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Copy pathpenguin_and_snowman.ino
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penguin_and_snowman.ino
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// Penguin and Snowman Selfie Point Illumination
#include <FastLED.h>
#include "p_s.h"
#define BRIGHTNESS 120
#define LED_TYPE WS2811
#define COLOR_ORDER RGB
CRGB display[DISPLAY_CNT];
CRGB snowman[S_HEAD_END - S_B_BODY_START]; //snowman array now merged into 1
CRGB s_umbrella[S_UMBRELLA_END - S_UMBRELLA_START];
CRGB p_umbrella[P_UMBRELLA_END - P_UMBRELLA_START];
CRGB penguins[PENGUINS_END - PENGUINS_START];
CRGB squirrel[SQ_END - SQ_START];
CRGB owl[O_END - O_START];
CRGB fox[F_END - F_START];
CRGB tree[T_END - T_START];
CRGB treelight[TREELIGHT_CNT];
//default colours
CRGB squirrel_default[SQ_END - SQ_START];
CRGB owl_default[O_END - O_START];
CRGB penguins_default[PENGUINS_END - PENGUINS_START];
CRGB snowman_default[S_HEAD_END - S_B_BODY_START];
CRGB fox_default[F_END - F_START];
CRGB tree_default[T_END - T_START];
CRGB s_umbrella_default[S_UMBRELLA_END - S_UMBRELLA_START];
CRGB p_umbrella_default[P_UMBRELLA_END - P_UMBRELLA_START];
//previous led values (useful for animations)
CRGB squirrel_old[SQ_END - SQ_START];
CRGB owl_old[O_END - O_START];
CRGB penguins_old[PENGUINS_END - PENGUINS_START];
CRGB snowman_old[S_HEAD_END - S_B_BODY_START];
CRGB fox_old[F_END - F_START];
CRGB tree_old[T_END - T_START];
CRGB s_umbrella_old[S_UMBRELLA_END - S_UMBRELLA_START];
CRGB p_umbrella_old[P_UMBRELLA_END - P_UMBRELLA_START];
uint8_t global_hue = 0;
int analogPin = A14;
uint8_t lightchase_pos = 0;
uint8_t lightchase_pos_old = 0;
uint8_t lightchase_pos_old_old = 0;
uint8_t lightchase_pos_new = 0;
int animation_timer = 0;
int animation_select = 0;
int animation_select_old = -1;
int animation_state = ANIMATION_STATE_NEW;
int animation_segment_time = 0; //number of seconds it stays here
int selected_light_chase = 0; //object that will have the light chase on it
uint8_t fade_counter = 0;
int performance = 0;
int debug_loop = 0;
int stall_timer = 0;
void next_on_sequence(){ //next animation, all lights currently on
//time to change animation
animation_select_old = animation_select;
int number_of_next_states = 11;
int next_states[number_of_next_states] = {ANIMATION_SPREADOFF,ANIMATION_FADEOUT, ANIMATION_SPOTSOFF,ANIMATION_LIGHTCHASE,ANIMATION_LIGHTCHASE,ANIMATION_LIGHTCHASE,ANIMATION_ORIGINAL,ANIMATION_ORIGINAL,ANIMATION_ORIGINAL,ANIMATION_ORIGINAL,ANIMATION_ORIGINAL};
int next_state_loc = random(0,number_of_next_states);
animation_select = next_states[next_state_loc];
//if (animation_select == animation_select_old){
animation_select_old = -1;
// animation_state = ANIMATION_FADEOUT;
//}
// animation_select = ANIMATION_FADEOUT; //TODO remove after debug
Serial.println("GOING TO STATE");
Serial.println(animation_select);
stall_timer = millis(); //anti stall
}
void next_off_sequence(){
int number_of_next_states = 3;
int next_states[number_of_next_states] = {ANIMATION_SPREADON,ANIMATION_FADEIN,ANIMATION_SPOTSON};
int next_state_loc = random(0,number_of_next_states);
animation_select = next_states[next_state_loc];
stall_timer = millis(); //anti stall
// animation_select = ANIMATION_FADEIN;
}
bool is_pixel_black(CRGB pix){ //because fastled doesnt have something equivalent as far as i can tell
if (pix.r == 0)
if (pix.g == 0)
if (pix.b == 0)
return true;
return false;
}
void all_default_colour(){
// // // Display colour
// color_item(display, 0, DISPLAY_CNT, DISPLAY_COLOR);
// color_item(body, S_B_BODY_START, S_B_BODY_START + S_B_BODY_CNT, CRGB(100,255,100));
// color_item(body, S_B_BADGE_START, S_B_BADGE_START + S_B_BADGE_CNT, CRGB(40, 255, 0));
// // // Snowman Head
// color_item(head, S_HEAD_START, S_HEAD_START + S_FACE_CNT, CRGB(100,255,100));
// color_item(head, S_HAT_RIM_START, S_HAT_RIM_START + S_HAT_RIM_CNT + S_HAT_CNT, S_HAT_COLOR);
// color_item(head, S_MOUTH_START, S_MOUTH_START + S_FACE_CNT, S_MOUTH_COLOR);
// color_item(head, S_L_EYE_START, S_L_EYE_START + S_L_EYE_CNT + S_R_EYE_CNT, CRGB(70,0,0));
// color_item(head, S_NOSE_START, S_NOSE_START + S_NOSE_CNT, S_NOSE_COLOR);
// // Snowman Torso
// color_item(torso, S_R_OUTTER_ARM_START, S_R_OUTTER_ARM_CNT, CRGB(100,255,100));
// color_item(torso, S_R_HAND_START, S_R_HAND_START + S_R_HAND_CNT, CRGB::Green);
// color_item(torso, S_R_INNER_ARM_START, S_R_INNER_ARM_START + S_R_INNER_ARM_CNT, CRGB(100,255,100));
// color_item(torso, S_M_BODY_START, S_M_BODY_START + S_M_BODY_CNT, CRGB(100,255,100));
// color_item(torso, S_T_SCARF_START, S_T_SCARF_START + S_T_SCARF_CNT + S_B_SCARF_CNT + S_L_SCARF_CNT + S_R_SCARF_CNT, S_SCARF_COLOR);
// color_item(torso, S_L_T_ARM_START, S_L_T_ARM_START + S_L_T_ARM_CNT + S_L_HAND_CNT + S_L_B_ARM_CNT, CRGB(100,255,100));
// color_item(torso, S_L_HAND_START, S_L_HAND_START + S_L_HAND_CNT, CRGB::Green);
// color_item(torso, S_L_B_ARM_START, S_L_B_ARM_START + S_L_B_ARM_CNT, CRGB(100,255,100));
// // Snowman Umbrella
// color_item(s_umbrella, S_UMBRELLA_START, S_UMBRELLA_END, S_UMBRELLA_COLOR);
