//MEOW =^.^=
//Kote for epic WHITE led clock to upgrade capacito9rmatrixidea.. and puuurRRR this es realy epic white every of 170 SMD leds HAVE 0.5Watt and the capacitormatrix idea realy using it
//fixed one NPN failture kote progressing not running with function
//pics
/* https://marderchen.lima-city.de/NEU+/epic_white_clock_ledtest_wtfhihi.jpg
 * https://marderchen.lima-city.de/NEU+/epic_white_ledmatrix-clock_supplyfortoday.jpg
 * https://marderchen.lima-city.de/NEU+/epic_white_ledmatrix-clock_supply_progressing.jpg
 * https://marderchen.lima-city.de/NEU+/epic_white_ledmatrix-clock_gluedalu.jpg
 * https://marderchen.lima-city.de/NEU+/epic_white_ledmatrix-clock_wirework.jpg
 * have fun use idea if usefull its burning in eyes :3
 */
/*       dig1              dig2 .. dig3.. dig4
 *    ---1--
 *    |     |
 *    4     2
 *    |     |
 *    ---3---
 *    |     |
 *    6     5  []8
 *    |     |
 *    ---7---
 *    **seg1 .. seg2..
 */
#define seg1  PB12
#define seg2  PB13
#define seg3  PB14
#define seg4  PB15
#define seg5  PA8
#define seg6  PA9
#define seg7  PA10
#define dig1  PB11
#define dig2  PB10
#define dig3  PB1
#define dig4  PB0
#define block6 PB5
#define block5 PB6
#define block4 PB7
#define block3 PB8
#define block2 PB9
#define LED5 PA7
#define LED4 PA6
#define LED3 PA5
#define LED2 PA4
#define LED1 PC14 //fail output fine, but LED powering always.. even if changing porty found failture NPN on PA3 (disconnected using PC14now
#define NPNj PC15
#define NPNk PA3
#define block1 PC13
#define tmulti PA0
#define t1 PA12
#define t2 PA15

uint8_t digssegz[7][8][2]; //last: brighteness, (fadetime) // 4NPN 7PNP
uint8_t runseconds[7][7][2]; // last: brighteness, (fadetime) // 5NPN 6PNP
uint8_t runbar[35][2];
int8_t onpress[5];

void setup() {

  pinMode(seg1, OUTPUT); pinMode(seg2, OUTPUT); pinMode(seg3, OUTPUT); pinMode(seg4, OUTPUT); pinMode(seg5, OUTPUT); pinMode(seg6, OUTPUT); pinMode(seg7, OUTPUT);
  pinMode(dig1, OUTPUT); pinMode(dig2, OUTPUT); pinMode(dig3, OUTPUT); pinMode(dig4, OUTPUT);
  pinMode(LED5, OUTPUT); pinMode(LED4, OUTPUT); pinMode(LED3, OUTPUT); pinMode(LED2, OUTPUT); pinMode(LED1, OUTPUT);
  pinMode(block6, OUTPUT); pinMode(block5, OUTPUT); pinMode(block4, OUTPUT); pinMode(block3, OUTPUT); pinMode(block2, OUTPUT); pinMode(block1, OUTPUT);
 pinMode(t1, INPUT);
 pinMode(t2, INPUT);
 noseg();
 noblock();

}

uint16_t zeit1;
void loop() {
zeitreise();
//runbar[1][2]=50;
//secondssorter();
runseconds[1][0][0]=55;
}
void istinput(void){
  if (zeit1 >=2) {
  if (digitalRead(t1) == HIGH && onpress[0] ==0) { onpress[0] =1; }
  if (onpress[0] == 1)  { onpress[1]++; }
  if (onpress[1] >= 20) { onpress[1] =0; onpress[0]=0; }
  if (digitalRead(t2) == HIGH && onpress[2] ==0) { onpress[2] =1;  }
  if (onpress[2] == 1)  { onpress[3]++;}
  if (onpress[3] >= 25) { onpress[3] =0; onpress[2]=0; }
  if (analogRead(tmulti) >10) { }
  zeit1=0;}
}
long maintime=millis(); long maintime2=millis(); long maintime3=millis(); long timez=millis(); long flash=micros();
void zeitreise(void){
  while ((millis()- maintime)  >=  5){zeit1++; maintime = millis();}
  while ((millis()- maintime3) >= 200) { maintime3 = millis();}
  while ((millis()- maintime2) >= 200) { maintime2 = millis();}
  while ((millis()- timez) >=    999) {timez = millis();  }
  while ((micros()-flash) >=  500) { schaltzeugs(); flash = micros();}
  }

void negativation(void){
  for (int8_t eins=0; eins <=5; eins++) { for (int8_t zwei=0;zwei <=5; zwei++) {
  }}
  }

