Framebuffer (Nu)

Framebuffer Module

Namespace: OpenGL
Assembly: Nu.dll

Functions and values

Function or value	Description
`Framebuffer.DestroyColorBuffers (color, framebuffer, renderbuffer)` Full Usage: `Framebuffer.DestroyColorBuffers (color, framebuffer, renderbuffer)` Parameters: color : `Texture` framebuffer : `uint32` renderbuffer : `uint32`	Destroy color buffers. color : `Texture` framebuffer : `uint32` renderbuffer : `uint32`
`Framebuffer.DestroyColoringBuffers (color, depth, framebuffer, renderbuffer)` Full Usage: `Framebuffer.DestroyColoringBuffers (color, depth, framebuffer, renderbuffer)` Parameters: color : `Texture` depth : `Texture` framebuffer : `uint32` renderbuffer : `uint32`	Destroy coloring buffers. color : `Texture` depth : `Texture` framebuffer : `uint32` renderbuffer : `uint32`
`Framebuffer.DestroyEnvironmentFilterBuffers (environmentFilter, renderbuffer, framebuffer)` Full Usage: `Framebuffer.DestroyEnvironmentFilterBuffers (environmentFilter, renderbuffer, framebuffer)` Parameters: environmentFilter : `Texture` renderbuffer : `uint32` framebuffer : `uint32`	Destroy environment filter buffers. environmentFilter : `Texture` renderbuffer : `uint32` framebuffer : `uint32`
`Framebuffer.DestroyFilterBilateralDownSampleBuffers (downSample, upSample, framebuffer, renderbuffer)` Full Usage: `Framebuffer.DestroyFilterBilateralDownSampleBuffers (downSample, upSample, framebuffer, renderbuffer)` Parameters: downSample : `Texture` upSample : `Texture` framebuffer : `uint32` renderbuffer : `uint32`	Destroy filter bilateral down-sample buffers. downSample : `Texture` upSample : `Texture` framebuffer : `uint32` renderbuffer : `uint32`
`Framebuffer.DestroyFilterBox1dBuffers (filterBoxBlurTexture, renderbuffer, framebuffer)` Full Usage: `Framebuffer.DestroyFilterBox1dBuffers (filterBoxBlurTexture, renderbuffer, framebuffer)` Parameters: filterBoxBlurTexture : `Texture` renderbuffer : `uint32` framebuffer : `uint32`	Destroy filter box 1d buffers. filterBoxBlurTexture : `Texture` renderbuffer : `uint32` framebuffer : `uint32`
`Framebuffer.DestroyFilterBuffers (filter, renderbuffer, framebuffer)` Full Usage: `Framebuffer.DestroyFilterBuffers (filter, renderbuffer, framebuffer)` Parameters: filter : `Texture` renderbuffer : `uint32` framebuffer : `uint32`	Destroy filter buffers. filter : `Texture` renderbuffer : `uint32` framebuffer : `uint32`
`Framebuffer.DestroyFilterGaussian2dBuffers (filterGaussianTexture, renderbuffer, framebuffer)` Full Usage: `Framebuffer.DestroyFilterGaussian2dBuffers (filterGaussianTexture, renderbuffer, framebuffer)` Parameters: filterGaussianTexture : `Texture` renderbuffer : `uint32` framebuffer : `uint32`	Destroy filter gaussian 2d buffers. filterGaussianTexture : `Texture` renderbuffer : `uint32` framebuffer : `uint32`
`Framebuffer.DestroyGeometryBuffers (position, albedo, material, normalPlus, subdermalPlus, scatterPlus, renderbuffer, framebuffer)` Full Usage: `Framebuffer.DestroyGeometryBuffers (position, albedo, material, normalPlus, subdermalPlus, scatterPlus, renderbuffer, framebuffer)` Parameters: position : `Texture` albedo : `Texture` material : `Texture` normalPlus : `Texture` subdermalPlus : `Texture` scatterPlus : `Texture` renderbuffer : `uint32` framebuffer : `uint32`	Destroy geometry buffers. position : `Texture` albedo : `Texture` material : `Texture` normalPlus : `Texture` subdermalPlus : `Texture` scatterPlus : `Texture` renderbuffer : `uint32` framebuffer : `uint32`
