RedScreen::~RedScreen()
{
bool captured = is_mouse_captured();
_window.stop_key_interception();
relase_mouse();
destroy_composit_area();
_owner.deactivate_interval_timer(*_update_timer);
_owner.on_screen_destroyed(_id, captured);
region_destroy(&_dirty_region);
if (_default_cursor) {
_default_cursor->unref();
}
if (_inactive_cursor) {
_inactive_cursor->unref();
}
}
void CameraController::update(float delta_time)
{
const Matrix3 rot = get_object()->get_rotation_matrix();
Vector3 right, up, forward;
rot.get_basis(right, up, forward);
const float move_speed = 2.5f * (key_down(Key::Left_Shift) ? 4.0f : 1.0f); // meters/second
const float rotate_speed = 0.002f; // rad/pixel
Vector3 delta = Vector3::zero;
if (key_down(Key::W))
delta += forward;
if (key_down(Key::S))
delta -= forward;
if (key_down(Key::D))
delta += right;
if (key_down(Key::A))
delta -= right;
if (key_down(Key::Space))
delta += up;
if (key_down(Key::Left_Control))
delta -= up;
get_object()->move(delta * move_speed * m_speed_up * delta_time);
if (key_pressed(Key::Left_Alt))
toggle_mouse_captured();
if (is_mouse_captured())
{
const Vector2 mouse_delta = get_mouse_delta() * rotate_speed;
m_rot_x += mouse_delta.y;
m_rot_y += mouse_delta.x;
m_speed_up += get_delta_scroll() * 0.5f;
m_speed_up = std::max(m_speed_up, 0.0f);
}
Quaternion rot_x, rot_y;
rot_x.rotation_x(m_rot_x);
rot_y.rotation_y(m_rot_y);
get_object()->set_rotation(rot_y * rot_x);
}
void RedScreen::resize(int width, int height)
{
RecurciveLock lock(_update_lock);
_size.x = width;
_size.y = height;
create_composit_area();
if (_full_screen) {
bool cuptur = _owner.rearrange_monitors(*this);
__show_full_screen();
if (cuptur) {
capture_mouse();
}
} else {
bool cuptur = is_mouse_captured();
if (cuptur) {
relase_mouse();
}
_window.resize(_size.x, _size.y);
if (_active && cuptur) {
capture_mouse();
}
}
notify_new_size();
}
