//hihi a new 0603 RGB smd (4-pin) rainbowclock thistime much larger.. 7 0603 RGB/segment 6 segments,4x 6(0603RGB)as dots between numbers ..  wouldnt realy know howmuch i have to conzentrade
//for soldering 318 pcs from the smalest 4pin RGB leds ican find.. thisone: 0,33 ~1.10mm (hihi 4 contacts to solder in this surface...) https://www.digikey.com/catalog/en/partgroup/tri-color-rgb-rectangle-with-flat-top-0603-package-chip-leds/34398 have soldered them
// and connectet to matrix networt for drifing with 8PNP and 18NPN transistors..
//pictures::
// http://www.marderchen.de/NEU+/large_0603_rainbowclock_1.jpg http://www.marderchen.de/NEU+/large_0603_rainbowclock_2.jpg
// http://www.marderchen.de/NEU+/large_0603_rainbowclock_RGBleds_glued.jpg http://www.marderchen.de/NEU+/large_0603_rainbowclock_4_partsoldered.jpg
// http://www.marderchen.de/NEU+/large_0603_rainbowclock_5_fortoday_pnpdone.jpg http://www.marderchen.de/NEU+/large_0603_rainbowclock_6_2numbersleft.jpg
// http://www.marderchen.de/NEU+/large_0603_rainbowclock_7_all_954singleColorchips_connectetandtestetworkingyay.jpg http://www.marderchen.de/NEU+/large_0603_rainbowclock_chandegpnptransistors.jpg
// http://www.marderchen.de/NEU+/large_0603_rainbowclock_8_yayfindsolution.jpg
//Finaly its working as should (have to +5V connect the PNP base with the 5V and seperate PNP with diods.. so awesome! (but so much work .. cant ddo this often)
// now just have to build case (caused somuch work thingt realy cute looking plossy black ABS plates and upgrade my rainbowmatrix segment code little
//MEOW its free :3 have fun use it or parts is there is something usefull =^.^=
//Have not much changed its also working on my virst 88x0603 rainbowclock

#define B1  PC13
#define B2  PC14
#define B3  PC15
#define B4  PA0
#define B5  PA2
#define B6  PA1
#define B7  PA3
#define B8  PA4
#define mess1  PA5
#define t1     PA15
#define t2     PA12
#define blau5  PA6
#define grun5  PA7
#define rot5   PB0
#define blau4  PB1
#define grun4  PB10
#define rot4   PB11
#define blau3  PB12
#define grun3  PB13
#define rot3   PB14
#define blau2  PB15
#define grun2  PA8
#define rot2   PA9
#define blau1  PA10
#define grun1  PB5
#define rot1   PB6
#define blau0  PB7
#define grun0  PB8
#define rot0   PB9


int16_t digitise[7][9][7]; //last: color, brighteness, (autocalculatet: redduty,greenduty,blueduty, whitadder, darkadder)
int32_t secs =120;
int8_t onpress[5];
 int ani =200;
 int aus=0;
int8_t zeitregen,blinkt,setzen;
long maintime=millis();
long maintime2=micros();
long maintime3=millis();
String showme="";

void setup() {
  pinMode(rot0, OUTPUT);
  pinMode(grun0, OUTPUT);
  pinMode(blau0, OUTPUT);
  pinMode(rot1, OUTPUT);
  pinMode(grun1, OUTPUT);
  pinMode(blau1, OUTPUT);
  pinMode(rot2, OUTPUT);
  pinMode(grun2, OUTPUT);
  pinMode(blau2, OUTPUT);
  pinMode(rot3, OUTPUT);
  pinMode(grun3, OUTPUT);
  pinMode(blau3, OUTPUT);
  pinMode(rot4, OUTPUT);
  pinMode(grun4, OUTPUT);
  pinMode(blau4, OUTPUT);
  pinMode(rot5, OUTPUT);
  pinMode(grun5, OUTPUT);
  pinMode(blau5, OUTPUT);
  pinMode(B1, OUTPUT);
  pinMode(B2, OUTPUT);
  pinMode(B3, OUTPUT);
  pinMode(B4, OUTPUT);
  pinMode(B5, OUTPUT);
  pinMode(B6, OUTPUT);
  pinMode(B7, OUTPUT);
  pinMode(B8, OUTPUT);
 pinMode(t1, INPUT);
 pinMode(t2, INPUT);
}

