SpecializedGenericImpl (FSharp.Stats)

SpecializedGenericImpl Module

Namespace: FSharp.Stats
Assembly: FSharp.Stats.dll

Generic operations that, when used on floating point types, use the specialized versions in DoubleImpl

Types

Type	Description
dmatrix
range
rowvec
smatrix
vector

Functions and values

Function or value	Description
`addM a b` Full Usage: `addM a b` Parameters: a : `Matrix<'b>` b : `Matrix<'b>` Returns: `Matrix<'b>`	a : `Matrix<'b>` b : `Matrix<'b>` Returns: `Matrix<'b>`
`addRV a b` Full Usage: `addRV a b` Parameters: a : `RowVector<'a>` b : `RowVector<'a>` Returns: `RowVector<'a>`	a : `RowVector<'a>` b : `RowVector<'a>` Returns: `RowVector<'a>`
`addScalarM a b` Full Usage: `addScalarM a b` Parameters: a : `'a` b : `Matrix<'a>` Returns: `Matrix<'a>`	a : `'a` b : `Matrix<'a>` Returns: `Matrix<'a>`
`addScalarRV a b` Full Usage: `addScalarRV a b` Parameters: a : `'a` b : `RowVector<'a>` Returns: `RowVector<'a>`	a : `'a` b : `RowVector<'a>` Returns: `RowVector<'a>`
`addScalarV a b` Full Usage: `addScalarV a b` Parameters: a : `'a` b : `Vector<'a>` Returns: `Vector<'a>`	a : `'a` b : `Vector<'a>` Returns: `Vector<'a>`
`addV a b` Full Usage: `addV a b` Parameters: a : `Vector<'b>` b : `Vector<'b>` Returns: `Vector<'b>`	a : `Vector<'b>` b : `Vector<'b>` Returns: `Vector<'b>`
`arrayM xss` Full Usage: `arrayM xss` Parameters: xss : `'T[,]` Returns: `Matrix<'T>`	xss : `'T[,]` Returns: `Matrix<'T>`
`arrayRV xss` Full Usage: `arrayRV xss` Parameters: xss : `'T[]` Returns: `RowVector<'T>`	xss : `'T[]` Returns: `RowVector<'T>`
`arraySM xss` Full Usage: `arraySM xss` Parameters: xss : `'T[,]` Returns: `Matrix<'T>`	xss : `'T[,]` Returns: `Matrix<'T>`
`arrayV xss` Full Usage: `arrayV xss` Parameters: xss : `'T[]` Returns: `Vector<'T>`	xss : `'T[]` Returns: `Vector<'T>`
`assignV f a` Full Usage: `assignV f a` Parameters: f : `int -> 'b` a : `Vector<'b>` Modifiers: inline Type parameters: 'b	f : `int -> 'b` a : `Vector<'b>`
`binaryOpM opDenseDS opDenseGU opSparseDS opSparseMatrixGU a b` Full Usage: `binaryOpM opDenseDS opDenseGU opSparseDS opSparseMatrixGU a b` Parameters: opDenseDS : `dmatrix -> dmatrix -> 'a` opDenseGU : `DenseMatrix<'b> -> DenseMatrix<'c> -> 'd` opSparseDS : `smatrix -> smatrix -> 'f` opSparseMatrixGU : `SparseMatrix<'b> -> SparseMatrix<'c> -> 'g` a : `Matrix<'b>` b : `Matrix<'c>` Returns: `Matrix<'e>` Modifiers: inline	opDenseDS : `dmatrix -> dmatrix -> 'a` opDenseGU : `DenseMatrix<'b> -> DenseMatrix<'c> -> 'd` opSparseDS : `smatrix -> smatrix -> 'f` opSparseMatrixGU : `SparseMatrix<'b> -> SparseMatrix<'c> -> 'g` a : `Matrix<'b>` b : `Matrix<'c>` Returns: `Matrix<'e>`
`coerce2 x` Full Usage: `coerce2 x` Parameters: x : `'a` Returns: `'b`	x : `'a` Returns: `'b`
`combineHash x y` Full Usage: `combineHash x y` Parameters: x : `^a` y : `^b` Returns: `int` Modifiers: inline	x : `^a` y : `^b` Returns: `int`
`compareM comp a b` Full Usage: `compareM comp a b` Parameters: comp : `IComparer` a : `Matrix<'T>` b : `Matrix<'T>` Returns: `int`	comp : `IComparer` a : `Matrix<'T>` b : `Matrix<'T>` Returns: `int`
`compareRV comp a b` Full Usage: `compareRV comp a b` Parameters: comp : `IComparer` a : `RowVector<'T>` b : `RowVector<'T>` Returns: `int`	comp : `IComparer` a : `RowVector<'T>` b : `RowVector<'T>` Returns: `int`
`compareV comp a b` Full Usage: `compareV comp a b` Parameters: comp : `IComparer` a : `Vector<'T>` b : `Vector<'T>` Returns: `int`	comp : `IComparer` a : `Vector<'T>` b : `Vector<'T>` Returns: `int`
`constDiagM n x` Full Usage: `constDiagM n x` Parameters: n : `int` x : `'T` Returns: `Matrix<'T>`	n : `int` x : `'T` Returns: `Matrix<'T>`
