private void WriteRasterizerState(String name, RasterizerState value)
{
_writer.Write(TAB_BLOCK2);
_writer.Write("RasterizerState");
WriteSpace();
_writer.Write(name);
RenderStateKey key = value.RenderStateKey;
if (key.Equals(RasterizerState.CullBackClockwiseFront.RenderStateKey))
{
WriteSeparator();
_writer.Write("CullBackClockwiseFront");
WriteNewLine();
}
else if (key.Equals(RasterizerState.CullBackCounterClockwiseFront.RenderStateKey))
{
WriteSeparator();
_writer.Write("CullBackCounterClockwiseFront");
WriteNewLine();
}
else if (key.Equals(RasterizerState.CullNone.RenderStateKey))
{
WriteSeparator();
_writer.Write("CullNone");
WriteNewLine();
}
else if (key.Equals(RasterizerState.CullNoneWireframe.RenderStateKey))
{
WriteSeparator();
_writer.Write("CullNoneWireframe");
WriteNewLine();
}
else
{
WriteOpenBrace();
if (value.Cull != CullMode.Back)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("Cull");
WriteSeparator();
_writer.Write(value.Cull.ToString());
WriteNewLine();
}
if (value.VertexWinding != VertexWinding.Clockwise)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("VertexWinding");
WriteSeparator();
_writer.Write(value.VertexWinding.ToString());
WriteNewLine();
}
if (value.DepthBias != 0)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("DepthBias");
WriteSeparator();
_writer.Write(value.DepthBias);
WriteNewLine();
}
if (value.Fill != FillMode.Solid)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("Fill");
WriteSeparator();
_writer.Write(value.Fill.ToString());
WriteNewLine();
}
if (value.EnableMultiSampleAntiAlias == false)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("EnableMultiSampleAntiAlias");
WriteSeparator();
_writer.Write("false");
WriteNewLine();
}
if (value.EnableScissorTest == true)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("EnableScissorTest");
WriteSeparator();
_writer.Write("true");
WriteNewLine();
}
if (!value.SlopeScaledDepthBias.Equals(0.0f))
{
_writer.Write(TAB_BLOCK3);
_writer.Write("SlopeScaledDepthBias");
WriteSeparator();
_writer.Write(value.SlopeScaledDepthBias);
WriteNewLine();
}
WriteCloseBrace(false, TAB_BLOCK2);
}
}
private void WriteSamplerState(bool pixelSampler, int index, SamplerState value)
{
_writer.Write(TAB_BLOCK2);
if (pixelSampler)
{
_writer.Write("SamplerState");
}
else
{
_writer.Write("VertexSamplerState");
}
_writer.Write("[");
_writer.Write(index);
_writer.Write("]");
RenderStateKey key = value.RenderStateKey;
if (key.Equals(SamplerState.AnisotropicClamp.RenderStateKey))
{
WriteSeparator();
_writer.Write("AnisotropicClamp");
WriteNewLine();
}
else if (key.Equals(SamplerState.AnisotropicWrap.RenderStateKey))
{
WriteSeparator();
_writer.Write("AnisotropicWrap");
WriteNewLine();
}
else if (key.Equals(SamplerState.LinearClamp.RenderStateKey))
{
WriteSeparator();
_writer.Write("LinearClamp");
WriteNewLine();
}
else if (key.Equals(SamplerState.LinearWrap.RenderStateKey))
{
WriteSeparator();
_writer.Write("LinearWrap");
WriteNewLine();
}
else if (key.Equals(SamplerState.PointClamp.RenderStateKey))
{
WriteSeparator();
_writer.Write("PointClamp");
WriteNewLine();
}
else if (key.Equals(SamplerState.PointWrap.RenderStateKey))
{
WriteSeparator();
_writer.Write("PointWrap");
WriteNewLine();
}
else
{
WriteOpenBrace();
if (value.AddressU != TextureAddressMode.Clamp)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("AddressU");
WriteSeparator();
_writer.Write(value.AddressU.ToString());
WriteNewLine();
}
if (value.AddressV != TextureAddressMode.Clamp)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("AddressV");
WriteSeparator();
_writer.Write(value.AddressV.ToString());
WriteNewLine();
}
if (value.AddressW != TextureAddressMode.Clamp)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("AddressW");
WriteSeparator();
_writer.Write(value.AddressW.ToString());
WriteNewLine();
}
if (value.Filter != TextureFilter.Point)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("Filter");
WriteSeparator();
_writer.Write(value.Filter.ToString());
WriteNewLine();
}
