-- Hoogle documentation, generated by Haddock
-- See Hoogle, http://www.haskell.org/hoogle/


-- | Basic rendering programs for Keid engine.
--   
--   Basic rendering programs for Keid engine.
@package keid-render-basic
@version 0.1.8.0

module Global.Resource.CubeMap.Base.Paths
pattern BLACK_KTX_ZST :: FilePath
pattern BLACK_KTX2 :: FilePath

module Global.Resource.CubeMap.Base
data Collection a
Collection :: a -> Collection a
[$sel:black:Collection] :: Collection a -> a
type Textures = Collection (Texture CubeMap)
sources :: Collection Source
instance GHC.Base.Applicative Global.Resource.CubeMap.Base.Collection
instance GHC.Generics.Generic1 Global.Resource.CubeMap.Base.Collection
instance Data.Traversable.Traversable Global.Resource.CubeMap.Base.Collection
instance Data.Foldable.Foldable Global.Resource.CubeMap.Base.Collection
instance GHC.Base.Functor Global.Resource.CubeMap.Base.Collection
instance GHC.Show.Show a => GHC.Show.Show (Global.Resource.CubeMap.Base.Collection a)

module Global.Resource.Texture.Base.Paths
pattern BLACK_KTX_ZST :: FilePath
pattern IBL_BRDF_LUT_KTX_ZST :: FilePath
pattern BLACK_KTX2 :: FilePath
pattern IBL_BRDF_LUT_KTX2 :: FilePath
pattern FLAT_KTX_ZST :: FilePath
pattern FLAT_KTX2 :: FilePath

module Global.Resource.Texture.Base
data Collection a
Collection :: a -> a -> a -> Collection a
[$sel:black:Collection] :: Collection a -> a
[$sel:flat:Collection] :: Collection a -> a
[$sel:ibl_brdf_lut:Collection] :: Collection a -> a
type Textures = Collection (Texture Flat)
sources :: Collection Source
instance GHC.Base.Applicative Global.Resource.Texture.Base.Collection
instance GHC.Generics.Generic1 Global.Resource.Texture.Base.Collection
instance Data.Traversable.Traversable Global.Resource.Texture.Base.Collection
instance Data.Foldable.Foldable Global.Resource.Texture.Base.Collection
instance GHC.Base.Functor Global.Resource.Texture.Base.Collection
instance GHC.Show.Show a => GHC.Show.Show (Global.Resource.Texture.Base.Collection a)

module Render.Code.Lit
raySphereIntersection :: Code

-- | The Henyey-Greenstein Phase Function
hgPhase :: Code
structLight :: Code
structMaterial :: Code
shadowFuns :: Code
litMain :: Code
brdfSpecular :: Code

module Render.DescSets.Set0.Code
set0binding0 :: Code
set0binding1 :: Code
set0binding2 :: Code
set0binding3 :: Code
set0binding4 :: Code
set0binding5 :: Code
set0binding5color :: Code
set0binding6 :: Code

module Render.DepthOnly.Code
vert :: Code

module Render.Debug.Code
vert :: Code
frag :: Code

module Render.DescSets.Sun
data Sun
Sun :: Transform -> Vec4 -> Vec4 -> Vec4 -> Vec4 -> Sun
[$sel:sunViewProjection:Sun] :: Sun -> Transform
[$sel:sunShadow:Sun] :: Sun -> Vec4
[$sel:sunPosition:Sun] :: Sun -> Vec4
[$sel:sunDirection:Sun] :: Sun -> Vec4
[$sel:sunColor:Sun] :: Sun -> Vec4
createSet0Ds :: Tagged '[Sun] DescriptorSetLayout -> ResourceT (StageRIO st) (Tagged '[Sun] (Vector DescriptorSet), Buffer)
set0 :: Tagged Sun DsLayoutBindings

-- | Maximum "guaranteed" amount for multiview passes
pattern MAX_VIEWS :: Int
type Buffer = Allocated 'Coherent Sun
data SunInput
SunInput :: Vec4 -> Float -> Float -> Float -> Vec3 -> Float -> Float -> Float -> SunInput
[$sel:siColor:SunInput] :: SunInput -> Vec4
[$sel:siInclination:SunInput] :: SunInput -> Float
[$sel:siAzimuth:SunInput] :: SunInput -> Float
[$sel:siRadius:SunInput] :: SunInput -> Float
[$sel:siTarget:SunInput] :: SunInput -> Vec3
[$sel:siDepthRange:SunInput] :: SunInput -> Float
[$sel:siSize:SunInput] :: SunInput -> Float
[$sel:siShadowIx:SunInput] :: SunInput -> Float
initialSunInput :: SunInput
type Process = Cell SunInput ("bounding box" ::: Transform, Sun)
spawn1 :: (MonadResource m, MonadUnliftIO m) => SunInput -> m Process
mkSun :: SunInput -> ("bounding box" ::: Transform, Sun)
type Observer = ObserverIO (Vector ("bounding box" ::: Transform))
newObserver1 :: MonadIO m => m Observer
observe1 :: MonadUnliftIO m => Process -> Observer -> Buffer -> m ()
instance GHC.Generics.Generic Render.DescSets.Sun.Sun
instance GHC.Show.Show Render.DescSets.Sun.Sun
instance Foreign.Storable.Generic.Internal.GStorable Render.DescSets.Sun.Sun
instance Vulkan.Zero.Zero Render.DescSets.Sun.Sun

module Render.Font.EvanwSdf.Code
vert :: Code
frag :: Code

module Render.Font.EvanwSdf.Model
data InstanceAttrs
InstanceAttrs :: Vec4 -> Vec4 -> Vec4 -> Vec4 -> Int32 -> Int32 -> Float -> Float -> InstanceAttrs
[$sel:vertRect:InstanceAttrs] :: InstanceAttrs -> Vec4
[$sel:fragRect:InstanceAttrs] :: InstanceAttrs -> Vec4
[$sel:color:InstanceAttrs] :: InstanceAttrs -> Vec4
[$sel:outlineColor:InstanceAttrs] :: InstanceAttrs -> Vec4
[$sel:samplerId:InstanceAttrs] :: InstanceAttrs -> Int32
[$sel:textureId:InstanceAttrs] :: InstanceAttrs -> Int32
[$sel:smoothing:InstanceAttrs] :: InstanceAttrs -> Float
[$sel:outlineWidth:InstanceAttrs] :: InstanceAttrs -> Float
instance GHC.Generics.Generic Render.Font.EvanwSdf.Model.InstanceAttrs
instance GHC.Show.Show Render.Font.EvanwSdf.Model.InstanceAttrs
instance GHC.Classes.Eq Render.Font.EvanwSdf.Model.InstanceAttrs
instance Foreign.Storable.Generic.Internal.GStorable Render.Font.EvanwSdf.Model.InstanceAttrs
instance Engine.Vulkan.Format.HasVkFormat Render.Font.EvanwSdf.Model.InstanceAttrs
instance Engine.Vulkan.Pipeline.Graphics.HasVertexInputBindings Render.Font.EvanwSdf.Model.InstanceAttrs

