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Nils Berglund 2023-09-02 11:45:45 +02:00 committed by GitHub
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@ -17,6 +17,12 @@ The following file (beta version) provides support for creating mazes:
4. `sub_maze.c` 4. `sub_maze.c`
The file
5. `Earth_Map_Blue_Marble_2002_large.ppm.gz`
is required by `wave_sphere.c` and should be unzipped before compiling.
### Simulations of classical particles in billiards. ### Simulations of classical particles in billiards.
1. *particle_billiard.c*: simulation of a collection of non-interacting particles in a billiard 1. *particle_billiard.c*: simulation of a collection of non-interacting particles in a billiard
@ -49,22 +55,24 @@ in the shell before running the program
1. *wave_billiard.c*: simulation of the (linear) wave equation 1. *wave_billiard.c*: simulation of the (linear) wave equation
2. *wave_3d.c*: 3d rendering of wave equation 2. *wave_3d.c*: 3d rendering of wave equation
3. *wave_comparison.c*: comparison of the wave equation in two different domains 3. *wave_sphere.c*: wave equation on a sphere (3D and 2D render)
4. *wave_energy.c*: a version of `wave_billiard` plotting the energy profile of the wave 4. *wave_comparison.c*: comparison of the wave equation in two different domains
5. *mangrove.c*: a version of `wave_billiard` with additional features to animate mangroves 5. *wave_energy.c*: a version of `wave_billiard` plotting the energy profile of the wave
6. *heat.c*: simulation of the heat equation, with optional drawing of gradient field lines 6. *mangrove.c*: a version of `wave_billiard` with additional features to animate mangroves
7. *rde.c*: simulation of reaction-diffusion equations, plots in 2D and 3D (including Schrödinger equation, 7. *heat.c*: simulation of the heat equation, with optional drawing of gradient field lines
Euler equation, and shallow water equation) 8. *rde.c*: simulation of reaction-diffusion equations, plots in 2D and 3D (including Schrödinger equation,
8. *schrodinger.c*: simulation of the Schrodinger equation in 2D (old version) Euler equation, and shallow water equation)
9. *global_pdes.c*: global variables and parameters 9. *schrodinger.c*: simulation of the Schrodinger equation in 2D (old version)
10. *global_3d.c*: additional global variables for 3d version 10. *global_pdes.c*: global variables and parameters
11. *sub_wave.c*: drawing/computation routines common to `wave_billiard`, `heat` and `schrodinger` 11. *global_3d.c*: additional global variables for 3d version
12. *sub_wave_comp.c*: some modified functions needed by `wave_comparison` 12. *sub_wave.c*: drawing/computation routines common to `wave_billiard`, `heat` and `schrodinger`
13. *sub_wave_3d.c*: additional functions for 3d version 13. *sub_wave_comp.c*: some modified functions needed by `wave_comparison`
14. *common_wave.c*: common functions of `wave_billiard` and `wave_comparison` 14. *sub_wave_3d.c*: additional functions for 3d version
15. *colors_waves.c*: colormaps used by wave simulations 15. *common_wave.c*: common functions of `wave_billiard` and `wave_comparison`
16. *sub_rde.c*: additional routines for rde.c 16. *colors_waves.c*: colormaps used by wave simulations
17. *sub_wave_rde_3d.c*: additional 3d drawing routines for rde.c 17. *sub_rde.c*: additional routines for rde.c
18. *sub_wave_rde_3d.c*: additional 3d drawing routines for rde.c
19. *sub_sphere.c*: additional routines for wave_sphere.c
- Create subfolders `tif_wave`, `tif_heat`, `tif_bz`, `tif_schrod` - Create subfolders `tif_wave`, `tif_heat`, `tif_bz`, `tif_schrod`
- Customize constants at beginning of .c file - Customize constants at beginning of .c file