// // Penguin Umbrella
// color_item(p_umbrella, P_UMBRELLA_START, P_UMBRELLA_END, P_UMBRELLA_COLOR);
// // Penguin 1
// color_item(penguins, P_1_L_FOOT_START, P_1_L_FOOT_START + P_1_L_FOOT_CNT + P_1_R_FOOT_CNT, P_1_FOOT_COLOR);
// color_item(penguins, P_1_R_WING_START, P_1_R_WING_START + P_1_R_WING_CNT, P_1_WING_COLOR);
// color_item(penguins, P_1_B_SCARF_START, P_1_B_SCARF_START + P_1_B_SCARF_CNT + P_1_T_SCARF_CNT + P_1_R_SCARF_CNT + P_1_L_SCARF_CNT, P_1_SCARF_COLOR);
// color_item(penguins, P_1_BROW_START, P_1_BROW_START + P_1_BROW_CNT, P_1_BROW_COLOR);
// color_item(penguins, P_1_R_EYE_START, P_1_R_EYE_START + P_1_R_EYE_CNT, CRGB(109, 82, 16));
// color_beak_1(penguins, P_1_BEAK_START, CRGB(40, 255, 0));
// color_item(penguins, P_1_L_EYE_START, P_1_L_EYE_START + P_1_L_EYE_CNT, CRGB(109, 82, 16));
// color_item(penguins, P_1_L_WING_START, P_1_L_WING_START + P_1_L_WING_CNT, P_1_WING_COLOR);
// color_item(penguins, P_1_B_HAT_RIM_START, P_1_B_HAT_RIM_START+ P_1_B_HAT_RIM_CNT + P_1_T_HAT_RIM_CNT, P_1_HAT_COLOR);
// color_item(penguins, P_1_L_BODY_START, P_1_L_BODY_START + P_1_L_BODY_CNT , P_1_BODY_COLOR2);
// color_item(penguins, P_1_B_BODY_START, P_1_B_BODY_START + P_1_B_BODY_CNT , P_1_BODY_COLOR);
// color_item(penguins, P_1_R_BODY_START, P_1_R_BODY_START + P_1_R_BODY_CNT , P_1_BODY_COLOR2);
// color_item(penguins, P_1_T_HAT_START, P_1_T_HAT_START + P_1_T_HAT_CNT, P_1_HAT_COLOR);
// color_item(penguins, P_1_HAT_POM_START, P_1_HAT_POM_START + P_1_HAT_POM_CNT, P_1_HAT_POM_COLOR);
// color_item(penguins, P_1_B_HAT_START, P_1_B_HAT_START + P_1_B_HAT_CNT, P_1_HAT_COLOR);
// // Penguin 2
// color_item(penguins, P_2_L_FOOT_START, P_2_L_FOOT_START + P_2_L_FOOT_CNT + P_2_R_FOOT_CNT, P_2_FOOT_COLOR);
// color_item(penguins, P_2_L_WING_START, P_2_L_WING_START + P_2_L_WING_CNT, P_2_WING_COLOR);
// color_item(penguins, P_2_R_WING_START, P_2_R_WING_START + P_2_R_WING_CNT, P_2_WING_COLOR);
// color_item(penguins, P_2_B_SCARF_START, P_2_B_SCARF_START + P_2_B_SCARF_CNT + P_2_T_SCARF_CNT + P_2_R_SCARF_CNT + P_2_L_SCARF_CNT, P_2_SCARF_COLOR);
// color_item(penguins, P_2_B_BODY_START, P_2_B_BODY_START + P_2_B_BODY_CNT , P_2_BODY_COLOR);
// color_item(penguins, P_2_T_BODY_START, P_2_T_BODY_START + P_2_T_BODY_CNT , CRGB(80,255,80)); //"white"
// color_item(penguins, P_2_L_EAR_START, P_2_L_EAR_START + P_2_L_EAR_CNT, P_2_EAR_COLOR);
// color_item(penguins, P_2_R_EAR_START, P_2_R_EAR_START + P_2_R_EAR_CNT, P_2_EAR_COLOR);
// color_item(penguins, P_2_BROW_START, P_2_BROW_START + P_2_BROW_CNT, P_2_BROW_COLOR);
// color_item(penguins, P_2_R_EYE_START, P_2_R_EYE_START + P_2_R_EYE_CNT, CRGB(120,120,0)); //yellow
// color_item(penguins, P_2_L_EYE_START, P_2_L_EYE_START + P_2_L_EYE_CNT, CRGB(120,120,0)); //yellow
// color_beak_2(penguins, P_2_BEAK_START, CRGB(40, 255, 0));
//squirrel
// color_item(squirrel, SQ_START, SQ_TOOTH_ST, SQ_BODY_COLOR);
// color_item(squirrel, SQ_TOOTH_ST, SQ_TOOTH_ST + SQ_TOOTH_CNT, SQ_TOOTH_COLOR);
// color_item(squirrel, SQ_R_EYE_ST, SQ_R_EYE_ST + SQ_R_EYE_CNT + SQ_L_EYE_CNT, SQ_EYE_COLOR);
// color_item(squirrel, SQ_L_OUT_EYE_ST, SQ_END, SQ_BODY_COLOR);
memcpy(squirrel, squirrel_default, sizeof(squirrel));
memcpy(owl, owl_default, sizeof(owl));
memcpy(penguins,penguins_default, sizeof(penguins));
memcpy(snowman, snowman_default, sizeof(snowman));
memcpy(fox, fox_default, sizeof(fox));
memcpy(tree, tree_default, sizeof(tree));
memcpy(s_umbrella, s_umbrella_default, sizeof(s_umbrella));
memcpy(p_umbrella, p_umbrella_default, sizeof(p_umbrella));
color_item(display,0 ,DISPLAY_CNT, DISPLAY_COLOR );
// for(int i = 0; i < SQ_END; i++){
// squirrel[i] = squirrel_default[i];
// }
delay(250);
}
void all_pixel_off(){
for(int i = 0; i < SQ_END; i++){
squirrel[i] = CRGB::Black;
}
for(int i = 0; i < O_END; i++){
owl[i] = CRGB::Black;
}
for(int i = 0; i < PENGUINS_END; i++){
penguins[i] = CRGB::Black;
}
for(int i = 0; i < SNOWMAN_END; i++){
snowman[i] = CRGB::Black;
}
for(int i = 0; i < F_END; i++){
fox[i] = CRGB::Black;
}
for(int i = 0; i < T_END; i++){
tree[i] = CRGB::Black;
}
for(int i = 0; i < TREELIGHT_CNT; i++){
treelight[i] = CRGB::Black;
}
for(int i = 0; i < S_UMBRELLA_END; i++){
s_umbrella[i] = CRGB::Black;
}
for(int i = 0; i < P_UMBRELLA_END; i++){
p_umbrella[i] = CRGB::Black;
}
color_item(display,0 ,DISPLAY_CNT, DISPLAY_COLOR );
}
uint8_t get_squirrel_neighbour_led(uint8_t current_pos, uint8_t old_pos){
uint8_t new_pos = current_pos;
if (squirrel_nodes[current_pos][1] == 255)//only one answer
return(squirrel_nodes[current_pos][0]);
// Serial.println(squirrel_nodes[current_pos][0]);
// Serial.println(squirrel_nodes[current_pos][1]);
// Serial.println(squirrel_nodes[current_pos][2]);
// Serial.println(squirrel_nodes[current_pos][3]);
// if (squirrel_nodes[current_pos][0] != 255)
// squirrel[squirrel_nodes[current_pos][0]] = CRGB::Red;
// if (squirrel_nodes[current_pos][1] != 255)
// squirrel[squirrel_nodes[current_pos][1]] = CRGB::Green;
// if (squirrel_nodes[current_pos][2] != 255)
// squirrel[squirrel_nodes[current_pos][2]] = CRGB::Blue;
// if (squirrel_nodes[current_pos][3] != 255)
