schuyler1d/peacemath

GUI for ode's of Sustainable Peace Map

PeaceMath

A GUI for the ordinary differential equation model of the Sustainable Peace Map

coded in Python 3.4.1 with Tkinter

MATHEMATICAL MODEL REFERENCES

Liebovitch, LS, Coleman PT, Futran D, Lee D, Lichter T, Burgess N, Maksumov D, and Ripla C. (in press). Modeling the dynamics of sustainable peace. In U. Strawinska-Zanko and L. S. Liebovitch (Eds.), Mathematical Modeling of Social Relationships, New York, NY, Springer.

L. S. Liebovitch, P. T. Coleman, A. Bechhofer, C. Colon, J. Donahue, C. Eisenbach, L. Guzman-Vargas, D. Jacobs, A. Khan, C. Li, D. Maksumov, J. Mucia, M. Persaud, M. Salimi, L. Schweiger, and Q. Wang. 2019. Complexity analysis of sustainable peace: mathematical models and data science measurements. New Journal of Physics, Published 8 July 2019. https://iopscience.iop.org/article/10.1088/1367-2630/ab2a96.

VIDEO OF PROGRAM USE https://drive.google.com/drive/u/0/folders/0B3t7HoVL1Ct7dGtqX3JkSDE2T00

LATEST VERSIONS ARE:

1. data.py

2. teal.py

3. tealclass.py

NOTE: due to changes in event handling in matplotlib and tkinter in Python 3.7, the following files (with small changes) have been confirmed to work in Python 3.7.1 and should be used instead of those listed above in using Python 3.7.

2. teal_37.py

3. tealclass_37.py

HOW TO RUN THESE PROGRAMS

Run Python Scripts in this order:

1. data.py (this only needs to be done once)

2. tealclass.py

3. teal.py

The data files should be in the same directory of the programs: b8.txt, btextbxy8.txt, c8.txt, ic8.txt, m8.txt b105.txt, btextbxy105.txt, c105.txt, ic105.txt, m105.txt b111.txt, btextbxy111.txt, c111.txt, ic111.txt, m111.txt b202.txt, btextbxy202.txt, c202.txt, ic202.txt, m202.txt

When asked for "ONLY NUMBER n and I will find cn.txt, etc. (#/a, Def=a)"

type either:
8 (return)
105 (return
111 (return)
202 (return)

When asked for "Want to CHANGE parameters (y/n), def=n"

type: (return)

NOTE: for OS10.9.5 or Linux the programs should run, but for WINDOWS you may need to change the comment in tealclass.py class App:

    # self.mainloop() TO THE EXECUTABLE STATEMENT self.root.mainloop()

TO CHANGE INITIAL CONDITIONS: use the left hand entry widgets and ENTER

TO CHANGE THE CONNECTION MATRIX: click on a textbox, use the left hand entry widget, and ENTER (this will also show only the links into and out of that textbox, use ALL Cij to show all the links)

TO RUN THE CALCULATION: use CALCULATE

TO SWITCH FROM THE LINKS TO THE INITIAL CONDITIONS use IC on the links input

TO RESTORE THE ORIGINAL INITIAL CONDITIONS use ORIGINAL on the initial conditions input