internal Dictionary <TempVertex128, TempVertex128> Build(Dictionary <TempVertex128, TempVertex128> temp = null)
{
if (this.Building)
{
this.Building = false;
var List = this.TempMeshes;
this.TempMeshes = default(TempMesh128.List);
try
{
var Iter = List.first;
var Pos = List.count;
while (0 != Pos--)
{
var New = new GeoMesh(this, Iter, ref temp);
Iter = Iter.next;
if (0 == Count++)
{
New.Next = New;
First = New;
}
else
{
Last.Next = New;
New.Next = First;
}
Last = New;
DrawLayerMask |= (byte)(1 << (New.Material.drawLayerBillboard & 7));
}
}
finally
{
TempMesh128.Free(ref List);
}
}
return(temp);
}
internal byte BindGL(GeoMesh prev, ref GeoMesh @this)
{
if (this.VertexCount != 0)
{
int vbo = this.State.Vertex.Gen();
GL.BindBuffer(BufferTarget.ElementArrayBuffer, vbo);
GL.BufferData(BufferTarget.ElementArrayBuffer,
this.VertexBuffer.Length,
VertexBuffer,
BufferUsageHint.StaticDraw);
int ibo = this.State.Index.Gen();
GL.BindBuffer(BufferTarget.ElementArrayBuffer, ibo);
if (IndexElementSize == 4)
{
GL.BufferData(
BufferTarget.ElementArrayBuffer,
this.IndexCount << 2,
(uint[])this.IndexBuffer,
BufferUsageHint.StaticDraw
);
}
else if (IndexElementSize == 2)
{
GL.BufferData(
BufferTarget.ElementArrayBuffer,
this.IndexCount << 1,
(ushort[])this.IndexBuffer,
BufferUsageHint.StaticDraw);
}
else
{
GL.BufferData(
BufferTarget.ElementArrayBuffer,
this.IndexCount,
(byte[])this.IndexBuffer,
BufferUsageHint.StaticDraw);
}
State.IndexCount = (ushort)IndexCount;
State.IndexPrimitive = IndexPrimitive.Triangles;
State.IndexInteger =
IndexElementSize == 4 ? IndexInteger.Int :
IndexElementSize == 2 ? IndexInteger.Short :
IndexInteger.Byte;
State.LightMode = Material.Smooth ? LightMode.Smooth0 : LightMode.Hard0;
switch (Material.numLight)
{
case 0:
State.Ambient = (Color4b)Material.light.Lights0.Ambient.Color;
break;
case 1:
BindLight(Material.light.Lights1.Light1, ref State.Light1);
State.Ambient = (Color4b)Material.light.Lights1.Ambient.Color;
State.LightMode |= LightMode.Hard1;
break;
case 2:
BindLight(Material.light.Lights2.Light1, ref State.Light1);
BindLight(Material.light.Lights2.Light2, ref State.Light2);
State.Ambient = (Color4b)Material.light.Lights2.Ambient.Color;
State.LightMode |= LightMode.Hard2;
break;
case 3:
BindLight(Material.light.Lights3.Light1, ref State.Light1);
BindLight(Material.light.Lights3.Light2, ref State.Light2);
BindLight(Material.light.Lights3.Light3, ref State.Light3);
State.Ambient = (Color4b)Material.light.Lights3.Ambient.Color;
State.LightMode |= LightMode.Hard3;
break;
case 4:
BindLight(Material.light.Lights4.Light1, ref State.Light1);
BindLight(Material.light.Lights4.Light2, ref State.Light2);
BindLight(Material.light.Lights4.Light3, ref State.Light3);
BindLight(Material.light.Lights4.Light4, ref State.Light4);
State.Ambient = (Color4b)Material.light.Lights4.Ambient.Color;
State.LightMode |= LightMode.Hard4;
break;
case 5:
BindLight(Material.light.Lights5.Light1, ref State.Light1);
BindLight(Material.light.Lights5.Light2, ref State.Light2);
BindLight(Material.light.Lights5.Light3, ref State.Light3);
BindLight(Material.light.Lights5.Light4, ref State.Light4);
