void move(t_vector2d *player_pos, double stepx, double stepy, double way)
{
t_vector2d next_player_pos;
next_player_pos = vector2d_add_scal(*player_pos, STEP * stepx * way, STEP * stepy * way);
printf("next player position : ");
print_vector(next_player_pos);
printf("\n");
if (!wall_collision(player_pos, next_player_pos))
move(player_pos, stepx, stepy, way);
else
{
printf("final player position : ");
print_vector(*player_pos);
printf("\n\n");
}
}
/**
* This is the main wrapper function for all other collision checking functions.
*
* @param[in,out] world A pointer to the world structure.
* @param[in] entity The temporary position entity used for checking for collisions.
* @param[in,out] temp The temporary position that will be applied later.
* @param[out] entity_number The collision type of the entity that was hit (if any).
* @param[out] tile_number The collision type of the tile that was hit (if any).
* @param[out] hit_entity The identifier of the entity that was hit (if any).
*
* @designer Clark Allenby & Joshua Campbell
* @author Clark Allenby
*/
void collision_system(World* world, unsigned int entity, PositionComponent* temp, unsigned int* entity_number, unsigned int* tile_number, unsigned int* hit_entity) {
wall_collision(world, *temp, tile_number);
entity_collision(world, entity, *temp, entity_number, hit_entity);
}
