Skip to content

yeekayau/Coxeter-Systems

BranchesTags

Folders and files

NameName
Last commit message
Last commit date

Latest commit

 

History

17 Commits

.ipynb_checkpoints

.ipynb_checkpoints

 
 

.DS_Store

.DS_Store

 
 

3_10 minimal data

3_10 minimal data

 
 

3_11 minimal data

3_11 minimal data

 
 

3_7 minimal data

3_7 minimal data

 
 

3_8 minimal data

3_8 minimal data

 
 

3_9 minimal data

3_9 minimal data

 
 

4_5 minimal data

4_5 minimal data

 
 

4_6 minimal data

4_6 minimal data

 
 

4_7 minimal data

4_7 minimal data

 
 

B3_tilde_BH_automaton data

B3_tilde_BH_automaton data

 
 

B3_tilde_minimal_equivalentstates

B3_tilde_minimal_equivalentstates

 
 

B_3 tilde Brink-Howlett Quotient Ring.ipynb

B_3 tilde Brink-Howlett Quotient Ring.ipynb

 
 

C3_tilde_equivalentstates

C3_tilde_equivalentstates

 
 

README.md

README.md

 
 

Tits_representation_Coxeter.ipynb

Tits_representation_Coxeter.ipynb

 
 

b_n Shi-arrangement.ipynb

b_n Shi-arrangement.ipynb

 
 

reflection_subgroups

reflection_subgroups

 
 

Repository files navigation

Coxeter-Systems

I have written some SageMath functions to assist with doing computations and examples in my PhD research. The Tits_Representation_Coxeter notebook sets up the standard reflection representation of a Coxeter system, and provides functions to compute the action of a group element on the root system, the elementary roots as well as some code to compute the root system of a dihedral reflection subgroup.

About

Some SageMath and Magma code to assist with computations with Coxeter root systems

Resources

Readme
Activity

Stars

1 star

Watchers

1 watching

Forks

0 forks
Report repository

Releases

No releases published

Packages

No packages published

Languages