type symbol = tinclude module type of struct include Linear_algebra.Matrix endtype t = Linear_algebra.matval dim : t -> int * intval diagm : Linear_algebra.vec -> tInitializes a square diagonal matrix from the vector of its diagonal elements.
val inplace_scal_mul : float -> t -> unitInplace multiplication of a matrix by a scalar.
val apply : ?trans:[ `N | `T ] -> t -> Linear_algebra.vec -> Linear_algebra.vecMatrix-vector product
Compares two matrices and tolerates a certain relative difference. Let f be the float parameter, it returns true iff the elements of the second matrix are between 1-f and 1+f times the corresponding elements of the first
val get : t -> int -> int -> floatAccess a specific element of a matrix.
val set : t -> int -> int -> float -> unitSet a specific element of a matrix.
val row : t -> int -> Linear_algebra.vecCopy row from a matrix
val diagonalize : t -> Linear_algebra.vec * tDiagonalizes a matrix M so that M = PxDxP^T; returns (v,P) where v is the diagonal vector of D.
val zero_eigen_vector : t -> Linear_algebra.veczero_eigen_vector m is a vector v such that Vec.sum v = 1 and mat_vec_mul m v = zero
val of_arrays : float array array -> t optionval pp : Format.formatter -> t -> unitPrints a matrix to the standard output (display may be messy).
val init : (int -> int -> float) -> tval init_sym : (int -> int -> float) -> tval of_arrays_exn : float array Core.Array.t -> tval of_array : float array Core.Array.t -> t option