public XnaGeometry(GeometryCreationData creationData, Device device)
: base(creationData)
{
this.device = device as XnaDevice;
nativeDevice = (device as XnaDevice).NativeDevice;
nativeVertexFormat = new XnaVertexFormat();
}
public void LoadInvalidDataThrows()
{
var creationData = new GeometryCreationData(VertexFormat.Position3DColor, 1, 1);
var geometry = ContentLoader.Create <TestGeometry>(creationData);
Assert.Throws <Geometry.EmptyGeometryFileGiven>(geometry.LoadInvalidData);
}
public void CreateGeometry()
{
var creationData = new GeometryCreationData(VertexFormat.Position3DColor, 1, 1);
var geometry = ContentLoader.Create<TestGeometry>(creationData);
geometry.LoadValidData();
Assert.AreEqual(6, geometry.NumberOfIndices);
}
public XnaGeometry(GeometryCreationData creationData, Device device)
: base (creationData)
{
this.device = device as XnaDevice;
nativeDevice = (device as XnaDevice).NativeDevice;
nativeVertexFormat = new XnaVertexFormat();
}
private static void CreateTriangle(Vertex[] vertices)
{
var creationData = new GeometryCreationData(VertexFormat.Position3DColor, 3, 3);
var geometry = ContentLoader.Create<Geometry>(creationData);
geometry.SetData(vertices, new short[] { 0, 1, 2 });
new Triangle(geometry, new Material(ShaderFlags.Colored, ""));
}
public void CreateGeometry()
{
var creationData = new GeometryCreationData(VertexFormat.Position3DColor, 1, 1);
var geometry = ContentLoader.Create <TestGeometry>(creationData);
geometry.LoadValidData();
Assert.AreEqual(6, geometry.NumberOfIndices);
}
private SlimDXGeometry(GeometryCreationData creationData, Device device)
: base(creationData)
{
dxDevice = (SlimDXDevice)device;
nativeDevice = dxDevice.NativeDevice;
dxDevice.DisposeNativeBuffers += DisposeData;
dxDevice.ReloadNativeBuffersData += ReloadBuffersData;
}
private static void CreateTriangle(Vertex[] vertices)
{
var creationData = new GeometryCreationData(VertexFormat.Position3DColor, 3, 3);
var geometry = ContentLoader.Create <Geometry>(creationData);
geometry.SetData(vertices, new short[] { 0, 1, 2 });
new Triangle(geometry, new Material(ShaderFlags.Colored, ""));
}
private void CreateGeometry(Vertex[] vertices)
{
short[] indices = { 0, 1, 3, 3, 1, 2 };
var creationData = new GeometryCreationData(vertices[0].Format, vertices.Length,
indices.Length);
geometry = ContentLoader.Create <Geometry>(creationData);
geometry.SetData(vertices, indices);
}
private void CreatePlaneGeometry(float x, float y)
{
Vertex[] vertices = GetPlaneVertices(x, y);
short[] indices = GetPlaneIndices();
var creationData = new GeometryCreationData(VertexFormat.Position3DColor, vertices.Length,
indices.Length);
geometry = ContentLoader.Create <Geometry>(creationData);
geometry.SetData(vertices, indices);
}
private static Geometry CreateGeometry(Vector3D size, Material material)
{
var isColored = material.Shader.Flags == ShaderFlags.Colored;
var format = isColored
? VertexFormat.Position3DColor
: material.Shader.Flags == ShaderFlags.LitTextured
? VertexFormat.Position3DNormalUV : VertexFormat.Position3DUV;
var creationData = new GeometryCreationData(format, isColored ? 8 : 24, 36);
var geometry = ContentLoader.Create <Geometry>(creationData);
ComputeVertices(size, material, geometry);
return(geometry);
}
private static Geometry CreatePlaneGeometry(Size size, Material material)
{
var shader = material.Shader as ShaderWithFormat;
var creationData = new GeometryCreationData(shader.Format, 4, 6);
var geometry = ContentLoader.Create <Geometry>(creationData);
if (((shader.Flags & ShaderFlags.Colored) != 0))
{
geometry.SetData(SetDataColored(size, shader, material), GetQuadIndices());
}
else
{
geometry.SetData(SetDataNoColor(size, shader, material), GetQuadIndices());
}
return(geometry);
}
protected MockGeometry(GeometryCreationData creationData, Device device)
: base(creationData)
{
}
private TestGeometry(GeometryCreationData creationData)
: base(creationData)
{
}
protected MockGeometry(GeometryCreationData creationData)
: base(creationData) {}
protected MockGeometry(GeometryCreationData creationData)
: base(creationData)
{
}
protected SharpDXGeometry(GeometryCreationData creationData, Device device)
: base(creationData)
{
Initialize(device);
}
private TestGeometry(GeometryCreationData creationData)
: base(creationData) {}
public void LoadInvalidDataThrows()
{
var creationData = new GeometryCreationData(VertexFormat.Position3DColor, 1, 1);
var geometry = ContentLoader.Create<TestGeometry>(creationData);
Assert.Throws<Geometry.EmptyGeometryFileGiven>(geometry.LoadInvalidData);
}
private OpenGL20Geometry(GeometryCreationData creationData, OpenGLDevice device)
: base(creationData)
{
this.device = device;
}
private OpenGL20Geometry(GeometryCreationData creationData, OpenGLDevice device)
: base(creationData)
{
this.device = device;
}
private static MockGeometry CreateMockGeometry()
{
var creationData = new GeometryCreationData(VertexFormat.Position3DColor, 3, 3);
return(ContentLoader.Create <MockGeometry>(creationData));
}