`constM m n x` Full Usage: `constM m n x` Parameters: m : `int` n : `int` x : `'T` Returns: `Matrix<'T>`	m : `int` n : `int` x : `'T` Returns: `Matrix<'T>`
`constRV m x` Full Usage: `constRV m x` Parameters: m : `int` x : `'T` Returns: `RowVector<'T>`	m : `int` x : `'T` Returns: `RowVector<'T>`
`constV m x` Full Usage: `constV m x` Parameters: m : `int` x : `'T` Returns: `Vector<'T>`	m : `int` x : `'T` Returns: `Vector<'T>`
`copyM a` Full Usage: `copyM a` Parameters: a : `Matrix<'b>` Returns: `Matrix<'b>`	a : `Matrix<'b>` Returns: `Matrix<'b>`
`copyRV a` Full Usage: `copyRV a` Parameters: a : `RowVector<'b>` Returns: `RowVector<'b>`	a : `RowVector<'b>` Returns: `RowVector<'b>`
`copyV a` Full Usage: `copyV a` Parameters: a : `Vector<'b>` Returns: `Vector<'b>`	a : `Vector<'b>` Returns: `Vector<'b>`
`countR (arg1, arg2)` Full Usage: `countR (arg1, arg2)` Parameters: arg0 : `int` arg1 : `int` Returns: `int`	arg0 : `int` arg1 : `int` Returns: `int`
`cptMaxM a b` Full Usage: `cptMaxM a b` Parameters: a : `Matrix<'b>` b : `Matrix<'b>` Returns: `Matrix<'b>`	a : `Matrix<'b>` b : `Matrix<'b>` Returns: `Matrix<'b>`
`cptMaxV a b` Full Usage: `cptMaxV a b` Parameters: a : `Vector<'b>` b : `Vector<'b>` Returns: `Vector<'b>`	a : `Vector<'b>` b : `Vector<'b>` Returns: `Vector<'b>`
`cptMinM a b` Full Usage: `cptMinM a b` Parameters: a : `Matrix<'b>` b : `Matrix<'b>` Returns: `Matrix<'b>`	a : `Matrix<'b>` b : `Matrix<'b>` Returns: `Matrix<'b>`
`cptMinV a b` Full Usage: `cptMinV a b` Parameters: a : `Vector<'b>` b : `Vector<'b>` Returns: `Vector<'b>`	a : `Vector<'b>` b : `Vector<'b>` Returns: `Vector<'b>`
`cptMulM a b` Full Usage: `cptMulM a b` Parameters: a : `Matrix<'b>` b : `Matrix<'b>` Returns: `Matrix<'b>`	a : `Matrix<'b>` b : `Matrix<'b>` Returns: `Matrix<'b>`
`cptMulRV a b` Full Usage: `cptMulRV a b` Parameters: a : `RowVector<'a>` b : `RowVector<'a>` Returns: `RowVector<'a>`	a : `RowVector<'a>` b : `RowVector<'a>` Returns: `RowVector<'a>`
`cptMulV a b` Full Usage: `cptMulV a b` Parameters: a : `Vector<'b>` b : `Vector<'b>` Returns: `Vector<'b>`	a : `Vector<'b>` b : `Vector<'b>` Returns: `Vector<'b>`
`createMx ops rows columns f` Full Usage: `createMx ops rows columns f` Parameters: ops : `OpsData<'a>` rows : `int` columns : `int` f : `int -> int -> 'a` Returns: `Matrix<'a>` Modifiers: inline	ops : `OpsData<'a>` rows : `int` columns : `int` f : `int -> int -> 'a` Returns: `Matrix<'a>`
`createNumericV m f` Full Usage: `createNumericV m f` Parameters: m : `int` f : `INumeric<'T> -> int -> 'T` Returns: `Vector<'T>`	m : `int` f : `INumeric<'T> -> int -> 'T` Returns: `Vector<'T>`
`createRVx ops m f` Full Usage: `createRVx ops m f` Parameters: ops : `INumeric<'a> option` m : `int` f : `int -> 'a` Returns: `RowVector<'a>` Modifiers: inline	ops : `INumeric<'a> option` m : `int` f : `int -> 'a` Returns: `RowVector<'a>`
`createVx ops m f` Full Usage: `createVx ops m f` Parameters: ops : `INumeric<'a> option` m : `int` f : `int -> 'a` Returns: `Vector<'a>` Modifiers: inline	ops : `INumeric<'a> option` m : `int` f : `int -> 'a` Returns: `Vector<'a>`
`dense x` Full Usage: `dense x` Parameters: x : `DenseMatrix<'a>` Returns: `Matrix<'a>` Modifiers: inline Type parameters: 'a	x : `DenseMatrix<'a>` Returns: `Matrix<'a>`
`diagM v` Full Usage: `diagM v` Parameters: v : `Vector<'b>` Returns: `Matrix<'b>`	v : `Vector<'b>` Returns: `Matrix<'b>`
`diagnM v n` Full Usage: `diagnM v n` Parameters: v : `Vector<'a>` n : `int` Returns: `Matrix<'a>`	v : `Vector<'a>` n : `int` Returns: `Matrix<'a>`
