LightMap (Nu) | Nu

LightMap Module

Namespace: Nu.Vulkan
Assembly: Nu.dll

Light map operations.

Functions and values

Function or value	Description
`LightMap.createEnvironmentFilterMap resolution environmentFilterSurface sampler colorFormat environmentFilterPipeline getCommandBuffer advanceCommandBufferWhenNeeded context` Full Usage: `LightMap.createEnvironmentFilterMap resolution environmentFilterSurface sampler colorFormat environmentFilterPipeline getCommandBuffer advanceCommandBufferWhenNeeded context` Parameters: resolution : `int` environmentFilterSurface : `CubeMapSurface` sampler : `Sampler` colorFormat : `ImageFormat` environmentFilterPipeline : `EnvironmentFilterPipeline` getCommandBuffer : `unit -> VkCommandBuffer` advanceCommandBufferWhenNeeded : `unit -> unit` context : `VulkanContext` Returns: `Texture`	Create an environment filter map. resolution : `int` environmentFilterSurface : `CubeMapSurface` sampler : `Sampler` colorFormat : `ImageFormat` environmentFilterPipeline : `EnvironmentFilterPipeline` getCommandBuffer : `unit -> VkCommandBuffer` advanceCommandBufferWhenNeeded : `unit -> unit` context : `VulkanContext` Returns: `Texture`
`LightMap.createEnvironmentFilterPipeline shaderPath colorAttachmentFormat context` Full Usage: `LightMap.createEnvironmentFilterPipeline shaderPath colorAttachmentFormat context` Parameters: shaderPath : `string` colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `EnvironmentFilterPipeline`	Create an EnvironmentFilterPipeline. shaderPath : `string` colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `EnvironmentFilterPipeline`
`LightMap.createIrradianceMap resolution cubeMapSurface sampler colorFormat irradiancePipeline getCommandBuffer advanceCommandBufferWhenNeeded context` Full Usage: `LightMap.createIrradianceMap resolution cubeMapSurface sampler colorFormat irradiancePipeline getCommandBuffer advanceCommandBufferWhenNeeded context` Parameters: resolution : `int` cubeMapSurface : `CubeMapSurface` sampler : `Sampler` colorFormat : `ImageFormat` irradiancePipeline : `CubeMapPipeline` getCommandBuffer : `unit -> VkCommandBuffer` advanceCommandBufferWhenNeeded : `unit -> unit` context : `VulkanContext` Returns: `Texture`	resolution : `int` cubeMapSurface : `CubeMapSurface` sampler : `Sampler` colorFormat : `ImageFormat` irradiancePipeline : `CubeMapPipeline` getCommandBuffer : `unit -> VkCommandBuffer` advanceCommandBufferWhenNeeded : `unit -> unit` context : `VulkanContext` Returns: `Texture`
`LightMap.createLightMap enabled origin ambientColor ambientBrightness bounds irradianceMap environmentFilterMap` Full Usage: `LightMap.createLightMap enabled origin ambientColor ambientBrightness bounds irradianceMap environmentFilterMap` Parameters: enabled : `bool` origin : `Vector3` ambientColor : `Color` ambientBrightness : `single` bounds : `Box3` irradianceMap : `Texture` environmentFilterMap : `Texture` Returns: `LightMap`	Create a light map with existing irradiance and environment filter maps. enabled : `bool` origin : `Vector3` ambientColor : `Color` ambientBrightness : `single` bounds : `Box3` irradianceMap : `Texture` environmentFilterMap : `Texture` Returns: `LightMap`
`LightMap.createReflectionMap render resolution origin ambientColor ambientBrightness getCommandBuffer context` Full Usage: `LightMap.createReflectionMap render resolution origin ambientColor ambientBrightness getCommandBuffer context` Parameters: render : `bool -> ('a * 'b) option -> Vector3 -> Matrix4x4 -> Matrix4x4 -> Frustum -> Matrix4x4 -> Matrix4x4 -> VkRect2D -> int32 -> VkImage -> unit` resolution : `int` origin : `Vector3` ambientColor : `'a` ambientBrightness : `'b` getCommandBuffer : `unit -> VkCommandBuffer` context : `VulkanContext` Returns: `Texture`	Create a reflection map. render : `bool -> ('a * 'b) option -> Vector3 -> Matrix4x4 -> Matrix4x4 -> Frustum -> Matrix4x4 -> Matrix4x4 -> VkRect2D -> int32 -> VkImage -> unit` resolution : `int` origin : `Vector3` ambientColor : `'a` ambientBrightness : `'b` getCommandBuffer : `unit -> VkCommandBuffer` context : `VulkanContext` Returns: `Texture`
`LightMap.destroyEnvironmentFilterPipeline environmentFilterPipeline context` Full Usage: `LightMap.destroyEnvironmentFilterPipeline environmentFilterPipeline context` Parameters: environmentFilterPipeline : `EnvironmentFilterPipeline` context : `VulkanContext`	Destroy an EnvironmentFilterPipeline. environmentFilterPipeline : `EnvironmentFilterPipeline` context : `VulkanContext`
`LightMap.destroyLightMap lightMap context` Full Usage: `LightMap.destroyLightMap lightMap context` Parameters: lightMap : `LightMap` context : `VulkanContext`	Destroy a light map, including its irradiance environment filter maps. lightMap : `LightMap` context : `VulkanContext`
`LightMap.drawEnvironmentFilter eyeCenter view projectionUnflipped roughness resolution flipped cubeMap sampler geometry colorAttachment pipeline getCommandBuffer advanceCommandBufferWhenNeeded context` Full Usage: `LightMap.drawEnvironmentFilter eyeCenter view projectionUnflipped roughness resolution flipped cubeMap sampler geometry colorAttachment pipeline getCommandBuffer advanceCommandBufferWhenNeeded context` Parameters: eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` roughness : `single` resolution : `single` flipped : `bool` cubeMap : `Texture` sampler : `Sampler` geometry : `CubeMapGeometry` colorAttachment : `VkImageView` pipeline : `EnvironmentFilterPipeline` getCommandBuffer : `unit -> VkCommandBuffer` advanceCommandBufferWhenNeeded : `unit -> unit` context : `VulkanContext`	Draw an environment filter. eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` roughness : `single` resolution : `single` flipped : `bool` cubeMap : `Texture` sampler : `Sampler` geometry : `CubeMapGeometry` colorAttachment : `VkImageView` pipeline : `EnvironmentFilterPipeline` getCommandBuffer : `unit -> VkCommandBuffer` advanceCommandBufferWhenNeeded : `unit -> unit` context : `VulkanContext`