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| Data.Matrix.Dense.Internal | | Stability | experimental | | Maintainer | Patrick Perry <patperry@stanford.edu> |
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| Description |
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| Synopsis |
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| | | type IOMatrix = DMatrix Mut | | | type Matrix = DMatrix Imm | | | module BLAS.Matrix.Base | | | module BLAS.Tensor | | | toForeignPtr :: DMatrix t (m, n) e -> (ForeignPtr e, Int, (Int, Int), Int) | | | fromForeignPtr :: ForeignPtr e -> Int -> (Int, Int) -> Int -> DMatrix t (m, n) e | | | ldaOf :: DMatrix t (m, n) e -> Int | | | isHerm :: DMatrix t (m, n) e -> Bool | | | newMatrix :: BLAS1 e => (Int, Int) -> [((Int, Int), e)] -> IO (DMatrix t (m, n) e) | | | newMatrix_ :: Elem e => (Int, Int) -> IO (DMatrix t (m, n) e) | | | newListMatrix :: Elem e => (Int, Int) -> [e] -> IO (DMatrix t (m, n) e) | | | newColsMatrix :: BLAS1 e => (Int, Int) -> [DVector t m e] -> IO (DMatrix r (m, n) e) | | | newRowsMatrix :: BLAS1 e => (Int, Int) -> [DVector t n e] -> IO (DMatrix r (m, n) e) | | | listMatrix :: Elem e => (Int, Int) -> [e] -> Matrix (m, n) e | | | newIdentity :: BLAS1 e => (Int, Int) -> IO (DMatrix t (m, n) e) | | | setIdentity :: BLAS1 e => IOMatrix (m, n) e -> IO () | | | row :: Elem e => DMatrix t (m, n) e -> Int -> DVector t n e | | | col :: Elem e => DMatrix t (m, n) e -> Int -> DVector t m e | | | rows :: Elem e => DMatrix t (m, n) e -> [DVector t n e] | | | cols :: Elem e => DMatrix t (m, n) e -> [DVector t m e] | | | diag :: Elem e => DMatrix t (m, n) e -> Int -> DVector t k e | | | submatrix :: Elem e => DMatrix t (m, n) e -> (Int, Int) -> (Int, Int) -> DMatrix t (k, l) e | | | maybeFromRow :: Elem e => DVector t m e -> Maybe (DMatrix t (one, m) e) | | | maybeFromCol :: Elem e => DVector t n e -> Maybe (DMatrix t (n, one) e) | | | maybeToVector :: Elem e => DMatrix t (m, n) e -> Maybe (Order, DVector t k e) | | | liftV :: Elem e => (DVector t k e -> IO ()) -> DMatrix t (m, n) e -> IO () | | | liftV2 :: Elem e => (DVector s k e -> DVector t k e -> IO ()) -> DMatrix s (m, n) e -> DMatrix t (m, n) e -> IO () | | | coerceMatrix :: DMatrix t mn e -> DMatrix t kl e | | | unsafeThaw :: DMatrix t mn e -> IOMatrix mn e | | | unsafeFreeze :: DMatrix t mn e -> Matrix mn e | | | unsafeNewMatrix :: BLAS1 e => (Int, Int) -> [((Int, Int), e)] -> IO (DMatrix t (m, n) e) | | | unsafeWithElemPtr :: Elem e => DMatrix t (m, n) e -> (Int, Int) -> (Ptr e -> IO a) -> IO a | | | unsafeRow :: Elem e => DMatrix t (m, n) e -> Int -> DVector t n e | | | unsafeCol :: Elem e => DMatrix t (m, n) e -> Int -> DVector t m e | | | unsafeDiag :: Elem e => DMatrix t (m, n) e -> Int -> DVector t k e | | | unsafeSubmatrix :: Elem e => DMatrix t (m, n) e -> (Int, Int) -> (Int, Int) -> DMatrix t (k, l) e |
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| Dense matrix data types
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| The mutable dense matrix data type. It can either store elements in
column-major order, or provide a view into another matrix. The view
transposes and conjugates the underlying matrix.
| | Constructors | | DM | | | fptr :: !(ForeignPtr e) | a pointer to the storage region
| | offset :: !Int | an offset (in elements, not bytes) to the first element in the matrix.
