void BlockDown::logic(){
// int dotHeight = dot->y + dot->DOT_HEIGHT;
this->time++;
int collision = collisionType();
if(!wasColliding){
switch(collision){
case 0:
break;
case TOP:
dot->angle = -dot->angle;
dot->angle += rand()%10 - 20;
this->life--;
break;
case BOT:
dot->angle = -dot->angle;
dot->angle += rand()%10 - 20;
this->life--;
break;
case RIGHT: case LEFT:
dot->angle = -dot->angle+180;
dot->angle += rand()%10 - 20;
this->life--;
break;
case CORNERUL:
dot->velocity = abs(dot->velocity);
dot->angle = 315;
dot->angle += rand()%5-10;
this->life--;
break;
case CORNERUR:
dot->velocity = abs(dot->velocity);
dot->angle = 225;
dot->angle += rand()%5-10;
this->life--;
break;
case CORNERDR:
dot->velocity = abs(dot->velocity);
dot->angle = 135;
dot->angle += rand()%5-10;
this->life--;
break;
case CORNERDL:
dot->velocity = abs(dot->velocity);
dot->angle = 45;
dot->angle += rand()%5-10;
this->life--;
}
if(this->life<=0){
activado=true;
refBlocks();
}
}
}
void Block::logic(){
// int dotHeight = dot->y + dot->DOT_HEIGHT;
this->current_frame++;
int collision = collisionType();
if(!wasColliding){
switch(collision){
case 0:
break;
case TOP:
dot->angle = -dot->angle;
dot->angle += rand()%10 - 20;
this->takeDamage();
break;
case BOT:
dot->angle = -dot->angle;
dot->angle += rand()%10 - 20;
this->takeDamage();
break;
case RIGHT: case LEFT:
dot->angle = -dot->angle+180;
dot->angle += rand()%10 - 20;
this->takeDamage();
break;
case CORNERUL:
dot->velocity = abs(dot->velocity);
dot->angle = 315;
dot->angle += rand()%5-10;
this->takeDamage();
break;
case CORNERUR:
dot->velocity = abs(dot->velocity);
dot->angle = 225;
dot->angle += rand()%5-10;
this->takeDamage();
break;
case CORNERDR:
dot->velocity = abs(dot->velocity);
dot->angle = 135;
dot->angle += rand()%5-10;
this->takeDamage();
break;
case CORNERDL:
dot->velocity = abs(dot->velocity);
dot->angle = 45;
dot->angle += rand()%5-10;
this->takeDamage();
}
}
dot->angle = toUsableAngle(dot->angle);
}
void Player::logic(){
// int dotHeight = dot->y + dot->DOT_HEIGHT;
int collision = collisionType();
if(!wasColliding){
switch(collision){
case 0:
break;
case TOP2:
dot->angle = -dot->angle;
dot->angle += rand()%10 - 20;
break;
case BOT2:
dot->angle = -dot->angle;
dot->angle += rand()%10 - 20;
break;
case RIGHT2: case LEFT2:
dot->angle = -dot->angle+180;
dot->angle += rand()%10 - 20;
break;
case CORNERUL2:
dot->velocity = abs(dot->velocity);
dot->angle = 315;
dot->angle += rand()%5-10;
break;
case CORNERUR2:
dot->velocity = abs(dot->velocity);
dot->angle = 225;
dot->angle += rand()%5-10;
break;
case CORNERDR2:
dot->velocity = abs(dot->velocity);
dot->angle = 135;
dot->angle += rand()%5-10;
break;
case CORNERDL2:
dot->velocity = abs(dot->velocity);
dot->angle = 45;
dot->angle += rand()%5-10;
}
}
}
void ghostBlock::logic(){
// int dotHeight = dot->y + dot->DOT_HEIGHT;
int collision = collisionType();
if(!wasColliding){
switch(collision){
case 0:
break;
case TOP:
dot->angle = -dot->angle;
dot->angle += rand()%10 - 20;
do{
this->time=60;
dot->ghostDot();
this->time++;
}while (this->time==600);
this->time=0;
this->life--;
break;
case BOT:
dot->angle = -dot->angle;
dot->angle += rand()%10 - 20;
do{
this->time=60;
dot->ghostDot();
this->time++;
}while (this->time==600);
this->time=0;
this->life--;
break;
case RIGHT: case LEFT:
dot->angle = -dot->angle+180;
dot->angle += rand()%10 - 20;
do{
this->time=60;
dot->ghostDot();
this->time++;
}while (this->time==600);
this->time=0;
this->life--;
break;
case CORNERUL:
dot->velocity = abs(dot->velocity);
dot->angle = 315;
dot->angle += rand()%5-10;
do{
this->time=60;
dot->ghostDot();
this->time++;
}while (this->time==600);
this->time=0;
this->life--;
break;
case CORNERUR:
dot->velocity = abs(dot->velocity);
dot->angle = 225;
dot->angle += rand()%5-10;
do{
this->time=60;
dot->ghostDot();
this->time++;
}while (this->time==600);
this->time=0;
this->life--;
break;
case CORNERDR:
dot->velocity = abs(dot->velocity);
dot->angle = 135;
dot->angle += rand()%5-10;
do{
this->time=60;
dot->ghostDot();
this->time++;
}while (this->time==600);
this->time=0;
this->life--;
break;
case CORNERDL:
dot->velocity = abs(dot->velocity);
dot->angle = 45;
dot->angle += rand()%5-10;
do{
this->time=60;
dot->ghostDot();
this->time++;
}while (this->time==600);
this->time=0;
this->life--;
}
}
}
