explicit Star(Animation& animation)
: animation(animation)
{
color.setAlpha(255);
double red = Gosu::random(40, 255);
color.setRed(static_cast<Gosu::Color::Channel>(red));
double green = Gosu::random(40, 255);
color.setGreen(static_cast<Gosu::Color::Channel>(green));
double blue = Gosu::random(40, 255);
color.setBlue(static_cast<Gosu::Color::Channel>(blue));
posX = Gosu::random(0, 640);
posY = Gosu::random(0, 480);
}
void RenderComponent::encodeWith(Json::Value *_val)
{
if (m_Sprite) {
(*_val)["Type"] = Json::Value("Sprite");
(*_val)["Image"] = Json::Value(Gosu::narrow(m_Sprite->fileName()));
(*_val)["Layer"] = Json::Value(m_Sprite->layer());
(*_val)["xScale"] = Json::Value(m_Sprite->factX());
(*_val)["yScale"] = Json::Value(m_Sprite->factY());
(*_val)["CenterX"] = Json::Value(m_Sprite->centerX());
(*_val)["CenterY"] = Json::Value(m_Sprite->centerY());
(*_val)["Position"][0u] = Json::Value(m_Sprite->posX());
(*_val)["Position"][1u] = Json::Value(m_Sprite->posY());
(*_val)["Rotation"] = Json::Value(m_Sprite->angle());
Gosu::Color color = m_Sprite->colorMod();
(*_val)["ColorMod"][0u] = Json::Value(color.alpha());
(*_val)["ColorMod"][1u] = Json::Value(color.red());
(*_val)["ColorMod"][2u] = Json::Value(color.green());
(*_val)["ColorMod"][3u] = Json::Value(color.blue());
}else{
(*_val)["Type"] = Json::Value("SpriteSheet");
(*_val)["Image"] = Json::Value(Gosu::narrow(m_SpriteSheet->fileName()));
(*_val)["Layer"] = Json::Value(m_SpriteSheet->layer());
(*_val)["Width"] = Json::Value(m_SpriteSheet->width());
(*_val)["Height"] = Json::Value(m_SpriteSheet->height());
(*_val)["Duration"] = Json::Value(m_SpriteSheet->delay());
(*_val)["xScale"] = Json::Value(m_SpriteSheet->factX());
(*_val)["yScale"] = Json::Value(m_SpriteSheet->factY());
(*_val)["CenterX"] = Json::Value(m_SpriteSheet->centerX());
(*_val)["CenterY"] = Json::Value(m_SpriteSheet->centerY());
(*_val)["Position"][0u] = Json::Value(m_SpriteSheet->posX());
(*_val)["Position"][1u] = Json::Value(m_SpriteSheet->posY());
Gosu::Color color = m_SpriteSheet->colorMod();
(*_val)["ColorMod"][0u] = Json::Value(color.alpha());
(*_val)["ColorMod"][1u] = Json::Value(color.red());
(*_val)["ColorMod"][2u] = Json::Value(color.green());
(*_val)["ColorMod"][3u] = Json::Value(color.blue());
}
}
bool Gosu::Graphics::begin(Gosu::Color clearWithColor)
{
// If recording is in process, cancel it.
assert (pimpl->queues.size() == 1);
pimpl->queues.resize(1);
// Clear leftover clippings.
pimpl->queues.front().clear();
#ifdef GOSU_IS_IPHONE
pimpl->updateBaseTransform();
#endif
glClearColor(clearWithColor.red() / 255.f, clearWithColor.green() / 255.f,
clearWithColor.blue() / 255.f, clearWithColor.alpha() / 255.f);
glClear(GL_COLOR_BUFFER_BIT);
return true;
}
bool Gosu::Graphics::begin(Gosu::Color clearWithColor)
{
// If there is a recording in process, stop it.
// TODO: Raise exception?
pimpl->queues.resize(1);
// Clear leftover clippings.
pimpl->queues.front().clear();
pimpl->currentTransforms.resize(1);
#ifdef GOSU_IS_IPHONE
pimpl->updateBaseTransform();
#endif
pimpl->absoluteTransforms = pimpl->currentTransforms;
glClearColor(clearWithColor.red()/255.0,
clearWithColor.green()/255.0,
clearWithColor.blue()/255.0,
clearWithColor.alpha()/255.0);
glClear(GL_COLOR_BUFFER_BIT);
return true;
}
