public virtual void Load(IAetherReader reader)
{
reader.ReadVector3("Position", out _position);
reader.ReadVector3("LookAt", out _lookAt);
reader.ReadVector3("Up", out _up);
reader.ReadFloat("NearPlane", out _nearPlane);
reader.ReadFloat("FarPlane", out _farPlane);
}
public override void Load(IAetherReader reader)
{
base.Load(reader);
Vector3 v3; float f;
reader.ReadFloat("InnerAngle", out f); InnerAngle = f;
reader.ReadFloat("OuterAngle", out f); OuterAngle = f;
reader.ReadVector3("Direction", out v3); Direction = v3;
}
public virtual void Load(IAetherReader reader)
{
string str; Vector3 v3; float f;
reader.ReadVector3("Position", out v3); Position = v3;
reader.ReadVector3("LightSourceColor", out v3); LightSourceColor = v3;
reader.ReadFloat("Intensity", out f); Intensity = f;
reader.ReadFloat("MaximumRadius", out f); MaximumRadius = f;
}
private RasterizerState LoadRasterizerState(IAetherReader reader)
{
RasterizerState rasterizerState = new RasterizerState();
string str; Int64 i64; float flt; bool bl;
reader.ReadString("Name", out str); rasterizerState.Name = str;
reader.ReadInt64("CullMode", out i64); rasterizerState.CullMode = (CullMode)i64;
reader.ReadFloat("DepthBias", out flt); rasterizerState.DepthBias = flt;
reader.ReadInt64("FillMode", out i64); rasterizerState.FillMode = (FillMode)i64;
reader.ReadBoolean("MultiSampleAntiAlias", out bl); rasterizerState.MultiSampleAntiAlias = bl;
reader.ReadBoolean("ScissorTestEnable", out bl); rasterizerState.ScissorTestEnable = bl;
reader.ReadFloat("SlopeScaleDepthBias", out flt); rasterizerState.SlopeScaleDepthBias = flt;
return(rasterizerState);
}
public override void Load(IAetherReader reader)
{
base.Load(reader);
Vector3 vctr3; float flt; bool bl;
reader.ReadVector3("DiffuseColor", out vctr3); DiffuseColor = vctr3;
reader.ReadVector3("AmbientLightColor", out vctr3); AmbientLightColor = vctr3;
reader.ReadVector3("EmissiveColor", out vctr3); EmissiveColor = vctr3;
DirectionalLight0 = ReadDirectionalLight(reader, "DirectionalLight0");
DirectionalLight1 = ReadDirectionalLight(reader, "DirectionalLight1");
DirectionalLight2 = ReadDirectionalLight(reader, "DirectionalLight2");
reader.ReadFloat("Alpha", out flt); Alpha = flt;
reader.ReadFloat("EnvironmentMapAmount", out flt); EnvironmentMapAmount = flt;
reader.ReadVector3("EnvironmentMapSpecular", out vctr3); EnvironmentMapSpecular = vctr3;
reader.ReadFloat("FresnelFactor", out flt); FresnelFactor = flt;
}
public override void Load(IAetherReader reader)
{
base.Load(reader);
Vector3 vctr3; float flt; Int64 i64; bool bl;
reader.ReadVector3("DiffuseColor", out vctr3); DiffuseColor = vctr3;
reader.ReadFloat("Alpha", out flt); Alpha = flt;
reader.ReadInt64("ReferenceAlpha", out i64); ReferenceAlpha = (int)i64;
reader.ReadBoolean("VertexColorEnabled", out bl); VertexColorEnabled = bl;
}
public override void Load(IAetherReader reader)
{
base.Load(reader);
Vector3 vctr3; float flt; Int64 i64;
reader.ReadVector3("DiffuseColor", out vctr3); DiffuseColor = vctr3;
reader.ReadVector3("AmbientLightColor", out vctr3); AmbientLightColor = vctr3;
reader.ReadVector3("EmissiveColor", out vctr3); EmissiveColor = vctr3;
DirectionalLight0 = ReadDirectionalLight(reader, "DirectionalLight0");
DirectionalLight1 = ReadDirectionalLight(reader, "DirectionalLight1");
DirectionalLight2 = ReadDirectionalLight(reader, "DirectionalLight2");
reader.ReadFloat("Alpha", out flt); Alpha = flt;
reader.ReadInt64("LightingEnabled", out i64); WeightsPerVertex = (int)i64;
}
public override void Load(IAetherReader reader)
{
base.Load(reader);
Vector3 vctr3; float flt; bool bl;
reader.ReadVector3("DiffuseColor", out vctr3); DiffuseColor = vctr3;
reader.ReadVector3("AmbientLightColor", out vctr3); AmbientLightColor = vctr3;
reader.ReadVector3("EmissiveColor", out vctr3); EmissiveColor = vctr3;
DirectionalLight0 = ReadDirectionalLight(reader, "DirectionalLight0");
DirectionalLight1 = ReadDirectionalLight(reader, "DirectionalLight1");
DirectionalLight2 = ReadDirectionalLight(reader, "DirectionalLight2");
reader.ReadFloat("Alpha", out flt); Alpha = flt;
reader.ReadBoolean("TextureEnabled", out bl); TextureEnabled = bl;
reader.ReadBoolean("VertexColorEnabled", out bl); VertexColorEnabled = bl;
reader.ReadBoolean("LightingEnabled", out bl); LightingEnabled = bl;
}
private void LoadSamplerStates(IAetherReader reader, SamplerState[] samplerStates)
{
int samplerStateCount;
reader.ReadInt32("SamplerStateCount", out samplerStateCount);
for (int i = 0; i < samplerStateCount; i++)
{
SamplerState samplerState = new SamplerState();
string str; Int64 i64; float flt;
reader.ReadString("Name", out str); samplerState.Name = str;
reader.ReadInt64("AddressU", out i64); samplerState.AddressU = (TextureAddressMode)i64;
reader.ReadInt64("AddressV", out i64); samplerState.AddressV = (TextureAddressMode)i64;
reader.ReadInt64("AddressW", out i64); samplerState.AddressW = (TextureAddressMode)i64;
reader.ReadInt64("Filter", out i64); samplerState.Filter = (TextureFilter)i64;
reader.ReadInt64("MaxAnisotropy", out i64); samplerState.MaxAnisotropy = (int)i64;
reader.ReadInt64("MaxMipLevel", out i64); samplerState.MaxMipLevel = (int)i64;
reader.ReadFloat("MipMapLevelOfDetailBias", out flt); samplerState.MipMapLevelOfDetailBias = flt;
samplerStates[i] = samplerState;
}
}
public override void Load(IAetherReader reader)
{
base.Load(reader);
reader.ReadFloat("FieldOfView", out _fieldOfView);
}
