break
#print('trimmed ' + str(index) +' zeros from top')
#print('highcount index : ', highcount)
vecpot_slice = vecpot_slice[:modified_index]
#print('vecpot slice last 10 , ', vecpot_slice[-10:])
#print(np.shape(vecpot_slice))
ylen = np.shape(vecpot)[0]
ylenhlf = ylen/2
time_offset = 4
time_delay = 3
myedge = max(int(ylenhlf - (va*.45*interval*(t-time_offset)/istep / time_delay)),scan+1)
#myedge = 20
#need to write a localmin func that wraps around and takes care of boundaries, didn't need this for triggered simulation, need it for untriggered
#xpoint_list = localmin(vecpot_slice,scan, myedge)
xpoint_list = np.array(localmin_wrap(vecpot_slice,scan))*istep / c_omp / 1000 - xext/2.
num_xpoints = len(xpoint_list)
print('num xpoints ',num_xpoints)
tlow = t-tscan
tup = t+tscan
time_ycs_xpoint = []
time_ycs_else = []
time_gam_xpoint = []
time_gam_else = []
time_ycs_merger = []
time_gam_merger = []
dellist = []
prtnum = np.size(tcse)
for i in range(prtnum):
pass
if vecpot_slice[modified_index] != 0:
highcount = modified_index
break
#print('trimmed ' + str(index) +' zeros from top')
#print('highcount index : ', highcount)
vecpot_slice = vecpot_slice[:modified_index]
#print('vecpot slice last 10 , ', vecpot_slice[-10:])
#print(np.shape(vecpot_slice))
ylen = np.shape(vecpot)[0]
ylenhlf = ylen / 2
time_offset = 4
time_delay = 3
xpoint_list_ind = localmin_wrap(vecpot_slice, scan)
#remove any xpoints where bdens is high
print('original xpoint list length : ', len(xpoint_list_ind))
#print('mean bdens : ', np.mean(bdens_slice))
xpoint_dellist = []
#print('max xpoint and bdens len')
#print(max(xpoint_list_ind), np.size(bdens_slice))
for index in range(len(xpoint_list_ind)):
xpoint_loc = xpoint_list_ind[index]
if bdens_slice[xpoint_loc] > 1:
#print('bdens criterion triggered')
#print(xpoint_loc)
xpoint_dellist.append(index)
xpoint_list_ind = np.array(xpoint_list_ind)
