void
RenderReflectionMap_leeds(void)
{
RwCamera *cam = Scene.camera;
RwCameraEndUpdate(cam);
MakeEnvmapRasters();
RwCameraSetViewWindow(reflectionCam, &cam->viewWindow);
RwFrameTransform(RwCameraGetFrame(reflectionCam), &RwCameraGetFrame(cam)->ltm, rwCOMBINEREPLACE);
RwRGBA color = { skyTopRed, skyTopGreen, skyTopBlue, 255 };
// RwRGBA color = { skyBotRed, skyBotGreen, skyBotBlue, 255 };
// blend a bit of white into the sky color, otherwise it tends to be very blue
// color.red = color.red*0.6f + 255*0.4f;
// color.green = color.green*0.6f + 255*0.4f;
// color.blue = color.blue*0.6f + 255*0.4f;
RwCameraClear(reflectionCam, &color, rwCAMERACLEARIMAGE | rwCAMERACLEARZ);
RwCameraBeginUpdate(reflectionCam);
RwCamera *savedcam = Scene.camera;
Scene.camera = reflectionCam; // they do some begin/end updates with this in the called functions :/
CClouds__RenderSkyPolys();
RenderReflectionScene();
DrawEnvMapCoronas(RwFrameGetLTM(RwCameraGetFrame(reflectionCam))->at);
Scene.camera = savedcam;
RwCameraEndUpdate(reflectionCam);
RwCameraBeginUpdate(cam);
}
static void D3D9GetTransScaleVector(CustomEnvMapPipeMaterialData* data, RpAtomic* atomic, RwV2d* transScale)
{
RpClump* clump = atomic->clump;
RwFrame* frame = (RwFrame*)(clump ? clump->object.parent : atomic->object.object.parent);
const RwV3d& pos = RwFrameGetLTM(frame)->pos;
float transScaleX = FixedPointToFloat<8>(data->transScaleX) * 50.0f;
float transScaleY = FixedPointToFloat<8>(data->transScaleY) * 50.0f;
transScale->x = -((pos.x - static_cast<RwInt32>(pos.x / transScaleX) * transScaleX) * 1.0f / transScaleX);
transScale->y = -((pos.y - static_cast<RwInt32>(pos.y / transScaleY) * transScaleY) * 1.0f / transScaleY);
}