// squirrel[squirrel_nodes[current_pos][3]] = CRGB::Purple;
do {
new_pos = squirrel_nodes[current_pos][random(0,4)];
} while ((new_pos == old_pos) || (new_pos == 255));
return new_pos;
}
uint8_t get_owl_neighbour_led(uint8_t current_pos, uint8_t old_pos){
uint8_t new_pos = current_pos;
// uint8_t pick_size = 1;
if (owl_nodes[current_pos][1] == 255)//only one answer
return(owl_nodes[current_pos][0]);
// Serial.println(owl_nodes[current_pos][0]);
// Serial.println(owl_nodes[current_pos][1]);
// Serial.println(owl_nodes[current_pos][2]);
// Serial.println(owl_nodes[current_pos][3]);
// if (owl_nodes[current_pos][0] != 255)
// owl[owl_nodes[current_pos][0]] = CRGB::Red;
// if (owl_nodes[current_pos][1] != 255)
// owl[owl_nodes[current_pos][1]] = CRGB::Green;
// if (owl_nodes[current_pos][2] != 255)
// owl[owl_nodes[current_pos][2]] = CRGB::Blue;
// if (owl_nodes[current_pos][3] != 255)
// owl[owl_nodes[current_pos][3]] = CRGB::Purple;
do {
new_pos = owl_nodes[current_pos][random(0,4)];
} while ((new_pos == old_pos) || (new_pos == 255));
return new_pos;
}
uint8_t get_penguins_neighbour_led(uint8_t current_pos, uint8_t old_pos){
uint8_t new_pos = current_pos;
// uint8_t pick_size = 1;
if (penguins_nodes[current_pos][1] == 255)//only one answer
return(penguins_nodes[current_pos][0]);
do {
new_pos = penguins_nodes[current_pos][random(0,4)];
} while ((new_pos == old_pos) || (new_pos == 255));
return new_pos;
}
uint16_t get_snowman_neighbour_led(uint16_t current_pos, uint16_t old_pos){
uint8_t new_pos = current_pos;
// uint8_t pick_size = 1;
if (snowman_nodes[current_pos][1] == 1023)//only one answer
return(snowman_nodes[current_pos][0]);
do {
new_pos = snowman_nodes[current_pos][random(0,4)];
} while ((new_pos == old_pos) || (new_pos == 1023));
return new_pos;
}
uint8_t get_fox_neighbour_led(uint8_t current_pos, uint8_t old_pos){
uint8_t new_pos = current_pos;
// uint8_t pick_size = 1;
if (fox_nodes[current_pos][1] == 255)//only one answer
return(fox_nodes[current_pos][0]);
do {
new_pos = fox_nodes[current_pos][random(0,4)];
} while ((new_pos == old_pos) || (new_pos == 255));
return new_pos;
}
uint16_t get_tree_neighbour_led(uint16_t current_pos, uint8_t old_pos){
uint16_t new_pos = current_pos;
// uint8_t pick_size = 1;
if (tree_nodes[current_pos][1] == 1023)//only one answer
return(tree_nodes[current_pos][0]);
do {
new_pos = tree_nodes[current_pos][random(0,3)];
} while ((new_pos == old_pos) || (new_pos == 1023));
return new_pos;
}
void color_beak_1(CRGB section[], int start_led , CRGB color){
section[start_led+0] = CRGB(1, 1, 1); //effectively black but not 0 to help algorithms out
section[start_led+1] = color;
section[start_led+2] = color;
section[start_led+3] = color;
section[start_led+4] = color;
section[start_led+5] = CRGB(1, 1, 1);
section[start_led+6] = CRGB(1, 1, 1);
}
void color_beak_2(CRGB section[], int start_led , CRGB color){
section[start_led+0] = CRGB(1, 1, 1);
section[start_led+1] = color;
section[start_led+2] = color;
section[start_led+3] = CRGB(1, 1, 1);
section[start_led+4] = CRGB(1, 1, 1);
section[start_led+5] = color;
section[start_led+6] = color;
}
void color_item(CRGB section[], int start_led, int end_led, CRGB color) {
for( int i = start_led; i < end_led; i++) {
section[i] = color;
}
}
//Penguin umbrella colour wipe
void p_umbrella_rainbow_wipe(uint8_t hue){
uint8_t spread = 120; //amount of hue across the umbrella
uint8_t spread_mid = spread/2; //halfway point
CHSV hsv;
hsv.hue = hue;
hsv.val = 255;
hsv.sat = 240;
//go thought section by section in order as they are wired up
//left center rib
for (uint8_t i = 0; i <P_UMBRELLA_HANDLE_CNT ; i++ ){
hsv.hue = hue + spread_mid; //last 2 digits map position from left to right of the rib
p_umbrella_default[i + P_UMBRELLA_HANDLE_START] = hsv;
}
//left center rib
for (uint8_t i = 0; i < P_UMBRELLA_L_RIB_CENTRE_CNT; i++ ){
hsv.hue = hue + map(i, 0, P_UMBRELLA_L_RIB_CENTRE_CNT,spread*0.33, spread_mid); //last 2 digits map position from left to right of the rib
p_umbrella_default[i + P_UMBRELLA_L_RIB_CENTRE_START] = hsv;
}
//right mid rib
for (uint8_t i = 0; i < P_UMBRELLA_R_RIB_MID_CNT; i++ ){
hsv.hue = hue + map(i, 0, P_UMBRELLA_R_RIB_MID_CNT,spread_mid, spread*0.8); //last 2 digits map position from left to right of the rib
p_umbrella_default[i+ P_UMBRELLA_R_RIB_MID_START] = hsv;
}
//right center rib
for (uint8_t i = 0; i < P_UMBRELLA_R_RIB_CENTRE_CNT; i++ ){
hsv.hue = hue + map(i, 0, P_UMBRELLA_R_RIB_CENTRE_CNT,spread*.67, spread_mid); //last 2 digits map position from left to right of the rib
p_umbrella_default[i+ P_UMBRELLA_R_RIB_CENTRE_START] = hsv;
}
//left mid rib
for (uint8_t i = 0; i < P_UMBRELLA_L_RIB_MID_CNT; i++ ){
hsv.hue = hue + map(i, 0, P_UMBRELLA_L_RIB_MID_CNT,spread_mid, spread*0.2); //last 2 digits map position from left to right of the rib
p_umbrella_default[i+ P_UMBRELLA_L_RIB_MID_START] = hsv;
}
//left outer rib
for (uint8_t i = 0; i < P_UMBRELLA_L_RIB_OUTER_CNT; i++ ){
hsv.hue = hue + map(i, 0, P_UMBRELLA_L_RIB_OUTER_CNT,0, spread_mid); //last 2 digits map position from left to right of the rib