`Framebuffer.DestroyIrradianceBuffers (irradiance, renderbuffer, framebuffer)` Full Usage: `Framebuffer.DestroyIrradianceBuffers (irradiance, renderbuffer, framebuffer)` Parameters: irradiance : `Texture` renderbuffer : `uint32` framebuffer : `uint32`	Destroy irradiance buffers. irradiance : `Texture` renderbuffer : `uint32` framebuffer : `uint32`
`Framebuffer.DestroyLightMappingBuffers (lightMapping, renderbuffer, framebuffer)` Full Usage: `Framebuffer.DestroyLightMappingBuffers (lightMapping, renderbuffer, framebuffer)` Parameters: lightMapping : `Texture` renderbuffer : `uint32` framebuffer : `uint32`	Destroy light mapping buffers. lightMapping : `Texture` renderbuffer : `uint32` framebuffer : `uint32`
`Framebuffer.DestroyLightingBuffers (lightAccum, fogAccum, framebuffer, renderbuffer)` Full Usage: `Framebuffer.DestroyLightingBuffers (lightAccum, fogAccum, framebuffer, renderbuffer)` Parameters: lightAccum : `Texture` fogAccum : `Texture` framebuffer : `uint32` renderbuffer : `uint32`	Destroy lighting buffers. lightAccum : `Texture` fogAccum : `Texture` framebuffer : `uint32` renderbuffer : `uint32`
`Framebuffer.DestroyShadowMapBuffers (shadowMap, renderbuffer, framebuffer)` Full Usage: `Framebuffer.DestroyShadowMapBuffers (shadowMap, renderbuffer, framebuffer)` Parameters: shadowMap : `Texture` renderbuffer : `uint32` framebuffer : `uint32`	Destroy shadow map buffers. shadowMap : `Texture` renderbuffer : `uint32` framebuffer : `uint32`
`Framebuffer.DestroyShadowTextureBuffers (shadowTexture, renderbuffer, framebuffer)` Full Usage: `Framebuffer.DestroyShadowTextureBuffers (shadowTexture, renderbuffer, framebuffer)` Parameters: shadowTexture : `Texture` renderbuffer : `uint32` framebuffer : `uint32`	Destroy shadow texture buffers. shadowTexture : `Texture` renderbuffer : `uint32` framebuffer : `uint32`
`Framebuffer.DestroySsaoBuffers (ssao, renderbuffer, framebuffer)` Full Usage: `Framebuffer.DestroySsaoBuffers (ssao, renderbuffer, framebuffer)` Parameters: ssao : `Texture` renderbuffer : `uint32` framebuffer : `uint32`	Destroy ssao buffers. ssao : `Texture` renderbuffer : `uint32` framebuffer : `uint32`
`Framebuffer.TryCreateColorBuffers (resolutionX, resolutionY)` Full Usage: `Framebuffer.TryCreateColorBuffers (resolutionX, resolutionY)` Parameters: resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`	Attempt to create color buffers. resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`
`Framebuffer.TryCreateColorDepthStencilBuffers (resolutionX, resolutionY)` Full Usage: `Framebuffer.TryCreateColorDepthStencilBuffers (resolutionX, resolutionY)` Parameters: resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`	Attempt to create color buffers. resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`
`Framebuffer.TryCreateColoringBuffers (resolutionX, resolutionY)` Full Usage: `Framebuffer.TryCreateColoringBuffers (resolutionX, resolutionY)` Parameters: resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * Texture * uint32 * uint32)>`	Attempt to create coloring buffers. resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * Texture * uint32 * uint32)>`
`Framebuffer.TryCreateEnvironmentFilterBuffers (resolutionX, resolutionY)` Full Usage: `Framebuffer.TryCreateEnvironmentFilterBuffers (resolutionX, resolutionY)` Parameters: resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`	Create environment filter buffers. resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`
`Framebuffer.TryCreateFilterBilateralDownSampleBuffers (resolutionX, resolutionY)` Full Usage: `Framebuffer.TryCreateFilterBilateralDownSampleBuffers (resolutionX, resolutionY)` Parameters: resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * Texture * uint32 * uint32)>`	Create filter bilateral down-sample buffers. resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * Texture * uint32 * uint32)>`
