Answer question about making multiple angles identical

Vectornaut 2025-02-25 21:14:18 +00:00
parent 413e6244d4
commit 016ee1cfd9

@ -45,3 +45,5 @@ Maybe being subject to a constraint can then be seen as a kind of incidence.
* *Since Clifford algebras are unital, they do each contain a field of scalars.*
* *If we eventually have reason to do algebraic operations on elements like spheres and points, their algebraic structure trait could be shared with scalars.*
* What is/should be the mechanism for making numerous angles identical be (say)? By experience, using a bunch of equality constraints and relying on transitivity becomes cumbersome and a bit hard to "see what's going on". Those interfaces that allow one to have "named quantities" and then use those "named quantities" as the values of other parameters have felt more understandable, and easier to manipulate.
* *From a user's perspective, I like the idea of promoting regulator set points from real numbers to expressions that can include variables.*
* *If every set point is an affine-linear combination of variables, I think we can enforce the resulting relations between set points using basically the same mechanism that we currently use to freeze entries of representation vectors.*