#include "GestionCollision.h"

#include <Texture.hpp>
#include <string>

GestionCollision::GestionCollision(GestionMobs* m, GestionPlayer* p, GestionTerrain* t) : gMobs(m), gPlayer(p), gTerrain(t)
{
}

std::vector<MobsIA*> GestionCollision::CheckCollisonSol()
{
	std::vector<MobsIA*> mobs_collision;
	/*for (MobsIA* m : gMobs->mobs)
	{
		Vector2 pos = m->get_transform().get_origin();
		Vector2 size = m->get_transform().get_scale();
		for (StaticBody2D* elem : gTerrain->elems_terrains)
		{
			if (elem->get_transform().get_origin().y > pos.x) {
				Godot::print("Mob touche");
				mobs_collision.push_back(m);
			}
		}
	}*/

	Vector2 posPlayer = gPlayer->get_transform().get_origin();
	Vector2 taille_Player = ((Sprite*)gPlayer->get_children()[0])->get_texture().ptr()->get_size();

	bool player_touch = false;
	for (StaticBody2D* elem : gTerrain->elems_terrains)
	{
		Vector2 posTerrain = elem->get_transform().get_origin();
		Vector2 taille_Sol = ((Sprite*)elem->get_children()[0])->get_texture().ptr()->get_size();

		
		if (posTerrain.y - (taille_Sol.y) < posPlayer.y
			&& posTerrain.y  > posPlayer.y
			&& posTerrain.x - (taille_Sol.x / 2) < posPlayer.x + taille_Player.x / 4
			&& posTerrain.x + (taille_Sol.x / 2) > posPlayer.x - taille_Player.x / 4) {
			
			player_touch = true;
			break;
		}
	}
	gPlayer->on_ground = player_touch;

	return mobs_collision;
}

std::vector<MobsIA*> GestionCollision::CheckCollisonMur()
{
	return std::vector<MobsIA*>();
}

std::vector<MobsIA*> GestionCollision::CheckCollisonToit()
{
	return std::vector<MobsIA*>();
}