module Render.ForwardMsaa
data ForwardMsaa
ForwardMsaa :: RenderPass -> AllocatedImage -> AllocatedImage -> Vector Framebuffer -> Rect2D -> Vector ClearValue -> RefCounted -> ForwardMsaa
[$sel:fmRenderPass:ForwardMsaa] :: ForwardMsaa -> RenderPass
[$sel:fmColor:ForwardMsaa] :: ForwardMsaa -> AllocatedImage
[$sel:fmDepth:ForwardMsaa] :: ForwardMsaa -> AllocatedImage
[$sel:fmFrameBuffers:ForwardMsaa] :: ForwardMsaa -> Vector Framebuffer
[$sel:fmRenderArea:ForwardMsaa] :: ForwardMsaa -> Rect2D
[$sel:fmClear:ForwardMsaa] :: ForwardMsaa -> Vector ClearValue
[$sel:fmRelease:ForwardMsaa] :: ForwardMsaa -> RefCounted
allocateMsaa :: (MonadResource m, MonadVulkan env m, HasLogFunc env, HasSwapchain swapchain) => swapchain -> m ForwardMsaa
updateMsaa :: (MonadResource m, MonadVulkan env m, HasLogFunc env, HasSwapchain swapchain) => swapchain -> ForwardMsaa -> m ForwardMsaa
usePass :: (MonadIO io, HasRenderPass a) => a -> Word32 -> CommandBuffer -> io r -> io r
instance Engine.Vulkan.Types.HasRenderPass Render.ForwardMsaa.ForwardMsaa
instance Engine.Vulkan.Types.RenderPass Render.ForwardMsaa.ForwardMsaa

module Render.Lit.Colored.Code
vert :: Code
frag :: Code

module Render.Lit.Colored.Model
type Model buf = Indexed buf Packed VertexAttrs
type Vertex = Vertex3d VertexAttrs
data VertexAttrs
VertexAttrs :: Vec4 -> Vec4 -> Vec2 -> Packed -> VertexAttrs
[$sel:vaBaseColor:VertexAttrs] :: VertexAttrs -> Vec4
[$sel:vaEmissiveColor:VertexAttrs] :: VertexAttrs -> Vec4
[$sel:vaMetallicRoughness:VertexAttrs] :: VertexAttrs -> Vec2
[$sel:vaNormal:VertexAttrs] :: VertexAttrs -> Packed
type InstanceAttrs = Transform
instance Foreign.Storable.Storable Render.Lit.Colored.Model.VertexAttrs
instance Engine.Vulkan.Format.HasVkFormat Render.Lit.Colored.Model.VertexAttrs
instance Geomancy.Gl.Block.Block Render.Lit.Colored.Model.VertexAttrs
instance GHC.Generics.Generic Render.Lit.Colored.Model.VertexAttrs
instance GHC.Show.Show Render.Lit.Colored.Model.VertexAttrs
instance GHC.Classes.Ord Render.Lit.Colored.Model.VertexAttrs
instance GHC.Classes.Eq Render.Lit.Colored.Model.VertexAttrs

module Render.Lit.Material
data Material
Material :: Vec4 -> Vec2 -> Vec4 -> Float -> Float -> Int32 -> Int32 -> Int32 -> Int32 -> Int32 -> Material
[$sel:mBaseColor:Material] :: Material -> Vec4
[$sel:mMetallicRoughness:Material] :: Material -> Vec2
[$sel:mEmissive:Material] :: Material -> Vec4
[$sel:mNormalScale:Material] :: Material -> Float
[$sel:mAlphaCutoff:Material] :: Material -> Float
[$sel:mBaseColorTex:Material] :: Material -> Int32
[$sel:mMetallicRoughnessTex:Material] :: Material -> Int32
[$sel:mEmissiveTex:Material] :: Material -> Int32
[$sel:mNormalTex:Material] :: Material -> Int32
[$sel:mAmbientOcclusionTex:Material] :: Material -> Int32
shiftTextures :: Int32 -> Material -> Material
instance GHC.Generics.Generic Render.Lit.Material.Material
instance GHC.Show.Show Render.Lit.Material.Material
instance GHC.Classes.Ord Render.Lit.Material.Material
instance GHC.Classes.Eq Render.Lit.Material.Material
instance Foreign.Storable.Generic.Internal.GStorable Render.Lit.Material.Material
instance Vulkan.Zero.Zero Render.Lit.Material.Material

module Render.DescSets.Set0
data Scene
Scene :: Transform -> Transform -> Transform -> Transform -> Vec3 -> Vec3 -> Vec4 -> Vec4 -> Int32 -> Word32 -> Scene
[$sel:sceneProjection:Scene] :: Scene -> Transform
[$sel:sceneInvProjection:Scene] :: Scene -> Transform
[$sel:sceneView:Scene] :: Scene -> Transform
[$sel:sceneInvView:Scene] :: Scene -> Transform
[$sel:sceneViewPos:Scene] :: Scene -> Vec3
[$sel:sceneViewDir:Scene] :: Scene -> Vec3

-- | 4 debug tweaks bound to Kontrol
[$sel:sceneTweaks:Scene] :: Scene -> Vec4
[$sel:sceneFog:Scene] :: Scene -> Vec4
[$sel:sceneEnvCube:Scene] :: Scene -> Int32
[$sel:sceneNumLights:Scene] :: Scene -> Word32
emptyScene :: Scene
allocate :: (Traversable textures, Traversable cubes, MonadVulkan env m, MonadResource m) => Tagged '[Scene] DescriptorSetLayout -> textures (Texture Flat) -> cubes (Texture CubeMap) -> Maybe (Allocated 'Coherent Sun) -> ("shadow maps" ::: Vector ImageView) -> Maybe (Allocated 'Coherent Material) -> ResourceT m (FrameResource '[Scene])

-- | Minimal viable <a>Scene</a> without textures and lighting.
allocateEmpty :: (MonadVulkan env m, MonadResource m) => Tagged '[Scene] DescriptorSetLayout -> ResourceT m (FrameResource '[Scene])
updateSet0Ds :: (HasVulkan context, Traversable textures, Traversable cubes, MonadIO m) => context -> Tagged '[Scene] (Vector DescriptorSet) -> Allocated 'Coherent Scene -> textures (Texture Flat) -> cubes (Texture CubeMap) -> Maybe (Allocated 'Coherent Sun) -> Vector (Sampler, ImageView) -> Maybe (Allocated 'Coherent Material) -> m ()
mkBindings :: (Foldable samplers, Foldable textures, Foldable cubemaps) => samplers Sampler -> textures a -> cubemaps b -> Word32 -> Tagged Scene DsLayoutBindings
data FrameResource (ds :: [Type])
FrameResource :: Tagged ds (Vector DescriptorSet) -> Buffer -> ObserverIO Scene -> FrameResource (ds :: [Type])
[$sel:frDescSets:FrameResource] :: FrameResource (ds :: [Type]) -> Tagged ds (Vector DescriptorSet)
[$sel:frBuffer:FrameResource] :: FrameResource (ds :: [Type]) -> Buffer
[$sel:frObserver:FrameResource] :: FrameResource (ds :: [Type]) -> ObserverIO Scene
extendResourceDS :: FrameResource ds -> Tagged ext DescriptorSet -> FrameResource (Extend ds ext)
type Buffer = Allocated 'Coherent Scene

