public void EditorThread_CreateScene(IRenderSurface renderSurface, EInputClass cameraInputClass)
{
IsCreated = true;
OnEngineThread(() =>
{
Input.RegisterListener(EngineThread_OnInputEvent, cameraInputClass);
// Create a new renderer scene with our viewport
SSceneViewInfo viewInfo = new SSceneViewInfo();
viewInfo.Fov = FieldOfView;
viewInfo.ScreenFar = ScreenFar;
viewInfo.ScreenNear = ScreenNear;
viewInfo.FitProjectionToScene = true;
viewInfo.ViewMatrix = Matrix.Invert(m_cameraTransform.WorldMatrix);
viewInfo.ViewLocation = m_cameraTransform.Position;
viewInfo.CreateBoundingFrustum();
m_renderScene = CRenderer.Instance.CreateRenderScene(renderSurface);
if (m_renderScene != null)
{
m_renderScene.OnDoFrame += EngineThread_Update;
m_renderScene.UpdateViewInfo(in viewInfo);
m_ambientLight = new CAmbientLight();
m_ambientLight.LightColor = Vector4.One * 0.2f;
m_directionalLight = new CDirectionalLight();
m_directionalLight.LightDirection = new Vector3(0.3f, -0.7f, 0.0f);
m_directionalLight.LightColor = Vector4.One * 0.8f;
m_renderScene.LightManager.AddLight(m_ambientLight);
m_renderScene.LightManager.AddLight(m_directionalLight);
}
});
}
public static void UnregisterListener(ProcessInputEvents callback, EInputClass inputClass = EInputClass.Default)
{
lock (m_listenerMutex)
{
if (m_bIsIterating)
{
m_iterationRemovals.Add(new SInputListenerAction(inputClass, callback));
}
else
{
m_inputListeners[(int)inputClass].callbacks.Remove(callback);
}
}
}
public SInputListenerAction(EInputClass inputClass, ProcessInputEvents callback)
{
this.inputClass = inputClass;
this.callback = callback;
}
public static bool IsInputClassActive(EInputClass inputClass)
{
return(m_inputListeners[(int)inputClass].bIsActive);
}
public static void SetInputClassActive(EInputClass inputClass, bool bIsActive)
{
m_inputListeners[(int)inputClass].bIsActive = bIsActive;
}
