I'm happy to release lapack-0.4, a new version of the high-level bindings to LAPACK (i.e. efficient numeric linear algebra). News: * Even more unified Matrix type Allows for a generic 'transpose' function. * Support for unpacked triangular, symmetric and Hermitian matrices. * Two distinct types of Square matrices: One with equal and one with distinct height and width shape types. * Hermitian: added definiteness information to the type * Matrix functions sqrt, exp, log also for special matrix types (triangular, unit triangular, Symmetric, Hermitian) * Infix operator fun You may write a#^T for transpose and a#^Inv for inverse etc. Certainly not for serious use but I found the idea funny.
Awesome On Mon, Aug 9, 2021 at 9:30 AM Henning Thielemann < lemming@henning-thielemann.de> wrote:
I'm happy to release lapack-0.4, a new version of the high-level bindings to LAPACK (i.e. efficient numeric linear algebra).
News:
* Even more unified Matrix type Allows for a generic 'transpose' function.
* Support for unpacked triangular, symmetric and Hermitian matrices.
* Two distinct types of Square matrices: One with equal and one with distinct height and width shape types.
* Hermitian: added definiteness information to the type
* Matrix functions sqrt, exp, log also for special matrix types (triangular, unit triangular, Symmetric, Hermitian)
* Infix operator fun You may write a#^T for transpose and a#^Inv for inverse etc. Certainly not for serious use but I found the idea funny. _______________________________________________ Numeric mailing list Numeric@haskell.org http://mail.haskell.org/cgi-bin/mailman/listinfo/numeric
participants (2)
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Carter Schonwald -
Henning Thielemann