//public static UniformBufferRL UniformBufferRL;
public static void Initialize(
string blockName,
int maxLightCount
)
{
UniformBlockGL = new UniformBlockGL(blockName);
UniformBlockGL.AddInt(spec.Count);
UniformBlockGL.AddVec4(spec.Exposure);
UniformBlockGL.AddVec4(spec.Bias);
UniformBlockGL.AddVec4(spec.AmbientLightColor);
UniformBlockGL.AddVec4(spec.Color, maxLightCount);
UniformBlockGL.AddVec4(spec.Direction, maxLightCount);
UniformBlockGL.AddMat4(spec.WorldToLight, maxLightCount);
UniformBlockGL.AddMat4(spec.WorldToShadow, maxLightCount);
UniformBlockGL.Seal();
var bufferGL = UniformBufferGL = new UniformBufferGL(UniformBlockGL);
#if false
IUniformBuffer bufferRL = null;
if (Configuration.useOpenRL)
{
UniformBlockRL = new UniformBlockRL(blockName);
UniformBlockRL.AddInt(spec.Count);
UniformBlockRL.AddVec4(spec.Exposure);
UniformBlockRL.AddVec4(spec.Bias);
UniformBlockRL.AddVec4(spec.AmbientLightColor);
UniformBlockRL.AddVec4(spec.Color, maxLightCount);
UniformBlockRL.AddVec4(spec.Direction, maxLightCount);
UniformBlockRL.AddMat4(spec.WorldToLight, maxLightCount);
UniformBlockRL.AddMat4(spec.WorldToShadow, maxLightCount);
UniformBlockRL.Seal();
UniformBufferRL = new UniformBufferRL(UniformBlockRL);
}
#endif
Count = new MultiInts(spec.Count, new Ints(1, 1), bufferGL /*bufferRL*/);
Exposure = new MultiFloats(spec.Exposure, new Floats(4, 1), bufferGL /*bufferRL*/);
Bias = new MultiFloats(spec.Bias, new Floats(4, 1), bufferGL /*bufferRL*/);
AmbientLightColor = new MultiFloats(spec.AmbientLightColor, new Floats(4, 1), bufferGL /*bufferRL*/);
WorldToLight = new MultiFloats(spec.WorldToLight, new Floats(16, maxLightCount), bufferGL /*bufferRL*/);
WorldToShadow = new MultiFloats(spec.WorldToShadow, new Floats(16, maxLightCount), bufferGL /*bufferRL*/);
Direction = new MultiFloats(spec.Direction, new Floats(4, maxLightCount), bufferGL /*bufferRL*/);
Color = new MultiFloats(spec.Color, new Floats(4, maxLightCount), bufferGL /*bufferRL*/);
}
public static void Initialize(string blockName)
{
UniformBlockGL = new UniformBlockGL(blockName);
UniformBlockGL.AddVec4(NearFar);
UniformBlockGL.AddMat4(ViewToClip);
UniformBlockGL.AddMat4(WorldToClip);
UniformBlockGL.AddMat4(WorldToView);
UniformBlockGL.AddMat4(ViewToWorld);
UniformBlockGL.AddVec4(Viewport);
UniformBlockGL.AddVec4(ViewPositionInWorld);
UniformBlockGL.Seal();
UniformBlockRL = new UniformBlockRL(blockName);
UniformBlockRL.AddVec4(FovXFovYAspect);
UniformBlockRL.AddMat4(ViewToClip);
UniformBlockRL.AddMat4(WorldToClip);
UniformBlockRL.AddMat4(WorldToView);
UniformBlockRL.AddMat4(ViewToWorld);
UniformBlockRL.AddVec4(Viewport);
UniformBlockRL.AddVec4(ViewPositionInWorld);
UniformBlockRL.Seal();
}
// \brief Declare uniforms and set Shader replacement strings
private void InitializeShaderSystem()
{
CameraUniformBlock.NearFar = "near_far";
CameraUniformBlock.ViewToClip = "view_to_clip_matrix";
CameraUniformBlock.ClipToView = "view_to_clip_matrix";
CameraUniformBlock.WorldToClip = "world_to_clip_matrix";
CameraUniformBlock.ClipToWorld = "clip_to_world_matrix";
CameraUniformBlock.WorldToView = "world_to_view_matrix";
CameraUniformBlock.ViewToWorld = "view_to_world_matrix";
CameraUniformBlock.Viewport = "viewport";
CameraUniformBlock.ViewPositionInWorld = "view_position_in_world";
CameraUniformBlock.Initialize("camera");
LightsUniforms.spec.Count = "count";
LightsUniforms.spec.Exposure = "exposure";
LightsUniforms.spec.Bias = "bias";
LightsUniforms.spec.AmbientLightColor = "ambient_light_color";
LightsUniforms.spec.WorldToLight = "world_to_light_matrix";
LightsUniforms.spec.WorldToShadow = "world_to_shadow_matrix";
LightsUniforms.spec.Direction = "direction";
LightsUniforms.spec.Color = "color";
LightsUniforms.Initialize("lights", Configuration.maxLightCount);
System.Text.StringBuilder uniforms = new System.Text.StringBuilder();
uniforms.Append(CameraUniformBlock.UniformBlockRL.SourceRL);
uniforms.Append(LightsUniforms.UniformBlockRL.SourceGL);
modelsUB = new UniformBlockRL("models");