void loop() {
zeitreise();
anirainbow();
rainbowcalc();
machlicht();
drueckmich();
notime();
//zeigzeugs(0,'5');
//digitise[0][7][1]=200;
}
void drueckmich(void){
  if (onpress[4] >=10) {
  if (digitalRead(t1) == HIGH && onpress[0] ==0 ) { setzen++; if (setzen >6) {setzen=0;} refresh(); }
  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; setzden(setzen); refresh(); }
  if (onpress[2] == 1) { onpress[3]++; }
  if (onpress[3] >= 5) { onpress[3] =0; onpress[2]=0; }
  blinkt++;
  onpress[4]=0;
  }}//tagrum
void setzden(int chosenone) {
  if (chosenone==0) {}
  if (chosenone==1) {secs+=1;}
  if (chosenone==2) {secs+=10;}
  if (chosenone==3) {secs+=60;}
  if (chosenone==4) {secs+=600;}
  if (chosenone==5) {secs+=3600;}
  if (chosenone==6) {}
}

void notime(void){
  showme="";
  if (((secs/60/60)%60) <=9){showme+="0";}
  showme+=String(((secs/60)/60)%60);
  if (((secs/60)%60) <=9){showme+="0";}
  showme+=String((secs/60)%60);
  if ((secs%60) <=9){showme+="0";}
  showme+=String(secs%60);
 // showme="1234 5";
 if (blinkt >2) {showme[6-setzen]=' '; }//?
 if (blinkt >4) {blinkt=0;}
}
void refresh() {
  zeigzeugs(0,showme[5]);
  zeigzeugs(1,showme[4]);
  zeigzeugs(2,showme[3]);
  zeigzeugs(3,showme[2]);
  zeigzeugs(4,showme[1]);
  zeigzeugs(5,showme[0]);
}
int rainstart,raincach,raincach2,wasswie,wasswiewann;
void anirainbow(void){
  if (zeitregen > 1) {
    if (wasswiewann > 3) {wasswie=random(0,2);wasswiewann=0;}
    rainstart+=5;
   // if (rainstart >650) {rainstart=0;}
    raincach=rainstart;
      for( int zahliz = 0; zahliz  < 6; zahliz ++) {
        raincach+=zahliz*10;
        raincach2=raincach;
     for( int balkik = 0; balkik  <8; balkik ++) {
      raincach2+=balkik*3;
      if(raincach2 >670) {rainstart=0;}
     if (wasswie <=1) {digitise[zahliz][balkik][0]=raincach2;}
     if (wasswie ==4) {digitise[zahliz][balkik][0]+=raincach2/balkik;}
     if (wasswie ==3) {digitise[zahliz][balkik][0]+=raincach2/zahliz/balkik;}
     if (wasswie ==2) {digitise[zahliz][balkik][0]+=zahliz*2;}
     if (wasswie ==5) {digitise[zahliz][balkik][0]+=balkik*2;}
     if (wasswie ==6) {digitise[zahliz][balkik][0]+=(balkik+zahliz)/2;}
     if (digitise[zahliz][balkik][1] >70) {digitise[zahliz][balkik][1]-=5;}}}
     zeitregen=0;
     if (digitise[0][8][1] <196) {digitise[0][8][1]+=4;}
     if (digitise[1][8][1] <196) {digitise[1][8][1]+=4;}
     if (digitise[2][8][1] <196) {digitise[2][8][1]+=5;}
     if (digitise[3][8][1] <196) {digitise[3][8][1]+=5;}
  }}

