Second project in Computational Physics(FYS4150)
- Run main_script.sh, this will build the source code, run tests and the main executable, generate plots using the Python library Matplotlib, and (optional) build the latex report for the project.
- Should you want to run compile the c++ source code manually, run "make" in src/, this should generate two executables, one for unit tests using Catch2 (https://github.com/catchorg/Catch2) and one for running the main calculations.
- src/mainprog.out Is compiled when running make, this executable takes two input arguments: n: dimension of nxn matrix, eps: tolerance for treating off-diagonal elements as zero in the Jacobi Algorithm,
: What is considered "infinity" in the quantum system.
- src/testcode.out Run this for unit tests
- src/Jacobi_argorithm.cpp Contains all methods used in calculations.
- src/main.cpp Runs the methods in Jacobi_algorithm.cpp. Results are saved in src/eigendata.dat
- src/tests_main.cpp Contains all unit tests run by Catch2.
- src/plot_infinity.py Plots the absolute errors of the first four eigenvalues of quantum dots in three dimensions with a single electron. Plots are saved in /doc/figures
- src/plot_states.py Plots the ground state eigenvectors for a harmonic oscillator well with repulsive Coulomb interaction. Plots are saved in doc/figures/