-
Hi @Roger-luo, thanks for the nice package. I'm playing around with it for writing a symbolic tensor network library, it seems like a good fit for that and the combination of algebraic data types and …
-
I was advised that given the long strings of reasoning data I am using to SFT my models, that I should run the MMLU benchmark with CoT. Any advise how to do this?
I put the few-shot flag but it di…
-
I will list here some functions that I miss in the API and keep updating as I need them, for start I will list some useful functions that I will potentially need, also open for discussion on its namin…
-
it seems that tensor algebra is completely missing as of now, so I am wondering how the plans are to include support for higher calculus.
I guess it might be useful to also have some graphical visua…
-
Hi there,
I am reading through some of the documentation and the section `FEValues` was not so straightforward to read for somebody coming from a background where tensors are not common. I think m…
-
There is currently no precise definition of algebras (as in MagmaticAlgebra) in the documentation. A useful definition seems to be the following.
Let *R* be a ring (unital and associative as usual…
-
The tensor product evaluators are still left with names like `values`, `gradients`, `hessians`, which is somewhat of a misnomer now that we have given them a pure linear algebra interface. This should…
-
Tensors from `sage.tensor` are stored as `sage.tensor.modules.Components`, which is a dictionary with index tuples as keys.
We propose to create additional backends for numerical coordinate rings:
…
-
Would you be interested by an interface to sagemath ? It can handle "combinatorial Hopf algebras" at least in some basic way.
For example, to have a module with a basis indexed by lists of pairs on…
-
I am currently writing a physics engine (just to learn) and I happened to find `ultraviolet` while looking for a linear algebra library. I had never heard of geometric algebra before so learning about…