#include <FastLED.h>
//#include <string.h>

#define DATA_PIN 5
#define CLOCK_PIN 6
#define COLOR_ORDER GRB
#define CHIPSET     WS2812
#define NUM_LEDS    453

#define BRIGHTNESS  40

CRGB leds[NUM_LEDS];

unsigned long Timer;

void setup() {
  delay(3000); // sanity delay
  FastLED.addLeds<CHIPSET, DATA_PIN, COLOR_ORDER>(leds, NUM_LEDS);
  FastLED.setBrightness( BRIGHTNESS );
  FastLED.setCorrection( CRGB( 255, 230, 240) );
  Timer=millis();
}

void loop()  {
  if (millis()-Timer>=15) {   //15*70=1050  so a pause of 15 millis results in 70 Frames per second aprroximatly
    Timer=millis();
    drawrings();
    FastLED.show();
  }
}


void drawrings()

{


static byte framecounter;


int lp1=0;                 //startposition ring 1
int lp2=80;                //startposition ring 2
int lp3=151;               //startposition ring 3
int lp4=215;               //startposition ring 4
int lp5=271;               //startposition ring 5
int lp6=318;               //startposition ring 6
int lp7=357;               //startposition ring 7
int lp8=388;               //startposition ring 8
int lp9=411;               //startposition ring 9
int lp10=427;              //startposition ring 10


int lg1=80;                //size of ring 1
int lg2=71;                //size of ring 2
int lg3=64;                //size of ring 3
int lg4=56;                //size of ring 4
int lg5=47;                //size of ring 5
int lg6=39;                //size of ring 6
int lg7=31;                //size of ring 7
int lg8=23;                //size of ring 8
int lg9=16;                //size of ring 9
int lg10=8;                //size of ring 10


int cw;
int cwv;
byte z;

framecounter=framecounter+2;


for(z=0; z<lg1; z++) {                 //draw ring 1
  cw=cubicwave8(z*1024/lg1+framecounter);
  cwv=cw*cw*cw/65536;
  leds[z+lp1]=CRGB(cwv,255-cwv,0);
}

for(z=0; z<lg2; z++ ) {                 //draw ring 2
  cw=cubicwave8(z*1024/lg2+framecounter+20);
  cwv=cw*cw*cw/65536;
  leds[z+lp2]=CRGB(cwv,255-cwv,0);
}

for(z=0; z<lg3; z++ ) {                 //draw ring 3
  cw=cubicwave8(z*1024/lg3+framecounter+40);
  cwv=cw*cw*cw/65536;
  leds[z+lp3]=CRGB(cwv,255-cwv,0);
}

for(z=0; z<lg4; z++ ) {                 //draw ring 4
  cw=cubicwave8(z*1024/lg4+framecounter+60);
  cwv=cw*cw*cw/65536;
  leds[z+lp4]=CRGB(cwv,255-cwv,0);
}

for(z=0; z<lg5; z++ ) {                 //draw ring 5
  cw=cubicwave8(z*1024/lg5+framecounter+80);
  cwv=cw*cw*cw/65536;
  leds[z+lp5]=CRGB(cwv,255-cwv,0);
}

for(z=0; z<lg6; z++ ) {                 //draw ring 6
  cw=cubicwave8(z*1024/lg6+framecounter+100);
  cwv=cw*cw*cw/65536;
  leds[z+lp6]=CRGB(cwv,255-cwv,0);
}

for(z=0; z<lg7; z++ ) {                 //draw ring 7
  cw=cubicwave8(z*1024/lg7+framecounter+120);
  cwv=cw*cw*cw/65536;
  leds[z+lp7]=CRGB(cwv,255-cwv,0);
}

for(z=0; z<lg8; z++ ) {                 //draw ring 8
  cw=cubicwave8(z*1024/lg8+framecounter+140);
  cwv=cw*cw*cw/65536;
  leds[z+lp8]=CRGB(cwv,255-cwv,0);
}

for(z=0; z<lg9; z++ ) {                 //draw ring 9
cw=cubicwave8(z*1024/lg9+framecounter+160);
  cwv=cw*cw/256;
  leds[z+lp9]=CRGB(cwv,255-cwv,0);
}

for(z=0; z<lg10-3; z++ ) {              //draw ring 10
  cw=cubicwave8(z*1024/lg10+framecounter+180);
  cwv=cw*cw/256;
   leds[z+lp10]=CRGB(cwv,255-cwv,0);
}

for (byte x=1;x<6;x=x+1) {                     //draw star
  leds[432+x]=CRGB(255-x*30,255-x*45,0);
}
leds[432]=CRGB(255,255,200);

}