Safe Haskell	None
Language	Haskell2010

Engine.Vulkan.Swapchain

Synopsis

data SwapchainResources = SwapchainResources {
- srInfo :: SwapchainInfo
- srImageViews :: Vector ImageView
- srImages :: Vector Image
- srRelease :: RefCounted
- srProjection :: ProjectionProcess
}
data SwapchainInfo = SwapchainInfo {
- siSwapchain :: SwapchainKHR
- siSwapchainReleaseKey :: ReleaseKey
- siPresentMode :: PresentModeKHR
- siMinImageCount :: Word32
- siSurfaceFormat :: Format
- siSurfaceColorspace :: ColorSpaceKHR
- siDepthFormat :: Format
- siMultisample :: SampleCountFlagBits
- siAnisotropy :: Float
- siImageExtent :: Extent2D
- siSurface :: SurfaceKHR
}
allocSwapchainResources :: (MonadResource (RIO env), HasVulkan env, HasLogFunc env) => SwapchainKHR -> Extent2D -> SurfaceKHR -> ProjectionProcess -> RIO env SwapchainResources
recreateSwapchainResources :: (MonadResource (RIO env), HasVulkan env, HasLogFunc env) => Extent2D -> SwapchainResources -> RIO env SwapchainResources
createSwapchain :: (MonadResource m, MonadVulkan env m, HasLogFunc env) => SwapchainKHR -> Extent2D -> SurfaceKHR -> m SwapchainInfo
threwSwapchainError :: MonadUnliftIO f => f () -> f Bool
class HasSwapchain a where
- getSurfaceExtent :: a -> Extent2D
- getSurfaceFormat :: a -> Format
- getDepthFormat :: a -> Format
- getMultisample :: a -> SampleCountFlagBits
- getAnisotropy :: a -> "max sampler anisotropy" ::: Float
- getSwapchainViews :: a -> Vector ImageView
- getMinImageCount :: a -> Word32
- getImageCount :: a -> Word32
setDynamic :: MonadIO io => CommandBuffer -> ("viewport" ::: Rect2D) -> ("scissor" ::: Rect2D) -> io ()
setDynamicFullscreen :: MonadIO io => CommandBuffer -> SwapchainResources -> io ()

Documentation

data SwapchainResources Source #

Constructors

SwapchainResources
Fields srInfo :: SwapchainInfo srImageViews :: Vector ImageView srImages :: Vector Image srRelease :: RefCounted srProjection :: ProjectionProcess

Instances

Instances details

HasSwapchain SwapchainResources Source #

Instance details

Defined in Engine.Vulkan.Swapchain

Methods

getSurfaceExtent :: SwapchainResources -> Extent2D Source #

getSurfaceFormat :: SwapchainResources -> Format Source #

getDepthFormat :: SwapchainResources -> Format Source #

getMultisample :: SwapchainResources -> SampleCountFlagBits Source #

getAnisotropy :: SwapchainResources -> "max sampler anisotropy" ::: Float Source #

getSwapchainViews :: SwapchainResources -> Vector ImageView Source #

getMinImageCount :: SwapchainResources -> Word32 Source #

getImageCount :: SwapchainResources -> Word32 Source #

data SwapchainInfo Source #

Constructors

SwapchainInfo
Fields siSwapchain :: SwapchainKHR siSwapchainReleaseKey :: ReleaseKey siPresentMode :: PresentModeKHR siMinImageCount :: Word32 siSurfaceFormat :: Format siSurfaceColorspace :: ColorSpaceKHR siDepthFormat :: Format siMultisample :: SampleCountFlagBits siAnisotropy :: Float siImageExtent :: Extent2D siSurface :: SurfaceKHR

allocSwapchainResources Source #

Arguments

:: (MonadResource (RIO env), HasVulkan env, HasLogFunc env)
=> SwapchainKHR	Previous swapchain, can be NULL_HANDLE
-> Extent2D	If the swapchain size determines the surface size, use this size
-> SurfaceKHR
-> ProjectionProcess
-> RIO env SwapchainResources

Allocate everything which depends on the swapchain

recreateSwapchainResources Source #

Arguments

:: (MonadResource (RIO env), HasVulkan env, HasLogFunc env)
=> Extent2D
-> SwapchainResources	The reference to these resources will be dropped
-> RIO env SwapchainResources

createSwapchain Source #

Arguments

:: (MonadResource m, MonadVulkan env m, HasLogFunc env)
=> SwapchainKHR	Old swapchain, can be NULL_HANDLE
-> Extent2D	If the swapchain size determines the surface size, use this size
-> SurfaceKHR
-> m SwapchainInfo