`dotM a b` Full Usage: `dotM a b` Parameters: a : `Matrix<'b>` b : `Matrix<'b>` Returns: `'b`	a : `Matrix<'b>` b : `Matrix<'b>` Returns: `'b`
`dotV a b` Full Usage: `dotV a b` Parameters: a : `Vector<'b>` b : `Vector<'b>` Returns: `'b`	a : `Vector<'b>` b : `Vector<'b>` Returns: `'b`
`equalsM comp a b` Full Usage: `equalsM comp a b` Parameters: comp : `IEqualityComparer` a : `Matrix<'T>` b : `Matrix<'T>` Returns: `bool`	comp : `IEqualityComparer` a : `Matrix<'T>` b : `Matrix<'T>` Returns: `bool`
`equalsRV comp a b` Full Usage: `equalsRV comp a b` Parameters: comp : `IEqualityComparer` a : `RowVector<'T>` b : `RowVector<'T>` Returns: `bool`	comp : `IEqualityComparer` a : `RowVector<'T>` b : `RowVector<'T>` Returns: `bool`
`equalsV comp a b` Full Usage: `equalsV comp a b` Parameters: comp : `IEqualityComparer` a : `Vector<'T>` b : `Vector<'T>` Returns: `bool`	comp : `IEqualityComparer` a : `Vector<'T>` b : `Vector<'T>` Returns: `bool`
`existsM f a` Full Usage: `existsM f a` Parameters: f : `'b -> bool` a : `Matrix<'b>` Returns: `bool`	f : `'b -> bool` a : `Matrix<'b>` Returns: `bool`
`existsV f a` Full Usage: `existsV f a` Parameters: f : `'a -> bool` a : `Vector<'a>` Returns: `bool`	f : `'a -> bool` a : `Vector<'a>` Returns: `bool`
`existsiM f a` Full Usage: `existsiM f a` Parameters: f : `int -> int -> 'b -> bool` a : `Matrix<'b>` Returns: `bool`	f : `int -> int -> 'b -> bool` a : `Matrix<'b>` Returns: `bool`
`existsiV f a` Full Usage: `existsiV f a` Parameters: f : `int -> 'a -> bool` a : `Vector<'a>` Returns: `bool`	f : `int -> 'a -> bool` a : `Vector<'a>` Returns: `bool`
`floatUnaryOpM opDenseDS opDenseGU opSparseDS opSparseMatrixGU b` Full Usage: `floatUnaryOpM opDenseDS opDenseGU opSparseDS opSparseMatrixGU b` Parameters: opDenseDS : `dmatrix -> float` opDenseGU : `DenseMatrix<'a> -> 'b` opSparseDS : `smatrix -> float` opSparseMatrixGU : `SparseMatrix<'a> -> 'b` b : `Matrix<'a>` Returns: `'b` Modifiers: inline	opDenseDS : `dmatrix -> float` opDenseGU : `DenseMatrix<'a> -> 'b` opSparseDS : `smatrix -> float` opSparseMatrixGU : `SparseMatrix<'a> -> 'b` b : `Matrix<'a>` Returns: `'b`
`foldM f z a` Full Usage: `foldM f z a` Parameters: f : `'c -> 'd -> 'c` z : `'c` a : `Matrix<'d>` Returns: `'c` Modifiers: inline Type parameters: 'c, 'd	f : `'c -> 'd -> 'c` z : `'c` a : `Matrix<'d>` Returns: `'c`
`foldV f z a` Full Usage: `foldV f z a` Parameters: f : `'a -> 'b -> 'a` z : `'a` a : `Vector<'b>` Returns: `'a` Modifiers: inline Type parameters: 'a, 'b	f : `'a -> 'b -> 'a` z : `'a` a : `Vector<'b>` Returns: `'a`
`foldiM f z a` Full Usage: `foldiM f z a` Parameters: f : `int -> int -> 'c -> 'd -> 'c` z : `'c` a : `Matrix<'d>` Returns: `'c` Modifiers: inline Type parameters: 'c, 'd	f : `int -> int -> 'c -> 'd -> 'c` z : `'c` a : `Matrix<'d>` Returns: `'c`
`foldiV f z a` Full Usage: `foldiV f z a` Parameters: f : `int -> 'a -> 'b -> 'a` z : `'a` a : `Vector<'b>` Returns: `'a` Modifiers: inline Type parameters: 'a, 'b	f : `int -> 'a -> 'b -> 'a` z : `'a` a : `Vector<'b>` Returns: `'a`
`forallM f a` Full Usage: `forallM f a` Parameters: f : `'b -> bool` a : `Matrix<'b>` Returns: `bool`	f : `'b -> bool` a : `Matrix<'b>` Returns: `bool`
`forallV f a` Full Usage: `forallV f a` Parameters: f : `'a -> bool` a : `Vector<'a>` Returns: `bool`	f : `'a -> bool` a : `Vector<'a>` Returns: `bool`
`foralliM f a` Full Usage: `foralliM f a` Parameters: f : `int -> int -> 'b -> bool` a : `Matrix<'b>` Returns: `bool`	f : `int -> int -> 'b -> bool` a : `Matrix<'b>` Returns: `bool`
`foralliV f a` Full Usage: `foralliV f a` Parameters: f : `int -> 'a -> bool` a : `Vector<'a>` Returns: `bool`	f : `int -> 'a -> bool` a : `Vector<'a>` Returns: `bool`
