//private Texture cubeTex;
#region Constructors and Destructors
public Base3DEditorContent(ToeGraphicsContext graphicsContext, IStreamConverterFactory streamConverterFactory)
{
this.graphicsContext = graphicsContext;
this.streamConverterFactory = streamConverterFactory;
var cubeBytes = Properties.Resources.xyzcube;
if (cubeBytes != null)
{
IScene scene = (new AseReader(streamConverterFactory)).Load(new MemoryStream(cubeBytes), null);
foreach (var node in scene.Nodes)
{
if (node.Mesh != null)
{
this.cube = node.Mesh;
}
}
//this.cubeTex = new Toe.Marmalade.IwGx.Texture ();
//cubeTex.Image = new Toe.Marmalade.IwGx.Image (Toe.Editors.Properties.Resources.xyzcube1);
this.cube.Submeshes.First().Material = new SceneMaterial
{
Effect =
new SceneEffect
{
CullMode = CullMode.Front,
Diffuse = new ImageColorSource { Image = new EmbeddedImage(Properties.Resources.xyzcube1) { } }
}
};
}
}
public BspSubmeshStreams(SeparateStreamsSubmesh separateStreamsSubmesh, BspMeshStreams meshStreams,IStreamConverterFactory streamConverterFactory)
{
this.streamConverterFactory = streamConverterFactory;
if (meshStreams.Positions != null)
{
PositionIndices = EnsureStream(separateStreamsSubmesh, Streams.Position, 0);
}
if (meshStreams.Normals != null)
NormalIndices = EnsureStream(separateStreamsSubmesh, Streams.Normal, 0);
if (meshStreams.TexCoord0 != null)
TexCoord0Indices = EnsureStream(separateStreamsSubmesh, Streams.TexCoord, 0);
if (meshStreams.TexCoord1 != null)
TexCoord1Indices = EnsureStream(separateStreamsSubmesh, Streams.TexCoord, 1);
if (meshStreams.Colors != null)
ColorsIndices = EnsureStream(separateStreamsSubmesh, Streams.Color, 0);
}
public MaterialPreview(
MaterialEditor editor,
ToeGraphicsContext graphicsContext,
IComponentContext context,
IEditorOptions<Base3DEditorOptions> options,
Base3DEditorContent content,
IStreamConverterFactory streamConverterFactory)
: base(context, options, content)
{
this.editor = editor;
this.graphicsContext = graphicsContext;
this.Camera.Ortho = false;
this.Camera.ZNear = 16.0f;
this.Camera.ZFar = 2048.0f;
base.RenderScene += this.RenderMaterialScene;
this.box = BoxBuilder.BuildSoftEdgedBox(250, streamConverterFactory);
}
public BaseHL2BspReader(IStreamConverterFactory streamConverterFactory)
: base(streamConverterFactory)
{
}
public BspReader20(IStreamConverterFactory streamConverterFactory)
: base(streamConverterFactory)
{
}
public DaeSceneFileFormat(IStreamConverterFactory streamConverterFactory)
{
this.streamConverterFactory = streamConverterFactory;
}
public DaeReader(IStreamConverterFactory streamConverterFactory)
{
this.streamConverterFactory = streamConverterFactory;
}
public BaseBspReader(IStreamConverterFactory streamConverterFactory)
{
this.StreamConverterFactory = streamConverterFactory;
}
public static IMesh BuildSoftEdgedBox(float x, float y, float z, IStreamConverterFactory converterFactory)
{
Float3[] p = new[]
{
new Float3(-x / 2.0f, -y / 2.0f, z / 2.0f), new Float3(x / 2.0f, -y / 2.0f, z / 2.0f),
new Float3(-x / 2.0f, y / 2.0f, z / 2.0f), new Float3(x / 2.0f, y / 2.0f, z / 2.0f),
new Float3(-x / 2.0f, y / 2.0f, -z / 2.0f), new Float3(x / 2.0f, y / 2.0f, -z / 2.0f),
new Float3(-x / 2.0f, -y / 2.0f, -z / 2.0f), new Float3(x / 2.0f, -y / 2.0f, -z / 2.0f),
};
Float3[] n = new[]
{
new Float3(-0.57735f, -0.57735f, -0.57735f), new Float3(-0.57735f, 0.57735f, -0.57735f),