| | size1 :: !Int | the number of rows in the matrix
| | size2 :: !Int | the number of columns in the matrix
| | lda :: !Int | the leading dimension size of the matrix
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| | H !(DMatrix t mn e) | a transposed and conjugated matrix
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|  Instances | | Matrix (DMatrix t) | | BLAS3 e => IMatrix (DMatrix Imm) e | | BLAS3 e => RMatrix (DMatrix t) e | | BLAS1 e => Scalable (DMatrix Imm ((,) m n)) e | | Tensor (DMatrix t ((,) m n)) ((,) Int Int) e | | BLAS1 e => ITensor (DMatrix Imm ((,) m n)) ((,) Int Int) e | | BLAS1 e => IDTensor (DMatrix Imm ((,) m n)) ((,) Int Int) e | | BLAS1 e => RTensor (DMatrix t ((,) m n)) ((,) Int Int) e IO | | BLAS1 e => RDTensor (DMatrix t ((,) m n)) ((,) Int Int) e IO | | BLAS1 e => MTensor (DMatrix Mut ((,) m n)) ((,) Int Int) e IO | | (BLAS1 e, Eq e) => Eq (DMatrix Imm ((,) m n) e) | | (BLAS2 e, Floating e) => Floating (DMatrix Imm ((,) m n) e) | | BLAS2 e => Fractional (DMatrix Imm ((,) m n) e) | | BLAS2 e => Num (DMatrix Imm ((,) m n) e) | | (BLAS1 e, Show e) => Show (DMatrix Imm ((,) m n) e) | | (BLAS1 e, AEq e) => AEq (DMatrix Imm ((,) m n) e) |
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| module BLAS.Matrix.Base |
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| module BLAS.Tensor |
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| Converting to and from foreign pointers
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| Convert a dense matrix to a pointer, offset, size, and lda. Note that this
does not give the conjugacy/transpose information. For that, use isHerm.
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| fromForeignPtr f o mn l creates a matrix view of the data pointed to
by f starting at offset o and having shape mn and lda l.
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| Get the lda of a matrix, defined as the number of elements in the underlying
array that separate two consecutive elements in the same row of the matrix.
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| Get whether or not the matrix is transposed and conjugated.
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| Creating new matrices
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| Create a new matrix of the given size and initialize the given elements to
the given values. All other elements get initialized to zero.
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| Create a new matrix of given shape, but do not initialize the elements.
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| Create a new matrix with the given elements in column-major order.
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| Form a matrix from a list of column vectors.
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| Form a matrix from a list of row vectors.
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| Create a new matrix with the given elements in row-major order.
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| Special matrices
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| Create a new matrix of the given shape with ones along the diagonal,
and zeros everywhere else.
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| Set the diagonal to ones, and set everywhere else to zero.
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| Row and column views
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| Get a vector view of the given row in a matrix.
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| Get a vector view of the given column in a matrix.
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| Get a list of vector views of the rows of the matrix.
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| Get a list of vector views of the columns of the matrix.
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| Diagonal views
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| diag a 0 gets a vector view of the main diagonal of a. diag a k for
k positive gets a view of the kth superdiagonal. For k negative, it
gets a view of the (-k)th subdiagonal.
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| Matrix views
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| submatrix a ij mn returns a view of the submatrix of a with element (0,0)
being element ij in a, and having shape mn.
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| Converting to/from vectors
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| Create a matrix view of a row vector. This will fail if the
stride is not 1 and the vector is conjugated.
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| Possibly create a matrix view of a column vector. This will fail
if the stride of the vector is not 1 and the vector is not conjugated.
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| Lifting scalar and vector operations
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Modify each element in-place by applying a function to it.
modifyWith :: (Elem e) => (e -> e) -> IOMatrix (m,n) e -> IO ()
Take a unary elementwise vector operation and apply it to the elements of a matrix.
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| Take a binary elementwise vector operation and apply it to the elements of a pair
of matrices.
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| Casting matrices
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| Coerce the phantom shape type from one type to another.
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| Unsafe operations
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| Same as newMatrix but do not do any bounds-checking.
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| Evaluate a function with a pointer to the raw storage for the element
at the given index. It may be necessary to conjugate or scale values before
reading or writing to or from the location.
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| Same as row, but does not do any bounds checking.
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| Same as col, but does not do any bounds checking.
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| Same as diag, but does not do any bounds checking.
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| Same as submatrix but does not do any bounds checking.
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| Produced by Haddock version 2.3.0 |