BindLight(Material.light.Lights5.Light5, ref State.Light5);
State.Ambient = (Color4b)Material.light.Lights5.Ambient.Color;
State.LightMode |= LightMode.Hard5;
break;
case 6:
BindLight(Material.light.Lights6.Light1, ref State.Light1);
BindLight(Material.light.Lights6.Light2, ref State.Light2);
BindLight(Material.light.Lights6.Light3, ref State.Light3);
BindLight(Material.light.Lights6.Light4, ref State.Light4);
BindLight(Material.light.Lights6.Light5, ref State.Light5);
BindLight(Material.light.Lights6.Light6, ref State.Light6);
State.Ambient = (Color4b)Material.light.Lights6.Ambient.Color;
State.LightMode |= LightMode.Hard6;
break;
default:
BindLight(Material.light.Lights7.Light1, ref State.Light1);
BindLight(Material.light.Lights7.Light2, ref State.Light2);
BindLight(Material.light.Lights7.Light3, ref State.Light3);
BindLight(Material.light.Lights7.Light4, ref State.Light4);
BindLight(Material.light.Lights7.Light5, ref State.Light5);
BindLight(Material.light.Lights7.Light6, ref State.Light6);
BindLight(Material.light.Lights7.Light7, ref State.Light7);
State.Ambient = (Color4b)Material.light.Lights7.Ambient.Color;
State.LightMode |= LightMode.Hard7;
break;
}
;
State.Ambient.A = 255;
State.ElementMask = (Material.HasVertexColors ?
ElementMask.Color : ElementMask.Normal) |
(Material.HasTexture ?
(null != texture && !texture.IsColorTexture) ?
(ElementMask.Texture | ElementMask.Texcoord) :
ElementMask.Texcoord : (ElementMask)0) |
(ElementMask.Index | ElementMask.Position);
if (0 != (State.ElementMask & ElementMask.Texture))
{
State.Texture = texture.GetLoadedHandle();
}
State.TexturePresentation =
(0 == ((Material.wrapModes >> 8) & 1) ?
0 == ((Material.wrapModes >> 8) & 2) ?
(TexturePresentation)0 :
TexturePresentation.ClampS :
0 == ((Material.wrapModes >> 8) & 2) ?
TexturePresentation.MirrorS :
(TexturePresentation)0) |
(0 == ((Material.wrapModes) & 1) ?
0 == ((Material.wrapModes) & 2) ?
(TexturePresentation)0 :
TexturePresentation.ClampT :
0 == ((Material.wrapModes) & 2) ?
TexturePresentation.MirrorT :
(TexturePresentation)0);
State.TextureScaleX = Material.texScaleX;
State.TextureScaleY = Material.texScaleY;
State.TextureWidth = Material.w;
State.TextureHeight = Material.h;
if (null != texture && 0 != (State.ElementMask & ElementMask.Texcoord))
{
State.Texture = texture.GetLoadedHandle();
State.ElementMask |= ElementMask.Texture;
}
State.Fog = (Color4b)Material.fogColor;
State.FogMultiplier = Material.fogMultiplier;
State.FogOffset = Material.fogOffset;
State.FeatureMask = (FeatureMask)(Material.drawLayerBillboard & 7) |
(this.Parent.Parent.ZTest ? FeatureMask.ZTest : (FeatureMask)0) |
(Material.IsLit ? FeatureMask.Lit : (FeatureMask)0) |
(Material.Fog ? FeatureMask.Fog : (FeatureMask)0);
State.Color.Value = uint.MaxValue;
//State.Color.Diffuse
//State.Color = Material.lightColor;
//State.Diffuse = Material.lightColor;
//State.Ambient = Material.darkColor;
State.VertexColor = VertexColor.Smooth;
State.Culling = Material.CullBack ? Material.CullFront ? Culling.Both : Culling.Back : Material.CullFront ? Culling.Front : Culling.Off;
GraphicsState.Sanitize(ref State);
}
return(DrawLayerMask);
}