTON5, INPUT); pinMode(RELAY5, OUTPUT); pinMode(BUTTON6, INPUT); pinMode(RELAY6, OUTPUT); pinMode(BUTTON7, INPUT); pinMode(RELAY7, OUTPUT); } void loop(){ LEDmachine(); Btnmachine(); val1=digitalRead(BUTTON1); val2=digitalRead(BUTTON2); val3=digitalRead(BUTTON3); val4=digitalRead(BUTTON4); val5=digitalRead(BUTTON5); val6=digitalRead(BUTTON6); val7=digitalRead(BUTTON7); val8=digitalRead(BUTTON8); if ((val1==HIGH) && (old_val1==LOW)) { state1 = 1 - state1; delay(300); } old_val1=val1; if ((val2==HIGH) && (old_val2==LOW)) { state2 = 1 - state2; delay(300); } old_val2=val2; if ((val3==HIGH) && (old_val3==LOW)) { state3 = 1 - state3; delay(300); } old_val3=val3; if ((val4==HIGH) && (old_val4==LOW)) { state4 = 1 - state4; delay(300); } old_val4=val4; if ((val5==HIGH) && (old_val5==LOW)) { state5 = 1 - state5; delay(300); } old_val5=val5; if ((val6==HIGH) && (old_val6==LOW)) { state6 = 1 - state6; delay(300); } old_val6=val6; if ((val7==HIGH) && (old_val7==LOW)) { state7 = 1 - state7; delay(300); } old_val7=val7; if (state1 == 1){ digitalWrite(RELAY1,HIGH); }else{ digitalWrite(RELAY1,LOW); } if (state2 == 1){ digitalWrite(RELAY2,HIGH); }else{ digitalWrite(RELAY2,LOW); } if (state3 == 1){ digitalWrite(RELAY3,HIGH); }else{ digitalWrite(RELAY3,LOW); } if (state4 == 1){ digitalWrite(RELAY4,HIGH); }else{ digitalWrite(RELAY4,LOW); } if (state5 == 1){ digitalWrite(RELAY5,HIGH); }else{ digitalWrite(RELAY5,LOW); } if (state6 == 1){ digitalWrite(RELAY6,HIGH); }else{ digitalWrite(RELAY6,LOW); } if (state7 == 1){ digitalWrite(RELAY7,HIGH); }else{ digitalWrite(RELAY7,LOW); } while (digitalRead(BUTTON8) == 0) { digitalWrite(RELAY1,LOW); digitalWrite(RELAY2,LOW); digitalWrite(RELAY3,LOW); digitalWrite(RELAY4,LOW); digitalWrite(RELAY5,LOW); digitalWrite(RELAY6,LOW); digitalWrite(RELAY7,LOW); } }