algebra

I've come across a weird behavior that really baffled me initially.

This compiles with nalgebra 0.29:

let _: nalgebra::SVector<f32, 3> = nalgebra::point![1.0, 2.0].into();

It converts an OPoint<f32, 2> into an SVector<f32, 3>, using Into.

Here's the same, with debug output:

let v: nalgebra::SVector<f32, 3> = dbg!(nalgebra::point![1.0, 2.0]).into();
dbg!(v

In PR #4557 we added InstallEarlyMethod and used it to merge FirstOp and First. Something similar should be done for more operations, following the pattern outlined in PR #4557

Here is a partial lists of operations where it may make sense to do so:

• in coll.gd
  • ListOp
  • SumOp
  • ProductOp
  • FilteredOp
  • NumberOp
  • ForAllOp
  • ForAnyOp
• in list.gd

The package I want to suggest the idea to: AngouriMath.Interactive

The current logo includes Jupyter logo which is incorrect (since you can use that pkg in VSC Notebooks or in console etc.).

[Here](https://drive.google.com/file/d/1Y8TwuEjL0-YO2DCE6c_qs8TrhGJES_tL/view?usp=sharing

Feature

The IRLS algorithm can handle L1 norm for the data misfit term as well as L1 norm for the model. However, in some scenarios users may want to have both terms together (problem with outliers in the data and sparse model in some domain). The IRLS algorithm can be adapted to handle this scenario by writing the L1-L1 functional as an augmented system of equations and solve it using the c

Someone interested in improving the Symja help/tutorial?

• https://matheclipse.org/

Please improve the markdown documents here:

• https://github.com/axkr/symja_android_library/tree/master/symja_android_library/doc