`getColM a j` Full Usage: `getColM a j` Parameters: a : `Matrix<'b>` j : `int` Returns: `Vector<'b>`	Returns col of index i of matrix a as a vector a : `Matrix<'b>` j : `int` Returns: `Vector<'b>`
`getColsM a (arg2, arg3)` Full Usage: `getColsM a (arg2, arg3)` Parameters: a : `Matrix<'b>` arg1 : `int` arg2 : `int` Returns: `Matrix<'b>`	a : `Matrix<'b>` arg1 : `int` arg2 : `int` Returns: `Matrix<'b>`
`getDiagM a` Full Usage: `getDiagM a` Parameters: a : `Matrix<'a>` Returns: `Vector<'a>`	a : `Matrix<'a>` Returns: `Vector<'a>`
`getDiagnM a n` Full Usage: `getDiagnM a n` Parameters: a : `Matrix<'b>` n : `int` Returns: `Vector<'b>`	a : `Matrix<'b>` n : `int` Returns: `Vector<'b>`
`getRegionM a (arg2, arg3) (arg4, arg5)` Full Usage: `getRegionM a (arg2, arg3) (arg4, arg5)` Parameters: a : `Matrix<'b>` arg1 : `int` arg2 : `int` arg3 : `int` arg4 : `int` Returns: `Matrix<'b>`	a : `Matrix<'b>` arg1 : `int` arg2 : `int` arg3 : `int` arg4 : `int` Returns: `Matrix<'b>`
`getRegionRV a (arg2, arg3)` Full Usage: `getRegionRV a (arg2, arg3)` Parameters: a : `RowVector<'a>` arg1 : `int` arg2 : `int` Returns: `RowVector<'a>`	a : `RowVector<'a>` arg1 : `int` arg2 : `int` Returns: `RowVector<'a>`
`getRegionV a (arg2, arg3)` Full Usage: `getRegionV a (arg2, arg3)` Parameters: a : `Vector<'a>` arg1 : `int` arg2 : `int` Returns: `Vector<'a>`	a : `Vector<'a>` arg1 : `int` arg2 : `int` Returns: `Vector<'a>`
`getRowM a i` Full Usage: `getRowM a i` Parameters: a : `Matrix<'b>` i : `int` Returns: `RowVector<'b>`	Returns row of index i of matrix a as a vector a : `Matrix<'b>` i : `int` Returns: `RowVector<'b>`
`getRowsM a (arg2, arg3)` Full Usage: `getRowsM a (arg2, arg3)` Parameters: a : `Matrix<'b>` arg1 : `int` arg2 : `int` Returns: `Matrix<'b>`	a : `Matrix<'b>` arg1 : `int` arg2 : `int` Returns: `Matrix<'b>`
`hashM comp a` Full Usage: `hashM comp a` Parameters: comp : `IEqualityComparer` a : `Matrix<'b>` Returns: `int`	comp : `IEqualityComparer` a : `Matrix<'b>` Returns: `int`
`hashRV comp a` Full Usage: `hashRV comp a` Parameters: comp : `IEqualityComparer` a : `RowVector<'a>` Returns: `int`	comp : `IEqualityComparer` a : `RowVector<'a>` Returns: `int`
`hashV comp a` Full Usage: `hashV comp a` Parameters: comp : `IEqualityComparer` a : `Vector<'b>` Returns: `int`	comp : `IEqualityComparer` a : `Vector<'b>` Returns: `int`
`identityM m` Full Usage: `identityM m` Parameters: m : `int` Returns: `Matrix<'T>`	m : `int` Returns: `Matrix<'T>`
`idxR (arg1, arg2) i` Full Usage: `idxR (arg1, arg2) i` Parameters: arg0 : `int` arg1 : `int` i : `int` Returns: `int`	arg0 : `int` arg1 : `int` i : `int` Returns: `int`
`inR (arg1, arg2) i` Full Usage: `inR (arg1, arg2) i` Parameters: arg0 : `int` arg1 : `int` i : `int` Returns: `bool`	arg0 : `int` arg1 : `int` i : `int` Returns: `bool`
`initDenseM i j x` Full Usage: `initDenseM i j x` Parameters: i : `int` j : `int` x : `seq<int * int * 'T>` Returns: `Matrix<'T>`	i : `int` j : `int` x : `seq<int * int * 'T>` Returns: `Matrix<'T>`
`initM m n f` Full Usage: `initM m n f` Parameters: m : `int` n : `int` f : `int -> int -> 'T` Returns: `Matrix<'T>`	m : `int` n : `int` f : `int -> int -> 'T` Returns: `Matrix<'T>`
`initNumericM m n f` Full Usage: `initNumericM m n f` Parameters: m : `int` n : `int` f : `INumeric<'T> -> int -> int -> 'T` Returns: `Matrix<'T>`	m : `int` n : `int` f : `INumeric<'T> -> int -> int -> 'T` Returns: `Matrix<'T>`
`initRV m f` Full Usage: `initRV m f` Parameters: m : `int` f : `int -> 'T` Returns: `RowVector<'T>`	m : `int` f : `int -> 'T` Returns: `RowVector<'T>`
