void CyclesPassRendered(object sender, ViewportRenderEngine.PassRenderedEventArgs e)
{
if (_cycles?.IsRendering ?? false)
{
if (e.Sample <= 1) SetView(e.View);
_frameAvailable = true;
_available = true;
SignalRedraw();
}
}
void CyclesRenderStarted(object sender, ViewportRenderEngine.RenderStartedEventArgs e)
{
_available = false;
}
public override bool StartRenderer(int w, int h, RhinoDoc doc, ViewInfo rhinoView, ViewportInfo viewportInfo, bool forCapture, RenderWindow renderWindow)
{
_started = true;
if (forCapture)
{
ModalRenderEngine mre = new ModalRenderEngine(doc, PlugIn.IdFromName("RhinoCycles"), rhinoView, viewportInfo);
_cycles = null;
_modal = mre;
mre.Settings = RcCore.It.EngineSettings;
mre.Settings.UseInteractiveRenderer = false;
mre.Settings.SetQuality(doc.RenderSettings.AntialiasLevel);
var rs = new Size(w, h);
mre.RenderWindow = renderWindow;
mre.RenderDimension = rs;
mre.Database.RenderDimension = rs;
mre.Settings.Verbose = true;
mre.StatusTextUpdated += Mre_StatusTextUpdated;
mre.Database.LinearWorkflowChanged += DatabaseLinearWorkflowChanged;
mre.SetFloatTextureAsByteTexture(false); // mre.Settings.RenderDeviceIsOpenCl);
mre.CreateWorld(); // has to be done on main thread, so lets do this just before starting render session
_modalThread = new Thread(RenderOffscreen)
{
Name = $"Cycles offscreen viewport rendering with ModalRenderEngine {_serial}"
};
_modalThread.Start(mre);
return true;
}
_available = false; // the renderer hasn't started yet. It'll tell us when it has.
_frameAvailable = false;
_cycles = new ViewportRenderEngine(doc.RuntimeSerialNumber, PlugIn.IdFromName("RhinoCycles"), rhinoView);
_cycles.StatusTextUpdated += CyclesStatusTextUpdated; // render engine tells us status texts for the hud
_cycles.RenderStarted += CyclesRenderStarted; // render engine tells us when it actually is rendering
_cycles.StartSynchronizing += CyclesStartSynchronizing;
_cycles.Synchronized += CyclesSynchronized;
_cycles.PassRendered += CyclesPassRendered;
_cycles.Database.LinearWorkflowChanged += DatabaseLinearWorkflowChanged;
_cycles.SamplesChanged += CyclesSamplesChanged;
_cycles.Settings = RcCore.It.EngineSettings;
_cycles.Settings.SetQuality(doc.RenderSettings.AntialiasLevel);
var renderSize = Rhino.Render.RenderPipeline.RenderSize(doc);
_cycles.RenderWindow = renderWindow;
_cycles.RenderDimension = renderSize;
_cycles.Settings.Verbose = true;
_maxSamples = _cycles.Settings.Samples;
_cycles.SetFloatTextureAsByteTexture(false); // m_cycles.Settings.RenderDeviceIsOpenCl);
_cycles.CreateWorld(); // has to be done on main thread, so lets do this just before starting render session
_startTime = DateTime.UtcNow;
_cycles.StartRenderThread(_cycles.Renderer, $"A cool Cycles viewport rendering thread {_serial}");
return true;
}