modelsUB.AddMat4("model_to_world_matrix", Configuration.instanceCount);
if (RenderStack.Graphics.Configuration.useIntegerPolygonIDs)
{
modelsUB.AddUInt("id_offset_uint", Configuration.instanceCount);
ShaderGL3.Replace("#if USE_INTEGER_POLYGON_ID", "#if 1");
}
else
{
modelsUB.AddVec4("id_offset_vec3", Configuration.instanceCount);
ShaderGL3.Replace("#if USE_INTEGER_POLYGON_ID", "#if 0");
}
modelsUB.Seal();
uniforms.Append(modelsUB.ToString());
globalUB = new UniformBlockRL("global");
globalUB.AddVec4("add_color");
globalUB.AddFloat("alpha");
globalUB.Seal();
uniforms.Append(globalUB.ToString());
uniforms.Append(LightsUniforms.UniformBlockRL.SourceRL);
LightsUniforms.UniformBufferRL.Use();
ShaderGL3.Replace("MAX_LIGHT_COUNT", Configuration.maxLightCount.ToString());
models = UniformBufferFactory.Create(modelsUB);
global = UniformBufferFactory.Create(globalUB);
global.Floats("alpha").Set(1.0f);
global.Floats("add_color").Set(0.0f, 0.0f, 0.4f);
global.Sync();
LightsUniforms.Exposure.Set(1.0f);
LightsUniforms.Bias.Set(-0.002f, 0.0f, 0.002f);
LightsUniforms.AmbientLightColor.Set(0.2f, 0.2f, 0.2f);
LightsUniforms.UniformBufferRL.Sync();
models.Use();
global.Use();
var nearestClampToEdge = new SamplerRL();
nearestClampToEdge.MinFilter = OpenTK.Graphics.OpenGL.TextureMinFilter.Nearest;
nearestClampToEdge.MagFilter = OpenTK.Graphics.OpenGL.TextureMagFilter.Nearest;
nearestClampToEdge.Wrap = OpenTK.Graphics.OpenGL.TextureWrapMode.ClampToEdge;
nearestClampToEdge.CompareMode = OpenTK.Graphics.OpenGL.TextureCompareMode.None;
var bilinearClampToEdge = new SamplerRL();
bilinearClampToEdge.MinFilter = OpenTK.Graphics.OpenGL.TextureMinFilter.NearestMipmapLinear;
bilinearClampToEdge.MagFilter = OpenTK.Graphics.OpenGL.TextureMagFilter.Linear;
bilinearClampToEdge.Wrap = OpenTK.Graphics.OpenGL.TextureWrapMode.ClampToEdge;
bilinearClampToEdge.CompareMode = OpenTK.Graphics.OpenGL.TextureCompareMode.None;
Samplers.Global.AddSampler2D("t_font", nearestClampToEdge);
Samplers.Global.AddSampler2D("t_ninepatch", bilinearClampToEdge).TextureUnitIndex = 1;
Samplers.Global.AddSampler2D("t_cube", bilinearClampToEdge);
Samplers.Global.AddSampler2D("t_left", nearestClampToEdge);
Samplers.Global.AddSampler2D("t_right", nearestClampToEdge).TextureUnitIndex = 1;
Samplers.Global.AddSampler2D("t_surface_color", bilinearClampToEdge);
Samplers.Global.AddSampler2D("t_particle", bilinearClampToEdge);
Samplers.Global.AddSampler2DArray("t_shadowmap_vis", bilinearClampToEdge);
Samplers.Global.Seal();
materialUB = new UniformBlockRL("material");
materialUB.AddVec4("surface_diffuse_reflectance_color");
materialUB.AddVec4("surface_specular_reflectance_color");
materialUB.AddFloat("surface_specular_reflectance_exponent");
materialUB.AddVec2("surface_rim_parameters");
materialUB.AddVec4("grid_size");
materialUB.AddFloat("surface_roughness");
materialUB.AddFloat("surface_isotropy");
materialUB.AddFloat("contrast").Default = new Floats(1.0f);
materialUB.AddFloat("deghost").Default = new Floats(0.0f);
materialUB.AddFloat("saturation").Default = new Floats(1.0f);
materialUB.AddFloat("t");
materialUB.AddFloat("slider_t");
materialUB.AddVec4("fill_color");
materialUB.AddVec4("point_color");
materialUB.AddFloat("point_z_offset");
materialUB.AddVec4("line_color");
materialUB.AddVec2("line_width").Default = new Floats(1.0f, 0.25f); // \todo check how to compute .y
materialUB.AddFloat("bias_units");
materialUB.AddFloat("bias_factor");
materialUB.AddFloat("octaves").Default = new Floats(4.0f);
materialUB.AddFloat("offset").Default = new Floats(0.0f);
materialUB.AddFloat("frequency").Default = new Floats(2.2f);
materialUB.AddFloat("amplitude").Default = new Floats(0.2f);
materialUB.AddFloat("lacunarity").Default = new Floats(3.3f);
materialUB.AddFloat("persistence").Default = new Floats(0.25f);
materialUB.Seal();
uniforms.Append(MaterialUB.ToString());
uniforms.Append(Samplers.Global.ToString());
// Have these last
ShaderGL3.Replace("UNIFORMS;", uniforms.ToString());
ShaderGL3.Replace("INSTANCE_COUNT", "50");
}