/// <summary>
/// Compiles and links vertex and fragment shaders from strings.
/// </summary>
/// <param name="shaderProgram">The empty shader to which the two shader sources are linked to.</param>
/// <param name="sVertexShd_">The vertex shader source code string.</param>
/// <param name="sFragmentShd_">The fragment shader source code string.</param>
/// <returns>The shader log, Empty if no errors.</returns>
public static string FromStrings(this IShaderProgram shaderProgram, string sVertexShd_, string sFragmentShd_)
{
shaderProgram.Compile(sVertexShd_, ShaderType.VertexShader);
shaderProgram.Compile(sFragmentShd_, ShaderType.FragmentShader);
shaderProgram.Link();
return(shaderProgram.LastLog);
}
public bool LoadShaders()
{
List <OrthoRenderer> rendererers = new List <OrthoRenderer>();
orthoShaderKeys = capi.Assets.TryGet("config/orthoshaderlist.json")?.ToObject <string[]>();
if (orthoShaderKeys == null)
{
return(false);
}
for (int i = 0; i < orthoShaderKeys.Length; i++)
{
IShaderProgram shader = capi.Shader.NewShaderProgram();
int program = capi.Shader.RegisterFileShaderProgram(orthoShaderKeys[i], shader);
shader = capi.Render.GetShader(program);
shader.Compile();
OrthoRenderer renderer = new OrthoRenderer(capi, shader);
if (orthoRenderers != null)
{
orthoRenderers[i].prog = shader;
capi.Event.ReRegisterRenderer(orthoRenderers[i], EnumRenderStage.Ortho);
}
rendererers.Add(renderer);
}
orthoRenderers = rendererers.ToArray();
return(true);
}
public bool LoadShaders()
{
if (renderer != null)
{
capi.Event.UnregisterRenderer(renderer, EnumRenderStage.Ortho);
renderer.Dispose();
}
List <IShaderProgram> shaders = new List <IShaderProgram>();
orthoShaderKeys = capi.Assets.TryGet("config/orthoshaderlist.json")?.ToObject <string[]>();
if (orthoShaderKeys == null)
{
return(false);
}
foreach (var val in orthoShaderKeys)
{
IShaderProgram shader = capi.Shader.NewShaderProgram();
int program = capi.Shader.RegisterFileShaderProgram(val, shader);
shader = capi.Render.GetShader(program);
shader.Compile();
shaders.Add(shader);
}
renderer = new ScreenSpaceRenderer(capi, shaders);
capi.Event.RegisterRenderer(renderer, EnumRenderStage.Ortho);
return(true);
}
public bool LoadShader()
{
prog = capi.Shader.NewShaderProgram();
prog.VertexShader = capi.Shader.NewShader(EnumShaderType.VertexShader);
prog.FragmentShader = capi.Shader.NewShader(EnumShaderType.FragmentShader);
capi.Shader.RegisterFileShaderProgram("rift", prog);
return(prog.Compile());
}
private bool LoadShader()
{
anvilShaderProg = capi.Shader.NewShaderProgram();
anvilShaderProg.VertexShader = capi.Shader.NewShader(EnumShaderType.VertexShader);
anvilShaderProg.FragmentShader = capi.Shader.NewShader(EnumShaderType.FragmentShader);
capi.Shader.RegisterFileShaderProgram("anvilworkitem", anvilShaderProg);
return(anvilShaderProg.Compile());
}
public bool LoadShader()
{
prog = capi.Shader.NewShaderProgram();
prog.VertexShader = capi.Shader.NewShader(EnumShaderType.VertexShader);
prog.FragmentShader = capi.Shader.NewShader(EnumShaderType.FragmentShader);
capi.Shader.RegisterFileShaderProgram("mechpower", prog);
prog.PrepareUniformLocations("rgbaFogIn", "rgbaAmbientIn", "fogMinIn", "fogDensityIn", "projectionMatrix", "modelViewMatrix", "tex");
return(prog.Compile());
}
public bool LoadShader()
{
prog = capi.Shader.NewShaderProgram();
prog.VertexShader = capi.Shader.NewShader(EnumShaderType.VertexShader);
prog.FragmentShader = capi.Shader.NewShader(EnumShaderType.FragmentShader);
capi.Shader.RegisterFileShaderProgram("clouds", prog);
prog.PrepareUniformLocations("zNear", "zFar", "sunPosition", "sunColor", "dayLight", "windOffset", "playerPos", "globalCloudBrightness", "rgbaFogIn", "fogMinIn", "fogDensityIn", "flatFogDensity", "flatFogStart", "projectionMatrix", "modelViewMatrix", "shadowDistanceFar", "toShadowMapSpaceMatrixFar", "shadowDistanceNear", "toShadowMapSpaceMatrixNear", "pointLights", "pointLightColors", "pointLightQuantity", "cloudTileSize", "cloudsLength");
return(prog.Compile());
}
public bool LoadShader()
{
overlayShaderProg = capi.Shader.NewShaderProgram();
overlayShaderProg.VertexShader = capi.Shader.NewShader(EnumShaderType.VertexShader);
overlayShaderProg.FragmentShader = capi.Shader.NewShader(EnumShaderType.FragmentShader);
overlayShaderProg.VertexShader.Code = GetVertexShaderCode();
overlayShaderProg.FragmentShader.Code = GetFragmentShaderCode();
capi.Shader.RegisterMemoryShaderProgram("squintoverlay", overlayShaderProg);
overlayShaderProg.Compile();
return(true);
}
public void LoadShader()
{
overlayShaderProg = capi.Shader.NewShaderProgram();
overlayShaderProg.VertexShader = capi.Shader.NewShader(EnumShaderType.VertexShader);
overlayShaderProg.FragmentShader = capi.Shader.NewShader(EnumShaderType.FragmentShader);
overlayShaderProg.VertexShader.Code = GetVertexShaderCode();
overlayShaderProg.FragmentShader.Code = GetFragmentShaderCode();
capi.Shader.RegisterMemoryShaderProgram("exampleoverlay", overlayShaderProg);
overlayShaderProg.PrepareUniformLocations("time");
overlayShaderProg.Compile();
if (renderer != null)
{
renderer.overlayShaderProg = overlayShaderProg;
}
}
public bool LoadShader()
{
eyeShaderProg = capi.Shader.NewShaderProgram();
eyeShaderProg.VertexShader = capi.Shader.NewShader(EnumShaderType.VertexShader);
eyeShaderProg.FragmentShader = capi.Shader.NewShader(EnumShaderType.FragmentShader);
eyeShaderProg.VertexShader.Code = VertexShaderCode;
eyeShaderProg.FragmentShader.Code = FragmentShaderCode;
capi.Shader.RegisterMemoryShaderProgram("sleepoverlay", eyeShaderProg);
if (renderer != null)
{
renderer.eyeShaderProg = eyeShaderProg;
}
return(eyeShaderProg.Compile());
}