protected virtual void InitializeEnvironment(CommonDeviceInterface cdi, HashTableSettings localSettings)
{
// Get device settings
if (outCaps == null)
{
outCaps = GraphicsDeviceCaps.GetDefaultAdapterCaps(outProfile.RecommendedVariations[0]);
}
// find first recommended settings with full match
bool fullMatch = false;
outSettings = GraphicsDeviceSettings.CreateFromRequirements(outProfile.RecommendedVariation,
outCaps, outProfile.MinReqs,
out fullMatch);
// Set up the presentation parameters
presentParams.Windowed = outProfile.RecommendedVariations[0].Windowed;
presentParams.SwapEffect = SwapEffect.Discard;
presentParams.AutoDepthStencilFormat = outSettings.DepthFormat;
presentParams.EnableAutoDepthStencil = (outSettings.DepthFormat != DepthFormat.Unknown);
presentParams.MultiSample = outSettings.MultiSample;
CreateDevice();
devIf = new DeviceInterface(gDevice, cdi, localSettings);
gPipeline = new GraphicsPipeline(gDevice);
}
public GenericSceneManager(Device device, GraphicsDeviceSettings outSettings,
Vector3 origin, int size)
: base(device)
{
this.outSettings = outSettings;
sceneGraph = new OcTree <T>(size, origin);
screenEntities = new List <IScreenSpaceEntity>();
postSceneWorldEntities = new List <IWorldEntity>();
postSceneViewEntities = new List <ViewSpaceEntity>();
zCompareViewEntities = new SortedList <float, ViewSpaceEntity>();
sceneGraphEntities = sceneGraph.SceneItems;
}
protected virtual void CreateDxDevice()
{
if (GraphicsDeviceManager.CheckAdapterMeetsRequirements(0, minReqs))
{
GraphicsDeviceSettings outSettings = GraphicsDeviceManager.CreateOutputDescription(0, minReqs, desiredReqs);
if (!GraphicsDeviceManager.CreateGraphicsDevice3D(outSettings, this, out outSettings, out gDevice, out pParams))
{
deviceFailMsg = "MDX: Failed to create device";
}
if (gDevice != null)
{
SetupView();
}
}
else
{
deviceFailMsg = "MDX: Adapter does not meet minimum requirements";
throw new Exception(deviceFailMsg);
}
}