package gsl
sectionYPositions = computeSectionYPositions($el), 10)"
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GSL - Bindings to the GNU Scientific Library
Install
dune-project
Dependency
Authors
Maintainers
Sources
gsl-ocaml-1.19.1.tar.gz
sha256=05891594ed3b4ea0c2f201531aeafce1280b937a18ba76d818760252c2b34b66
md5=b59a432ac89b49fbd0085d4e17315c50
doc/gsl/Gsl_blas/index.html
Module Gsl_blas
BLAS support
LEVEL 1
val dot : Gsl_vector.vector -> Gsl_vector.vector -> floatval nrm2 : Gsl_vector.vector -> floatval asum : Gsl_vector.vector -> floatval iamax : Gsl_vector.vector -> intval swap : Gsl_vector.vector -> Gsl_vector.vector -> unitval copy : Gsl_vector.vector -> Gsl_vector.vector -> unitval axpy : float -> Gsl_vector.vector -> Gsl_vector.vector -> unitval rot : Gsl_vector.vector -> Gsl_vector.vector -> float -> float -> unitval scal : float -> Gsl_vector.vector -> unitLEVEL 2
val gemv :
transpose ->
alpha:float ->
a:Gsl_matrix.matrix ->
x:Gsl_vector.vector ->
beta:float ->
y:Gsl_vector.vector ->
unitval trmv :
uplo ->
transpose ->
diag ->
a:Gsl_matrix.matrix ->
x:Gsl_vector.vector ->
unitval trsv :
uplo ->
transpose ->
diag ->
a:Gsl_matrix.matrix ->
x:Gsl_vector.vector ->
unitval symv :
uplo ->
alpha:float ->
a:Gsl_matrix.matrix ->
x:Gsl_vector.vector ->
beta:float ->
y:Gsl_vector.vector ->
unitval dger :
alpha:float ->
x:Gsl_vector.vector ->
y:Gsl_vector.vector ->
a:Gsl_matrix.matrix ->
unitval syr :
uplo ->
alpha:float ->
x:Gsl_vector.vector ->
a:Gsl_matrix.matrix ->
unitval syr2 :
uplo ->
alpha:float ->
x:Gsl_vector.vector ->
y:Gsl_vector.vector ->
a:Gsl_matrix.matrix ->
unitLEVEL 3
val gemm :
ta:transpose ->
tb:transpose ->
alpha:float ->
a:Gsl_matrix.matrix ->
b:Gsl_matrix.matrix ->
beta:float ->
c:Gsl_matrix.matrix ->
unitval symm :
side ->
uplo ->
alpha:float ->
a:Gsl_matrix.matrix ->
b:Gsl_matrix.matrix ->
beta:float ->
c:Gsl_matrix.matrix ->
unitval trmm :
side ->
uplo ->
transpose ->
diag ->
alpha:float ->
a:Gsl_matrix.matrix ->
b:Gsl_matrix.matrix ->
unitval trsm :
side ->
uplo ->
transpose ->
diag ->
alpha:float ->
a:Gsl_matrix.matrix ->
b:Gsl_matrix.matrix ->
unitval syrk :
uplo ->
transpose ->
alpha:float ->
a:Gsl_matrix.matrix ->
beta:float ->
c:Gsl_matrix.matrix ->
unitval syr2k :
uplo ->
transpose ->
alpha:float ->
a:Gsl_matrix.matrix ->
b:Gsl_matrix.matrix ->
beta:float ->
c:Gsl_matrix.matrix ->
unitSingle precision
module Single : sig ... endComplex
module Complex : sig ... endComplex single precision
module Complex_Single : sig ... end sectionYPositions = computeSectionYPositions($el), 10)"
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