void zeitreise(void){
  while ((millis()- maintime) >=  5) {
  onpress[4]++;
  maintime = millis();
  }
  while ((micros()- maintime2) >=  50) {
zeitregen++;
  maintime2 = micros();
  }
  while ((millis()- maintime3) >=  1000) {
  maintime3 = millis();
  secs++; refresh();
  if (secs > 86400) {secs=0;}// the 4 dots between numbers
  digitise[0][8][1]=0; digitise[0][8][0]=random(0,60)*10;
  digitise[1][8][1]=0; digitise[1][8][0]=random(0,60)*10;
  digitise[2][8][1]=0; digitise[2][8][0]=random(0,60)*10;
  digitise[3][8][1]=0; digitise[3][8][0]=random(0,60)*10;
  wasswiewann++;
  }
  }
int duty[3];
int rainbow=0;
void rainbowcalc(void) {
  for( int zahli = 0; zahli  < 6; zahli ++) {
     for( int balki = 0; balki  <=8; balki ++) {
   rainbow=digitise[zahli][balki][0];
 //    rainbow=100;
 if(rainbow >=0   && rainbow <=100) {duty[0] =100;                     duty[1] =rainbow;                  duty[2] =0;}                   //rot  ->gelb  (rotmax grün+ blau0)
 if(rainbow >=101 && rainbow <=201) {duty[0] =(100 -(rainbow -101));   duty[1] =100;                      duty[2] =0;}                    //gelb ->grün  (rot- grünmax blau0)
 if(rainbow >=202 && rainbow <=302) {duty[0] =0;                       duty[1] =100;                      duty[2] =(rainbow - 202);}         //grün ->cyan  (rot0 grünmax blau+)
 if(rainbow >=303 && rainbow <=403) {duty[0] =0;                       duty[1] =(100 -(rainbow - 303));   duty[2] =100;}                 //cyan ->blau  (rot0 grün- blaumax)
 if(rainbow >=404 && rainbow <=504) {duty[0] =(rainbow-404);           duty[1] =0;                        duty[2] =100;}                 //blau ->lila  (rot+ grün0 blaumax)
 if(rainbow >=505 && rainbow <=605) {duty[0] =100;                     duty[1] =0;                        duty[2] =(100- (rainbow -506));}  //lila ->rot   (rotmax grün0 blau-)
 if(rainbow >= 606) {rainbow =0; digitise[zahli][balki][0]=0;}
 digitise[zahli][balki][2]=duty[0]; digitise[zahli][balki][3]=duty[1]; digitise[zahli][balki][4]=duty[2];
}}}
/*thingy showing balky in dig "PLAN" dots between are 8 in dig 6(if starting with1 and not 0) first dig from left..
 * hihi i know there mus be a better solution better not count the if (s)..
 * if there is a other solution where i can duty for the 18 colorchanels simultan(sametime) required for fastenough for dutynumberfading.. just flickering if powering one by on
 *
 *    ---1--
 *    |     |
 *    3     2  []8
 *    |     |
 *    ---4---
 *    |     |
 *    5     6  []8
 *    |     |
 *    ---7---
 */

void zeigzeugs(int welchezahl,char wasden) {
    if (wasden == 'S') {wasden='5';}
    if (wasden == 'e') {wasden='9';}
    if (wasden == 'R') {wasden='A';}
  if (wasden == '0') {digitise[welchezahl][1][1]=ani; digitise[welchezahl][2][1]=ani; digitise[welchezahl][3][1]=ani; digitise[welchezahl][4][1]=aus; digitise[welchezahl][5][1]=ani; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=ani;}
  if (wasden == '1') {digitise[welchezahl][1][1]=aus; digitise[welchezahl][2][1]=ani; digitise[welchezahl][3][1]=aus; digitise[welchezahl][4][1]=aus; digitise[welchezahl][5][1]=aus; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=aus;}
  if (wasden == '2') {digitise[welchezahl][1][1]=ani; digitise[welchezahl][2][1]=ani; digitise[welchezahl][3][1]=aus; digitise[welchezahl][4][1]=ani; digitise[welchezahl][5][1]=ani; digitise[welchezahl][6][1]=aus; digitise[welchezahl][7][1]=ani;}
  if (wasden == '3') {digitise[welchezahl][1][1]=ani; digitise[welchezahl][2][1]=ani; digitise[welchezahl][3][1]=aus; digitise[welchezahl][4][1]=ani; digitise[welchezahl][5][1]=aus; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=ani;}
  if (wasden == '4') {digitise[welchezahl][1][1]=aus; digitise[welchezahl][2][1]=ani; digitise[welchezahl][3][1]=ani; digitise[welchezahl][4][1]=ani; digitise[welchezahl][5][1]=aus; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=aus;}
  if (wasden == '5') {digitise[welchezahl][1][1]=ani; digitise[welchezahl][2][1]=aus; digitise[welchezahl][3][1]=ani; digitise[welchezahl][4][1]=ani; digitise[welchezahl][5][1]=aus; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=ani;}
  if (wasden == '6') {digitise[welchezahl][1][1]=ani; digitise[welchezahl][2][1]=aus; digitise[welchezahl][3][1]=ani; digitise[welchezahl][4][1]=ani; digitise[welchezahl][5][1]=ani; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=ani;}
  if (wasden == '7') {digitise[welchezahl][1][1]=ani; digitise[welchezahl][2][1]=ani; digitise[welchezahl][3][1]=aus; digitise[welchezahl][4][1]=aus; digitise[welchezahl][5][1]=aus; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=aus;}
  if (wasden == '8') {digitise[welchezahl][1][1]=ani; digitise[welchezahl][2][1]=ani; digitise[welchezahl][3][1]=ani; digitise[welchezahl][4][1]=ani; digitise[welchezahl][5][1]=ani; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=ani;}
  if (wasden == '9') {digitise[welchezahl][1][1]=ani; digitise[welchezahl][2][1]=ani; digitise[welchezahl][3][1]=ani; digitise[welchezahl][4][1]=ani; digitise[welchezahl][5][1]=aus; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=ani;}
  if (wasden == ' ') {digitise[welchezahl][1][1]=aus; digitise[welchezahl][2][1]=aus; digitise[welchezahl][3][1]=aus; digitise[welchezahl][4][1]=aus; digitise[welchezahl][5][1]=aus; digitise[welchezahl][6][1]=aus; digitise[welchezahl][7][1]=aus;}
  if (wasden == 'A') {digitise[welchezahl][1][1]=ani; digitise[welchezahl][2][1]=ani; digitise[welchezahl][3][1]=ani; digitise[welchezahl][4][1]=ani; digitise[welchezahl][5][1]=ani; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=aus;}
  if (wasden == 'L') {digitise[welchezahl][1][1]=aus; digitise[welchezahl][2][1]=aus; digitise[welchezahl][3][1]=ani; digitise[welchezahl][4][1]=aus; digitise[welchezahl][5][1]=ani; digitise[welchezahl][6][1]=aus; digitise[welchezahl][7][1]=ani;}
  if (wasden == 't') {digitise[welchezahl][1][1]=ani; digitise[welchezahl][2][1]=ani; digitise[welchezahl][3][1]=ani; digitise[welchezahl][4][1]=aus; digitise[welchezahl][5][1]=ani; digitise[welchezahl][6][1]=aus; digitise[welchezahl][7][1]=ani;}
  if (wasden == 'i') {digitise[welchezahl][1][1]=aus; digitise[welchezahl][2][1]=aus; digitise[welchezahl][3][1]=aus; digitise[welchezahl][4][1]=aus; digitise[welchezahl][5][1]=aus; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=aus;}
  if (wasden == 'm') {digitise[welchezahl][1][1]=aus; digitise[welchezahl][2][1]=aus; digitise[welchezahl][3][1]=aus; digitise[welchezahl][4][1]=ani; digitise[welchezahl][5][1]=ani; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=aus;}
  if (wasden == 'H') {digitise[welchezahl][1][1]=aus; digitise[welchezahl][2][1]=ani; digitise[welchezahl][3][1]=ani; digitise[welchezahl][4][1]=ani; digitise[welchezahl][5][1]=ani; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=aus;}
  if (wasden == 'o') {digitise[welchezahl][1][1]=aus; digitise[welchezahl][2][1]=aus; digitise[welchezahl][3][1]=aus; digitise[welchezahl][4][1]=ani; digitise[welchezahl][5][1]=ani; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=ani;}
  if (wasden == 'U') {digitise[welchezahl][1][1]=aus; digitise[welchezahl][2][1]=ani; digitise[welchezahl][3][1]=ani; digitise[welchezahl][4][1]=aus; digitise[welchezahl][5][1]=ani; digitise[welchezahl][6][1]=ani; digitise[welchezahl][7][1]=ani;}
  if (wasden == 'E') {digitise[welchezahl][1][1]=ani; digitise[welchezahl][2][1]=aus; digitise[welchezahl][3][1]=ani; digitise[welchezahl][4][1]=ani; digitise[welchezahl][5][1]=ani; digitise[welchezahl][6][1]=aus; digitise[welchezahl][7][1]=ani;}
  if (wasden == 'C') {digitise[welchezahl][1][1]=ani; digitise[welchezahl][2][1]=aus; digitise[welchezahl][3][1]=ani; digitise[welchezahl][4][1]=aus; digitise[welchezahl][5][1]=ani; digitise[welchezahl][6][1]=aus; digitise[welchezahl][7][1]=ani;}
  //see how simple it is brain :3
}
long startriger=micros();
int32_t light,darkness,dcach; //1//3//4
void machlicht(void) {
   for( int zahlie = 0; zahlie  < 6; zahlie ++) {
     for( int balkie = 0; balkie  <=8; balkie ++) {
 if (digitise[zahlie][balkie][1] > 100){digitise[zahlie][balkie][6]=digitise[zahlie][balkie][1]-100; digitise[zahlie][balkie][5]=0;}//white 200 white 100color working on brightenes but rainbow running
 if (digitise[zahlie][balkie][1] <=100){digitise[zahlie][balkie][5]=(100-(digitise[zahlie][balkie][1])); digitise[zahlie][balkie][6]=0;}//dark 100 color, 0less
 // ledata[dien][11]=(ledata[dien][12]*ledata[dien][12])/1.4;
     }}
 while ((micros()-startriger) >=  2) {

 for (int8_t balky=1; balky <=8; balky++) {

   if (balky ==1) {digitalWrite(B1, LOW );}
   if (balky ==2) {digitalWrite(B2, LOW );}
   if (balky ==3) {digitalWrite(B3, LOW );}
   if (balky ==4) {digitalWrite(B4, LOW );}
   if (balky ==5) {digitalWrite(B5, LOW );}
   if (balky ==6) {digitalWrite(B6, LOW );}
   if (balky ==7) {digitalWrite(B7, LOW );}
   if (balky ==8) {digitalWrite(B8, LOW );}

 // for (int16_t fcount1=0; fcount1 <(100+digitise[zahli][0][5]  + digitise[zahli][0][6]); fcount1++) {
  for (int16_t fcount1=0; fcount1 <200; fcount1++) {
    if (fcount1 == 0) {endoftime();}
    if (fcount1 <= 199) {
  if (fcount1 ==  ((101+digitise[0][balky][5] )-digitise[0][balky][2] )) { digitalWrite(rot0, HIGH );}
  if (fcount1 ==  ((101+digitise[0][balky][5] )-digitise[0][balky][3] )) { digitalWrite(grun0, HIGH );}
  if (fcount1 ==  ((101+digitise[0][balky][5] )-digitise[0][balky][4] )) { digitalWrite(blau0, HIGH );}

  if (fcount1 ==  ((101+digitise[1][balky][5] )-digitise[1][balky][2] )) { digitalWrite(rot1, HIGH );}
  if (fcount1 ==  ((101+digitise[1][balky][5] )-digitise[1][balky][3] )) { digitalWrite(grun1, HIGH );}
  if (fcount1 ==  ((101+digitise[1][balky][5] )-digitise[1][balky][4] )) { digitalWrite(blau1, HIGH );}

  if (fcount1 ==  ((101+digitise[2][balky][5] )-digitise[2][balky][2] )) { digitalWrite(rot2, HIGH );}
  if (fcount1 ==  ((101+digitise[2][balky][5] )-digitise[2][balky][3] )) { digitalWrite(grun2, HIGH );}
  if (fcount1 ==  ((101+digitise[2][balky][5] )-digitise[2][balky][4] )) { digitalWrite(blau2, HIGH );}