`initSparseM i j x` Full Usage: `initSparseM i j x` Parameters: i : `int` j : `int` x : `seq<int * int * 'T>` Returns: `Matrix<'T>`	i : `int` j : `int` x : `seq<int * int * 'T>` Returns: `Matrix<'T>`
`initV m f` Full Usage: `initV m f` Parameters: m : `int` f : `int -> 'T` Returns: `Vector<'T>`	m : `int` f : `int -> 'T` Returns: `Vector<'T>`
`inplaceAddM a b` Full Usage: `inplaceAddM a b` Parameters: a : `Matrix<'b>` b : `Matrix<'b>`	a : `Matrix<'b>` b : `Matrix<'b>`
`inplaceAddV a b` Full Usage: `inplaceAddV a b` Parameters: a : `Vector<'b>` b : `Vector<'b>`	a : `Vector<'b>` b : `Vector<'b>`
`inplaceAssignM f a` Full Usage: `inplaceAssignM f a` Parameters: f : `int -> int -> 'b` a : `Matrix<'b>` Modifiers: inline Type parameters: 'b	f : `int -> int -> 'b` a : `Matrix<'b>`
`inplaceCptMulM a b` Full Usage: `inplaceCptMulM a b` Parameters: a : `Matrix<'b>` b : `Matrix<'b>`	a : `Matrix<'b>` b : `Matrix<'b>`
`inplaceCptMulV a b` Full Usage: `inplaceCptMulV a b` Parameters: a : `Vector<'b>` b : `Vector<'b>`	a : `Vector<'b>` b : `Vector<'b>`
`inplaceScaleM a b` Full Usage: `inplaceScaleM a b` Parameters: a : `'b` b : `Matrix<'b>`	a : `'b` b : `Matrix<'b>`
`inplaceScaleV a b` Full Usage: `inplaceScaleV a b` Parameters: a : `'b` b : `Vector<'b>`	a : `'b` b : `Vector<'b>`
`inplaceSubM a b` Full Usage: `inplaceSubM a b` Parameters: a : `Matrix<'b>` b : `Matrix<'b>`	a : `Matrix<'b>` b : `Matrix<'b>`
`inplaceSubV a b` Full Usage: `inplaceSubV a b` Parameters: a : `Vector<'b>` b : `Vector<'b>`	a : `Vector<'b>` b : `Vector<'b>`
`inplace_mapM f a` Full Usage: `inplace_mapM f a` Parameters: f : `'b -> 'b` a : `Matrix<'b>` Modifiers: inline Type parameters: 'b	f : `'b -> 'b` a : `Matrix<'b>`
`inplace_mapV f a` Full Usage: `inplace_mapV f a` Parameters: f : `'b -> 'b` a : `Vector<'b>` Modifiers: inline Type parameters: 'b	f : `'b -> 'b` a : `Vector<'b>`
`inplace_mapiM f a` Full Usage: `inplace_mapiM f a` Parameters: f : `int -> int -> 'b -> 'b` a : `Matrix<'b>` Modifiers: inline Type parameters: 'b	f : `int -> int -> 'b -> 'b` a : `Matrix<'b>`
`inplace_mapiV f a` Full Usage: `inplace_mapiV f a` Parameters: f : `int -> 'b -> 'b` a : `Vector<'b>` Modifiers: inline Type parameters: 'b	f : `int -> 'b -> 'b` a : `Vector<'b>`
`listM xss` Full Usage: `listM xss` Parameters: xss : `'T list list` Returns: `Matrix<'T>`	xss : `'T list list` Returns: `Matrix<'T>`
`listRV xss` Full Usage: `listRV xss` Parameters: xss : `'T list` Returns: `RowVector<'T>`	xss : `'T list` Returns: `RowVector<'T>`
`listV xss` Full Usage: `listV xss` Parameters: xss : `'T list` Returns: `Vector<'T>`	xss : `'T list` Returns: `Vector<'T>`
`loosenDM x` Full Usage: `loosenDM x` Parameters: x : `dmatrix` Returns: `DenseMatrix<'a>`	x : `dmatrix` Returns: `DenseMatrix<'a>`
`loosenF x` Full Usage: `loosenF x` Parameters: x : `float` Returns: `'T`	x : `float` Returns: `'T`
`loosenRV x` Full Usage: `loosenRV x` Parameters: x : `rowvec` Returns: `RowVector<'a>`	x : `rowvec` Returns: `RowVector<'a>`
`loosenSM x` Full Usage: `loosenSM x` Parameters: x : `smatrix` Returns: `SparseMatrix<'a>`	x : `smatrix` Returns: `SparseMatrix<'a>`
`loosenV x` Full Usage: `loosenV x` Parameters: x : `vector` Returns: `Vector<'a>`	x : `vector` Returns: `Vector<'a>`
`map2V f a b` Full Usage: `map2V f a b` Parameters: f : `'b -> 'b -> 'b` a : `Vector<'b>` b : `Vector<'b>` Returns: `Vector<'b>`	f : `'b -> 'b -> 'b` a : `Vector<'b>` b : `Vector<'b>` Returns: `Vector<'b>`
`map3V f a b c` Full Usage: `map3V f a b c` Parameters: f : `'b -> 'b -> 'b -> 'b` a : `Vector<'b>` b : `Vector<'b>` c : `Vector<'b>` Returns: `Vector<'b>`	f : `'b -> 'b -> 'b -> 'b` a : `Vector<'b>` b : `Vector<'b>` c : `Vector<'b>` Returns: `Vector<'b>`
`mapM f a` Full Usage: `mapM f a` Parameters: f : `'b -> 'b` a : `Matrix<'b>` Returns: `Matrix<'b>`	f : `'b -> 'b` a : `Matrix<'b>` Returns: `Matrix<'b>`
`mapRV f a` Full Usage: `mapRV f a` Parameters: f : `'b -> 'b` a : `RowVector<'b>` Returns: `RowVector<'b>`	f : `'b -> 'b` a : `RowVector<'b>` Returns: `RowVector<'b>`
`mapV f a` Full Usage: `mapV f a` Parameters: f : `'b -> 'b` a : `Vector<'b>` Returns: `Vector<'b>`	f : `'b -> 'b` a : `Vector<'b>` Returns: `Vector<'b>`
`mapiM f a` Full Usage: `mapiM f a` Parameters: f : `int -> int -> 'b -> 'b` a : `Matrix<'b>` Returns: `Matrix<'b>`	f : `int -> int -> 'b -> 'b` a : `Matrix<'b>` Returns: `Matrix<'b>`
`mapiRV f a` Full Usage: `mapiRV f a` Parameters: f : `int -> 'b -> 'b` a : `RowVector<'b>` Returns: `RowVector<'b>`	f : `int -> 'b -> 'b` a : `RowVector<'b>` Returns: `RowVector<'b>`
`mapiV f a` Full Usage: `mapiV f a` Parameters: f : `int -> 'b -> 'b` a : `Vector<'b>` Returns: `Vector<'b>`	f : `int -> 'b -> 'b` a : `Vector<'b>` Returns: `Vector<'b>`
`mergeSorted cf s1 s2` Full Usage: `mergeSorted cf s1 s2` Parameters: cf : `'T -> 'b -> int` - s1 : `seq<'T>` - s2 : `seq<'b>` - Returns: `seq<'T option * 'b option>`	Merge two sorted sequences cf : `'T -> 'b -> int` s1 : `seq<'T>` s2 : `seq<'b>` Returns: `seq<'T option * 'b option>` Example
`mergedNonZeroEntriesM a b` Full Usage: `mergedNonZeroEntriesM a b` Parameters: a : `Matrix<'a>` b : `Matrix<'a>` Returns: `seq<'a * 'a>`	Non-zero entries from two sequences a : `Matrix<'a>` b : `Matrix<'a>` Returns: `seq<'a * 'a>`
`mulM a b` Full Usage: `mulM a b` Parameters: a : `Matrix<'b>` b : `Matrix<'b>` Returns: `Matrix<'b>`	a : `Matrix<'b>` b : `Matrix<'b>` Returns: `Matrix<'b>`
`mulMV a b` Full Usage: `mulMV a b` Parameters: a : `Matrix<'b>` b : `Vector<'b>` Returns: `Vector<'b>`	a : `Matrix<'b>` b : `Vector<'b>` Returns: `Vector<'b>`
`mulRVM a b` Full Usage: `mulRVM a b` Parameters: a : `RowVector<'b>` b : `Matrix<'b>` Returns: `RowVector<'b>`	a : `RowVector<'b>` b : `Matrix<'b>` Returns: `RowVector<'b>`
`mulRVV a b` Full Usage: `mulRVV a b` Parameters: a : `RowVector<'b>` b : `Vector<'b>` Returns: `'b`	a : `RowVector<'b>` b : `Vector<'b>` Returns: `'b`
`mulVRV a b` Full Usage: `mulVRV a b` Parameters: a : `Vector<'b>` b : `RowVector<'b>` Returns: `Matrix<'b>`	a : `Vector<'b>` b : `RowVector<'b>` Returns: `Matrix<'b>`
`negM a` Full Usage: `negM a` Parameters: a : `Matrix<'b>` Returns: `Matrix<'b>`	a : `Matrix<'b>` Returns: `Matrix<'b>`
`negRV a` Full Usage: `negRV a` Parameters: a : `RowVector<'a>` Returns: `RowVector<'a>`	a : `RowVector<'a>` Returns: `RowVector<'a>`
`negV a` Full Usage: `negV a` Parameters: a : `Vector<'b>` Returns: `Vector<'b>`	a : `Vector<'b>` Returns: `Vector<'b>`
`nonZeroEntriesM a` Full Usage: `nonZeroEntriesM a` Parameters: a : `Matrix<'b>` Returns: `seq<int * int * 'b>`	a : `Matrix<'b>` Returns: `seq<int * int * 'b>`
`normM a` Full Usage: `normM a` Parameters: a : `Matrix<'b>` Returns: `float`	a : `Matrix<'b>` Returns: `float`
`opsM a` Full Usage: `opsM a` Parameters: a : `Matrix<'a>` Returns: `OpsData<'a>`	a : `Matrix<'a>` Returns: `OpsData<'a>`
`permuteColumns p a` Full Usage: `permuteColumns p a` Parameters: p : `permutation` a : `Matrix<'a>` Returns: `Matrix<'a>`	p : `permutation` a : `Matrix<'a>` Returns: `Matrix<'a>`
`permuteRV p a` Full Usage: `permuteRV p a` Parameters: p : `permutation` a : `RowVector<'a>` Returns: `RowVector<'a>`	p : `permutation` a : `RowVector<'a>` Returns: `RowVector<'a>`
