int haus1 = 14;
int haus2 = 2;
int gs_ws = 3;
int gs_decke = 4;
int gs_aussen = 5;
int gruen = 6;
int warnkfz = 7;
int kanal = 8;
int rot = 9;
int blau = 10;
int warm = 11;
int kalt = 12;
int taschenlampe = 13;
int p = 50;
int pf = 500;
long s10 = 10000;
long s5 = 5000;
long s1 = 1000;
int Hblau = 20;
int Hgruen = 0;
int Hrot = 0;
int Hwarm = 0;
void setup() {
pinMode(haus1, OUTPUT);
pinMode(haus2, OUTPUT);
pinMode(gs_ws, OUTPUT);
pinMode(gs_decke, OUTPUT);
pinMode(gs_aussen, OUTPUT);
pinMode(gruen, OUTPUT);
pinMode(warnkfz, OUTPUT);
pinMode(kanal, OUTPUT);
pinMode(rot, OUTPUT);
pinMode(blau, OUTPUT);
pinMode(warm, OUTPUT);
pinMode(kalt, OUTPUT);
pinMode(taschenlampe, OUTPUT);
//Test der einzelnen Ausgänge
digitalWrite(haus1, HIGH);
delay(5000);
digitalWrite(haus1, LOW);
delay(500);
digitalWrite(haus2, HIGH);
delay(5000);
digitalWrite(haus2, LOW);
delay(500);
digitalWrite(gs_ws, HIGH);
delay(5000);
digitalWrite(gs_ws, LOW);
delay(500);
digitalWrite(gs_decke, HIGH);
delay(5000);
digitalWrite(gs_decke, LOW);
delay(500);
digitalWrite(gs_aussen, HIGH);
delay(5000);
digitalWrite(gs_aussen, LOW);
delay(500);
digitalWrite(gruen, HIGH);
delay(5000);
digitalWrite(gruen, LOW);
delay(500);
digitalWrite(warnkfz, HIGH);
delay(5000);
digitalWrite(warnkfz, LOW);
delay(500);
digitalWrite(kanal, HIGH);
delay(5000);
digitalWrite(kanal, LOW);
delay(500);
digitalWrite(rot, HIGH);
delay(5000);
digitalWrite(rot, LOW);
delay(500);
digitalWrite(blau, HIGH);
delay(5000);
digitalWrite(blau, LOW);
delay(500);
digitalWrite(warm, HIGH);
delay(5000);
digitalWrite(warm, LOW);
delay(500);
digitalWrite(kalt, HIGH);
delay(5000);
digitalWrite(kalt, LOW);
delay(500);
digitalWrite(taschenlampe, HIGH);
delay(5000);
digitalWrite(taschenlampe, LOW);
delay(500);
//Start des Programms
analogWrite(kanal, HIGH);
analogWrite(gs_aussen, HIGH);
}
void loop() {
//Zwischenergebnis
Hblau = 20;
Hgruen = 0;
Hrot = 0;
Hwarm = 0;
//1. Schleife für Sonnenaufgang bis blau bei 100
while (Hblau <= 100)
{
analogWrite(blau, Hblau);
delay(p);
Hblau ++;
}
//Zwischenergebnis
Hblau = 100;
Hgruen = 0;
Hrot = 0;
Hwarm = 0;
//2. Schleife für Sonnenaufgang bis blau bei 255
while (Hblau <= 255)
{
analogWrite(blau, Hblau);
analogWrite(rot, Hrot);
delay(p);
Hblau ++;
Hrot ++;
if(Hblau == 60)
{
digitalWrite(haus2, HIGH);
}
//Flackerndes Einschalten der Werkbankbeleuchtung gekoppelt an Status von blau
if(Hblau == 105)
{
analogWrite(gs_ws, 50);
}
if(Hblau == 110)
{
analogWrite(gs_ws, 0);
}
if(Hblau == 120)
{
analogWrite(gs_ws, 50);
}
if(Hblau == 140)
{
analogWrite(gs_ws, 0);
}
if(Hblau == 150)
{
analogWrite(gs_ws, 170);
}
if(Hblau == 160)
{
analogWrite(gs_ws, 0);
}
if(Hblau == 180)
{
analogWrite(gs_ws, 255);
}
}
//Zwischenergebnis: Blau bei voller Leuchtkraft
Hblau = 255;
Hgruen = 0;
Hrot = 155;
Hwarm = 0;
digitalWrite(haus1, HIGH);
