Tree::Tree(Genus *r, Planet *pl, const vec2 &p, const vec2 &d, float lenBallance,
float l_up, float lengthFactor_up, float lengthFactorDiv_up, float angleFactor_up, float angleFactorDiv_up,
float l_down, float lengthFactor_down, float lengthFactorDiv_down, float angleFactor_down, float angleFactorDiv_down,
Deformer *def):
genus(r), planet(pl), lengthBallance(lenBallance), accumulator(0), lastStep(0),
coma(p, d, l_up, lengthFactor_up, lengthFactorDiv_up, angleFactor_up, angleFactorDiv_up, 0),
root(p, -d, l_down, lengthFactor_down, lengthFactorDiv_down, angleFactor_down, angleFactorDiv_down, def)
{
seed = rand() % 1000 + 1;
growUp();
calcVars();
}
void TableBehaviorSnake::doLoop()
{
paintAll(CRGB::Black, false);
int newPosX = -1;
int newPosY = -1;
int randomTryCount = 0;
while(newPosX == -1 && randomTryCount < 500){
switch (mDirection) {
case 0:
if(isPositionEmpty(mSnake[0]->x - 1, mSnake[0]->y) == 1){
newPosX = mSnake[0]->x - 1;
newPosY = mSnake[0]->y;
}
break;
case 1:
if(isPositionEmpty(mSnake[0]->x + 1, mSnake[0]->y) == 1){
newPosX = mSnake[0]->x + 1;
newPosY = mSnake[0]->y;
}
break;
case 2:
if(isPositionEmpty(mSnake[0]->x, mSnake[0]->y - 1) == 1){
newPosX = mSnake[0]->x;
newPosY = mSnake[0]->y - 1;
}
break;
case 3:
if(isPositionEmpty(mSnake[0]->x, mSnake[0]->y + 1) == 1){
newPosX = mSnake[0]->x;
newPosY = mSnake[0]->y + 1;
}
break;
default:
break;
}
if (newPosX == -1){
mDirection = random(4);
randomTryCount++;
}
}
// Gameover ?
if (newPosX == -1 || newPosY == -1){
delay(1000);
mSnakeSize = 3;
mSnake[0]->set(9, 4);
mSnake[1]->set(9, 3);
mSnake[2]->set(9, 2);
}else{
// move the snake
SnakeUnit previousValues;
SnakeUnit newValues;
for (int i = 0; i < mSnakeSize; ++i) {
int tmpX = mSnake[i]->x;
int tmpY = mSnake[i]->y;
// if 'head' else 'body'
if (i == 0){
newValues.x = newPosX;
newValues.y = newPosY;
}else{
newValues.x = previousValues.x;
newValues.y = previousValues.y;
}
// Apply new values
mSnake[i]->x = newValues.x;
mSnake[i]->y = newValues.y;
// Store old values
previousValues.x = tmpX;
previousValues.y = tmpY;
setCorrectColor(mSnake[i]->x, mSnake[i]->y, mSnakeColor);
}
}
// Sometimes change the direction
if (random(100) > 80){
mDirection = random(4);
}
// Sometimes growup
if (random(100) > 95){
growUp();
}
FastLED.show();
delay(50);
// read any changes on Potentiometer and Button B
readInputs();
}
void TableBehaviorSnake::onClickButtonB()
{
//mDirection = random(4);
growUp();
}
