This package provides the following libraries (via ocamlobjinfo):
Documentation:
Lacaml_common Lacaml.common contains definitions independent of the precision.Lacaml_complex32 Lacaml_io Lacaml.Io: generic matrix printing functions.Lacaml_complex_io Lacaml_float32 Lacaml_utils General auxiliary functionsLacaml_mat4_C Lacaml_vec4_C Lacaml_vec4_S Lacaml_impl4_C Lacaml_impl2_C Lacaml_mat2_C Lacaml_vec2_C Lacaml_C This module Lacaml.C contains linear algebra routines for complex numbers (precision: complex32). It is recommended to use this module by writingLacaml_float64 Lacaml_mat4_D Lacaml_vec4_D Lacaml_impl4_D Lacaml_impl2_D Lacaml_mat2_D Lacaml_real_io Lacaml_vec2_D Lacaml_D This module Lacaml.D contains linear algebra routines for real numbers (precision: float64). It is recommended to use this module by writingLacaml_mat4_S Lacaml_impl4_S Lacaml_impl2_S Lacaml_mat2_S Lacaml_vec2_S Lacaml_S This module Lacaml.S contains linear algebra routines for real numbers (precision: float32). It is recommended to use this module by writingLacaml_complex64 Lacaml_mat4_Z Lacaml_vec4_Z Lacaml_impl4_Z Lacaml_impl2_Z Lacaml_mat2_Z Lacaml_vec2_Z Lacaml_Z This module Lacaml.Z contains linear algebra routines for complex numbers (precision: complex64). It is recommended to use this module by writingLacaml Binding to the BLAS and LAPACK libraries. You can make use of this library by referring to the corresponding module you need for your precision and number type:Documentation: