def get_double_clicks(data,ch0_start=0, ch0_stop=700,
ch1_start=0, ch1_stop=700):
clicks=hht3.get_allclicks(data)
clicks=hht3.filter_timewindow(clicks,0,ch0_start,ch0_stop)
clicks=hht3.filter_timewindow(clicks,1,ch1_start,ch1_stop)
clicks=np.vstack((clicks,np.zeros(4,dtype=np.uint32)))
clicks=np.vstack((np.zeros(4,dtype=np.uint32),clicks))
delta_marker=clicks[1:,0]-clicks[:-1,0]
double_click_idx=np.ravel(np.where(delta_marker==1))
triple_click_idx=np.ravel(np.where(delta_marker==0))
bad_idx=np.append(triple_click_idx,\
[triple_click_idx-np.ones(len(triple_click_idx),dtype=np.uint),\
triple_click_idx+np.ones(len(triple_click_idx),dtype=np.uint)])
valid_double_click_idx=np.setdiff1d(double_click_idx,bad_idx)
valid_double_click_idx=np.sort(np.append(valid_double_click_idx,valid_double_click_idx+np.ones(len(valid_double_click_idx),dtype=np.uint)))
return clicks[valid_double_click_idx]
def get_double_clicks(data,ch0_start=0, ch0_stop=700,
ch1_start=0, ch1_stop=700):
clicks=hht3.get_allclicks(data)
clicks=hht3.filter_timewindow(clicks,0,ch0_start,ch0_stop)
clicks=hht3.filter_timewindow(clicks,1,ch1_start,ch1_stop)
clicks=np.vstack((clicks,np.zeros(4,dtype=np.uint32)))
clicks=np.vstack((np.zeros(4,dtype=np.uint32),clicks))
delta_marker=clicks[1:,0]-clicks[:-1,0]
double_click_idx=np.ravel(np.where(delta_marker==1))
triple_click_idx=np.ravel(np.where(delta_marker==0))
bad_idx=np.append(triple_click_idx,\
[triple_click_idx-np.ones(len(triple_click_idx),dtype=np.uint),\
triple_click_idx+np.ones(len(triple_click_idx),dtype=np.uint)])
valid_double_click_idx=np.setdiff1d(double_click_idx,bad_idx)
valid_double_click_idx=np.sort(np.append(valid_double_click_idx,valid_double_click_idx+np.ones(len(valid_double_click_idx),dtype=np.uint)))
return clicks[valid_double_click_idx]
def get_double_clicks_slow(hhdata, ch0_start=0, ch0_stop=700,
ch1_start=0, ch1_stop=700):
noof_double = 0
double_clicks = np.zeros(4,dtype=np.uint32)
hhdata=hht3.get_allclicks(hhdata)
hhdata=hht3.filter_timewindow(hhdata,0,ch0_start,ch0_stop)
hhdata=hht3.filter_timewindow(hhdata,1,ch1_start,ch1_stop)
for i in np.arange(len(hhdata)):
try:
if (hhdata[i,0]+1==(hhdata[i+1,0])):
if (len(hhdata[np.where(hhdata[:,0]==hhdata[i,0])])==1 and\
len(hhdata[np.where(hhdata[:,0]==hhdata[i+1,0])])==1):
double_clicks=np.vstack((double_clicks,hhdata[i]))
double_clicks=np.vstack((double_clicks,hhdata[i+1]))
except IndexError:
pass
if (len(np.shape(double_clicks))>1):
double_clicks=double_clicks[1:]
return double_clicks
def get_double_clicks_slow(hhdata, ch0_start=0, ch0_stop=700,
ch1_start=0, ch1_stop=700):
noof_double = 0
double_clicks = np.zeros(4,dtype=np.uint32)
hhdata=hht3.get_allclicks(hhdata)
hhdata=hht3.filter_timewindow(hhdata,0,ch0_start,ch0_stop)
hhdata=hht3.filter_timewindow(hhdata,1,ch1_start,ch1_stop)
for i in np.arange(len(hhdata)):
try:
if (hhdata[i,0]+1==(hhdata[i+1,0])):
if (len(hhdata[np.where(hhdata[:,0]==hhdata[i,0])])==1 and\
len(hhdata[np.where(hhdata[:,0]==hhdata[i+1,0])])==1):
double_clicks=np.vstack((double_clicks,hhdata[i]))
double_clicks=np.vstack((double_clicks,hhdata[i+1]))
except IndexError:
pass
if (len(np.shape(double_clicks))>1):
double_clicks=double_clicks[1:]
return double_clicks