Safe Haskell	None
Language	Haskell98

Data.Repa.Array.Material.Auto

Synopsis

Documentation

data A Source

Arrays where the elements that are automatically layed out into some efficient runtime representation.

The implementation uses type families to chose unboxed representations for all elements that can be unboxed. In particular: arrays of unboxed tuples are represented as tuples of unboxed arrays, and nested arrays are represented using a segment descriptor and a single single flat vector containing all the elements.

Constructors

Auto
Fields autoLength :: Int

Instances

Eq A
Show A
Layout A
Bulk A Char
Bulk A Double
Bulk A Float
Bulk A Int
Bulk A Int8
Bulk A Int16
Bulk A Int32
Bulk A Int64
Bulk A Word8
Bulk A Date32
Windowable A Char
Windowable A Double
Windowable A Float
Windowable A Int
Windowable A Int8
Windowable A Int16
Windowable A Int32
Windowable A Int64
Windowable A Word8
Windowable A Date32
Target A Char
Target A Double
Target A Float
Target A Int
Target A Int8
Target A Int16
Target A Int32
Target A Int64
Target A Word8
Target A Date32
Convert F Char A Char
Convert F Double A Double
Convert F Float A Float
Convert F Int A Int
Convert F Int8 A Int8
Convert F Int16 A Int16
Convert F Int32 A Int32
Convert F Int64 A Int64
Convert F Word8 A Word8
Convert A Char F Char
Convert A Double F Double
Convert A Float F Float
Convert A Int F Int
Convert A Int8 F Int8
Convert A Int16 F Int16
Convert A Int32 F Int32
Convert A Int64 F Int64
Convert A Word8 F Word8
Bulk A a => Bulk A [a]
Bulk A a => Windowable A [a]
Target A [a]
(Bulk A a, Bulk A b) => Bulk A (a, b)
(Bulk A a, Bulk A b) => Bulk A ((:*:) a b)
(Bulk A a, Windowable r a, (~) * (Index r) Int) => Bulk A (Array r a)
(Windowable A a, Windowable A b) => Windowable A (a, b)
(Windowable A a, Windowable A b) => Windowable A ((:*:) a b)
(Bulk A a, Windowable l a, (~) * (Index l) Int) => Windowable A (Array l a)
(Target A a, Target A b) => Target A (a, b)
(Target A a, Target A b) => Target A ((:*:) a b)
(Bulk l a, Target l a, (~) * (Index l) Int) => Target A (Array l a)
Convert r1 a1 r2 a2 => Convert N (Array r1 a1) A (Array r2 a2)
Convert r1 a1 r2 a2 => Convert A (Array r1 a1) A (Array r2 a2)
Convert r1 a1 r2 a2 => Convert A (Array r1 a1) N (Array r2 a2)
(Convert A a1 A a2, Convert A b1 A b2) => Convert A (a1, b1) (T2 A A) (a2, b2)
Eq (Name A)
Show (Name A)
Eq (Array A Char)
Eq a => Eq (Array A [a])
Eq (Array (T2 A A) (a, b)) => Eq (Array A (a, b))
(Eq (Array A a), Eq (Array A b)) => Eq (Array A ((:*:) a b))
Show (Array A Char)
Show (Array A Double)
Show (Array A Float)
Show (Array A Int)
Show (Array A Int8)
Show (Array A Int16)
Show (Array A Int32)
Show (Array A Int64)
Show a => Show (Array A [a])
Show (Array A Word8)
Show (Array (T2 A A) (a, b)) => Show (Array A (a, b))
(Show (Array A a), Show (Array A b)) => Show (Array A ((:*:) a b))
Show (Array A a) => Show (Array A (Array A a))
Show (Array A Date32)
Unpack (Array F Char) t => Unpack (Array A Char) t
Unpack (Buffer F Char) t => Unpack (Buffer A Char) t
Unpack (Buffer F Double) t => Unpack (Buffer A Double) t
Unpack (Buffer F Float) t => Unpack (Buffer A Float) t
Unpack (Buffer F Int) t => Unpack (Buffer A Int) t
Unpack (Buffer F Int8) t => Unpack (Buffer A Int8) t
Unpack (Buffer F Int16) t => Unpack (Buffer A Int16) t
Unpack (Buffer F Int32) t => Unpack (Buffer A Int32) t
Unpack (Buffer F Int64) t => Unpack (Buffer A Int64) t
Unpack (Buffer F Word8) t => Unpack (Buffer A Word8) t
Unpack (Buffer (T2 A A) (a, b)) t => Unpack (Buffer A (a, b)) t
Unpack (Buffer N (Array l a)) t => Unpack (Buffer A (Array l a)) t
Unpack (Buffer F Date32) t => Unpack (Buffer A Date32) t
Unpack (Buffer A [a]) (Buffer A [a])
(Unpack (Buffer A a) tA, Unpack (Buffer A b) tB) => Unpack (Buffer A ((:*:) a b)) (tA, tB)
(Convert A a1 A a2, Convert A b1 A b2) => Convert (T2 A A) (a1, b1) A (a2, b2)
data Name A = A
type Index A = Int
data Array A Char = AArray_Char !(Array F Char)
data Array A Double = AArray_Double !(Array F Double)
data Array A Float = AArray_Float !(Array F Float)
data Array A Int = AArray_Int !(Array F Int)
data Array A Int8 = AArray_Int8 !(Array F Int8)
data Array A Int16 = AArray_Int16 !(Array F Int16)
data Array A Int32 = AArray_Int32 !(Array F Int32)
data Array A Int64 = AArray_Int64 !(Array F Int64)
data Array A Word8 = AArray_Word8 !(Array F Word8)
data Array A Date32 = AArray_Date32 !(Array F Date32)
data Buffer A Char = ABuffer_Char !(Buffer F Char)
data Buffer A Double = ABuffer_Double !(Buffer F Double)
data Buffer A Float = ABuffer_Float !(Buffer F Float)
data Buffer A Int = ABuffer_Int !(Buffer F Int)
data Buffer A Int8 = ABuffer_Int8 !(Buffer F Int8)
data Buffer A Int16 = ABuffer_Int16 !(Buffer F Int16)
data Buffer A Int32 = ABuffer_Int32 !(Buffer F Int32)
data Buffer A Int64 = ABuffer_Int64 !(Buffer F Int64)
data Buffer A Word8 = ABuffer_Word8 !(Buffer F Word8)
data Buffer A Date32 = ABuffer_Date32 !(Buffer F Date32)
data Array A [a] = AArray_List !(Array B [a])
data Buffer A [a] = ABuffer_List !(Buffer B [a])
data Array A (a, b) = AArray_T2 !(Array (T2 A A) (a, b))
data Array A ((:*:) a b) = AArray_Prod !(Array A a) !(Array A b)
data Array A (Array r a) = AArray_Array !(Array N (Array r a))
data Buffer A (a, b) = ABuffer_T2 !(Buffer (T2 A A) (a, b))
data Buffer A ((:*:) a b) = ABuffer_Prod !(Buffer A a) !(Buffer A b)
data Buffer A (Array l a) = ABuffer_Array !(Buffer N (Array l a))