WAGS.Create

class CreateStep (r :: Row Type) (inGraph :: Graph) (outGraph :: Graph) | r inGraph -> outGraph where

Members

• createStep :: forall audio engine proof res. AudioInterpret audio engine => WAG audio engine proof res (Record inGraph) (Record r) -> WAG audio engine proof res (Record outGraph) Unit

Instances

• (RowToList r rl, CreateStepRL rl r inGraph outGraph) => CreateStep r inGraph outGraph

class CreateStepRL (rl :: RowList Type) (r :: Row Type) (inGraph :: Graph) (outGraph :: Graph) | rl r inGraph -> outGraph where

Members

• createStepRL :: forall proxy audio engine proof res. AudioInterpret audio engine => proxy rl -> WAG audio engine proof res (Record inGraph) (Record r) -> WAG audio engine proof res (Record outGraph) Unit

Instances

• CreateStepRL Nil r inGraph inGraph
• (IsSymbol key, Cons key val ignore r, Edgeable val (Tuple node (Record edges)), Create' key node graph0 graph1, CreateStep edges graph1 graph2, CreateStepRL rest r graph2 graph3) => CreateStepRL (Cons key val rest) r graph0 graph3

class ConnectEdgesToNode (sources :: RowList Type) (dest :: Symbol) (inGraph :: Graph) (outGraph :: Graph) | sources dest inGraph -> outGraph where

Members

• connectEdgesToNode :: forall proxyRL proxyS audio engine proof res. AudioInterpret audio engine => proxyRL sources -> WAG audio engine proof res (Record inGraph) (proxyS dest) -> WAG audio engine proof res (Record outGraph) (proxyS dest)

Instances

• ConnectEdgesToNode Nil dest inGraph inGraph
• (Connect key dest inGraph midGraph, ConnectEdgesToNode rest dest midGraph outGraph) => ConnectEdgesToNode (Cons key ignore rest) dest inGraph outGraph

class ConnectAfterCreate (rl :: RowList Type) (inGraph :: Graph) (outGraph :: Graph) | rl inGraph -> outGraph where

Members

• connectAfterCreate :: forall audio engine proof res. AudioInterpret audio engine => WAG audio engine proof res (Record inGraph) (Proxy rl) -> WAG audio engine proof res (Record outGraph) Unit

Instances

• ConnectAfterCreate Nil graph0 graph0
• (Edgeable node' (Tuple node (Record edges)), RowToList edges edgesList, ConnectEdgesToNode edgesList sym graph0 graph1, ConnectAfterCreate edgesList graph1 graph2, ConnectAfterCreate rest graph2 graph3) => ConnectAfterCreate (Cons sym node' rest) graph0 graph3

class Create (r :: Row Type) (inGraph :: Graph) (outGraph :: Graph) | r inGraph -> outGraph where

Members

• create :: forall audio engine proof res. AudioInterpret audio engine => WAG audio engine proof res (Record inGraph) (Record r) -> WAG audio engine proof res (Record outGraph) Unit

Instances

• (CreateStep r inGraph midGraph, RowToList r rl, ConnectAfterCreate rl midGraph outGraph) => Create r inGraph outGraph

icreate :: forall r audio engine proof res inGraph outGraph. AudioInterpret audio engine => Create r inGraph outGraph => Record r -> IxWAG audio engine proof res (Record inGraph) (Record outGraph) Unit

class Create' (ptr :: Symbol) (node :: Type) (inGraph :: Graph) (outGraph :: Graph) | ptr node inGraph -> outGraph where

Create an audio unit node in igraph with index ptr, resulting in ograph.

Members

• create' :: forall proxy audio engine proof res. AudioInterpret audio engine => proxy ptr -> WAG audio engine proof res (Record inGraph) node -> WAG audio engine proof res (Record outGraph) Unit