/*       dig0             dig1 .. dig2.. dig3
 *    ---0--
 *    |     |
 *    3     1
 *    |     |
 *    ---2---
 *    |     |
 *    5     4  []8
 *    |     |
 *    ---6---
 *    **seg1 .. seg2..
 */
 uint8_t helwert=59;
 uint8_t auswert=0;
void zeigzeugs(int wo,char wasden) {
    if (wasden == ' ') {digssegz[wo][0][0]=auswert; digssegz[wo][1][0]=auswert; digssegz[wo][2][0]=auswert; digssegz[wo][3][0]=auswert; digssegz[wo][4][0]=auswert; digssegz[wo][5][0]=auswert; digssegz[wo][6][0]=auswert;}
    if (wasden == '0') {digssegz[wo][0][0]=helwert; digssegz[wo][1][0]=helwert; digssegz[wo][2][0]=auswert; digssegz[wo][3][0]=helwert; digssegz[wo][4][0]=helwert; digssegz[wo][5][0]=helwert; digssegz[wo][6][0]=helwert;}
    if (wasden == '1') {digssegz[wo][0][0]=auswert; digssegz[wo][1][0]=helwert; digssegz[wo][2][0]=auswert; digssegz[wo][3][0]=auswert; digssegz[wo][4][0]=helwert; digssegz[wo][5][0]=auswert; digssegz[wo][6][0]=auswert;}
    if (wasden == '2') {digssegz[wo][0][0]=helwert; digssegz[wo][1][0]=helwert; digssegz[wo][2][0]=helwert; digssegz[wo][3][0]=auswert; digssegz[wo][4][0]=auswert; digssegz[wo][5][0]=helwert; digssegz[wo][6][0]=helwert;}
    if (wasden == '3') {digssegz[wo][0][0]=helwert; digssegz[wo][1][0]=auswert; digssegz[wo][2][0]=helwert; digssegz[wo][3][0]=helwert; digssegz[wo][4][0]=auswert; digssegz[wo][5][0]=helwert; digssegz[wo][6][0]=helwert;}
    if (wasden == '4') {digssegz[wo][0][0]=auswert; digssegz[wo][1][0]=helwert; digssegz[wo][2][0]=helwert; digssegz[wo][3][0]=helwert; digssegz[wo][4][0]=helwert; digssegz[wo][5][0]=auswert; digssegz[wo][6][0]=auswert;}
    if (wasden == '5') {digssegz[wo][0][0]=helwert; digssegz[wo][1][0]=auswert; digssegz[wo][2][0]=helwert; digssegz[wo][3][0]=helwert; digssegz[wo][4][0]=helwert; digssegz[wo][5][0]=auswert; digssegz[wo][6][0]=helwert;}
    if (wasden == '6') {digssegz[wo][0][0]=helwert; digssegz[wo][1][0]=auswert; digssegz[wo][2][0]=helwert; digssegz[wo][3][0]=helwert; digssegz[wo][4][0]=helwert; digssegz[wo][5][0]=helwert; digssegz[wo][6][0]=helwert;}
    if (wasden == '7') {digssegz[wo][0][0]=helwert; digssegz[wo][1][0]=helwert; digssegz[wo][2][0]=auswert; digssegz[wo][3][0]=auswert; digssegz[wo][4][0]=helwert; digssegz[wo][5][0]=auswert; digssegz[wo][6][0]=auswert;}
    if (wasden == '8') {digssegz[wo][0][0]=helwert; digssegz[wo][1][0]=helwert; digssegz[wo][2][0]=helwert; digssegz[wo][3][0]=helwert; digssegz[wo][4][0]=helwert; digssegz[wo][5][0]=helwert; digssegz[wo][6][0]=helwert;}
    if (wasden == '9') {digssegz[wo][0][0]=helwert; digssegz[wo][1][0]=helwert; digssegz[wo][2][0]=helwert; digssegz[wo][3][0]=helwert; digssegz[wo][4][0]=helwert; digssegz[wo][5][0]=auswert; digssegz[wo][6][0]=helwert;}
    if (wasden == '°') {digssegz[wo][0][0]=helwert; digssegz[wo][1][0]=helwert; digssegz[wo][2][0]=helwert; digssegz[wo][3][0]=helwert; digssegz[wo][4][0]=auswert; digssegz[wo][5][0]=auswert; digssegz[wo][6][0]=auswert;}
    if (wasden == 'C') {digssegz[wo][0][0]=helwert; digssegz[wo][1][0]=auswert; digssegz[wo][2][0]=helwert; digssegz[wo][3][0]=helwert; digssegz[wo][4][0]=auswert; digssegz[wo][5][0]=helwert; digssegz[wo][6][0]=helwert;}
}
uint8_t merker=0;
void secondssorter(void){
  merker =0;
  for (int8_t blocks=0; blocks <=6; blocks++) {
    for (int8_t ledss=0; ledss <=4; ledss++) {
      merker++;
    runbar[merker][0]=runseconds[ledss][blocks][0];
  }}
}

