/**
* move()
* Apply speed to the direction faced.
*
* @return Returns false if wall collision, otherwise true.
*/
bool Entity::move() {
move_from_offending_tile();
if (stats.effects.speed == 0) return false;
float speed = stats.speed * speedMultiplyer[stats.direction] * stats.effects.speed / 100;
float dx = speed * directionDeltaX[stats.direction];
float dy = speed * directionDeltaY[stats.direction];
bool full_move = mapr->collider.move(stats.pos.x, stats.pos.y, dx, dy, stats.movement_type, stats.hero);
return full_move;
}
/**
* move()
* Apply speed to the direction faced.
*
* @return Returns false if wall collision, otherwise true.
*/
bool Entity::move() {
move_from_offending_tile();
if (stats.effects.knockback_speed != 0)
return false;
if (stats.effects.stun || stats.effects.speed == 0) return false;
if (stats.charge_speed != 0.0f)
return false;
float speed = stats.speed * speedMultiplyer[stats.direction] * stats.effects.speed / 100;
float dx = speed * static_cast<float>(directionDeltaX[stats.direction]);
float dy = speed * static_cast<float>(directionDeltaY[stats.direction]);
bool full_move = mapr->collider.move(stats.pos.x, stats.pos.y, dx, dy, stats.movement_type, mapr->collider.getCollideType(stats.hero));
return full_move;
}