-- | A process that will assemble <a>Scene</a> values.
type Process = Merge Scene
observe :: MonadUnliftIO m => Process -> FrameResource ds -> m ()
withBoundSet0 :: MonadIO m => FrameResource ds -> Pipeline ds vertices instances -> CommandBuffer -> Bound ds Void Void m b -> m b
instance GHC.Generics.Generic Render.DescSets.Set0.Scene
instance GHC.Show.Show Render.DescSets.Set0.Scene
instance Foreign.Storable.Generic.Internal.GStorable Render.DescSets.Set0.Scene

module Render.Lit.Colored.Pipeline
type Pipeline = Pipeline '[Scene] Vertex InstanceAttrs
allocate :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
allocateBlend :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
type Config = Configure Pipeline
config :: Tagged Scene DsLayoutBindings -> Config
configBlend :: Tagged Scene DsLayoutBindings -> Config
stageCode :: StageCode
stageSpirv :: StageSpirv

module Render.Font.EvanwSdf.Pipeline
type Config = Configure Pipeline
config :: Tagged Scene DsLayoutBindings -> Config
type Pipeline = Pipeline '[Scene] () InstanceAttrs
allocate :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
stageCode :: StageCode
stageSpirv :: StageSpirv

module Render.DepthOnly.Pipeline
type Pipeline = Pipeline '[Scene] (Vertex3d ()) Transform
allocate :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
type Config = Configure Pipeline
config :: Tagged Scene DsLayoutBindings -> Config
stageCode :: StageCode
stageSpirv :: StageSpirv

module Render.Lit.Material.Code
vert :: Code
frag :: Code

module Render.Lit.Material.Model
type Model buf = Indexed buf Packed VertexAttrs
type Vertex = Vertex3d VertexAttrs
data VertexAttrs
VertexAttrs :: Vec2 -> Vec2 -> Packed -> Packed -> Word32 -> VertexAttrs
[$sel:vaTexCoord0:VertexAttrs] :: VertexAttrs -> Vec2
[$sel:vaTexCoord1:VertexAttrs] :: VertexAttrs -> Vec2
[$sel:vaNormal:VertexAttrs] :: VertexAttrs -> Packed
[$sel:vaTangent:VertexAttrs] :: VertexAttrs -> Packed
[$sel:vaMaterial:VertexAttrs] :: VertexAttrs -> Word32
type InstanceAttrs = Transform
data Material
instance Foreign.Storable.Storable Render.Lit.Material.Model.VertexAttrs
instance Engine.Vulkan.Format.HasVkFormat Render.Lit.Material.Model.VertexAttrs
instance Geomancy.Gl.Block.Block Render.Lit.Material.Model.VertexAttrs
instance GHC.Generics.Generic Render.Lit.Material.Model.VertexAttrs
instance GHC.Show.Show Render.Lit.Material.Model.VertexAttrs
instance GHC.Classes.Ord Render.Lit.Material.Model.VertexAttrs
instance GHC.Classes.Eq Render.Lit.Material.Model.VertexAttrs

module Render.Lit.Material.Pipeline
type Pipeline = Pipeline '[Scene] Vertex InstanceAttrs
allocate :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
allocateBlend :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
type Config = Configure Pipeline
config :: Tagged Scene DsLayoutBindings -> Config
configBlend :: Tagged Scene DsLayoutBindings -> Config
stageCode :: StageCode
stageSpirv :: StageSpirv

module Render.Lit.Textured.Code
vert :: Code
frag :: Code

module Render.Pass.Compose

-- | Composition<i>postprocessing</i>presentation pass
--   
--   Can be used to transfer images from
--   <a>Render.Pass.Offscreen.Offscreen</a> passes and tonemapping.
--   
--   Color attachments are derived from swapchain. The pass optmized for
--   image transfer: it has no depth attachment and does not clear. Use
--   image blitting that convers the whole area or a fullscreen shader.
data Compose
Compose :: RenderPass -> Vector Framebuffer -> Rect2D -> Vector ClearValue -> RefCounted -> Compose
[$sel:renderPass:Compose] :: Compose -> RenderPass
[$sel:frameBuffers:Compose] :: Compose -> Vector Framebuffer
[$sel:renderArea:Compose] :: Compose -> Rect2D
[$sel:clear:Compose] :: Compose -> Vector ClearValue
[$sel:release:Compose] :: Compose -> RefCounted
allocate :: (MonadResource m, MonadVulkan env m, HasLogFunc env, HasSwapchain swapchain) => swapchain -> m Compose
update :: (MonadResource m, MonadVulkan env m, HasSwapchain swapchain) => swapchain -> Compose -> m Compose
usePass :: (MonadIO io, HasRenderPass a) => a -> Word32 -> CommandBuffer -> io r -> io r
instance Engine.Vulkan.Types.HasRenderPass Render.Pass.Compose.Compose
instance Engine.Vulkan.Types.RenderPass Render.Pass.Compose.Compose

module Render.ShadowMap.Code
vert :: Code

module Render.ShadowMap.Pipeline
data Settings
Settings :: CullModeFlagBits -> Maybe (Float, Float) -> Settings
[$sel:cull:Settings] :: Settings -> CullModeFlagBits
[$sel:depthBias:Settings] :: Settings -> Maybe (Float, Float)
defaults :: Settings
type Pipeline = Pipeline '[Sun] (Vertex3d ()) Transform
allocate :: (HasVulkan env, HasRenderPass renderpass) => Tagged Sun DsLayoutBindings -> renderpass -> Settings -> ResourceT (RIO env) Pipeline
type Config = Configure Pipeline
config :: Tagged Sun DsLayoutBindings -> Settings -> Config
stageCode :: StageCode
stageSpirv :: StageSpirv

module Render.ShadowMap.RenderPass
data ShadowMap
ShadowMap :: RenderPass -> AllocatedImage -> Framebuffer -> Rect2D -> Extent2D -> Word32 -> Vector ClearValue -> RefCounted -> ShadowMap
[$sel:smRenderPass:ShadowMap] :: ShadowMap -> RenderPass
[$sel:smDepthImage:ShadowMap] :: ShadowMap -> AllocatedImage
[$sel:smFrameBuffer:ShadowMap] :: ShadowMap -> Framebuffer
[$sel:smRenderArea:ShadowMap] :: ShadowMap -> Rect2D
[$sel:smExtent:ShadowMap] :: ShadowMap -> Extent2D
[$sel:smLayerCount:ShadowMap] :: ShadowMap -> Word32
[$sel:smClear:ShadowMap] :: ShadowMap -> Vector ClearValue
[$sel:smRelease:ShadowMap] :: ShadowMap -> RefCounted
allocate :: (MonadResource m, MonadVulkan env m, HasLogFunc env, HasSwapchain context) => context -> Word32 -> ("light count" ::: Word32) -> m ShadowMap
usePass :: (MonadIO io, HasRenderPass a) => a -> Word32 -> CommandBuffer -> io r -> io r
instance Engine.Vulkan.Types.HasRenderPass Render.ShadowMap.RenderPass.ShadowMap
instance Engine.Vulkan.Types.RenderPass Render.ShadowMap.RenderPass.ShadowMap

