#ifndef NOISE16_PAL_H
#define NOISE16_PAL_H

// noise16 variables -----------------------------------------------------------------------

uint32_t  x,hue_time;                                         // x & hue_time values
uint8_t octaves=2;       //2                                  // how many octaves to use for the brightness
uint8_t hue_octaves=3;   //3                                  // how many octaves to use for the hue
int xscale=57771;        //57771                              // the 'distance' between points on the x axis
uint32_t hxy = 43213;    //43213                              // not sure about this
int hue_scale=20;        //1                                  // the 'distance' between points for the hue noise
int hue_speed = 1;       //31                                 // how fast we move through hue noise
uint8_t x_speed = 0;     //331                                // adjust this value to move along the x axis between frames
int8_t hxyinc = 3;       //3


void noise16_pal() {
  fill_noise16(leds, NUM_LEDS, octaves, x, xscale, hue_octaves, hxy, hue_scale, hue_time);
  if (thisdir == 0) {hxy+=hxyinc; x += x_speed; hue_time+= hue_speed;} else { hxy-=hxyinc; x -= x_speed; hue_time -= hue_speed;}

//  for (int i=0; i<NUM_LEDS; i++) {                            // We can filter, we can invert, we can do all sorts of things.
//    leds[i].r = 0;                                            // Filter out red
//    leds[i].g = 0;                                            // Filter out green
//    leds[i].b = 0;                                            // Filter out blue
//    leds[i].g =qsub(leds[i].g, 40);                           // Set limits
//  }

} // noise16_pal()

#endif