`permuteRows p a` Full Usage: `permuteRows p a` Parameters: p : `permutation` a : `Matrix<'a>` Returns: `Matrix<'a>`	p : `permutation` a : `Matrix<'a>` Returns: `Matrix<'a>`
`permuteV p a` Full Usage: `permuteV p a` Parameters: p : `permutation` a : `Vector<'a>` Returns: `Vector<'a>`	p : `permutation` a : `Vector<'a>` Returns: `Vector<'a>`
`prodM a` Full Usage: `prodM a` Parameters: a : `Matrix<'b>` Returns: `'b`	a : `Matrix<'b>` Returns: `'b`
`rowVecM xss` Full Usage: `rowVecM xss` Parameters: xss : `RowVector<'T>` Returns: `Matrix<'T>`	xss : `RowVector<'T>` Returns: `Matrix<'T>`
`rowvecM x` Full Usage: `rowvecM x` Parameters: x : `RowVector<'b>` Returns: `Matrix<'b>`	x : `RowVector<'b>` Returns: `Matrix<'b>`
`scalarM x` Full Usage: `scalarM x` Parameters: x : `'b` Returns: `Matrix<'b>`	x : `'b` Returns: `Matrix<'b>`
`scalarRV x` Full Usage: `scalarRV x` Parameters: x : `'a` Returns: `RowVector<'a>`	x : `'a` Returns: `RowVector<'a>`
`scalarV x` Full Usage: `scalarV x` Parameters: x : `'b` Returns: `Vector<'b>`	x : `'b` Returns: `Vector<'b>`
`scaleM a b` Full Usage: `scaleM a b` Parameters: a : `'b` b : `Matrix<'b>` Returns: `Matrix<'b>`	a : `'b` b : `Matrix<'b>` Returns: `Matrix<'b>`
`scaleRV a b` Full Usage: `scaleRV a b` Parameters: a : `'a` b : `RowVector<'a>` Returns: `RowVector<'a>`	a : `'a` b : `RowVector<'a>` Returns: `RowVector<'a>`
`scaleV a b` Full Usage: `scaleV a b` Parameters: a : `'b` b : `Vector<'b>` Returns: `Vector<'b>`	a : `'b` b : `Vector<'b>` Returns: `Vector<'b>`
`seqCM xss` Full Usage: `seqCM xss` Parameters: xss : `seq<'c>` Returns: `Matrix<'T>`	xss : `seq<'c>` Returns: `Matrix<'T>`
`seqM xss` Full Usage: `seqM xss` Parameters: xss : `seq<'c>` Returns: `Matrix<'T>`	xss : `seq<'c>` Returns: `Matrix<'T>`
`seqRV xss` Full Usage: `seqRV xss` Parameters: xss : `seq<'T>` Returns: `RowVector<'T>`	xss : `seq<'T>` Returns: `RowVector<'T>`
`seqV xss` Full Usage: `seqV xss` Parameters: xss : `seq<'T>` Returns: `Vector<'T>`	xss : `seq<'T>` Returns: `Vector<'T>`
`setColM a j v` Full Usage: `setColM a j v` Parameters: a : `Matrix<'b>` - j : `int` - v : `Vector<'b>` -	Replaces column of index i of matrix a with values of vector v, if vector length matches columnsize a : `Matrix<'b>` j : `int` v : `Vector<'b>` Example
`setRowM a i v` Full Usage: `setRowM a i v` Parameters: a : `Matrix<'b>` - i : `int` - v : `Vector<'b>` -	Replaces row of index j of matrix a with values of vector v, if vector length matches rowsize a : `Matrix<'b>` i : `int` v : `Vector<'b>` Example
`sparse x` Full Usage: `sparse x` Parameters: x : `SparseMatrix<'a>` Returns: `Matrix<'a>` Modifiers: inline	x : `SparseMatrix<'a>` Returns: `Matrix<'a>`
`startR (arg1, arg2)` Full Usage: `startR (arg1, arg2)` Parameters: arg0 : `int` arg1 : `int` Returns: `int`	arg0 : `int` arg1 : `int` Returns: `int`
`subM a b` Full Usage: `subM a b` Parameters: a : `Matrix<'b>` b : `Matrix<'b>` Returns: `Matrix<'b>`	a : `Matrix<'b>` b : `Matrix<'b>` Returns: `Matrix<'b>`
`subRV a b` Full Usage: `subRV a b` Parameters: a : `RowVector<'a>` b : `RowVector<'a>` Returns: `RowVector<'a>`	a : `RowVector<'a>` b : `RowVector<'a>` Returns: `RowVector<'a>`
`subScalarM a b` Full Usage: `subScalarM a b` Parameters: a : `'a` b : `Matrix<'a>` Returns: `Matrix<'a>`	a : `'a` b : `Matrix<'a>` Returns: `Matrix<'a>`
`subScalarRV a b` Full Usage: `subScalarRV a b` Parameters: a : `'a` b : `RowVector<'a>` Returns: `RowVector<'a>`	a : `'a` b : `RowVector<'a>` Returns: `RowVector<'a>`
`subScalarV a b` Full Usage: `subScalarV a b` Parameters: a : `'a` b : `Vector<'a>` Returns: `Vector<'a>`	a : `'a` b : `Vector<'a>` Returns: `Vector<'a>`
