//#include <EasyNextionLibrary.h>
//#include <trigger.h>
#include <Wire.h>

//---------------------------------- VARIABLES -----------------------------------//

int LedPinRed   = 9;    // Led-Pin 1 an Arduino-Pin D9 angeschlossen
int LedPinGreen = 10;   // Led-Pin 3 an Arduino-Pin D10 angeschlossen
int LedPinBlue  = 11;   // Led-Pin 4 an Arduino-Pin D11 angeschlossen

//char button [7] = {};

//------------------------------------ SETUP -------------------------------------//
void setup() 
{
  pinMode(LedPinRed,   OUTPUT);          // Digital-Pin D9 als 'Output' konfigurieren
  pinMode(LedPinGreen, OUTPUT);          // Digital-Pin D10 als 'Output' konfigurieren
  pinMode(LedPinBlue,  OUTPUT);          // Digital-Pin D11 als 'Output' konfigurieren
  
  //Serial.begin(9600);
  //String cmd;
  //Serial.print()

}

//------------------------------------ SETUP -------------------------------------//
void loop() 
{
  setColorLed1(255, 0, 0);          // Rot an
  delay(1000);

  setColorLed1(0, 255, 0);          // Grün an
  delay(1000);

  setColorLed1(0, 0, 255);          // Blau an
  delay(1000);

  setColorLed1(255, 255, 255);      // Weiß an
  delay(1000);

  setColorLed1(0, 0, 0);            // Led aus
  delay(1000);

  setColorLed1(255, 255, 0);        // Gelb an
  delay(1000);

  setColorLed1(255, 0, 255);        // Violett an
  delay(1000);

  setColorLed1(0, 255, 255);        // Hellblau an
  delay(1000);
}

void setColorLed1(int RedVal, int GreenVal, int BlueVal)
{
  analogWrite(LedPinRed,   RedVal);   // PWM-Ausgabe an Digital-Pin D9 (255 = 100% DutyCycle, 127 = 50%, 0 = 0%) 
  analogWrite(LedPinGreen, GreenVal); // PWM-Ausgabe an Digital-Pin D10 (255 = 100% DutyCycle, 127 = 50%, 0 = 0%)
  analogWrite(LedPinBlue,  BlueVal);  // PWM-Ausgabe an Digital-Pin D11 (255 = 100% DutyCycle, 127 = 50%, 0 = 0%)
}