Bertini_tropical

Numerical decomposition of real and complex tropical curves in any number of dimensions

Install

To use Bertini_tropical, simply add the folder to your Matlab path. Remember to save to make the change permanent.

Name		Name	Last commit message	Last commit date
Latest commit History 8 Commits
@cauchy_path		@cauchy_path
@tropical_curve		@tropical_curve
.gitignore		.gitignore
COPYING		COPYING
Contents.m		Contents.m
README.md		README.md
binput2tropicalreal.m		binput2tropicalreal.m
cauchy_integral.m		cauchy_integral.m
cauchy_walk_complex.m		cauchy_walk_complex.m
cauchy_walk_real.m		cauchy_walk_real.m
compute_critical_points_start_points.m		compute_critical_points_start_points.m
compute_intersection_points.m		compute_intersection_points.m
compute_specific_critical_points.m		compute_specific_critical_points.m
connect_slice_to_intersection.m		connect_slice_to_intersection.m
coordinate_slice.m		coordinate_slice.m
decompose_tropical_complex_curve.m		decompose_tropical_complex_curve.m
decompose_tropical_real_curve.m		decompose_tropical_real_curve.m
degbound_from_maindata.m		degbound_from_maindata.m
linear_move.m		linear_move.m
make_subfuncs.m		make_subfuncs.m
make_symlist.m		make_symlist.m
make_syms.m		make_syms.m
make_vars.m		make_vars.m
slice_and_monodromy_complex.m		slice_and_monodromy_complex.m
slice_and_monodromy_real.m		slice_and_monodromy_real.m