void schaltzeugs(void) {// laaag left from other try.. causet dental ääh tantalum capacitors 33yF 10V for efery channe its not even if run charge duty every 2000microseconds
   noseg();noblock();nodig(); noLED();
      for (int8_t welchs=0; welchs <=12; welchs++) {
   if (welchs==0) { digitalWrite(seg1,HIGH);}// digitalWrite(block1,HIGH);}
   if (welchs==1) { digitalWrite(seg2,HIGH);}// digitalWrite(block2,HIGH);}
   if (welchs==2) { digitalWrite(seg3,HIGH);}// digitalWrite(block3,HIGH);}
   if (welchs==3) { digitalWrite(seg4,HIGH);}// digitalWrite(block4,HIGH);}
   if (welchs==4) { digitalWrite(seg5,HIGH);}// digitalWrite(block5,HIGH);}
   if (welchs==5) { digitalWrite(seg6,HIGH);}// digitalWrite(block6,HIGH);}
   if (welchs==6) { digitalWrite(seg7,HIGH);  }
   if (welchs==7) { digitalWrite(block1,HIGH);}
   if (welchs==8) { digitalWrite(block2,HIGH);}
   if (welchs==9) { digitalWrite(block3,HIGH);}
   if (welchs==10) { digitalWrite(block4,HIGH);}
   if (welchs==11) { digitalWrite(block5,HIGH);}
   if (welchs==12) { digitalWrite(block6,HIGH);}
for (int8_t laag=0; laag <=61; laag++) {
    if (laag == 0) {nodig(); noLED();}
    if (laag <= 59 && laag >=1) {
      if(welchs <=6){
    if (laag ==  (60-digssegz[0][welchs][0])) { digitalWrite(dig1, HIGH );}
    if (laag ==  (60-digssegz[1][welchs][0])) { digitalWrite(dig2, HIGH );}
    if (laag ==  (60-digssegz[2][welchs][0])) { digitalWrite(dig3, HIGH );}
    if (laag ==  (60-digssegz[3][welchs][0])) { digitalWrite(dig4, HIGH );}}
      if (welchs >=7 ) {
    if (laag ==  (60-runseconds[0][welchs-7][0])) { digitalWrite(LED1, LOW);}
    if (laag ==  (60-runseconds[1][welchs-7][0])) { digitalWrite(LED2, HIGH);}
    if (laag ==  (60-runseconds[2][welchs-7][0])) { digitalWrite(LED3, HIGH);}
    if (laag ==  (60-runseconds[3][welchs-7][0])) { digitalWrite(LED4, HIGH);}
    if (laag ==  (60-runseconds[4][welchs-7][0])) { digitalWrite(LED5, HIGH);}}

