Source code from the bachelor project

Feasibility of FPGA-based Computations of Transition Densities

Description Link
MATLAB code for creation of single-particle basis and many-body basis .zip-file
C code for creation of single-particle basis and many-body basis genBasis.c
Maxeler implementation of non-dynamic and dynamic energy-bound .zip-file
Maxeler implementation of mj-parity groups .zip-file
MATLAB code for finding connections, semi-brute-force nollskilt.m Main function
enpoperators.m Creates pairs of single-particle states to annihilate and create
signedConnection.m To calculate the sign of connections
MATLAB code for turning connections into reduced transition densities trDens.m

MATLAB variable (.mat-file) used in several of the MATLAB files. Called Ntot, but corresponds to the report's Nmax.

Clebsch-Gordan MATLAB code by David Terr used in trDens.m
Wigner3j MATLAB code by David Terr used in trDens.m

© Robert Anderzén, Magnus Rahm, Olof Salberger, Joakim Strandberg, Benjamin Svedung Wettervik, Jonatan Wårdh, 2013