def main_func(particle=0., t=0, out_count=0):
particle0, grid_arr = init.initial()
if t == 0:
particle = np.copy(particle0)
center_arr = grid_arr + step_length / 2.
tin.time_int(particle, center_arr, t, out_count)
print("\nstop_time reached...\n")
f_TI = leapfrog
# elif time_integration_scheme == 'RK4':
# f_TI = range_kutta_4
else:
raise ValueError('time_integration.py: Invalid time integration scheme...')
return f_TI
time_int = time_int_func()
if __name__=='__main__':
"""
-----Test block-----
Run this module to get the time taken for one time integration step
"""
import initial_condition as init
import assign as asn
import poisson as ps
import time
particle,grid_arr = init.initial()
center_arr = grid_arr+step_length/2.
start = time.time()
time_int (particle,center_arr,testflag=True)
end = time.time()
print("Time taken for one time integration step: "+str(end-start)+" sec")