new Float3(0.57735f, -0.57735f, -0.57735f), new Float3(0.57735f, 0.57735f, -0.57735f),
new Float3(-0.57735f, -0.57735f, 0.57735f), new Float3(-0.57735f, 0.57735f, 0.57735f),
new Float3(0.57735f, -0.57735f, 0.57735f), new Float3(0.57735f, 0.57735f, 0.57735f),
};
Float3[] uv = new[]
{
new Float3(0.0f, 0.0f, 0.0f), new Float3(1.0f, 0.0f, 0.0f), new Float3(1.0f, 1.0f, 0.0f),
new Float3(0.0f, 1.0f, 0.0f),
};
var res = new SeparateStreamsMesh();
res.SetStream(Streams.Position, 0, new ArrayMeshStream<Float3>(p, converterFactory));
res.SetStream(Streams.Normal, 0, new ArrayMeshStream<Float3>(n, converterFactory));
res.SetStream(Streams.TexCoord, 0, new ArrayMeshStream<Float3>(uv, converterFactory));
res.SetStream(Streams.TexCoord, 1, new ArrayMeshStream<Float3>(uv, converterFactory));
res.SetStream(Streams.Color, 0, new ArrayMeshStream<Color>(new Color[] { Color.FromArgb(255, 255, 255, 255) }, converterFactory));
var t2 = Float3.Normalize(p[7] - p[6]);
var b2 = Float3.Cross(Float3.Normalize(n[0] + n[2] + n[3] + n[1]), t2);
var t3 = Float3.Normalize(p[1] - p[0]);
var b3 = Float3.Cross(Float3.Normalize(n[4] + n[6] + n[2] + n[0]), t3);
var t4 = Float3.Normalize(p[5] - p[3]);
var b4 = Float3.Cross(Float3.Normalize(n[7] + n[3] + n[2] + n[6]), t4);
var t5 = Float3.Normalize(p[2] - p[4]);
var b5 = Float3.Cross(Float3.Normalize(n[1] + n[5] + n[4] + n[0]), t5);
res.SetStream(Streams.Tangent, 0, new ArrayMeshStream<Float3>(new Float3[] { new Float3(1, 0, 0), new Float3(1, 0, 0), t2, t3, t4, t5 }, converterFactory));
res.SetStream(Streams.Binormal, 0, new ArrayMeshStream<Float3>(new Float3[] { new Float3(0, 1, 0), new Float3(0, 0, -1), b2, b3, b4, b5 }, converterFactory));
var s = res.CreateSubmesh();
s.VertexSourceType = VertexSourceType.QuadList;
var positionIndices = s.SetIndexStream(Streams.Position, 0, new ListMeshStream<int>(24, converterFactory));
var normalIndices = s.SetIndexStream(Streams.Normal, 0, new ListMeshStream<int>(24, converterFactory));
var uv0Indices = s.SetIndexStream(Streams.TexCoord, 0, new ListMeshStream<int>(24, converterFactory));
var uv1Indices = s.SetIndexStream(Streams.TexCoord, 1, new ListMeshStream<int>(24, converterFactory));
var colorIndices = s.SetIndexStream(Streams.Color, 0, new ListMeshStream<int>(24, converterFactory));
var tangentIndices = s.SetIndexStream(Streams.Tangent, 0, new ListMeshStream<int>(24, converterFactory));
var binormalIndices = s.SetIndexStream(Streams.Binormal, 0, new ListMeshStream<int>(24, converterFactory));
Vertex vertex;
Float3 t;
Float3 b;
// Quad 0 TOP
//t = new Float3(1, 0, 0);
//b = new Float3(0, 1, 0); //Float3.Cross(new Float3(0,0,1),t)
positionIndices.Add(0); normalIndices.Add(4); colorIndices.Add(0); uv0Indices.Add(3); uv1Indices.Add(3); tangentIndices.Add(0); binormalIndices.Add(0);
positionIndices.Add(1); normalIndices.Add(6); colorIndices.Add(0); uv0Indices.Add(2); uv1Indices.Add(2); tangentIndices.Add(0); binormalIndices.Add(0);
positionIndices.Add(3); normalIndices.Add(7); colorIndices.Add(0); uv0Indices.Add(1); uv1Indices.Add(1); tangentIndices.Add(0); binormalIndices.Add(0);
positionIndices.Add(2); normalIndices.Add(5); colorIndices.Add(0); uv0Indices.Add(0); uv1Indices.Add(0); tangentIndices.Add(0); binormalIndices.Add(0);
//vertex = new Vertex