module Render.Skybox.Code
vert :: Code
frag :: Code

module Render.Skybox.Pipeline
type Config = Configure Pipeline
config :: Tagged Scene DsLayoutBindings -> Config
type Pipeline = Pipeline '[Scene] () ()
allocate :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
stageCode :: StageCode
stageSpirv :: StageSpirv

module Render.Unlit.Colored.Code
vert :: Code
frag :: Code

module Render.Unlit.Colored.Model
type Model buf = Indexed buf Packed VertexAttrs
type Vertex = Vertex3d VertexAttrs
type VertexAttrs = "RGBA" ::: Vec4
rgbF :: Float -> Float -> Float -> VertexAttrs
black :: VertexAttrs
white :: VertexAttrs
type InstanceAttrs = Transform

module Render.Unlit.Colored.Pipeline
type Pipeline = Pipeline '[Scene] Vertex InstanceAttrs
allocate :: (HasVulkan env, HasRenderPass renderpass) => Bool -> SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
allocateWireframe :: (HasVulkan env, HasRenderPass renderpass) => Bool -> SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
type Config = Configure Pipeline
config :: Bool -> Tagged Scene DsLayoutBindings -> Config
configWireframe :: Bool -> Tagged Scene DsLayoutBindings -> Config
stageCode :: StageCode
stageSpirv :: StageSpirv

module Render.Unlit.Line2d.Code
vert :: Code
frag :: Code

module Render.Unlit.Line2d.Model
type Segment = Allocated 'Staged Packed
type Vertex = Vertex3d ()
createVertices :: MonadVulkan env m => Maybe Text -> Queues CommandPool -> Float -> m Segment

-- | Generate mesh for the round joints / round caps special case.
--   
--   With a bit of vertex shader code it allows drawing a batch of smooth
--   lines in one call.
verticesRoundRound :: Float -> Vector Packed
type Points = Vector InstanceAttrs
point :: Float -> Vec4 -> Vec2 -> InstanceAttrs
data InstanceAttrs
InstanceAttrs :: Vec4 -> Packed -> Float -> InstanceAttrs
[$sel:color:InstanceAttrs] :: InstanceAttrs -> Vec4
[$sel:position:InstanceAttrs] :: InstanceAttrs -> Packed
[$sel:width:InstanceAttrs] :: InstanceAttrs -> Float
type Buffer s = Allocated s InstanceAttrs
type Observer = ObserverCoherent InstanceAttrs
observeCoherentResize_ :: (MonadVulkan env m, HasOutput source, GetOutput source ~ Vector output, Storable output) => source -> ObserverCoherent output -> m ()
newtype Batches v a
Batches :: [v a] -> Batches v a
type BatchObserver = ObserverIO (Buffer 'Coherent, Ranges)
newBatchObserver :: (MonadVulkan env m, MonadResource m) => ("initial size" ::: Int) -> m BatchObserver
observeCoherentBatches :: (GetOutput output ~ Batches Vector InstanceAttrs, HasOutput output, MonadVulkan env m) => output -> BatchObserver -> m ()
instance GHC.Generics.Generic Render.Unlit.Line2d.Model.InstanceAttrs
instance GHC.Show.Show Render.Unlit.Line2d.Model.InstanceAttrs
instance GHC.Classes.Eq Render.Unlit.Line2d.Model.InstanceAttrs
instance GHC.Base.Monoid (Render.Unlit.Line2d.Model.Batches v a)
instance GHC.Base.Semigroup (Render.Unlit.Line2d.Model.Batches v a)
instance Data.Traversable.Traversable v => Data.Traversable.Traversable (Render.Unlit.Line2d.Model.Batches v)
instance Data.Foldable.Foldable v => Data.Foldable.Foldable (Render.Unlit.Line2d.Model.Batches v)
instance GHC.Base.Functor v => GHC.Base.Functor (Render.Unlit.Line2d.Model.Batches v)
instance GHC.Classes.Ord (v a) => GHC.Classes.Ord (Render.Unlit.Line2d.Model.Batches v a)
instance GHC.Show.Show (v a) => GHC.Show.Show (Render.Unlit.Line2d.Model.Batches v a)
instance GHC.Classes.Eq (v a) => GHC.Classes.Eq (Render.Unlit.Line2d.Model.Batches v a)
instance Foreign.Storable.Generic.Internal.GStorable Render.Unlit.Line2d.Model.InstanceAttrs
instance Engine.Vulkan.Format.HasVkFormat Render.Unlit.Line2d.Model.InstanceAttrs
instance Engine.Vulkan.Pipeline.Graphics.HasVertexInputBindings Render.Unlit.Line2d.Model.InstanceAttrs

module Render.Unlit.Line2d.Draw
batch :: (MonadIO m, Foldable t) => CommandBuffer -> Segment -> Allocated s InstanceAttrs -> t ("firstInstance" ::: Word32, "instanceCount" ::: Word32) -> Bound dsl vertices instances m ()
single :: MonadIO m => CommandBuffer -> Segment -> Allocated s InstanceAttrs -> Bound dsl vertices instances m ()
bind :: MonadIO io => CommandBuffer -> Segment -> Buffer s -> io ()
segments :: MonadIO io => CommandBuffer -> Allocated s a -> ("firstInstance" ::: Word32, "instanceCount" ::: Word32) -> io ()

module Render.Unlit.Line2d.Pipeline
type Pipeline = Pipeline '[Scene] Vertex InstanceAttrs
allocate :: (MonadVulkan env m, MonadResource m, HasRenderPass renderpass) => Bool -> SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT m Pipeline
type Config = Configure Pipeline
config :: Bool -> Tagged Scene DsLayoutBindings -> Config
stageCode :: StageCode
stageSpirv :: StageSpirv

module Render.Unlit.Sprite.Code
vert :: Code
frag :: Code

module Render.Unlit.Sprite.Model
data InstanceAttrs
InstanceAttrs :: Vec4 -> Vec4 -> Vec4 -> Vec4 -> Vec4 -> UVec2 -> Int32 -> Int32 -> InstanceAttrs
[$sel:vertRect:InstanceAttrs] :: InstanceAttrs -> Vec4
[$sel:fragRect:InstanceAttrs] :: InstanceAttrs -> Vec4
[$sel:tint:InstanceAttrs] :: InstanceAttrs -> Vec4
[$sel:outline:InstanceAttrs] :: InstanceAttrs -> Vec4
[$sel:animation:InstanceAttrs] :: InstanceAttrs -> Vec4
[$sel:textureSize:InstanceAttrs] :: InstanceAttrs -> UVec2
[$sel:samplerId:InstanceAttrs] :: InstanceAttrs -> Int32
[$sel:textureId:InstanceAttrs] :: InstanceAttrs -> Int32
type StorableAttrs = Vector InstanceAttrs
type InstanceBuffer stage = Allocated stage InstanceAttrs
fromTexture :: Int32 -> Int32 -> Vec2 -> Vec2 -> InstanceAttrs
fromAtlas :: Int32 -> Atlas -> Vec2 -> Vec2 -> Vec2 -> InstanceAttrs