//3. Schleife für Sonnenaufgang bis rot bei 255
while (Hrot <= 255)
{
analogWrite(blau, Hblau);
analogWrite(rot, Hrot);
delay(p);
Hrot ++;
}
//Zwischenergebnis: Blau und rot bei voller Leuchtkraft
Hblau = 255;
Hgruen = 0;
Hrot = 255;
Hwarm = 0;
//4. Schleife für Grün und warm
while (Hgruen <= 255)
{
analogWrite(blau, Hblau);
analogWrite(rot, Hrot);
analogWrite(gruen, Hgruen);
analogWrite(warm, Hwarm);
delay(p);
Hwarm ++;
Hgruen ++;
if (Hgruen == 90)
{
digitalWrite(gs_decke, HIGH);
}
}
Hblau = 255;
Hgruen = 255;
Hrot = 255;
Hwarm = 255;
//Tag
analogWrite(gs_aussen, 0);
delay(s5);
digitalWrite(haus1, LOW);
delay(s1);
delay(s1);
digitalWrite(haus2, LOW);
delay(s5);
digitalWrite(warnkfz, HIGH);
delay(s1);
delay(s1);
analogWrite(gs_ws, 0);
delay(s1);
delay(s1);
delay(s1);
delay(s5);
digitalWrite(warnkfz, LOW);
delay(s10);
delay(s10);
delay(s10);
digitalWrite(warnkfz, HIGH);
delay(s10);
digitalWrite(warnkfz, LOW);
delay(s10);
analogWrite(gs_ws, 100);
delay(100);
analogWrite(gs_ws, 0);
delay(200);
analogWrite(gs_ws, 200);
delay(50);
analogWrite(gs_ws, 0);
delay(100);
analogWrite(gs_ws, 150);
delay(150);
analogWrite(gs_ws, 0);
delay(100);
analogWrite(gs_ws, 255);
delay(300);
delay(s5);
analogWrite(gs_ws, 0);
delay(s5);
delay(s10);
digitalWrite(warnkfz, HIGH);
delay(s5);
analogWrite(gs_ws, 150);
delay(100);
analogWrite(gs_ws, 0);
delay(200);
analogWrite(gs_ws, 100);
delay(50);
analogWrite(gs_ws, 0);
delay(100);
analogWrite(gs_ws, 50);
delay(150);
analogWrite(gs_ws, 0);
delay(100);
analogWrite(gs_ws, 255);
delay(1300);
//Ende Tag = 90 sekunden
//1. nachtschleife - Grün und Warm aus
while (Hgruen >= 0)
{
analogWrite(blau, Hblau);
analogWrite(rot, Hrot);
analogWrite(gruen, Hgruen);
analogWrite(warm, Hwarm);
delay(p);
Hgruen --;
Hwarm --;
if (Hgruen == 195)
{
digitalWrite(warnkfz, LOW);
}
if (Hgruen == 145)
{
digitalWrite(haus2, HIGH);
}
}
Hblau = 255;
Hgruen = 0;
Hrot = 255;
Hwarm = 0;
digitalWrite(warnkfz, HIGH);
//2. Nachtschleife rot dimmen bis 190
while (Hrot >= 190)
{
analogWrite(blau, Hblau);
analogWrite(rot, Hrot);
analogWrite(gruen, Hgruen);
analogWrite(warm, Hwarm);
delay(p);
Hrot --;
}
Hblau = 255;
Hgruen = 0;
Hrot = 190;
Hwarm = 0;
//3. Nachtschleife bis rot 0 und blau 65
while (Hrot >= 0)
{
analogWrite(blau, Hblau);
analogWrite(rot, Hrot);
analogWrite(gruen, Hgruen);
analogWrite(warm, Hwarm);
delay(p);
Hblau --;
Hrot --;
if (Hrot == 155)
{
digitalWrite(warnkfz, LOW);
}
if (Hrot == 120)
{
digitalWrite(haus1, HIGH);
}
if (Hrot == 80)
{
digitalWrite(gs_decke, HIGH);
}
//Flackerndes Einschalten der Außenbeleuchtung gs_aussen
if(Hrot == 180)
{
analogWrite(gs_aussen, 50);
}
if(Hrot == 160)
{
analogWrite(gs_aussen, 0);
}
if(Hrot == 150)
{
analogWrite(gs_aussen, 50);
}
if(Hrot == 140)
{
analogWrite(gs_aussen, 0);
}
if(Hrot == 120)
{
analogWrite(gs_aussen, 170);
}