p_umbrella_default[i+ P_UMBRELLA_L_RIB_OUTER_START] = hsv;
}
//right outer rib
for (uint8_t i = 0; i < P_UMBRELLA_R_RIB_OUTER_CNT; i++ ){
hsv.hue = hue + map(i, 0, P_UMBRELLA_R_RIB_OUTER_CNT,spread_mid, spread); //last 2 digits map position from left to right of the rib
p_umbrella_default[i+ P_UMBRELLA_R_RIB_OUTER_START] = hsv;
}
//right outer rib
for (uint8_t i = 0; i < P_UMBRELLA_BTM_CANOPY_CNT; i++ ){
hsv.hue = hue + map(i, 0, P_UMBRELLA_BTM_CANOPY_CNT,spread, 0); //last 2 digits map position from left to right of the rib
p_umbrella_default[i+ P_UMBRELLA_BTM_CANOPY_START] = hsv;
}
}
//Snowman umbrella colour wipe
void s_umbrella_rainbow_wipe(uint8_t hue){
uint8_t spread = 160; //amount of hue across the umbrella
uint8_t spread_mid = spread/2; //halfway point
CHSV hsv;
hsv.hue = hue;
hsv.val = 255;
hsv.sat = 240;
//go thought section by section in order as they are wired up
//left center rib
for (uint8_t i = 0; i <S_UMBRELLA_HANDLE_CNT ; i++ ){
hsv.hue = hue + spread_mid; //last 2 digits map position from left to right of the rib
s_umbrella_default[i + S_UMBRELLA_HANDLE_START] = hsv;
}
//left center rib
for (uint8_t i = 0; i < S_UMBRELLA_L_RIB_CENTRE_CNT; i++ ){
hsv.hue = hue + map(i, 0, S_UMBRELLA_L_RIB_CENTRE_CNT,spread*0.33, spread_mid); //last 2 digits map position from left to right of the rib
s_umbrella_default[i + S_UMBRELLA_L_RIB_CENTRE_START] = hsv;
}
//right mid rib
for (uint8_t i = 0; i < S_UMBRELLA_R_RIB_MID_CNT; i++ ){
hsv.hue = hue + map(i, 0, S_UMBRELLA_R_RIB_MID_CNT,spread_mid, spread*0.8); //last 2 digits map position from left to right of the rib
s_umbrella_default[i+ S_UMBRELLA_R_RIB_MID_START] = hsv;
}
//right center rib
for (uint8_t i = 0; i < S_UMBRELLA_R_RIB_CENTRE_CNT; i++ ){
hsv.hue = hue + map(i, 0, S_UMBRELLA_R_RIB_CENTRE_CNT,spread*.67, spread_mid); //last 2 digits map position from left to right of the rib
s_umbrella_default[i+ S_UMBRELLA_R_RIB_CENTRE_START] = hsv;
}
//left mid rib
for (uint8_t i = 0; i < S_UMBRELLA_L_RIB_MID_CNT; i++ ){
hsv.hue = hue + map(i, 0, S_UMBRELLA_L_RIB_MID_CNT,spread_mid, spread*0.2); //last 2 digits map position from left to right of the rib
s_umbrella_default[i+ S_UMBRELLA_L_RIB_MID_START] = hsv;
}
//left outer rib
for (uint8_t i = 0; i < S_UMBRELLA_L_RIB_OUTER_CNT; i++ ){
hsv.hue = hue + map(i, 0, S_UMBRELLA_L_RIB_OUTER_CNT,0, spread_mid); //last 2 digits map position from left to right of the rib
s_umbrella_default[i+ S_UMBRELLA_L_RIB_OUTER_START] = hsv;
}
//right outer rib
for (uint8_t i = 0; i < S_UMBRELLA_R_RIB_OUTER_CNT; i++ ){
hsv.hue = hue + map(i, 0, S_UMBRELLA_R_RIB_OUTER_CNT,spread_mid, spread); //last 2 digits map position from left to right of the rib
s_umbrella_default[i+ S_UMBRELLA_R_RIB_OUTER_START] = hsv;
}
//right outer rib
for (uint8_t i = 0; i < S_UMBRELLA_BTM_CANOPY_CNT; i++ ){
hsv.hue = hue + map(i, 0, S_UMBRELLA_BTM_CANOPY_CNT,spread, 0); //last 2 digits map position from left to right of the rib
s_umbrella_default[i+ S_UMBRELLA_BTM_CANOPY_START] = hsv;
}
}
void update_treelights(){
for(int i=0; i< TREELIGHT_CNT; i++){
if (i % 3 == 0){
int tme = (millis() /1000) % 3;
if (tme == 0) treelight[i] = CRGB::Red;
if (tme == 1) treelight[i] = CRGB::Green;
if (tme == 2) treelight[i] = CRGB::Blue;
}
if (i % 3 == 1){
int tme = (millis() /1000) % 3;
if (tme == 0) treelight[i] = CRGB::Green;
if (tme == 1) treelight[i] = CRGB::Blue;
if (tme == 2) treelight[i] = CRGB::Red;
}
if (i % 3 == 2){
int tme = (millis() /1000) % 3;
if (tme == 0) treelight[i] = CRGB::Blue;
if (tme == 1) treelight[i] = CRGB::Red;
if (tme == 2) treelight[i] = CRGB::Green;
}
}
}
void treelightsoff(){
for(int i = 0; i < TREELIGHT_CNT; i++){
treelight[i] = CRGB::Black;
}
}
void update_umbrellas(){
p_umbrella_rainbow_wipe(global_hue);
s_umbrella_rainbow_wipe(global_hue+80);
memcpy(s_umbrella, s_umbrella_default, sizeof(s_umbrella));
memcpy(p_umbrella, p_umbrella_default, sizeof(p_umbrella));
global_hue++;
}
void setup() {
delay(1000);
FastLED.addLeds<LED_TYPE, DATA_PIN_DISPLAY,COLOR_ORDER>
(display, DISPLAY_CNT).setCorrection(TypicalLEDStrip);
FastLED.addLeds<LED_TYPE, DATA_PIN_S_UMBRELLA,COLOR_ORDER>
(s_umbrella, S_UMBRELLA_END - S_UMBRELLA_START).setCorrection(TypicalLEDStrip);
FastLED.addLeds<LED_TYPE, DATA_PIN_P_UMBRELLA,COLOR_ORDER>
(p_umbrella, P_UMBRELLA_END - P_UMBRELLA_START).setCorrection(TypicalLEDStrip);
FastLED.addLeds<LED_TYPE, DATA_PIN_PENGUINS,COLOR_ORDER>
(penguins, PENGUINS_END - PENGUINS_START).setCorrection( 0x90FFA0 );
FastLED.addLeds<LED_TYPE, DATA_PIN_SQUIRREL,COLOR_ORDER>
(squirrel, SQ_END - SQ_START).setCorrection( TypicalLEDStrip );
FastLED.addLeds<LED_TYPE, DATA_PIN_OWL,COLOR_ORDER>
(owl, O_END - O_START).setCorrection( 0x90FFA0 );
FastLED.addLeds<LED_TYPE, DATA_PIN_BODY,COLOR_ORDER>
(snowman, S_B_BODY_START, S_B_BODY_END - S_B_BODY_START ).setCorrection(TypicalLEDStrip);
FastLED.addLeds<LED_TYPE, DATA_PIN_HEAD,COLOR_ORDER>
(snowman, S_HEAD_START, S_HEAD_END - S_HEAD_START).setCorrection(TypicalLEDStrip);
FastLED.addLeds<LED_TYPE, DATA_PIN_TORSO,COLOR_ORDER>