Instances

• Create' ptr Unit graphi graphi
• (IsSymbol ptr, Paramable argA, Paramable argB, Lacks ptr graphi, Cons ptr (NodeC TAllpass (Record ())) graphi grapho) => Create' ptr (Allpass argA argB) graphi grapho
• (IsSymbol ptr, Paramable argA, Paramable argB, Lacks ptr graphi, Cons ptr (NodeC TBandpass (Record ())) graphi grapho) => Create' ptr (Bandpass argA argB) graphi grapho
• (IsSymbol ptr, Paramable argA, Lacks ptr graphi, OnOffable onOff, OnOffable onOff, Cons ptr (NodeC TConstant (Record ())) graphi grapho) => Create' ptr (Constant onOff argA) graphi grapho
• (IsSymbol ptr, IsSymbol buffer, Lacks ptr graphi, Cons ptr (NodeC (TConvolver buffer) (Record ())) graphi grapho) => Create' ptr (Convolver buffer) graphi grapho
• (IsSymbol ptr, Paramable argA, Lacks ptr graphi, Cons ptr (NodeC TDelay (Record ())) graphi grapho) => Create' ptr (Delay argA) graphi grapho
• (IsSymbol ptr, Paramable argA, Paramable argB, Paramable argC, Paramable argD, Paramable argE, Lacks ptr graphi, Cons ptr (NodeC TDynamicsCompressor (Record ())) graphi grapho) => Create' ptr (DynamicsCompressor argA argB argC argD argE) graphi grapho
• (IsSymbol ptr, Paramable argA, Lacks ptr graphi, Cons ptr (NodeC TGain (Record ())) graphi grapho) => Create' ptr (Gain argA) graphi grapho
• (IsSymbol ptr, Paramable argA, Paramable argB, Lacks ptr graphi, Cons ptr (NodeC THighpass (Record ())) graphi grapho) => Create' ptr (Highpass argA argB) graphi grapho
• (IsSymbol ptr, Paramable argA, Paramable argB, Lacks ptr graphi, Cons ptr (NodeC THighshelf (Record ())) graphi grapho) => Create' ptr (Highshelf argA argB) graphi grapho
• (IsSymbol ptr, Paramable argA, Lacks ptr graphi, OnOffable onOff, Cons ptr (NodeC TLoopBuf (Record ())) graphi grapho) => Create' ptr (LoopBuf String onOff argA Number Number) graphi grapho
• (IsSymbol ptr, Paramable argA, Paramable argB, Lacks ptr graphi, Cons ptr (NodeC TLowpass (Record ())) graphi grapho) => Create' ptr (Lowpass argA argB) graphi grapho
• (IsSymbol ptr, Paramable argA, Paramable argB, Lacks ptr graphi, Cons ptr (NodeC TLowshelf (Record ())) graphi grapho) => Create' ptr (Lowshelf argA argB) graphi grapho
• (Lacks "microphone" graphi, Cons "microphone" (NodeC TMicrophone (Record ())) graphi grapho) => Create' "microphone" Microphone graphi grapho
• (IsSymbol ptr, Paramable argA, Paramable argB, Lacks ptr graphi, Cons ptr (NodeC TNotch (Record ())) graphi grapho) => Create' ptr (Notch argA argB) graphi grapho
• (IsSymbol ptr, Paramable argA, Paramable argB, Paramable argC, Lacks ptr graphi, Cons ptr (NodeC TPeaking (Record ())) graphi grapho) => Create' ptr (Peaking argA argB argC) graphi grapho
• (IsSymbol ptr, Paramable argA, Lacks ptr graphi, OnOffable onOff, Cons ptr (NodeC TPeriodicOsc (Record ())) graphi grapho) => Create' ptr (PeriodicOsc String onOff argA) graphi grapho
• (IsSymbol ptr, Paramable argA, Lacks ptr graphi, OnOffable onOff, Cons ptr (NodeC TPeriodicOsc (Record ())) graphi grapho) => Create' ptr (PeriodicOsc (Tuple (Vec a Number) (Vec a Number)) onOff argA) graphi grapho
• (IsSymbol ptr, Paramable argA, OnOffable onOff, Lacks ptr graphi, Cons ptr (NodeC TPlayBuf (Record ())) graphi grapho) => Create' ptr (PlayBuf String Number onOff argA) graphi grapho
• (IsSymbol ptr, IsSymbol recorder, Lacks ptr graphi, Cons ptr (NodeC (TRecorder recorder) (Record ())) graphi grapho) => Create' ptr (Recorder recorder) graphi grapho
• (IsSymbol ptr, Paramable argA, Lacks ptr graphi, OnOffable onOff, Cons ptr (NodeC TSawtoothOsc (Record ())) graphi grapho) => Create' ptr (SawtoothOsc onOff argA) graphi grapho
• (IsSymbol ptr, Paramable argA, OnOffable onOff, Lacks ptr graphi, Cons ptr (NodeC TSinOsc (Record ())) graphi grapho) => Create' ptr (SinOsc onOff argA) graphi grapho
• (Lacks "speaker" graphi, Cons "speaker" (NodeC TSpeaker (Record ())) graphi grapho) => Create' "speaker" Speaker graphi grapho
• (IsSymbol ptr, Paramable argA, OnOffable onOff, Lacks ptr graphi, Cons ptr (NodeC TSquareOsc (Record ())) graphi grapho) => Create' ptr (SquareOsc onOff argA) graphi grapho
• (IsSymbol ptr, Paramable argA, Lacks ptr graphi, Cons ptr (NodeC TStereoPanner (Record ())) graphi grapho) => Create' ptr (StereoPanner argA) graphi grapho
• (IsSymbol ptr, Paramable argA, OnOffable onOff, Lacks ptr graphi, Cons ptr (NodeC TTriangleOsc (Record ())) graphi grapho) => Create' ptr (TriangleOsc onOff argA) graphi grapho
• (IsSymbol ptr, IsSymbol floatArray, IsOversample oversample, Lacks ptr graphi, Cons ptr (NodeC (TWaveShaper floatArray oversample) (Record ())) graphi grapho) => Create' ptr (WaveShaper floatArray oversample) graphi grapho

icreate' :: forall proxy ptr node audio engine proof res i o. AudioInterpret audio engine => Create' ptr node i o => proxy ptr -> node -> IxWAG audio engine proof res (Record i) (Record o) Unit