if (value.MaxAnisotropy != 4)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("MaxAnisotropy");
WriteSeparator();
_writer.Write(value.MaxAnisotropy);
WriteNewLine();
}
if (!value.MipMapLevelOfDetailBias.Equals(0.0f))
{
_writer.Write(TAB_BLOCK3);
_writer.Write("MipMapLevelOfDetailBias");
WriteSeparator();
_writer.Write(value.MipMapLevelOfDetailBias);
WriteNewLine();
}
WriteCloseBrace(false, TAB_BLOCK2);
}
}
private void WriteBlendState(String name, BlendState value)
{
_writer.Write(TAB_BLOCK2);
_writer.Write("BlendState");
WriteSpace();
_writer.Write(name);
RenderStateKey key = value.RenderStateKey;
if (key.Equals(BlendState.AdditiveBlend.RenderStateKey))
{
WriteSeparator();
_writer.Write("AdditiveBlend");
WriteNewLine();
}
else if (key.Equals(BlendState.AlphaBlendNonPremultiplied.RenderStateKey))
{
WriteSeparator();
_writer.Write("AlphaBlendNonPremultiplied");
WriteNewLine();
}
else if (key.Equals(BlendState.AlphaBlendPremultiplied.RenderStateKey))
{
WriteSeparator();
_writer.Write("AlphaBlendPremultiplied");
WriteNewLine();
}
else if (key.Equals(BlendState.Opaque.RenderStateKey))
{
WriteSeparator();
_writer.Write("Opaque");
WriteNewLine();
}
else
{
WriteOpenBrace();
if (value.AlphaBlendFunction != BlendFunction.Add)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("AlphaBlendFunction");
WriteSeparator();
_writer.Write(value.AlphaBlendFunction.ToString());
WriteNewLine();
}
if (value.AlphaSourceBlend != Blend.One)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("AlphaSourceBlend");
WriteSeparator();
_writer.Write(value.AlphaSourceBlend.ToString());
WriteNewLine();
}
if (value.AlphaDestinationBlend != Blend.Zero)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("AlphaDestinationBlend");
WriteSeparator();
_writer.Write(value.AlphaDestinationBlend.ToString());
WriteNewLine();
}
if (value.ColorBlendFunction != BlendFunction.Add)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("ColorBlendFunction");
WriteSeparator();
_writer.Write(value.ColorBlendFunction.ToString());
WriteNewLine();
}
if (value.ColorSourceBlend != Blend.One)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("ColorSourceBlend");
WriteSeparator();
_writer.Write(value.ColorSourceBlend.ToString());
WriteNewLine();
}
if (value.ColorDestinationBlend != Blend.Zero)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("ColorDestinationBlend");
WriteSeparator();
_writer.Write(value.ColorDestinationBlend.ToString());
WriteNewLine();
}
if (!value.BlendFactor.Equals(Color.White))
{
_writer.Write(TAB_BLOCK3);
_writer.Write("BlendFactor");
WriteSeparator();
Color c = value.BlendFactor;
_writer.Write(c.R);
WriteSpace();
_writer.Write(c.G);
WriteSpace();
_writer.Write(c.B);
WriteSpace();
_writer.Write(c.A);
WriteNewLine();
}
if (value.MultiSampleMask != int.MaxValue)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("MultiSampleMask");
WriteSeparator();
_writer.Write(value.MultiSampleMask);
WriteNewLine();
}
int beCount = value.BlendEnableCount;
if (beCount > 0)
{
if (value.GetBlendEnable(0) == false)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("BlendEnable[0]");
WriteSeparator();
_writer.Write("false");
WriteNewLine();
}
for (int i = 1; i < beCount; i++)
{
if (value.GetBlendEnable(i) == true)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("BlendEnable[");
_writer.Write(i);
_writer.Write("]");
WriteSeparator();
_writer.Write("true");
WriteNewLine();
}
}
}
int cwCount = value.ColorWriteChannelsCount;
if (cwCount > 0)
{
ColorWriteChannels cwc = value.GetWriteChannels(0);
if (cwc != ColorWriteChannels.All)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("ColorWriteChannels[0]");
WriteSeparator();
_writer.Write(cwc.ToString().Replace(",", " |"));
WriteNewLine();
}
for (int i = 1; i < cwCount; i++)
{
cwc = value.GetWriteChannels(i);
if (cwc != ColorWriteChannels.All)
{
_writer.Write(TAB_BLOCK3);
_writer.Write("ColorWriteChannels[");
_writer.Write(i);
_writer.Write("]");
WriteSeparator();
_writer.Write(cwc.ToString().Replace(",", " |"));
WriteNewLine();
}
}
}
WriteCloseBrace(false, TAB_BLOCK2);
}
}