-- | Simple animation controller with left-to-right linear cycle.
animate_ :: ("margin" ::: Float) -> ("num.frames" ::: Int) -> ("frame duration" ::: Float) -> ("phase" ::: Float) -> InstanceAttrs -> InstanceAttrs
instance GHC.Generics.Generic Render.Unlit.Sprite.Model.InstanceAttrs
instance GHC.Show.Show Render.Unlit.Sprite.Model.InstanceAttrs
instance Foreign.Storable.Generic.Internal.GStorable Render.Unlit.Sprite.Model.InstanceAttrs
instance Vulkan.Zero.Zero Render.Unlit.Sprite.Model.InstanceAttrs
instance Engine.Vulkan.Format.HasVkFormat Render.Unlit.Sprite.Model.InstanceAttrs
instance Engine.Vulkan.Pipeline.Graphics.HasVertexInputBindings Render.Unlit.Sprite.Model.InstanceAttrs

module Render.Unlit.Sprite.Pipeline
type Pipeline = Pipeline '[Scene] () InstanceAttrs
type Config = Configure Pipeline
config :: Maybe Float -> Bool -> Tagged Scene DsLayoutBindings -> Config
allocate :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Maybe Float -> Bool -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
stageCode :: StageCode
stageSpirv :: StageSpirv

module Render.Unlit.Textured.Code
vert :: Code
frag :: Code

module Render.Unlit.Textured.Model
type Model buf = Indexed buf Packed VertexAttrs
type Vertex = Vertex3d VertexAttrs
type VertexAttrs = "uv" ::: Vec2
data AttrsF f
Attrs :: HKD f TextureParams -> HKD f Transform -> AttrsF f
[$sel:params:Attrs] :: AttrsF f -> HKD f TextureParams
[$sel:transforms:Attrs] :: AttrsF f -> HKD f Transform
type Attrs = AttrsF Identity
attrs :: Int32 -> Int32 -> [Transform] -> Attrs
type Stores = AttrsF Vector
attrStores :: Foldable t => t Attrs -> Stores
stores1 :: Int32 -> Int32 -> [Transform] -> Stores
type Buffers = AttrsF (Allocated 'Coherent)
data TextureParams
TextureParams :: Vec2 -> Vec2 -> Vec4 -> Int32 -> Int32 -> TextureParams
[$sel:tpScale:TextureParams] :: TextureParams -> Vec2
[$sel:tpOffset:TextureParams] :: TextureParams -> Vec2
[$sel:tpGamma:TextureParams] :: TextureParams -> Vec4
[$sel:tpSamplerId:TextureParams] :: TextureParams -> Int32
[$sel:tpTextureId:TextureParams] :: TextureParams -> Int32
type ObserverCoherent = ObserverIO Buffers
instance Foreign.Storable.Storable Render.Unlit.Textured.Model.TextureParams
instance Geomancy.Gl.Block.Block Render.Unlit.Textured.Model.TextureParams
instance GHC.Show.Show Render.Unlit.Textured.Model.TextureParams
instance GHC.Generics.Generic Render.Unlit.Textured.Model.TextureParams
instance GHC.Generics.Generic (Render.Unlit.Textured.Model.AttrsF f)
instance GHC.Show.Show Render.Unlit.Textured.Model.Attrs
instance GHC.Show.Show Render.Unlit.Textured.Model.Stores
instance GHC.Show.Show Render.Unlit.Textured.Model.Buffers
instance Engine.Vulkan.Pipeline.Graphics.HasVertexInputBindings Render.Unlit.Textured.Model.Attrs
instance Resource.Model.HasVertexBuffers Render.Unlit.Textured.Model.Buffers
instance Vulkan.Zero.Zero Render.Unlit.Textured.Model.Attrs
instance Resource.Model.Observer.UpdateCoherent Render.Unlit.Textured.Model.Buffers Render.Unlit.Textured.Model.Stores
instance Resource.Model.Observer.VertexBuffers Render.Unlit.Textured.Model.Buffers
instance Vulkan.Zero.Zero Render.Unlit.Textured.Model.TextureParams
instance Engine.Vulkan.Format.HasVkFormat Render.Unlit.Textured.Model.TextureParams

module Render.Lit.Textured.Model
type Model buf = Indexed buf Packed VertexAttrs
type Vertex = Vertex3d VertexAttrs
data VertexAttrs
VertexAttrs :: Vec2 -> Packed -> VertexAttrs
[$sel:vaTexCoord:VertexAttrs] :: VertexAttrs -> Vec2
[$sel:vaNormal:VertexAttrs] :: VertexAttrs -> Packed
data TextureParams
TextureParams :: Vec2 -> Vec2 -> Vec4 -> Int32 -> Int32 -> TextureParams
[$sel:tpScale:TextureParams] :: TextureParams -> Vec2
[$sel:tpOffset:TextureParams] :: TextureParams -> Vec2
[$sel:tpGamma:TextureParams] :: TextureParams -> Vec4
[$sel:tpSamplerId:TextureParams] :: TextureParams -> Int32
[$sel:tpTextureId:TextureParams] :: TextureParams -> Int32
type ObserverCoherent = ObserverIO Buffers
type Buffers = AttrsF (Allocated 'Coherent)
type Stores = AttrsF Vector
type Attrs = AttrsF Identity
data AttrsF f
Attrs :: HKD f TextureParams -> HKD f Transform -> AttrsF f
[$sel:params:Attrs] :: AttrsF f -> HKD f TextureParams
[$sel:transforms:Attrs] :: AttrsF f -> HKD f Transform
attrs :: Int32 -> Int32 -> [Transform] -> Attrs
attrStores :: Foldable t => t Attrs -> Stores
stores1 :: Int32 -> Int32 -> [Transform] -> Stores
instance Engine.Vulkan.Format.HasVkFormat Render.Lit.Textured.Model.VertexAttrs
instance GHC.Generics.Generic Render.Lit.Textured.Model.VertexAttrs
instance GHC.Show.Show Render.Lit.Textured.Model.VertexAttrs
instance GHC.Classes.Ord Render.Lit.Textured.Model.VertexAttrs
instance GHC.Classes.Eq Render.Lit.Textured.Model.VertexAttrs
instance Foreign.Storable.Generic.Internal.GStorable Render.Lit.Textured.Model.VertexAttrs

module Render.Lit.Textured.Pipeline
type Pipeline = Pipeline '[Scene] Vertex Attrs
allocate :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
allocateBlend :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
type Config = Configure Pipeline
config :: Tagged Scene DsLayoutBindings -> Config
configBlend :: Tagged Scene DsLayoutBindings -> Config
stageCode :: StageCode
stageSpirv :: StageSpirv

