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Update README.md

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@ -6,8 +6,12 @@ C code for videos on YouTube Channel https://www.youtube.com/c/NilsBerglund
Parameter values used in specific simulations will be gradually added to file `Parameters.md`, `Parameters_June21.md` and so on.
There are two groups of 5 files and 10 files.
In addition `hsluv.c`and `hsluv.h` from https://github.com/adammaj1/hsluv-color-gradient for the color scheme have been included.
There are two groups of 5 files and 11 files.
In addition the following files handling color schemes have been included:
1. `hsluv.c`and `hsluv.h` from https://github.com/adammaj1/hsluv-color-gradient
2. `turbo_colormap.c` from https://gist.github.com/mikhailov-work/6a308c20e494d9e0ccc29036b28faa7a
3. `colormaps.c` containing look-up tables from https://github.com/yuki-koyama/tinycolormap
### Simulations of classical particles in billiards.
@ -41,12 +45,13 @@ in the shell before running the program
2. *sub_wave.c*: drawing/computation routines common to `wave_billiard`, `heat` and `schrodinger`
3. *sub_wave_comp.c*: some modified functions needed by `wave_comparison`
4. *common_wave.c*: common functions of `wave_billiard` and `wave_comparison`
5. *wave_billiard.c*: simulation of the (linear) wave equation
6. *wave_comparison.c*: comparison of the wave equation in two different domains
7. *wave_energy.c*: a version of `wave_billiard` plotting the energy profile of the wave
8. *mangrove.c*: a version of `wave_billiard` with additional features to animate mangroves
9. *heat.c*: simulation of the heat equation, with optional drawing of gradient field lines
10. *schrodinger.c*: simulation of the Schrodinger equation
5. *colors_waves.c*: colormaps used by wave simulations
6. *wave_billiard.c*: simulation of the (linear) wave equation
7. *wave_comparison.c*: comparison of the wave equation in two different domains
8. *wave_energy.c*: a version of `wave_billiard` plotting the energy profile of the wave
9. *mangrove.c*: a version of `wave_billiard` with additional features to animate mangroves
10. *heat.c*: simulation of the heat equation, with optional drawing of gradient field lines
11. *schrodinger.c*: simulation of the Schrodinger equation
- Create subfolders `tif_wave`, `tif_heat`, `tif_schrod`
- Customize constants at beginning of .c file