if(Hrot == 110)
{
analogWrite(gs_aussen, 0);
}
if(Hrot == 100)
{
analogWrite(gs_aussen, 255);
}
}
//Zwischenschritt, weil rot kurz vor dem Nachtbeginn nochmal aufleuchtet
Hblau = 65;
Hgruen = 0;
Hrot = 0;
Hwarm = 0;
analogWrite(blau, Hblau);
analogWrite(rot, Hrot);
analogWrite(gruen, Hgruen);
analogWrite(warm, Hwarm);
//4. Nachtschleife blau dimmen bis 30
while (Hblau >= 30)
{
analogWrite(blau, Hblau);
analogWrite(rot, Hrot);
analogWrite(gruen, Hgruen);
analogWrite(warm, Hwarm);
delay(p);
Hblau --;
}
//Nacht
Hblau = 30;
Hgruen = 0;
Hrot = 0;
Hwarm = 0;
analogWrite(blau, Hblau);
analogWrite(rot, Hrot);
analogWrite(gruen, Hgruen);
analogWrite(warm, Hwarm);
delay(s5);
digitalWrite(haus1, LOW);
delay(s10);
digitalWrite(warnkfz, HIGH);
delay(s10);
digitalWrite(warnkfz, LOW);
delay(s5);
//Gewitterblitze
digitalWrite(kalt, HIGH);
delay(p);
digitalWrite(kalt, LOW);
delay(pf);
digitalWrite(kalt, HIGH);
delay(p);
digitalWrite(kalt, LOW);
delay(p);
digitalWrite(kalt, HIGH);
delay(p);
digitalWrite(kalt, LOW);
delay(p);
//Stromausfall
digitalWrite(haus2, LOW);
digitalWrite(gs_decke, LOW);
digitalWrite(kanal, LOW);
analogWrite(gs_aussen, 0);
analogWrite(gs_ws, 0);
delay(s1);
digitalWrite(taschenlampe, HIGH);
delay(s1);
//Gewitterblitze
digitalWrite(kalt, HIGH);
delay(p);
digitalWrite(kalt, LOW);
delay(pf);
digitalWrite(kalt, HIGH);
delay(p);
digitalWrite(kalt, LOW);
delay(p);
digitalWrite(kalt, HIGH);
delay(p);
digitalWrite(kalt, LOW);
delay(pf);
digitalWrite(kalt,HIGH);
delay(p);
delay(p);
delay(p);
digitalWrite(kalt, LOW);
delay(s5);
digitalWrite(warnkfz, HIGH);
delay(s5);
//Strom wieder da
digitalWrite(haus2, HIGH);
delay(s1);
digitalWrite(kanal, HIGH);
delay(s1);
delay(s1);
digitalWrite(taschenlampe, LOW);
delay(s1);
delay(s1);
digitalWrite(warnkfz, LOW);
delay(pf);
analogWrite(gs_aussen, 150);
delay(100);
analogWrite(gs_aussen, 0);
delay(200);
analogWrite(gs_aussen, 100);
delay(50);
analogWrite(gs_aussen, 0);
delay(100);
analogWrite(gs_aussen, 50);
delay(150);
analogWrite(gs_aussen, 0);
delay(100);
analogWrite(gs_aussen, 255);
delay(s1);
digitalWrite(gs_decke, HIGH);
delay(s5);
digitalWrite(gs_decke, LOW);
delay(s10);
delay(s10);
digitalWrite(warnkfz, HIGH);
delay(s10);
digitalWrite(warnkfz, LOW);
delay(3300);
}
Ich hatte es ja so verstanden, dass er nach dem Bootloader auch die Konfig über den Programmer erhält. Das habe ich mir zwar während der Experimentierphase umständlich vorgestellt, dies aber auch im Wiki nicht anders entdeckt. Gut, dann wäre das erklärt. Bei den Servos läuft das dann über den LED-Farbtest dann auch direkt via Neopixel-Bus?
; Die Schaltung mit dem Push Button klappt genau wie beschrieben. Wie definiere ich nun den Schaltkontakt, an dem dann auch was ausgelöst werden soll (Relais oder WS2811, etc.) 
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