module Render.Debug.Model
type Model buf = Indexed buf Packed VertexAttrs
type Vertex = Vertex3d VertexAttrs
type VertexAttrs = "uv" ::: Vec2
data AttrsF f
Attrs :: HKD f TextureParams -> HKD f Transform -> AttrsF f
[$sel:params:Attrs] :: AttrsF f -> HKD f TextureParams
[$sel:transforms:Attrs] :: AttrsF f -> HKD f Transform
type Attrs = AttrsF Identity
attrs :: Int32 -> Int32 -> [Transform] -> Attrs
type Stores = AttrsF Vector
stores1 :: Int32 -> Int32 -> [Transform] -> Stores
type Buffers = AttrsF (Allocated 'Coherent)
data TextureParams
TextureParams :: Vec2 -> Vec2 -> Vec4 -> Int32 -> Int32 -> TextureParams
[$sel:tpScale:TextureParams] :: TextureParams -> Vec2
[$sel:tpOffset:TextureParams] :: TextureParams -> Vec2
[$sel:tpGamma:TextureParams] :: TextureParams -> Vec4
[$sel:tpSamplerId:TextureParams] :: TextureParams -> Int32
[$sel:tpTextureId:TextureParams] :: TextureParams -> Int32
type ObserverCoherent = ObserverIO Buffers
instance GHC.Generics.Generic (Render.Debug.Model.AttrsF f)
instance GHC.Show.Show Render.Debug.Model.Attrs
instance GHC.Show.Show Render.Debug.Model.Stores
instance GHC.Show.Show Render.Debug.Model.Buffers
instance Resource.Model.Observer.VertexBuffers Render.Debug.Model.Buffers
instance Resource.Model.Observer.UpdateCoherent Render.Debug.Model.Buffers Render.Debug.Model.Stores
instance Resource.Model.HasVertexBuffers Render.Debug.Model.Buffers
instance Foreign.Storable.Generic.Internal.GStorable Render.Debug.Model.Attrs
instance Engine.Vulkan.Pipeline.Graphics.HasVertexInputBindings Render.Debug.Model.Attrs
instance Vulkan.Zero.Zero Render.Debug.Model.Attrs

module Render.Debug.Pipeline
type Config = Configure Pipeline
config :: Mode -> Tagged Scene DsLayoutBindings -> Config
type Pipeline = Pipeline '[Scene] Vertex Attrs
allocate :: (HasVulkan env, HasRenderPass renderpass) => Mode -> SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
data Mode
UV :: Mode
Texture :: Mode
Shadow :: Word32 -> Mode
stageCode :: StageCode
stageSpirv :: StageSpirv
instance GHC.Show.Show Render.Debug.Pipeline.Mode
instance GHC.Classes.Ord Render.Debug.Pipeline.Mode
instance GHC.Classes.Eq Render.Debug.Pipeline.Mode
instance Engine.Vulkan.Shader.Specialization Render.Debug.Pipeline.Mode

module Render.Unlit.Textured.Pipeline
type Pipeline = Pipeline '[Scene] Vertex Attrs
allocate :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
allocateBlend :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
type Config = Configure Pipeline
config :: Tagged Scene DsLayoutBindings -> Config
configBlend :: Tagged Scene DsLayoutBindings -> Config
stageCode :: StageCode
stageSpirv :: StageSpirv

module Render.Unlit.TileMap.Code
vert :: Code
frag :: Code

module Render.Unlit.TileMap.Model
type Model buf = Indexed buf Packed VertexAttrs
type Vertex = Vertex3d VertexAttrs
type VertexAttrs = "uv" ::: Vec2
data AttrsF f
Attrs :: HKD f TileMapParams -> HKD f Transform -> AttrsF f
[$sel:params:Attrs] :: AttrsF f -> HKD f TileMapParams
[$sel:transforms:Attrs] :: AttrsF f -> HKD f Transform
type Attrs = AttrsF Identity
type Stores = AttrsF Vector
type Buffers = AttrsF (Allocated 'Coherent)
data TileMapParams
TileMapParams :: IVec4 -> Vec2 -> Vec2 -> Vec2 -> Vec2 -> Vec2 -> Vec2 -> Vec2 -> TileMapParams
[$sel:tmpTextureIds:TileMapParams] :: TileMapParams -> IVec4
[$sel:tmpViewOffset:TileMapParams] :: TileMapParams -> Vec2
[$sel:tmpViewportSize:TileMapParams] :: TileMapParams -> Vec2
[$sel:tmpMapTextureSize:TileMapParams] :: TileMapParams -> Vec2
[$sel:tmpTilesetTextureSize:TileMapParams] :: TileMapParams -> Vec2
[$sel:tmpTileSize:TileMapParams] :: TileMapParams -> Vec2
[$sel:tmpTilesetOffset:TileMapParams] :: TileMapParams -> Vec2
[$sel:tmpTilesetBorder:TileMapParams] :: TileMapParams -> Vec2
type ObserverCoherent = ObserverIO Buffers
instance Engine.Vulkan.Format.HasVkFormat Render.Unlit.TileMap.Model.TileMapParams
instance GHC.Show.Show Render.Unlit.TileMap.Model.TileMapParams
instance GHC.Generics.Generic Render.Unlit.TileMap.Model.TileMapParams
instance GHC.Generics.Generic (Render.Unlit.TileMap.Model.AttrsF f)
instance GHC.Show.Show Render.Unlit.TileMap.Model.Attrs
instance GHC.Show.Show Render.Unlit.TileMap.Model.Stores
instance GHC.Show.Show Render.Unlit.TileMap.Model.Buffers
instance Engine.Vulkan.Pipeline.Graphics.HasVertexInputBindings Render.Unlit.TileMap.Model.Attrs
instance Resource.Model.HasVertexBuffers Render.Unlit.TileMap.Model.Buffers
instance Resource.Model.Observer.UpdateCoherent Render.Unlit.TileMap.Model.Buffers Render.Unlit.TileMap.Model.Stores
instance Resource.Model.Observer.VertexBuffers Render.Unlit.TileMap.Model.Buffers
instance Foreign.Storable.Generic.Internal.GStorable Render.Unlit.TileMap.Model.TileMapParams
instance Vulkan.Zero.Zero Render.Unlit.TileMap.Model.TileMapParams

module Render.Unlit.TileMap.Pipeline
type Pipeline = Pipeline '[Scene] Vertex Attrs
allocate :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
allocateBlend :: (HasVulkan env, HasRenderPass renderpass) => SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> renderpass -> ResourceT (RIO env) Pipeline
type Config = Configure Pipeline
config :: Tagged Scene DsLayoutBindings -> Config
configBlend :: Tagged Scene DsLayoutBindings -> Config
stageCode :: StageCode


-- | All the provided render passes and pipelines packaged and delivered.
module Render.Basic
type Stage = Stage RenderPasses Pipelines
type Frame = Frame RenderPasses Pipelines
type StageFrameRIO r s a = StageFrameRIO RenderPasses Pipelines r s a

-- | Basic rendering component without any extensions.
type Rendering = Rendering RenderPasses Pipelines