  if (fcount1 ==  ((101+digitise[3][balky][5] )-digitise[3][balky][2] )) { digitalWrite(rot3, HIGH );}
  if (fcount1 ==  ((101+digitise[3][balky][5] )-digitise[3][balky][3] )) { digitalWrite(grun3, HIGH );}
  if (fcount1 ==  ((101+digitise[3][balky][5] )-digitise[3][balky][4] )) { digitalWrite(blau3, HIGH );}

  if (fcount1 ==  ((101+digitise[4][balky][5] )-digitise[4][balky][2] )) { digitalWrite(rot4, HIGH );}
  if (fcount1 ==  ((101+digitise[4][balky][5] )-digitise[4][balky][3] )) { digitalWrite(grun4, HIGH );}
  if (fcount1 ==  ((101+digitise[4][balky][5] )-digitise[4][balky][4] )) { digitalWrite(blau4, HIGH );}

  if (fcount1 ==  ((101+digitise[5][balky][5] )-digitise[5][balky][2] )) { digitalWrite(rot5, HIGH );}
  if (fcount1 ==  ((101+digitise[5][balky][5] )-digitise[5][balky][3] )) { digitalWrite(grun5, HIGH );}
  if (fcount1 ==  ((101+digitise[5][balky][5] )-digitise[5][balky][4] )) { digitalWrite(blau5, HIGH );}}


  if (fcount1 >=  (100 + digitise[0][balky][6]) ) { digitalWrite(rot0, LOW );  digitalWrite(grun0, LOW );  digitalWrite(blau0, LOW );}
  if (fcount1 >=  (100 + digitise[1][balky][6]) ) { digitalWrite(rot1, LOW );  digitalWrite(grun1, LOW );  digitalWrite(blau1, LOW );}
  if (fcount1 >=  (100 + digitise[2][balky][6]) ) { digitalWrite(rot2, LOW );  digitalWrite(grun2, LOW );  digitalWrite(blau2, LOW );}
  if (fcount1 >=  (100 + digitise[3][balky][6]) ) { digitalWrite(rot3, LOW );  digitalWrite(grun3, LOW );  digitalWrite(blau3, LOW );}
  if (fcount1 >=  (100 + digitise[4][balky][6]) ) { digitalWrite(rot4, LOW );  digitalWrite(grun4, LOW );  digitalWrite(blau4, LOW );}
  if (fcount1 >=  (101 + digitise[5][balky][6]) ) { digitalWrite(rot5, LOW );  digitalWrite(grun5, LOW );  digitalWrite(blau5, LOW );}
  if (fcount1 >= 200) {endoftime();}
   }
   digitalWrite(B1, HIGH ); digitalWrite(B2, HIGH ); digitalWrite(B3, HIGH ); digitalWrite(B4, HIGH ); digitalWrite(B5, HIGH ); digitalWrite(B6, HIGH ); digitalWrite(B7, HIGH ); digitalWrite(B8, HIGH ); }
  startriger = micros();
  }endoftime();
}
void endoftime(void) {
  digitalWrite(rot0, LOW );  digitalWrite(grun0, LOW );  digitalWrite(blau0, LOW ); digitalWrite(rot1, LOW );  digitalWrite(grun1, LOW );  digitalWrite(blau1, LOW );
  digitalWrite(rot2, LOW );  digitalWrite(grun2, LOW );  digitalWrite(blau2, LOW ); digitalWrite(rot3, LOW );  digitalWrite(grun3, LOW );  digitalWrite(blau3, LOW );
  digitalWrite(rot4, LOW );  digitalWrite(grun4, LOW );  digitalWrite(blau4, LOW ); digitalWrite(rot5, LOW );  digitalWrite(grun5, LOW );  digitalWrite(blau5, LOW );
  }
//*its marten code so always free use it or parts if there is something usefull for you..
//for clock projection oh its working.. but place between led far to long.. have no lense big enough (or 3 same lenses one for 2 digs) so put some light dissorb foil before (maybe mirrorfoil arround leds don't know
// [MEOW] more rainbowpower!