Sound.DF.Node

Contents

Description

Data flow nodes.

Synopsis

The Node data type

data R_ID Source

Recursion identifer.

Constructors

R_ID Int

Instances

Eq R_ID

data Type Source

Enumeration of types of data on ports.

Constructors

Real_Type
Integer_Type
Boolean_Type

Instances

Eq Type
Show Type

data Constant Source

Constant values.

Constructors

Real_Constant Double
Integer_Constant Int

Instances

Eq Constant
Show Constant	How to display constants.

data Port Source

Port meta data.

Constructors

Port
Fields port_data_type :: Type port_tokens :: Int

Instances

Eq Port

data Node Source

Data flow node.

Constructors

S
Fields constant :: Constant
A
Fields operator :: String inputs :: [Node] outputs :: [Port]
R
Fields identifier :: R_ID input :: Either Constant (Node, Node)
P
Fields proxy :: Node port :: Int
M
Fields mleft :: Node mright :: Node

Instances

Eq Node
Floating Node
Fractional Node
Num Node
Ord Node
Show Node	How to display nodes.

type NodeID = Int Source

Node identifier.

type PortID = Int Source

Port identifier.

mrg :: Node -> Node -> Node Source

Multiple root graph (alias for M).

Querying data type on ports

constant_type :: Constant -> Type Source

Type of a constant value.

node_type :: Node -> Type Source

Type of a node.

Numeric primitives for class instances

n_real_constant :: Double -> Node Source

Lift constant to node.

n_integer_constant :: Int -> Node Source

Lift constant to node.

numerical_unary_operator :: String -> Node -> Node Source

Unary operator over Real and Integer values.

numerical_binary_operator :: String -> Node -> Node -> Node Source

Binary operator over Real and Integer values.

real_unary_operator :: String -> Node -> Node Source

Unary operator over Real values.

real_binary_operator :: String -> Node -> Node -> Node Source

Binary operator over Real values.

n_add :: Node -> Node -> Node Source

Addition.

n_mul :: Node -> Node -> Node Source

Multiplication.

n_sub :: Node -> Node -> Node Source

Subtraction.

n_negate :: Node -> Node Source

Negation.

n_abs :: Node -> Node Source

Absolute value.

n_signum :: Node -> Node Source

Sign of.

n_div :: Node -> Node -> Node Source

Division.

n_recip :: Node -> Node Source

Reciprocal.

n_exp :: Node -> Node Source

Natural exponential.

n_sqrt :: Node -> Node Source

Square root.

n_log :: Node -> Node Source

Natural logarithm.

n_pow :: Node -> Node -> Node Source

p to the power of q.

n_sin :: Node -> Node Source

Sine.

n_cos :: Node -> Node Source

Cosine.

n_tan :: Node -> Node Source

Tangent.

numerical_comparison_operator :: String -> Node -> Node -> Node Source

Operator from Real or Integer values to a Boolean value.

n_lt :: Node -> Node -> Node Source

Less than.

n_gte :: Node -> Node -> Node Source

Greater than or equal to.

n_gt :: Node -> Node -> Node Source

Greater than.

n_lte :: Node -> Node -> Node Source

Less than or equal to.

n_max :: Node -> Node -> Node Source

Maximum.

n_min :: Node -> Node -> Node Source

Minimum.

n_floor :: Node -> Node Source

Real valued floor.

n_lrint :: Node -> Node Source

Integer valued floor.

class Monad m => ID m whereSource

Class of monads generating identifers

Methods

generateID :: m Int Source

Instances

ID IO

Backward arcs

rec_r :: R_ID -> Constant -> (Node -> (Node, Node)) -> Node Source

Introduce backward arc with implicit unit delay.

rec :: ID m => Constant -> (Node -> (Node, Node)) -> m Node Source

Monadic variant of rec_r.

recm :: ID m => Constant -> (Node -> m (Node, Node)) -> m Node Source

Variant or rec with monadic action in backward arc.