protected override void CreateNative()
{
glDevice = (OpenTK20Device)device;
nativeVertexBuffer = glDevice.CreateVertexBuffer(maxNumberOfVertices * vertexSize, OpenGL20BufferMode.Stream);
if (nativeVertexBuffer == OpenTK20Device.InvalidHandle)
{
throw new UnableToCreateOpenGLGeometry();
}
if (UsesIndexBuffer)
{
nativeIndexBuffer = glDevice.CreateIndexBuffer(maxNumberOfIndices * indexSize, OpenGL20BufferMode.Stream);
}
}
private OpenGL20Image(ImageCreationData data, OpenTK20Device device)
: base(data)
{
this.device = device;
CreateHandleAndSetDefaultSamplerState();
}
protected OpenGL20Image(string contentName, OpenTK20Device device)
: base(contentName)
{
this.device = device;
CreateHandleAndSetDefaultSamplerState();
}
public OpenTKShader(ShaderCreationData data, OpenTK20Device device)
: base(data)
{
this.device = device;
TryCreateShader();
}
public OpenTKShader(ShaderWithFormatCreationData creationData, OpenTK20Device device)
: this((ShaderCreationData)creationData, device)
{
}
public OpenGL20ScreenshotCapturer(Device device, Window window)
{
this.device = (OpenTK20Device)device;
this.window = window;
}
private OpenGL20Geometry(GeometryCreationData creationData, OpenTK20Device device)
: base(creationData)
{
this.device = device;
}
protected OpenGL20Geometry(string contentName, OpenTK20Device device)
: base(contentName)
{
this.device = device;
}