`subV a b` Full Usage: `subV a b` Parameters: a : `Vector<'b>` b : `Vector<'b>` Returns: `Vector<'b>`	a : `Vector<'b>` b : `Vector<'b>` Returns: `Vector<'b>`
`sumM a` Full Usage: `sumM a` Parameters: a : `Matrix<'b>` Returns: `'b`	a : `Matrix<'b>` Returns: `'b`
`tightenDM x` Full Usage: `tightenDM x` Parameters: x : `DenseMatrix<'a>` Returns: `dmatrix`	x : `DenseMatrix<'a>` Returns: `dmatrix`
`tightenF x` Full Usage: `tightenF x` Parameters: x : `'T` Returns: `float`	x : `'T` Returns: `float`
`tightenRV x` Full Usage: `tightenRV x` Parameters: x : `RowVector<'a>` Returns: `rowvec`	x : `RowVector<'a>` Returns: `rowvec`
`tightenSM x` Full Usage: `tightenSM x` Parameters: x : `SparseMatrix<'a>` Returns: `smatrix`	x : `SparseMatrix<'a>` Returns: `smatrix`
`tightenV x` Full Usage: `tightenV x` Parameters: x : `Vector<'a>` Returns: `vector`	x : `Vector<'a>` Returns: `vector`
`toDenseM a` Full Usage: `toDenseM a` Parameters: a : `Matrix<'b>` Returns: `Matrix<'b>`	a : `Matrix<'b>` Returns: `Matrix<'b>`
`toRowVectorM x` Full Usage: `toRowVectorM x` Parameters: x : `Matrix<'b>` Returns: `RowVector<'b>`	x : `Matrix<'b>` Returns: `RowVector<'b>`
`toScalarM x` Full Usage: `toScalarM x` Parameters: x : `Matrix<'b>` Returns: `'b`	x : `Matrix<'b>` Returns: `'b`
`toSparseM a` Full Usage: `toSparseM a` Parameters: a : `Matrix<'T>` Returns: `Matrix<'T>`	a : `Matrix<'T>` Returns: `Matrix<'T>`
`toVectorM x` Full Usage: `toVectorM x` Parameters: x : `Matrix<'b>` Returns: `Vector<'b>`	x : `Matrix<'b>` Returns: `Vector<'b>`
`traceM a` Full Usage: `traceM a` Parameters: a : `Matrix<'b>` Returns: `'b`	a : `Matrix<'b>` Returns: `'b`
`traceMGU a` Full Usage: `traceMGU a` Parameters: a : `Matrix<'a>` Returns: `'a`	a : `Matrix<'a>` Returns: `'a`
`transM a` Full Usage: `transM a` Parameters: a : `Matrix<'b>` Returns: `Matrix<'b>`	a : `Matrix<'b>` Returns: `Matrix<'b>`
`transRV a` Full Usage: `transRV a` Parameters: a : `RowVector<'b>` Returns: `Vector<'b>`	a : `RowVector<'b>` Returns: `Vector<'b>`
`transV a` Full Usage: `transV a` Parameters: a : `Vector<'b>` Returns: `RowVector<'b>`	a : `Vector<'b>` Returns: `RowVector<'b>`
`unaryOpM opDenseDS opDenseGU opSparseDS opSparseMatrixGU b` Full Usage: `unaryOpM opDenseDS opDenseGU opSparseDS opSparseMatrixGU b` Parameters: opDenseDS : `dmatrix -> 'a` opDenseGU : `DenseMatrix<'b> -> 'c` opSparseDS : `smatrix -> 'e` opSparseMatrixGU : `SparseMatrix<'b> -> 'f` b : `Matrix<'b>` Returns: `Matrix<'d>` Modifiers: inline	opDenseDS : `dmatrix -> 'a` opDenseGU : `DenseMatrix<'b> -> 'c` opSparseDS : `smatrix -> 'e` opSparseMatrixGU : `SparseMatrix<'b> -> 'f` b : `Matrix<'b>` Returns: `Matrix<'d>`
`unzipV a` Full Usage: `unzipV a` Parameters: a : `Vector<'c * 'd>` Returns: `Vector<'c> * Vector<'d>`	a : `Vector<'c * 'd>` Returns: `Vector<'c> * Vector<'d>`
`vecM xss` Full Usage: `vecM xss` Parameters: xss : `Vector<'T>` Returns: `Matrix<'T>`	xss : `Vector<'T>` Returns: `Matrix<'T>`
`vectorM x` Full Usage: `vectorM x` Parameters: x : `Vector<'b>` Returns: `Matrix<'b>`	x : `Vector<'b>` Returns: `Matrix<'b>`
`zeroM m n` Full Usage: `zeroM m n` Parameters: m : `int` n : `int` Returns: `Matrix<'b>`	m : `int` n : `int` Returns: `Matrix<'b>`
`zeroRV m` Full Usage: `zeroRV m` Parameters: m : `int` Returns: `RowVector<'T>`	m : `int` Returns: `RowVector<'T>`
`zeroV m` Full Usage: `zeroV m` Parameters: m : `int` Returns: `Vector<'T>`	m : `int` Returns: `Vector<'T>`
`zipV a b` Full Usage: `zipV a b` Parameters: a : `Vector<'c>` b : `Vector<'d>` Returns: `Vector<'c * 'd>`	a : `Vector<'c>` b : `Vector<'d>` Returns: `Vector<'c * 'd>`

SpecializedGenericImpl Module

Types

Functions and values

Example

Example

Example