    }
    if (laag >=60) {nodig(); noLED();}
} noseg();noblock();}}
/*
// PNP NPN vertausch
   void schaltzeugs(void) {// laaag left from other try.. causet dental ääh tantalum capacitors 33yF 10V for efery channe its not even if run charge duty every 2000microseconds
   nodig(); noLED();noseg(); noblock();
      for (int8_t welchs=0; welchs <=4; welchs++) {
   if (welchs==0) {digitalWrite(dig1, HIGH ); digitalWrite(LED1,HIGH);}
   if (welchs==1) {digitalWrite(dig2, HIGH ); digitalWrite(LED2,HIGH);}
   if (welchs==2) {digitalWrite(dig3, HIGH ); digitalWrite(LED3,HIGH);}
   if (welchs==3) {digitalWrite(dig4, HIGH ); digitalWrite(LED4,HIGH);}
   if (welchs==4) { digitalWrite(LED5,HIGH);}
   if (welchs==5) { digitalWrite(LED2,HIGH);}
   if (welchs==6) { digitalWrite(LED3,HIGH);}
   if (welchs==7) { digitalWrite(LED4,HIGH);}
   if (welchs==8) { digitalWrite(LED5,HIGH);}

for (int8_t laag=0; laag <=61; laag++) {
    if (laag == 0) {noseg(); noblock();}
    if (laag <= 59 && laag >=1) {
      if (welchs <=3) {
    if (laag ==  (60-digssegz[welchs][0][0])) { digitalWrite(seg1,LOW);}// [digs][segs]
    if (laag ==  (60-digssegz[welchs][1][0])) { digitalWrite(seg2,LOW);}
    if (laag ==  (60-digssegz[welchs][2][0])) { digitalWrite(seg3,LOW);}
    if (laag ==  (60-digssegz[welchs][3][0])) { digitalWrite(seg4,LOW);}
    if (laag ==  (60-digssegz[welchs][4][0])) { digitalWrite(seg5,LOW);}
    if (laag ==  (60-digssegz[welchs][5][0])) { digitalWrite(seg6,LOW);}
    if (laag ==  (60-digssegz[welchs][6][0])) { digitalWrite(seg7,LOW);}
      }
     if (welchs <=4) {
    if (laag ==  (60-runseconds[welchs][0][0])) { digitalWrite(block1,LOW);}//[leds][blocks]
    if (laag ==  (60-runseconds[welchs][1][0])) { digitalWrite(block2,LOW);}
    if (laag ==  (60-runseconds[welchs][2][0])) { digitalWrite(block3,LOW);}
    if (laag ==  (60-runseconds[welchs][3][0])) { digitalWrite(block4,LOW);}
    if (laag ==  (60-runseconds[welchs][4][0])) { digitalWrite(block5,LOW);}
     }
    }
    if (laag >=60) {noseg(); noblock();}
}}}
 */
void noseg(void) {digitalWrite(seg1,LOW); digitalWrite(seg2,LOW); digitalWrite(seg3,LOW); digitalWrite(seg4,LOW); digitalWrite(seg5,LOW); digitalWrite(seg6,LOW); digitalWrite(seg7,LOW);}
void noblock(void) {digitalWrite(block1,LOW); digitalWrite(block2,LOW); digitalWrite(block3,LOW); digitalWrite(block4,LOW); digitalWrite(block5,LOW); digitalWrite(block6,LOW); }
void nodig(void) {digitalWrite(dig1,LOW); digitalWrite(dig2,LOW); digitalWrite(dig3,LOW); digitalWrite(dig4,LOW);}
void noLED(void){digitalWrite(LED2,LOW); digitalWrite(LED3,LOW); digitalWrite(LED4,LOW); digitalWrite(LED5,LOW); digitalWrite(LED1,HIGH);  }
  /*
int heller=0;
  void capfadetest(void) {
    while ((micros()-startriger) >= 1500) {
      digitalWrite(grun1,HIGH);
        for (int8_t colorz=1; colorz <=3; colorz++) { for (int8_t liene=1; liene <=2; liene++) {
       for (int16_t fcount1=0; fcount1 <2002; fcount1++) {
         if (fcount1 == (2000-heller)){ digitalWrite(B1, LOW); }
         if (fcount1 >= 2000) {digitalWrite(B1, HIGH);}
       }}}
      startriger = micros(); heller++; if (heller >2000) {heller=0;}
    }
  }
*/
// [MEOW] more rainbowpower!