(snowman, S_TORSO_START, S_TORSO_END - S_TORSO_START).setCorrection(TypicalLEDStrip);
FastLED.addLeds<LED_TYPE, DATA_PIN_FOX,COLOR_ORDER>
(fox, F_END - F_START).setCorrection(0x90FFA0);
FastLED.addLeds<LED_TYPE, DATA_PIN_TREE,COLOR_ORDER>
(tree, T_END - T_START).setCorrection(TypicalLEDStrip);
FastLED.addLeds<LED_TYPE, DATA_PIN_TREELIGHT,COLOR_ORDER>
(treelight, TREELIGHT_CNT).setCorrection(TypicalLEDStrip);
// FastLED.setBrightness(BRIGHTNESS);
// delay(3000);
Serial.begin(9600);
Serial.println("booting");
//setup default colours
// Squirrel
color_item(squirrel_default, SQ_START, SQ_TOOTH_ST, SQ_BODY_COLOR);
color_item(squirrel_default, SQ_TOOTH_ST, SQ_TOOTH_ST + SQ_TOOTH_CNT, SQ_TOOTH_COLOR);
color_item(squirrel_default, SQ_R_EYE_ST, SQ_R_EYE_ST + SQ_R_EYE_CNT + SQ_L_EYE_CNT, SQ_EYE_COLOR);
color_item(squirrel_default, SQ_L_OUT_EYE_ST, SQ_END, SQ_BODY_COLOR);
color_item(owl_default, O_START, O_R_EAR_ST, O_BODY_COLOR);
color_item(owl_default, O_R_EAR_ST, O_HEAD_TOP_ST, O_EAR_COLOR);
color_item(owl_default, O_HEAD_TOP_ST, O_L_EAR_ST, O_BODY_COLOR);
color_item(owl_default, O_L_EAR_ST, O_OUTER_EYE_ST, O_EAR_COLOR);
color_item(owl_default, O_OUTER_EYE_ST, O_L_FACE_ST, O_BODY_COLOR);
color_item(owl_default, O_L_FACE_ST, O_BEAK_ST, O_OUT_EYE_COLOR);
color_item(owl_default, O_BEAK_ST, O_R_IN_EYE_ST, O_BEAK_COLOR);
color_item(owl_default, O_R_IN_EYE_ST, O_EYES_ST, O_OUT_EYE_COLOR);
color_item(owl_default, O_EYES_ST, O_L_IN_EYE_ST, O_EYE_COLOR);
color_item(owl_default, O_L_IN_EYE_ST, O_L_WING_ST, O_OUT_EYE_COLOR);
color_item(owl_default, O_L_WING_ST, O_END, O_BODY_COLOR);
// // Penguin 1
color_item(penguins_default, P_1_L_FOOT_START, P_1_L_FOOT_START + P_1_L_FOOT_CNT + P_1_R_FOOT_CNT, P_1_FOOT_COLOR);
color_item(penguins_default, P_1_R_WING_START, P_1_R_WING_START + P_1_R_WING_CNT, P_1_WING_COLOR);
color_item(penguins_default, P_1_B_SCARF_START, P_1_B_SCARF_START + P_1_B_SCARF_CNT + P_1_T_SCARF_CNT + P_1_R_SCARF_CNT + P_1_L_SCARF_CNT, P_1_SCARF_COLOR);
color_item(penguins_default, P_1_BROW_START, P_1_BROW_START + P_1_BROW_CNT, P_1_BROW_COLOR);
color_item(penguins_default, P_1_R_EYE_START, P_1_R_EYE_START + P_1_R_EYE_CNT, CRGB(30, 25, 8));
color_beak_1(penguins_default, P_1_BEAK_START, CRGB(20, 120, 0));
color_item(penguins_default, P_1_L_EYE_START, P_1_L_EYE_START + P_1_L_EYE_CNT, CRGB(30, 25, 8));
color_item(penguins_default, P_1_L_WING_START, P_1_L_WING_START + P_1_L_WING_CNT, P_1_WING_COLOR);
color_item(penguins_default, P_1_B_HAT_RIM_START, P_1_B_HAT_RIM_START+ P_1_B_HAT_RIM_CNT + P_1_T_HAT_RIM_CNT, P_1_HAT_COLOR);
color_item(penguins_default, P_1_L_BODY_START, P_1_L_BODY_START + P_1_L_BODY_CNT , P_1_BODY_COLOR2);
color_item(penguins_default, P_1_B_BODY_START, P_1_B_BODY_START + P_1_B_BODY_CNT , P_1_BODY_COLOR);
color_item(penguins_default, P_1_R_BODY_START, P_1_R_BODY_START + P_1_R_BODY_CNT , P_1_BODY_COLOR2);
color_item(penguins_default, P_1_T_HAT_START, P_1_T_HAT_START + P_1_T_HAT_CNT, P_1_HAT_COLOR);
color_item(penguins_default, P_1_HAT_POM_START, P_1_HAT_POM_START + P_1_HAT_POM_CNT, P_1_HAT_POM_COLOR);
color_item(penguins_default, P_1_B_HAT_START, P_1_B_HAT_START + P_1_B_HAT_CNT, P_1_HAT_COLOR);
// // Penguin 2
color_item(penguins_default, P_2_L_FOOT_START, P_2_L_FOOT_START + P_2_L_FOOT_CNT + P_2_R_FOOT_CNT, P_2_FOOT_COLOR);
color_item(penguins_default, P_2_L_WING_START, P_2_L_WING_START + P_2_L_WING_CNT, P_2_WING_COLOR);
color_item(penguins_default, P_2_R_WING_START, P_2_R_WING_START + P_2_R_WING_CNT, P_2_WING_COLOR);
color_item(penguins_default, P_2_B_SCARF_START, P_2_B_SCARF_START + P_2_B_SCARF_CNT + P_2_T_SCARF_CNT + P_2_R_SCARF_CNT + P_2_L_SCARF_CNT, P_2_SCARF_COLOR);
color_item(penguins_default, P_2_B_BODY_START, P_2_B_BODY_START + P_2_B_BODY_CNT , P_2_BODY_COLOR);
color_item(penguins_default, P_2_T_BODY_START, P_2_T_BODY_START + P_2_T_BODY_CNT , CRGB(80,80,80)); //"white"
color_item(penguins_default, P_2_L_EAR_START, P_2_L_EAR_START + P_2_L_EAR_CNT, P_2_EAR_COLOR);
color_item(penguins_default, P_2_R_EAR_START, P_2_R_EAR_START + P_2_R_EAR_CNT, P_2_EAR_COLOR);
color_item(penguins_default, P_2_BROW_START, P_2_BROW_START + P_2_BROW_CNT, P_2_BROW_COLOR);
color_item(penguins_default, P_2_R_EYE_START, P_2_R_EYE_START + P_2_R_EYE_CNT, CRGB(30,30,0)); //yellow
color_item(penguins_default, P_2_L_EYE_START, P_2_L_EYE_START + P_2_L_EYE_CNT, CRGB(30,30,0)); //yellow
color_beak_2(penguins_default, P_2_BEAK_START, CRGB(20, 120, 0));
//snowman
color_item(snowman_default, S_B_BODY_START, S_B_BODY_START + S_B_BODY_CNT, S_B_BODY_COLOR);
color_item(snowman_default, S_B_BADGE_START, S_B_BADGE_START + S_B_BADGE_CNT, CRGB(40, 255, 0));
// // // Snowman Head
color_item(snowman_default, S_HEAD_START, S_HEAD_START + S_FACE_CNT, S_B_BODY_COLOR);
color_item(snowman_default, S_HAT_RIM_START, S_HAT_RIM_START + S_HAT_RIM_CNT + S_HAT_CNT, S_HAT_COLOR);
color_item(snowman_default, S_MOUTH_START, S_MOUTH_START + S_FACE_CNT, S_MOUTH_COLOR);
color_item(snowman_default, S_L_EYE_START, S_L_EYE_START + S_L_EYE_CNT + S_R_EYE_CNT, CRGB(20,0,0));
color_item(snowman_default, S_NOSE_START, S_NOSE_START + S_NOSE_CNT, S_NOSE_COLOR);