// { Position = p[0], Color = color, Normal = n[4], UV0 = uv[3], UV1 = uv[3], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[1], Color = color, Normal = n[6], UV0 = uv[2], UV1 = uv[2], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[3], Color = color, Normal = n[7], UV0 = uv[1], UV1 = uv[1], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[2], Color = color, Normal = n[5], UV0 = uv[0], UV1 = uv[0], Tangent = t, Binormal = b };
//s.Add(ref vertex);
positionIndices.Add(2); normalIndices.Add(5); colorIndices.Add(0); uv0Indices.Add(3); uv1Indices.Add(3); tangentIndices.Add(1); binormalIndices.Add(1);
positionIndices.Add(3); normalIndices.Add(7); colorIndices.Add(0); uv0Indices.Add(2); uv1Indices.Add(2); tangentIndices.Add(1); binormalIndices.Add(1);
positionIndices.Add(5); normalIndices.Add(3); colorIndices.Add(0); uv0Indices.Add(1); uv1Indices.Add(1); tangentIndices.Add(1); binormalIndices.Add(1);
positionIndices.Add(4); normalIndices.Add(1); colorIndices.Add(0); uv0Indices.Add(0); uv1Indices.Add(0); tangentIndices.Add(1); binormalIndices.Add(1);
//// Quad 1
//t = new Float3(1, 0, 0);
//b = new Float3(0, 0, -1);
//vertex = new Vertex
// { Position = p[2], Color = color, Normal = n[5], UV0 = uv[3], UV1 = uv[3], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[3], Color = color, Normal = n[7], UV0 = uv[2], UV1 = uv[2], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[5], Color = color, Normal = n[3], UV0 = uv[1], UV1 = uv[1], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[4], Color = color, Normal = n[1], UV0 = uv[0], UV1 = uv[0], Tangent = t, Binormal = b };
//s.Add(ref vertex);
positionIndices.Add(4); normalIndices.Add(1); colorIndices.Add(0); uv0Indices.Add(3); uv1Indices.Add(3); tangentIndices.Add(2); binormalIndices.Add(2);
positionIndices.Add(5); normalIndices.Add(3); colorIndices.Add(0); uv0Indices.Add(2); uv1Indices.Add(2); tangentIndices.Add(2); binormalIndices.Add(2);
positionIndices.Add(7); normalIndices.Add(2); colorIndices.Add(0); uv0Indices.Add(1); uv1Indices.Add(1); tangentIndices.Add(2); binormalIndices.Add(2);
positionIndices.Add(6); normalIndices.Add(0); colorIndices.Add(0); uv0Indices.Add(0); uv1Indices.Add(0); tangentIndices.Add(2); binormalIndices.Add(2);
//// Quad 2
//t = Float3.Normalize(p[7] - p[6]);
//b = Float3.Cross(Float3.Normalize(n[0] + n[2] + n[3] + n[1]), t);
//vertex = new Vertex
// { Position = p[4], Color = color, Normal = n[1], UV0 = uv[3], UV1 = uv[3], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[5], Color = color, Normal = n[3], UV0 = uv[2], UV1 = uv[2], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[7], Color = color, Normal = n[2], UV0 = uv[1], UV1 = uv[1], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[6], Color = color, Normal = n[0], UV0 = uv[0], UV1 = uv[0], Tangent = t, Binormal = b };
//s.Add(ref vertex);
positionIndices.Add(6); normalIndices.Add(0); colorIndices.Add(0); uv0Indices.Add(3); uv1Indices.Add(3); tangentIndices.Add(3); binormalIndices.Add(3);
positionIndices.Add(7); normalIndices.Add(2); colorIndices.Add(0); uv0Indices.Add(2); uv1Indices.Add(2); tangentIndices.Add(3); binormalIndices.Add(3);
positionIndices.Add(1); normalIndices.Add(6); colorIndices.Add(0); uv0Indices.Add(1); uv1Indices.Add(1); tangentIndices.Add(3); binormalIndices.Add(3);
positionIndices.Add(0); normalIndices.Add(4); colorIndices.Add(0); uv0Indices.Add(0); uv1Indices.Add(0); tangentIndices.Add(3); binormalIndices.Add(3);
//// Quad 3
//t = Float3.Normalize(p[1] - p[0]);