-- | Basic rendering component without any extensions and resources.
rendering_ :: Rendering st
data RenderPasses
RenderPasses :: ForwardMsaa -> ShadowMap -> RenderPasses
[$sel:rpForwardMsaa:RenderPasses] :: RenderPasses -> ForwardMsaa
[$sel:rpShadowPass:RenderPasses] :: RenderPasses -> ShadowMap
data Settings
Settings :: Word32 -> Word32 -> Settings
[$sel:sShadowSize:Settings] :: Settings -> Word32
[$sel:sShadowLayers:Settings] :: Settings -> Word32
allocate :: (HasSwapchain swapchain, HasLogFunc env, HasVulkan env) => Settings -> swapchain -> ResourceT (RIO env) RenderPasses
allocate_ :: (HasSwapchain swapchain, HasLogFunc env, HasVulkan env) => swapchain -> ResourceT (RIO env) RenderPasses
type Pipelines = PipelinesF Identity
type PipelineObservers = PipelinesF Observers
type PipelineWorkers = PipelinesF ConfigureGraphics
data PipelinesF (f :: Type -> Type)
Pipelines :: SampleCountFlagBits -> Tagged Scene DsLayoutBindings -> Tagged '[Scene] DescriptorSetLayout -> Tagged Sun DsLayoutBindings -> Tagged '[Sun] DescriptorSetLayout -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> (f ^ Pipeline) -> PipelinesF (f :: Type -> Type)
[$sel:pMSAA:Pipelines] :: PipelinesF (f :: Type -> Type) -> SampleCountFlagBits
[$sel:pSceneBinds:Pipelines] :: PipelinesF (f :: Type -> Type) -> Tagged Scene DsLayoutBindings
[$sel:pSceneLayout:Pipelines] :: PipelinesF (f :: Type -> Type) -> Tagged '[Scene] DescriptorSetLayout
[$sel:pShadowBinds:Pipelines] :: PipelinesF (f :: Type -> Type) -> Tagged Sun DsLayoutBindings
[$sel:pShadowLayout:Pipelines] :: PipelinesF (f :: Type -> Type) -> Tagged '[Sun] DescriptorSetLayout
[$sel:pEvanwSdf:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pSkybox:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pDebugUV:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pDebugTexture:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pDebugShadow:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pDepthOnly:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pLitColored:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pLitColoredBlend:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pLitMaterial:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pLitMaterialBlend:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pLitTextured:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pLitTexturedBlend:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pUnlitColored:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pUnlitColoredNoDepth:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pUnlitTextured:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pUnlitTexturedBlend:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pLine2d:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pLine2dNoDepth:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pSprite:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pSpriteOutline:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pTileMap:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pTileMapBlend:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pWireframe:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pWireframeNoDepth:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
[$sel:pShadowCast:Pipelines] :: PipelinesF (f :: Type -> Type) -> f ^ Pipeline
allocatePipelines_ :: HasSwapchain swapchain => swapchain -> RenderPasses -> ResourceT (StageRIO st) Pipelines
allocatePipelines :: Tagged Scene DsLayoutBindings -> SampleCountFlagBits -> RenderPasses -> ResourceT (StageRIO st) Pipelines
allocateWorkers :: Tagged Scene DsLayoutBindings -> SampleCountFlagBits -> RenderPasses -> ResourceT (StageRIO st) PipelineWorkers
allocateObservers :: RenderPasses -> PipelineWorkers -> ResourceT (StageRIO rs) PipelineObservers
observePipelines :: RenderPasses -> PipelineWorkers -> PipelineObservers -> StageFrameRIO rp p fr rs ()
getSceneLayout :: PipelinesF f -> Tagged '[Scene] DescriptorSetLayout
getSunLayout :: Pipelines -> Tagged '[Sun] DescriptorSetLayout
shaderDir :: FilePath
stageSources :: Map Text StageCode
instance GHC.Show.Show Render.Basic.Settings
instance GHC.Classes.Eq Render.Basic.Settings
instance Vulkan.Zero.Zero Render.Basic.Settings
instance Engine.Vulkan.Types.RenderPass Render.Basic.RenderPasses


-- | JSON font loader for bitmaps and SDFs
--   
--   Generator: <a>https://evanw.github.io/font-texture-generator/</a>
--   
--   Usage (WebGL):
--   <a>https://evanw.github.io/font-texture-generator/example-webgl/</a>
module Resource.Font.EvanW
load :: (MonadIO m, MonadReader env m, HasLogFunc env, HasCallStack) => Source -> m Container
data Container
Container :: Text -> Float -> Bool -> Bool -> Float -> Float -> HashMap Char Character -> Container
[$sel:name:Container] :: Container -> Text
[$sel:size:Container] :: Container -> Float
[$sel:bold:Container] :: Container -> Bool
[$sel:italic:Container] :: Container -> Bool
[$sel:width:Container] :: Container -> Float
[$sel:height:Container] :: Container -> Float
[$sel:characters:Container] :: Container -> HashMap Char Character
data Character
Character :: Float -> Float -> Float -> Float -> Float -> Float -> Float -> Character
[$sel:x:Character] :: Character -> Float
[$sel:y:Character] :: Character -> Float
[$sel:width:Character] :: Character -> Float
[$sel:height:Character] :: Character -> Float
[$sel:originX:Character] :: Character -> Float
[$sel:originY:Character] :: Character -> Float
[$sel:advance:Character] :: Character -> Float
putLine :: ("WH" ::: Vec2) -> ("XY" ::: Vec2) -> ("Alignment" ::: Alignment) -> ("Size" ::: Float) -> ("Font" ::: Container) -> ("Line" ::: [Char]) -> ("scale" ::: Float, [PutChar])
data PutChar
PutChar :: Vec2 -> Vec2 -> Vec2 -> Vec2 -> PutChar
[$sel:pcPos:PutChar] :: PutChar -> Vec2
[$sel:pcSize:PutChar] :: PutChar -> Vec2
[$sel:pcOffset:PutChar] :: PutChar -> Vec2
[$sel:pcScale:PutChar] :: PutChar -> Vec2
instance GHC.Generics.Generic Resource.Font.EvanW.FontError
instance GHC.Show.Show Resource.Font.EvanW.FontError
instance GHC.Classes.Ord Resource.Font.EvanW.FontError
instance GHC.Classes.Eq Resource.Font.EvanW.FontError
instance GHC.Generics.Generic Resource.Font.EvanW.Character
instance GHC.Show.Show Resource.Font.EvanW.Character
instance GHC.Classes.Ord Resource.Font.EvanW.Character
instance GHC.Classes.Eq Resource.Font.EvanW.Character
instance GHC.Generics.Generic Resource.Font.EvanW.Container
instance GHC.Show.Show Resource.Font.EvanW.Container
instance GHC.Classes.Ord Resource.Font.EvanW.Container
instance GHC.Classes.Eq Resource.Font.EvanW.Container
instance GHC.Show.Show Resource.Font.EvanW.PutChar
instance Foreign.Storable.Storable Resource.Font.EvanW.PutChar
instance Data.Aeson.Types.FromJSON.FromJSON Resource.Font.EvanW.Container
instance Data.Aeson.Types.FromJSON.FromJSON Resource.Font.EvanW.Character
instance GHC.Exception.Type.Exception Resource.Font.EvanW.FontError

module Resource.Font
data Config
Config :: Source -> Source -> Config
[$sel:configContainer:Config] :: Config -> Source
[$sel:configTexture:Config] :: Config -> Source
collectionTextures :: Foldable collection => collection Font -> Vector (Texture Flat)
data Font
Font :: Container -> Texture Flat -> Font
[$sel:container:Font] :: Font -> Container
[$sel:texture:Font] :: Font -> Texture Flat
allocate :: (HasCallStack, MonadVulkan env m, HasLogFunc env, MonadThrow m, MonadResource m) => Queues CommandPool -> Config -> m Font
instance GHC.Show.Show Resource.Font.Config

