Welcome to crtomo tools’s documentation!
This document describes the scripts and libraries of the crtomo_tools package. These tools are written in the Python programming language and provide command line tools for common tasks such as generating triangular finite-element meshes for CRMod/CRTomo, or modifying existing grids.
Also included is the Python module crtomo, which aims at providing an interface to all functions of CRMod and CRTomo. Thus, CRMod/CRTomo can be fully controlled using Python. This also includes retrieving any data output produced by either of the programs.
Note
The Python abstraction is not yet finished, and is mostly worked on when the need arises.
Contents:
- Contributing to the crtomo-tools
- Complex impedances
- Modeling and Inversion
- The original CRTomo code
- Grid creation
- Examples
- src
- cr_get_analytical_solutions module
- cr_get_modelling_errors module
- cr_trig_create module
- cr_trig_parse_gmsh module
- grid_convert_boundary_to_svg module
- grid_extralines_gen_decouplings module
- grid_gen_decouplings module
- grid_gen_depth_decoupling module
- grid_gen_surface_files module
- grid_homogenize module
- grid_parse_svg_to_files module
- grid_plot_elem_angles module
- grid_plot_wireframe module
- grid_rotate module
- grid_translate module
- grid_translate_model module
- sd_plot module
- sens_center_plot module
- td_clean module
- td_correct_temperature module
- td_init module
- td_plot module
- td_residuals module
- td_run_all_local module
- td_test module
- volt_correct_temperature module
- volt_filter_using_residuals module
- volt_histogram module
- lib