#include "game.hpp"

namespace game {

effect_t::effect_t(state_t *game_) : world::entity_t(ET_EFFECT)
{
	game = game_;
}

fx_tracer_t::fx_tracer_t(state_t *game_, v2f_t x0_, v2f_t x1_) : effect_t(game_)
{
	ttl = game->now + 0.07;

	x0 = x0_;
	x1 = x1_;

	render_bounds[0] = x0;
	render_bounds[1] = x1;
	render_bounds = render_bounds.norm();
	cmodel.bounds = render_bounds;
	cmodel.cflags = 0;
}

void fx_tracer_t::render_to(render::state_t *render)
{
	v2f_t x0l, x1l;
	float t;

	t = 1.0f - (ttl - game->now) / 0.07f * 0.7f;

	x0l[0] = lerp(x0[0], x1[0], t);
	x0l[1] = lerp(x0[1], x1[1], t);
	x1l[0] = lerp(x0[0], x1[0], t + 0.3f);
	x1l[1] = lerp(x0[1], x1[1], t + 0.3f);

	render->render_line(x0l, x1l, sf::Color::Yellow);
}

fx_blood_t::fx_blood_t(state_t *game_, v2f_t x_, bool alien_) : effect_t(game_)
{
	ttl = game->now + 1.0f;

	x = x_;
	alien = alien_;

	render_bounds[0] = x - v2f_t(0.2, 0.2);
	render_bounds[1] = x + v2f_t(0.2, 0.2);
	cmodel.bounds = render_bounds;
	cmodel.cflags = 0;
}

void fx_blood_t::render_to(render::state_t *render)
{
	double phase;

	phase = (game->now - ttl) + 1;
	render->render(phase, &assets::fx.blood, render_bounds);
}

} // namespace game