HexagonGame::HexagonGame(GameWindow& mGameWindow) :
window(mGameWindow)
{
pm = new PatternManager(this);
recreateTextures();
game.addUpdateFunc( [&](float frameTime) {
update(frameTime);
});
game.addDrawFunc( [&]() {
gameTexture.clear(Color::Black);
}, -2);
if(!getNoBackground())
game.addDrawFunc([&]() {
drawBackground();
}, -1);
game.addDrawFunc( [&]() {
manager.draw();
}, 0);
game.addDrawFunc( [&]() {
gameTexture.display();
}, 1);
game.addDrawFunc( [&]() {
drawOnWindow(gameSprite);
}, 2);
game.addDrawFunc( [&]() {
drawText();
}, 3);
}
void HexagonGame::draw()
{
styleData.computeColors();
window.clear(Color::Black);
if(!getNoBackground()) { backgroundCamera.apply(); styleData.drawBackground(window.getRenderWindow(), {0, 0}, getSides()); }
if(get3D())
{
status.drawing3D = true;
float effect{styleData.get3DSkew() * get3DMultiplier() * status.pulse3D};
Vector2f skew{1.f, 1.f + effect};
backgroundCamera.setSkew(skew);
for(unsigned int i{0}; i < depthCameras.size(); ++i)
{
Camera& depthCamera(depthCameras[i]);
depthCamera.setView(backgroundCamera.getView());
depthCamera.setSkew(skew);
depthCamera.setOffset({0, styleData.get3DSpacing() * (i * styleData.get3DPerspectiveMultiplier()) * (effect * 3.6f)});
}
for(unsigned int i{0}; i < depthCameras.size(); ++i)
{
status.overrideColor = getColorDarkened(styleData.get3DOverrideColor(), styleData.get3DDarkenMultiplier());
status.overrideColor.a /= styleData.get3DAlphaMultiplier();
status.overrideColor.a -= i * styleData.get3DAlphaFalloff();
depthCameras[i].apply();
manager.draw();
}
status.drawing3D = false;
}
backgroundCamera.apply(); manager.draw();
overlayCamera.apply(); drawText();
if(getFlash()) render(flashPolygon);
if(mustTakeScreenshot) { window.getRenderWindow().capture().saveToFile("screenshot.png"); mustTakeScreenshot = false; }
}