`Framebuffer.TryCreateFilterBox1dBuffers (resolutionX, resolutionY)` Full Usage: `Framebuffer.TryCreateFilterBox1dBuffers (resolutionX, resolutionY)` Parameters: resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`	Create filter box 1d buffers. resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`
`Framebuffer.TryCreateFilterBuffers (resolutionX, resolutionY)` Full Usage: `Framebuffer.TryCreateFilterBuffers (resolutionX, resolutionY)` Parameters: resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`	Create filter buffers. resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`
`Framebuffer.TryCreateFilterGaussian2dBuffers (resolutionX, resolutionY)` Full Usage: `Framebuffer.TryCreateFilterGaussian2dBuffers (resolutionX, resolutionY)` Parameters: resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`	Create filter gaussian 2d buffers. resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`
`Framebuffer.TryCreateGeometryBuffers (resolutionX, resolutionY)` Full Usage: `Framebuffer.TryCreateGeometryBuffers (resolutionX, resolutionY)` Parameters: resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * Texture * Texture * Texture * Texture * Texture * uint32 * uint32)>`	Create a geometry buffers. resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * Texture * Texture * Texture * Texture * Texture * uint32 * uint32)>`
`Framebuffer.TryCreateIrradianceBuffers (resolutionX, resolutionY)` Full Usage: `Framebuffer.TryCreateIrradianceBuffers (resolutionX, resolutionY)` Parameters: resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`	Create irradiance buffers. resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`
`Framebuffer.TryCreateLightMappingBuffers (resolutionX, resolutionY)` Full Usage: `Framebuffer.TryCreateLightMappingBuffers (resolutionX, resolutionY)` Parameters: resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`	Create light mapping buffers. resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`
`Framebuffer.TryCreateLightingBuffers (resolutionX, resolutionY)` Full Usage: `Framebuffer.TryCreateLightingBuffers (resolutionX, resolutionY)` Parameters: resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * Texture * uint32 * uint32)>`	Attempt to create lighting buffers. resolutionX : `int` resolutionY : `int` Returns: `Either<string, (Texture * Texture * uint32 * uint32)>`
`Framebuffer.TryCreateShadowMapBuffers (shadowResolutionX, shadowResolutionY)` Full Usage: `Framebuffer.TryCreateShadowMapBuffers (shadowResolutionX, shadowResolutionY)` Parameters: shadowResolutionX : `int` shadowResolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`	shadowResolutionX : `int` shadowResolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`
`Framebuffer.TryCreateShadowTextureBuffers (shadowResolutionX, shadowResolutionY)` Full Usage: `Framebuffer.TryCreateShadowTextureBuffers (shadowResolutionX, shadowResolutionY)` Parameters: shadowResolutionX : `int` shadowResolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`	Create shadow texture buffers. shadowResolutionX : `int` shadowResolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`
`Framebuffer.TryCreateSsaoBuffers (ssaoResolutionX, ssaoResolutionY)` Full Usage: `Framebuffer.TryCreateSsaoBuffers (ssaoResolutionX, ssaoResolutionY)` Parameters: ssaoResolutionX : `int` ssaoResolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`	Create ssao buffers. ssaoResolutionX : `int` ssaoResolutionY : `int` Returns: `Either<string, (Texture * uint32 * uint32)>`