// // Snowman Torso
color_item(snowman_default, S_TORSO_START, S_TORSO_START + S_R_OUTTER_ARM_CNT, S_B_BODY_COLOR);
color_item(snowman_default, S_R_HAND_START, S_R_HAND_START + S_R_HAND_CNT, CRGB::Green);
color_item(snowman_default, S_R_INNER_ARM_START, S_R_INNER_ARM_START + S_R_INNER_ARM_CNT, S_B_BODY_COLOR);
color_item(snowman_default, S_M_BODY_START, S_M_BODY_START + S_M_BODY_CNT, S_B_BODY_COLOR);
color_item(snowman_default, S_T_SCARF_START, S_T_SCARF_START + S_T_SCARF_CNT + S_B_SCARF_CNT + S_L_SCARF_CNT + S_R_SCARF_CNT, S_SCARF_COLOR);
color_item(snowman_default, S_L_T_ARM_START, S_L_T_ARM_START + S_L_T_ARM_CNT + S_L_HAND_CNT + S_L_B_ARM_CNT, S_B_BODY_COLOR);
color_item(snowman_default, S_L_HAND_START, S_L_HAND_START + S_L_HAND_CNT, CRGB::Green);
color_item(snowman_default, S_L_B_ARM_START, S_L_B_ARM_START + S_L_B_ARM_CNT, S_B_BODY_COLOR);
//Fox
color_item(fox_default, F_START, F_START + F_TAIL_TIP_CNT, F_TAIL_COLOR);
color_item(fox_default, F_TAIL_MAIN_ST, F_TAIL_MAIN_ST + F_TAIL_MAIN_CNT + F_REAR_LEG_CNT + F_MID_LEG_CNT + F_MID_BODY_CNT, F_BODY_COLOR);
color_item(fox_default, F_LEFT_MASK_ST, F_LEFT_MASK_ST + F_LEFT_MASK_CNT + F_RIGHT_MASK_CNT + F_LOWER_FACE_CNT, F_MASK_COLOR);
color_item(fox_default, F_L_HEAD_ST, F_L_HEAD_ST + F_L_HEAD_CNT + F_R_HEAD_CNT, F_BODY_COLOR);
color_item(fox_default, F_R_EYE_ST, F_R_EYE_ST + F_R_EYE_CNT + F_L_EYE_CNT, F_EYES_COLOR);
color_item(fox_default, F_L_EAR_ST, F_END, F_BODY_COLOR);
//tree
color_item(tree_default, T_START, T_END, T_COLOR);
//umbrellas
update_umbrellas();
//display
color_item(display,0 ,DISPLAY_CNT, DISPLAY_COLOR );
// color_item(display_default,0 ,DISPLAY_CNT, DISPLAY_COLOR );
// Serial.println("TORSO_START");
// Serial.println(S_TORSO_START);
//first animation should be a turn on
// animation_select = ANIMATION_SPREADON;
animation_select = ANIMATION_SPOTSON;
//all_default_colour();
//FastLED.show();
delay(2000);
stall_timer = millis();
}
void loop() {
int val;
val = analogRead(analogPin);
FastLED.setBrightness(40 + val/4);
switch(animation_select){
case ANIMATION_ORIGINAL:
if (animation_select != animation_select_old){ //if just started on this animation
animation_select_old = animation_select;
all_default_colour(); //set all default colours (shouldnt do this each time as thats exhausting)
animation_timer = millis(); //setup timer for how long to display this
animation_segment_time = random(25,35);
animation_state = ANIMATION_STATE_NEW;
Serial.println("OG");
}
update_umbrellas();
update_treelights();
delay(100);
animation_state = ANIMATION_STATE_RUNNING; //animation is running (not sure if useful here)
if (animation_timer + (animation_segment_time * 1000) < millis()){ //if its been running long enough
next_on_sequence();
}
break;
case ANIMATION_SPREADON:
if (animation_select != animation_select_old){//if just started on this animation
animation_select_old = animation_select;
all_pixel_off(); //should be all off but just check
animation_state = ANIMATION_STATE_NEW;
Serial.println("ANIMATION_STATE_NEW");
Serial.println("ANIMATION_SPREADON");
break;
}
//if new animation setup where to start lights
if (animation_state == ANIMATION_STATE_NEW){
//squirrel
uint pos_rand = random(0,SQ_END);
squirrel[pos_rand] = squirrel_default[pos_rand];
//owl
pos_rand = random(0,O_END);
owl[pos_rand] = owl_default[pos_rand];
//penguins
pos_rand = random(0,PENGUINS_END);
penguins[pos_rand] = penguins_default[pos_rand];
//snowman
pos_rand = random(0,SNOWMAN_END);
snowman[pos_rand] = snowman_default[pos_rand];
//fox
pos_rand = random(0,F_END);
fox[pos_rand] = fox_default[pos_rand];
//tree
pos_rand = random(0,T_END/2);
tree[pos_rand] = tree_default[pos_rand];
pos_rand = random(T_END/2,T_END); //two in tree as its so big
tree[pos_rand] = tree_default[pos_rand];
pos_rand = random(0, S_UMBRELLA_END);
s_umbrella[pos_rand] = s_umbrella_default[pos_rand];
pos_rand = random(0, P_UMBRELLA_END);
p_umbrella[pos_rand] = p_umbrella_default[pos_rand];
Serial.println("STARTING_LED");
// Serial.println(pos_rand);
delay(250);
animation_state = ANIMATION_STATE_RUNNING;
Serial.println("ANIMATION_STATE_RUNNING");
break;
}
memcpy(squirrel_old, squirrel, sizeof(squirrel_old));
memcpy(owl_old, owl, sizeof(owl_old));
memcpy(penguins_old, penguins, sizeof(penguins_old));
memcpy(snowman_old, snowman, sizeof(snowman_old));
memcpy(fox_old, fox, sizeof(fox));
memcpy(tree_old, tree, sizeof(tree));
memcpy(s_umbrella_old, s_umbrella, sizeof(s_umbrella_old));
memcpy(p_umbrella_old, p_umbrella, sizeof(p_umbrella_old));
if (animation_state == ANIMATION_STATE_RUNNING){
animation_state = ANIMATION_STATE_DONE;
//squirrel
for(int i = 0; i < SQ_END; i++){
// Serial.println(i);
if (!is_pixel_black(squirrel_old[i])){//if light is on then light up neighbours
// Serial.println("lighting up neighbours");
for (int j=0; j < 4; j++){
if (squirrel_nodes[i][j] != 255){
squirrel[squirrel_nodes[i][j]] = squirrel_default[squirrel_nodes[i][j]];
// Serial.println(squirrel_nodes[i][j]);
if (squirrel_old[squirrel_nodes[i][j]] == CRGB::Black){
