def print_logo(curr_dir):
filename = os.path.join(curr_dir, 'logo.txt')
with open(filename, 'r') as logo:
pyrklog.critical("\nWelcome to PyRK.\n" +
"(c) Kathryn D. Huff\n" +
"Your simulation is starting.\n" +
"Perhaps it's time for a coffee.\n" +
logo.read())
def main(args, curr_dir):
np.set_printoptions(precision=5, threshold=np.inf)
logger.set_up_pyrklog(args.logfile)
infile = importlib.import_module(args.infile)
si = sim_info.SimInfo(timer=infile.ti,
components=infile.components,
iso=infile.fission_iso,
e=infile.spectrum,
n_precursors=infile.n_pg,
n_decay=infile.n_dg,
kappa=infile.kappa,
feedback=infile.feedback,
rho_ext=infile.rho_ext,
plotdir=args.plotdir)
print_logo(curr_dir)
# n_components = len(si.components)
sol = solve(si=si, y=si.y, infile=infile)
log_results(si)
plotter.plot(sol, si)
pyrklog.critical("\nSimulation succeeded.\n")
def main(args, curr_dir):
np.set_printoptions(precision=5, threshold=np.inf)
logger.set_up_pyrklog(args.logfile)
infile = importlib.import_module(args.infile)
si = sim_info.SimInfo(timer=infile.ti,
components=infile.components,
iso=infile.fission_iso,
e=infile.spectrum,
n_precursors=infile.n_pg,
n_decay=infile.n_dg,
kappa=infile.kappa,
feedback=infile.feedback,
rho_ext=infile.rho_ext,
plotdir=args.plotdir)
print_logo(curr_dir)
# n_components = len(si.components)
sol = solve(si=si, y=si.y, infile=infile)
log_results(si)
plotter.plot(sol, si)
pyrklog.critical("\nSimulation succeeded.\n")
def print_logo(curr_dir):
filename = os.path.join(curr_dir, 'logo.txt')
with open(filename, 'r') as logo:
pyrklog.critical("\nWelcome to PyRK.\n" + "(c) Kathryn D. Huff\n" +
"Your simulation is starting.\n" +
"Perhaps it's time for a coffee.\n" + logo.read())
