entity_handle create_character(cosmos& world, const components::transform spawn_transform, const vec2i screen_size, const std::string name, const assets::animation_response_id torso_set) {
const auto character = world.create_entity(name);
name_entity(character, entity_name::PERSON);
const auto crosshair = create_character_crosshair(world, screen_size);
crosshair.get<components::crosshair>().character_entity_to_chase = character;
crosshair.set_logic_transform(spawn_transform.pos);
ingredients::wsad_character(character, crosshair, torso_set);
auto& element = character += components::gui_element();
element.rect_world.last_state.screen_size = screen_size;
ingredients::wsad_character_physics(character);
character.get<components::physics>().set_transform(spawn_transform);
ingredients::character_inventory(character);
const auto corpse_of_sentience = world.create_entity("corpse_of_sentience");
name_entity(corpse_of_sentience, entity_name::CORPSE);
ingredients::wsad_character_corpse(corpse_of_sentience);
character.map_sub_entity(sub_entity_name::CORPSE_OF_SENTIENCE, corpse_of_sentience);
character.add_standard_components();
// LOG("Character mass: %x", character.get<components::physics>().get_mass());
return character;
}
void relations_mixin<false, D>::make_cloned_sub_entities_recursive(const entity_id from) const {
auto& self = *static_cast<const D*>(this);
auto& cosmos = self.get_cosmos();
auto from_rels = cosmos[from].get_sub_entities_component();
for (const auto& id : from_rels.other_sub_entities)
add_sub_entity(cosmos.clone_entity(id));
for (const auto& id : from_rels.sub_entities_by_name)
map_sub_entity(id.first, cosmos.clone_entity(id.second));
}
entity_handle create_character_crosshair(cosmos& world, const vec2i screen_size) {
auto root = world.create_entity("crosshair");
auto recoil = world.create_entity("crosshair_recoil_body");
auto zero_target = world.create_entity("zero_target");
{
auto& sprite = root += components::sprite();
auto& render = root += components::render();
auto& transform = root += components::transform();
auto& crosshair = root += components::crosshair();
auto& processing = root += components::processing();
sprite.set(assets::texture_id::TEST_CROSSHAIR, rgba(255, 255, 255, 255));
render.layer = render_layer::CROSSHAIR;
crosshair.base_offset.set(-20, 0);
crosshair.sensitivity.set(3, 3);
crosshair.visible_world_area.set(1920, 1080);
crosshair.update_bounds();
ingredients::make_always_visible(root);
}
{
auto& force_joint = recoil += components::force_joint();
zero_target += components::transform();
components::physics body;
components::fixtures colliders;
auto& sprite = recoil += components::sprite();
sprite.set(assets::texture_id::TEST_CROSSHAIR, rgba(0, 255, 0, 0));
auto& render = recoil += components::render();
render.layer = render_layer::OVER_CROSSHAIR;
ingredients::make_always_visible(recoil);
auto& info = colliders.new_collider();
info.shape.from_renderable(recoil);
info.filter = filters::renderable();
//info.filter.categoryBits = 0;
info.density = 0.1f;
info.sensor = true;
body.linear_damping = 5;
body.angular_damping = 5;
force_joint.chased_entity = zero_target;
//force_joint.consider_rotation = false;
//force_joint.distance_when_force_easing_starts = 10.f;
//force_joint.force_towards_chased_entity = 1000.f;
//force_joint.power_of_force_easing_multiplier = 1.f;
force_joint.divide_transform_mode = true;
recoil += body;
recoil += colliders;
recoil.get<components::fixtures>().set_owner_body(recoil);
}
root.map_sub_entity(sub_entity_name::CROSSHAIR_RECOIL_BODY, recoil);
root.add_standard_components();
recoil.add_standard_components();
zero_target.add_standard_components();
return root;
}