animation_state = ANIMATION_STATE_RUNNING;//still updating display as some leds are still black
// if (debug_loop > 100){
// Serial.println("s");
// Serial.println(squirrel_nodes[i][j]);
// }
}
}//else {break;}//255 means no more nodes so break the loop to save compute
}
// Serial.println("done");
}
}
//owl
for(int i = 0; i < O_END; i++){
// Serial.println(i);
if (!is_pixel_black(owl_old[i])){//if light is on then light up neighbours
// Serial.println("lighting up neighbours");
for (int j=0; j < 4; j++){
if (owl_nodes[i][j] != 255){
owl[owl_nodes[i][j]] = owl_default[owl_nodes[i][j]];
// Serial.println(squirrel_nodes[i][j]);
if (owl_old[owl_nodes[i][j]] == CRGB::Black){
animation_state = ANIMATION_STATE_RUNNING;//still updating display as some leds are still black
// if (debug_loop > 100){
// Serial.println("o");
// Serial.println(owl_nodes[i][j]);}
}
}//else {break;}//255 means no more nodes so break the loop to save compute
}
// Serial.println("done");
}
}
//penguins
for(int i = 0; i < PENGUINS_END; i++){
// Serial.println(i);
if (!is_pixel_black(penguins_old[i])){//if light is on then light up neighbours
// Serial.println("lighting up neighbours");
for (int j=0; j < 4; j++){
if (penguins_nodes[i][j] != 255){
penguins[penguins_nodes[i][j]] = penguins_default[penguins_nodes[i][j]];
// Serial.println(penguins_nodes[i][j]);
if (penguins_old[penguins_nodes[i][j]] == CRGB::Black){
animation_state = ANIMATION_STATE_RUNNING;//still updating display as some leds are still black
// if (debug_loop > 100){
// Serial.println("p");
// Serial.println(penguins_nodes[i][j]);}
}
}//else {break;}//255 means no more nodes so break the loop to save compute
}
// Serial.println("done");
}
}
//snowman
for(int i = 0; i < SNOWMAN_END; i++){
// Serial.println(i);
if (!is_pixel_black(snowman_old[i])){//if light is on then light up neighbours
// Serial.println("lighting up neighbours");
for (int j=0; j < 4; j++){
if (snowman_nodes[i][j] != 1023){
snowman[snowman_nodes[i][j]] = snowman_default[snowman_nodes[i][j]];
// Serial.println(penguins_nodes[i][j]);
if (snowman_old[snowman_nodes[i][j]] == CRGB::Black){
animation_state = ANIMATION_STATE_RUNNING;//still updating display as some leds are still black
// if (debug_loop > 100){
// Serial.println("s");
// Serial.println(snowman_nodes[i][j]);
// }
}
}else {break;}//255 means no more nodes so break the loop to save compute
}
// Serial.println("done");
}
}
//fox
for(int i = 0; i < F_END; i++){
// Serial.println(i);
if (!is_pixel_black(fox_old[i])){//if light is on then light up neighbours
// Serial.println("lighting up neighbours");
for (int j=0; j < 4; j++){
if (fox_nodes[i][j] != 255){
fox[fox_nodes[i][j]] = fox_default[fox_nodes[i][j]];
// Serial.println(penguins_nodes[i][j]);
if (fox_old[fox_nodes[i][j]] == CRGB::Black){
animation_state = ANIMATION_STATE_RUNNING;//still updating display as some leds are still black
// if (debug_loop > 100)
// Serial.println(fox_nodes[i][j]);
}
}//else {break;}//255 means no more nodes so break the loop to save compute
}
// Serial.println("done");
}
}
//tree
for(int i = 0; i < T_END; i++){
// Serial.println(i);
if (!is_pixel_black(tree_old[i])){//if light is on then light up neighbours
// Serial.println("lighting up neighbours");
for (int j=0; j < 3; j++){
if (tree_nodes[i][j] != 1023){
tree[tree_nodes[i][j]] = tree_default[tree_nodes[i][j]];
// Serial.println(penguins_nodes[i][j]);
if (tree_old[tree_nodes[i][j]] == CRGB::Black){
animation_state = ANIMATION_STATE_RUNNING;//still updating display as some leds are still black
// if (debug_loop > 100){
// Serial.println("s");
// Serial.println(tree_nodes[i][j]);
// }
}
}//else {break;}//255 means no more nodes so break the loop to save compute
}
// Serial.println("done");
}
}
//p_umbrella
for(int i = 0; i < P_UMBRELLA_END; i++){
// Serial.println(i);
if (!is_pixel_black(p_umbrella_old[i])){//if light is on then light up neighbours
// Serial.println("lighting up neighbours");
for (int j=0; j < 4; j++){
if (penguin_umbrella_nodes[i][j] != 255){
p_umbrella [penguin_umbrella_nodes[i][j]] = p_umbrella_default[penguin_umbrella_nodes[i][j]];
// Serial.println(penguin_umbrella_nodes[i][j]);
if (p_umbrella_old[penguin_umbrella_nodes[i][j]] == CRGB::Black){
animation_state = ANIMATION_STATE_RUNNING;//still updating display as some leds are still black
// if (debug_loop > 100){
// Serial.println("s");
// Serial.println(penguin_umbrella_nodes[i][j]);
// }
}
}else {break;}//255 means no more nodes so break the loop to save compute
}
// Serial.println("done");
}
}
//p_umbrella
for(int i = 0; i < S_UMBRELLA_END; i++){
// Serial.println(i);
if (!is_pixel_black(s_umbrella_old[i])){//if light is on then light up neighbours
// Serial.println("lighting up neighbours");
for (int j=0; j < 4; j++){
if (snowman_umbrella_nodes[i][j] != 255){
s_umbrella[snowman_umbrella_nodes[i][j]] = s_umbrella_default[snowman_umbrella_nodes[i][j]];
// Serial.println(snowman_umbrella_nodes[i][j]);
if (s_umbrella_old[snowman_umbrella_nodes[i][j]] == CRGB::Black){
animation_state = ANIMATION_STATE_RUNNING;//still updating display as some leds are still black
