def NumericDispFunc(queue, int_file, spin_file, direction, k_min, k_max, steps):
pid = os.getpid()
int_file = createFileCopy(int_file, pid, 0)
spin_file = createFileCopy(spin_file, pid, 1)
Hsave = spinwave_calc_file.driver1(spin_file, int_file)
qrange, wranges = spinwave_calc_file.driver2(Hsave, direction, steps, k_min, k_max)
queue.put((pid,(qrange, wranges)))
def AnalyticDispFunc(queue, int_file, spin_file):
pid = os.getpid()
int_file = createFileCopy(int_file, pid, 0)
spin_file = createFileCopy(spin_file, pid, 1)
#Since calculating Hsave is most of what the numeric process does, it might be better not to do this twice.
Hsave = spinwave_calc_file.driver1(spin_file, int_file)
myeigs=printing.eig_process(deepcopy(Hsave))
queue.put((pid, printing.create_latex(myeigs, "eigs")))
def CalcHsaveFunc(queue, int_file, spin_file, direction, k_min, k_max, steps):
pid = os.getpid()
int_file = createFileCopy(int_file, pid, 0)
spin_file = createFileCopy(spin_file, pid, 1)
Hsave = spinwave_calc_file.driver1(spin_file, int_file)
queue.put((pid, (Hsave, direction, k_min, k_max, steps)))