module Engine.UI.Message
type Process = Merge (Vector InstanceAttrs)
data Input
Input :: Text -> Int32 -> Container -> Alignment -> Float -> Vec4 -> Vec4 -> Float -> Float -> Input
[$sel:inputText:Input] :: Input -> Text
[$sel:inputFontId:Input] :: Input -> Int32
[$sel:inputFont:Input] :: Input -> Container
[$sel:inputOrigin:Input] :: Input -> Alignment
[$sel:inputSize:Input] :: Input -> Float
[$sel:inputColor:Input] :: Input -> Vec4
[$sel:inputOutline:Input] :: Input -> Vec4
[$sel:inputOutlineWidth:Input] :: Input -> Float
[$sel:inputSmoothing:Input] :: Input -> Float
spawn :: (MonadResource m, MonadUnliftIO m, HasOutput box, GetOutput box ~ Box, HasOutput input, GetOutput input ~ Input) => box -> input -> m Process
spawnFromR :: (MonadResource m, MonadUnliftIO m, HasOutput box, GetOutput box ~ Box, HasOutput source) => box -> source -> (GetOutput source -> Input) -> m Process
mkAttrs :: Box -> Input -> Vector InstanceAttrs
type Observer = ObserverIO Buffer
type Buffer = Allocated 'Coherent InstanceAttrs
newObserver :: Int -> ResourceT (StageRIO st) Observer
observe :: (MonadVulkan env m, HasOutput source, GetOutput source ~ Vector InstanceAttrs) => source -> Observer -> m ()

module Resource.Mesh.Lit
type MaterialNodes = Vector MaterialNode
data MaterialNode
MaterialNode :: Node -> Int -> Material -> MaterialNode
[$sel:mnNode:MaterialNode] :: MaterialNode -> Node
[$sel:mnMaterialIx:MaterialNode] :: MaterialNode -> Int
[$sel:mnMaterial:MaterialNode] :: MaterialNode -> Material
instance GHC.Generics.Generic Resource.Mesh.Lit.MaterialNode
instance GHC.Show.Show Resource.Mesh.Lit.MaterialNode
instance GHC.Classes.Eq Resource.Mesh.Lit.MaterialNode
instance Foreign.Storable.Generic.Internal.GStorable Resource.Mesh.Lit.MaterialNode
instance Resource.Mesh.Types.HasRange Resource.Mesh.Lit.MaterialNode

module Render.Lit.Material.Collect
type LoadedModel = (Meta, Vector MaterialNode, Model 'Staged)
data SceneModel models textures
SceneModel :: Text -> (models -> LoadedModel) -> (textures -> Int32) -> SceneModel models textures
[$sel:smLabel:SceneModel] :: SceneModel models textures -> Text
[$sel:smGetModel:SceneModel] :: SceneModel models textures -> models -> LoadedModel
[$sel:smGetTextureOffset:SceneModel] :: SceneModel models textures -> textures -> Int32
sceneMaterials :: Foldable t => models -> textures -> t (SceneModel models textures) -> Vector Material
modelMaterials :: Foldable t => Text -> Int32 -> (Map Text (Set Int), Map Int (Text, Material)) -> t MaterialNode -> (Map Text (Set Int), Map Int (Text, Material))
nodeMaterials :: Text -> Int32 -> MaterialNode -> (Map Text (Set Int), Map Int (Text, Material)) -> (Map Text (Set Int), Map Int (Text, Material))

module Stage.Loader.Scene
type Process = Merge Scene
spawn :: (MonadResource m, MonadUnliftIO m, HasOutput projection, GetOutput projection ~ Projection 'Orthographic) => projection -> m Process

module Stage.Loader.UI
data Settings fonts textures
Settings :: Text -> Int32 -> Int32 -> Collection textures fonts (Int32, Texture Flat) -> fonts Container -> (forall a. fonts a -> a) -> (forall a. fonts a -> a) -> Settings fonts textures
[$sel:titleMessage:Settings] :: Settings fonts textures -> Text
[$sel:backgroundIx:Settings] :: Settings fonts textures -> Int32
[$sel:spinnerIx:Settings] :: Settings fonts textures -> Int32
[$sel:combined:Settings] :: Settings fonts textures -> Collection textures fonts (Int32, Texture Flat)
[$sel:fonts:Settings] :: Settings fonts textures -> fonts Container
[$sel:smallFont:Settings] :: Settings fonts textures -> forall a. fonts a -> a
[$sel:largeFont:Settings] :: Settings fonts textures -> forall a. fonts a -> a
data UI
UI :: Process -> Process -> Var Input -> Process -> Merge Stores -> Merge Stores -> Model 'Staged -> UI
[$sel:titleP:UI] :: UI -> Process
[$sel:subtitleP:UI] :: UI -> Process
[$sel:progressInput:UI] :: UI -> Var Input
[$sel:progressP:UI] :: UI -> Process
[$sel:backgroundP:UI] :: UI -> Merge Stores
[$sel:spinnerP:UI] :: UI -> Merge Stores
[$sel:quadUV:UI] :: UI -> Model 'Staged
spawn :: Queues CommandPool -> BoxProcess -> Settings fonts textures -> StageRIO env (ReleaseKey, UI)
data Observer
Observer :: [Observer] -> ObserverCoherent -> ObserverCoherent -> Observer
[$sel:messages:Observer] :: Observer -> [Observer]
[$sel:background:Observer] :: Observer -> ObserverCoherent
[$sel:spinner:Observer] :: Observer -> ObserverCoherent
newObserver :: UI -> ResourceT (StageRIO st) Observer
observe :: HasVulkan env => UI -> Observer -> RIO env ()

module Stage.Loader.Types
type Stage = Stage FrameResources RunState
type Frame = Frame FrameResources
data FrameResources
FrameResources :: FrameResource '[Scene] -> Observer -> FrameResources
[$sel:frSceneUi:FrameResources] :: FrameResources -> FrameResource '[Scene]
[$sel:frUI:FrameResources] :: FrameResources -> Observer
data RunState
RunState :: Process -> UI -> RunState
[$sel:rsSceneUiP:RunState] :: RunState -> Process
[$sel:rsUI:RunState] :: RunState -> UI

module Stage.Loader.Render
updateBuffers :: RunState -> FrameResources -> StageFrameRIO FrameResources RunState ()
recordCommands :: CommandBuffer -> FrameResources -> Word32 -> StageFrameRIO FrameResources RunState ()

module Stage.Loader.Setup
bootstrap :: Text -> (Config, Config) -> (Source, Source) -> ((Text -> StageSetupRIO ()) -> StageSetupRIO loaded) -> (loaded -> StackStage) -> (Setup Vector Vector loaded -> StackStage, StageSetupRIO (Setup Vector Vector loaded))
stackStage :: (Traversable fonts, Traversable textures) => ((Text -> StageSetupRIO ()) -> StageSetupRIO loaded) -> (loaded -> StackStage) -> Settings textures fonts -> StackStage