// if (debug_loop > 100){
// Serial.println("s");
// Serial.println(snowman_umbrella_nodes[i][j]);
// }
}
}//else {break;}//255 means no more nodes so break the loop to save compute
}
// Serial.println("done");
}
}
// debug_loop++;
// if (debug_loop > 100){
// Serial.println("snowmancheck");
// for(int i=0; i<SNOWMAN_END; i++)
// if(snowman_old[i] == CRGB::Black)
// Serial.println(i);
// Serial.println("owlcheck");
// for(int i=0; i<O_END; i++)
// if(owl_old[i] == CRGB::Black)
// Serial.println(i);
// Serial.println("pencheck");
// for(int i=0; i<PENGUINS_END; i++)
// if(penguins_old[i] == CRGB::Black)
// Serial.println(i);
// Serial.println("sqcheck");
// for(int i=0; i<SQ_END; i++)
// if(squirrel_old[i] == CRGB::Black)
// Serial.println(i);
// }
if (animation_state == ANIMATION_STATE_DONE) {//if no more LEDs lit up
animation_timer = millis(); //setup timer for how long to display this
animation_segment_time = random(5,15);
Serial.println("SPREADON complete, now waiting");
break;
}
}
if (animation_state == ANIMATION_STATE_DONE){
update_umbrellas();
update_treelights();
if (animation_timer + (animation_segment_time * 1000) < millis()){//if waited a good amount of time afterwards
next_on_sequence();
}
}
delay(250);
break;
case ANIMATION_SPREADOFF:
if (animation_select != animation_select_old){//if just started on this animation
animation_select_old = animation_select;
all_default_colour(); //should be all on but just check
treelightsoff(); //tree lights arent a part of this
animation_state = ANIMATION_STATE_NEW;
Serial.println("ANIMATION_STATE_NEW");
Serial.println("ANIMATION_SPREADOFF");
break;
}
//if new animation setup where to start lights
if (animation_state == ANIMATION_STATE_NEW){
debug_loop = 0;
uint pos_rand = random(0,SQ_END);
squirrel[pos_rand] = CRGB::Black; //turn off a single LED to start the fade out
pos_rand = random(0,O_END);
owl[pos_rand] = CRGB::Black; //turn off a single LED to start the fade out
pos_rand = random(0,PENGUINS_END);
penguins[pos_rand] = CRGB::Black; //turn off a single LED to start the fade out
pos_rand = random(0,SNOWMAN_END);
snowman[pos_rand] = CRGB::Black; //turn off a single LED to start the fade out
pos_rand = random(0,F_END);
fox[pos_rand] = CRGB::Black; //turn off a single LED to start the fade out
pos_rand = random(0,T_END/2);
tree[pos_rand] = CRGB::Black; //turn off a single LED to start the fade out
pos_rand = random(T_END/2,T_END); //tree twice to as so big to get rid of all of it
tree[pos_rand] = CRGB::Black; //turn off a single LED to start the fade out
pos_rand = random(0, S_UMBRELLA_END);
s_umbrella[pos_rand] = CRGB::Black;
pos_rand = random(0, P_UMBRELLA_END);
p_umbrella[pos_rand] = CRGB::Black;
Serial.println("STARTING_LED");
Serial.println(pos_rand);
delay(2500); //have a little bit of black out timing
animation_state = ANIMATION_STATE_RUNNING;
Serial.println("ANIMATION_STATE_RUNNING");
Serial.println(pos_rand);
break;
}
memcpy(squirrel_old, squirrel, sizeof(squirrel_old));
memcpy(owl_old, owl, sizeof(owl_old));
memcpy(penguins_old, penguins, sizeof(penguins_old));
memcpy(snowman_old, snowman, sizeof(snowman_old));
memcpy(fox_old, fox, sizeof(fox_old));
memcpy(tree_old, tree, sizeof(tree));
memcpy(s_umbrella_old, s_umbrella, sizeof(s_umbrella_old));
memcpy(p_umbrella_old, p_umbrella, sizeof(p_umbrella_old));
if (animation_state == ANIMATION_STATE_RUNNING){
animation_state = ANIMATION_STATE_DONE;
//squirrel
for(int i = 0; i < SQ_END; i++){
// Serial.println(i);
if (squirrel_old[i] == CRGB::Black){//if light is on then light up neighbours
// Serial.println("lighting up neighbours");
for (int j=0; j < 4; j++){
if (squirrel_nodes[i][j] != 255){
if (!is_pixel_black( squirrel_old[squirrel_nodes[i][j]])){
animation_state = ANIMATION_STATE_RUNNING;//still updating display as some leds are still not black
squirrel[squirrel_nodes[i][j]] = CRGB::Black;
}
}else {break;}//255 means no more nodes so break the loop to save compute
}
// Serial.println("done");
}
}
//owl
for(int i = 0; i < O_END; i++){
// Serial.println(i);
if (owl_old[i] == CRGB::Black){//if light is on then light up neighbours
// Serial.println("lighting up neighbours");
for (int j=0; j < 4; j++){
if (owl_nodes[i][j] != 255){
if (!is_pixel_black( owl_old[owl_nodes[i][j]])){
animation_state = ANIMATION_STATE_RUNNING;//still updating display as some leds are still not black
owl[owl_nodes[i][j]] = CRGB::Black;
}
}else {break;}//255 means no more nodes so break the loop to save compute
}
// Serial.println("done");
}
}
//penguins
for(int i = 0; i < PENGUINS_END; i++){
// Serial.println(i);
if (penguins_old[i] == CRGB::Black){//if light is on then light up neighbours
// Serial.println("lighting up neighbours");
for (int j=0; j < 4; j++){
if (penguins_nodes[i][j] != 255){
if (!is_pixel_black( penguins_old[penguins_nodes[i][j]])){
animation_state = ANIMATION_STATE_RUNNING;//still updating display as some leds are still not black
penguins[penguins_nodes[i][j]] = CRGB::Black;
}
}else {break;}//255 means no more nodes so break the loop to save compute
}