//b = Float3.Cross(Float3.Normalize(n[4] + n[6] + n[2] + n[0]), t);
//vertex = new Vertex
// { Position = p[6], Color = color, Normal = n[0], UV0 = uv[3], UV1 = uv[3], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[7], Color = color, Normal = n[2], UV0 = uv[2], UV1 = uv[2], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[1], Color = color, Normal = n[6], UV0 = uv[1], UV1 = uv[1], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[0], Color = color, Normal = n[4], UV0 = uv[0], UV1 = uv[0], Tangent = t, Binormal = b };
//s.Add(ref vertex);
positionIndices.Add(1); normalIndices.Add(6); colorIndices.Add(0); uv0Indices.Add(3); uv1Indices.Add(3); tangentIndices.Add(4); binormalIndices.Add(4);
positionIndices.Add(7); normalIndices.Add(2); colorIndices.Add(0); uv0Indices.Add(2); uv1Indices.Add(2); tangentIndices.Add(4); binormalIndices.Add(4);
positionIndices.Add(5); normalIndices.Add(3); colorIndices.Add(0); uv0Indices.Add(1); uv1Indices.Add(1); tangentIndices.Add(4); binormalIndices.Add(4);
positionIndices.Add(3); normalIndices.Add(7); colorIndices.Add(0); uv0Indices.Add(0); uv1Indices.Add(0); tangentIndices.Add(4); binormalIndices.Add(4);
//// Quad 4
//t = Float3.Normalize(p[5] - p[3]);
//b = Float3.Cross(Float3.Normalize(n[7] + n[3] + n[2] + n[6]), t);
//vertex = new Vertex
// { Position = p[1], Color = color, Normal = n[6], UV0 = uv[3], UV1 = uv[3], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[7], Color = color, Normal = n[2], UV0 = uv[2], UV1 = uv[2], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[5], Color = color, Normal = n[3], UV0 = uv[1], UV1 = uv[1], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[3], Color = color, Normal = n[7], UV0 = uv[0], UV1 = uv[0], Tangent = t, Binormal = b };
//s.Add(ref vertex);
positionIndices.Add(6); normalIndices.Add(0); colorIndices.Add(0); uv0Indices.Add(3); uv1Indices.Add(3); tangentIndices.Add(5); binormalIndices.Add(5);
positionIndices.Add(0); normalIndices.Add(4); colorIndices.Add(0); uv0Indices.Add(2); uv1Indices.Add(2); tangentIndices.Add(5); binormalIndices.Add(5);
positionIndices.Add(2); normalIndices.Add(5); colorIndices.Add(0); uv0Indices.Add(1); uv1Indices.Add(1); tangentIndices.Add(5); binormalIndices.Add(5);
positionIndices.Add(4); normalIndices.Add(1); colorIndices.Add(0); uv0Indices.Add(0); uv1Indices.Add(0); tangentIndices.Add(5); binormalIndices.Add(5);
//// Quad 5
//t = Float3.Normalize(p[2] - p[4]);
//b = Float3.Cross(Float3.Normalize(n[1] + n[5] + n[4] + n[0]), t);
//vertex = new Vertex
// { Position = p[6], Color = color, Normal = n[0], UV0 = uv[3], UV1 = uv[3], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[0], Color = color, Normal = n[4], UV0 = uv[2], UV1 = uv[2], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[2], Color = color, Normal = n[5], UV0 = uv[1], UV1 = uv[1], Tangent = t, Binormal = b };
//s.Add(ref vertex);
//vertex = new Vertex
// { Position = p[4], Color = color, Normal = n[1], UV0 = uv[0], UV1 = uv[0], Tangent = t, Binormal = b };
//s.Add(ref vertex);
return res;
}
public static IMesh BuildSoftEdgedBox(float size, IStreamConverterFactory converterFactory)
{
return BuildSoftEdgedBox(size, size, size, converterFactory);
}
public QLiveBspReader(IStreamConverterFactory streamConverterFactory)
: base(streamConverterFactory)
{
}
public AseReader(IStreamConverterFactory converterFactory)
{
this.converterFactory = converterFactory;
}
