//test for driving Lightener inverter think get better signal with stm32>F103C8T6 (replacing NE555 citcuit)
//schematic GPIO->220R->D882 (NPN3ASMD)->220R ->BD140 (PNP2APCB)->IRF1404 (N-channel mosfet) gate groundet with 2x 470Rparralel
//not finished now but running just easyer using a TM1638 DIG/taster module than debug over seriall
//have fun use if usefull.. by marderchen
#include <TM1638.h>
#include <InvertedTM1638.h>
#define NO_MODULES  1
// datathinks PB12 - clockthinks PB13- Strobethinks PB14
TM1638 module(PB12, PB13, PB14);// 3wires to STM + gnd and 5V
TM1638* modules[NO_MODULES] = {&module,};
byte modes[NO_MODULES];
#define NO_MODULES  1
#define rot    PC13

#define MOSI   PA0

#define t1     PB5
#define t2     PB6
#define t3     PB7
#define t4     PB8

uint8_t  onpress[15],zeit1;
uint16_t temps[5],offtimecount;
uint16_t errortemp=1000;
uint32_t offtime=50;
uint16_t laag=50;
uint16_t daszeugs=0;
long maintime=millis();
long maintime2=millis();
long maintime3=micros();
long timez= millis();
long mosipulsi=micros();


boolean onk=false;
boolean alarmeld=false;
boolean tplusset=false;
boolean tminusset=false;

String outzi="";

void setup() {
  delay(200);
  pinMode(rot, OUTPUT); pinMode(MOSI, OUTPUT);
  pinMode(t1, INPUT); pinMode(t2, INPUT); pinMode(t3 ,INPUT); pinMode(t4 ,INPUT);
  digitalWrite(MOSI,LOW);
    for (int i = 0; i < NO_MODULES; i++) {
    module.setupDisplay(true, 8);
    modes[i] = 0;
  }
  delay(300);
}

void loop() {
istinput();
zeitreise();
//if (onk==true) {digitalWrite(grun,HIGH);}else {digitalWrite(grun,LOW);}
}
String cach="";
void update(TM1638* module, byte* mode) {
byte buttons = module->getButtons();
  if (buttons ==1) {offtime++;}
  if (buttons ==2&&offtime>1) {offtime--;}
  if (buttons ==4) {laag++;}
  if (buttons ==8&&laag>1) {laag--;}
  if (buttons ==16) {}
  if (buttons ==32) {}
  if (buttons ==64) {}
  if (buttons ==128) {}
      cach ="";
      if(offtime<=9){cach+="0";}
      if(offtime<=99){cach+="0";}
      if(offtime<=999){cach+="0";}
      cach+=offtime;
      if(laag<=9){cach+="0";}
      if(laag<=99){cach+="0";}
      if(laag<=999){cach+="0";}
      cach+=laag;
      module->setDisplayToString(cach);
}


void schaltmal(boolean anaus){
  if (anaus==true) {if (onk==true) {onk=false; return;}else {onk=true; return;}}
  if (anaus==false){onk=true;}}

void istinput(void){
  if (zeit1 >=5) {
// if (digitalRead(t1) == HIGH && onpress[0] ==0) { onpress[0] =1; tplusset=true;   }
//  if (onpress[0] == 1)  { onpress[1]++; } if (onpress[1] >= 5) { onpress[1] =0; onpress[0]=0; }
  if (digitalRead(t2) == HIGH && onpress[2] ==0) { onpress[2] =1; daszeugs++;}
  if (onpress[2] == 1)  { onpress[3]++; } if (onpress[3] >= 10) { onpress[3] =0; onpress[2]=0; }
  if (digitalRead(t1) == HIGH && onpress[4] ==0) { onpress[4] =1; schaltmal(true); }
  if (onpress[4] == 1)  { onpress[5]++; } if (onpress[5] >= 20) { onpress[5] =0; onpress[4]=0; }
//  if (digitalRead(t4) == HIGH && onpress[6] ==0) { onpress[6] =1; onk=false;}
//  if (onpress[6] == 1)  { onpress[7]++; } if (onpress[7] >= 6) { onpress[7] =0; onpress[6]=0; }

  zeit1=0;}}

void zeitreise(void){
  while ((millis()- maintime)  >=  5){zeit1++; maintime = millis();}
  while ((micros()- maintime3) >= 60) { maintime3 = micros();}
  while ((millis()- maintime2) >=  60) {  for (int i = 0; i < NO_MODULES; i++) {update(modules[i], &modes[i]);} maintime2 = millis();}
  while ((millis()- timez) >=    998) {timez = millis();}
  while ((micros()-mosipulsi) >=  2) {while(digitalRead(t3) == HIGH) {pulspower();}
   digitalWrite(MOSI,LOW); mosipulsi = micros();
  }}

void pulspower() {
  for (uint32_t often=0; often <(200); often++) {
  for (uint32_t fcount=0; fcount <(offtime*2); fcount++) {
  if (fcount==0) {digitalWrite(MOSI, HIGH); digitalWrite(rot, LOW);}
   if (fcount==1) {digitalWrite(MOSI, HIGH); }
  if (fcount>=(laag+1)){digitalWrite(MOSI, LOW); digitalWrite(rot, HIGH);}
}}}