for fra in range(frame):
print ('frame No.%s' %fra)
for x in range (4,number_x-3):
for y in range (4,number_y-3):
if scidata[fra,y,x] > event_th :
if scidata[fra,y,x] > scidata[fra,y-1,x] and scidata[fra,y,x] > scidata[fra,y+1,x] \
and scidata[fra,y,x] > scidata[fra,y,x-1] and scidata[fra,y,x] > scidata[fra,y,x+1] \
and scidata[fra,y,x] > scidata[fra,y-1,x-1] and scidata[fra,y,x] > scidata[fra,y-1,x+1] \
and scidata[fra,y,x] > scidata[fra,y+1,x-1] and scidata[fra,y,x] > scidata[fra,y+1,x+1] :
my.Arg = arg
my.Frame = fra
my.Event_th = event_th
my.Split_th = split_th
my.X = x
my.Y = y
for j in range(-3,4) :
for i in range(-3,4) :
n = (i+4)+(7*((j+4)-1))
exec("my.PH%s = scidata[fra,y+j,x+i]" %n ) #not good
tr.Fill()
f.Write()
f.Close()
hdulist_back.close
hdulist_X.close
for i in range(1,11) :
print 'tree = %s' %i
tree = root.Get('tree%s' %i)
entry = tree.GetEntries()
for j in range(entry) :
tree.GetEntry(j)
print 'entry = %s' %j
if tree.PH17 < 9.279 and tree.PH18 < 9.279 and tree.PH19 < 9.279 and tree.PH24 < 9.279 \
and tree.PH26 < 9.279 and tree.PH31 < 9.279 and tree.PH32 < 9.279 and tree.PH33 < 9.279 :
my.Arg = tree.Arg
my.Frame = tree.Frame
my.Event_th = tree.Event_th
my.Split_th = 9.279
my.X = tree.X
my.Y = tree.Y
my.Xray = tree.PH25
my.PH17 = tree.PH17
my.PH18 = tree.PH18
my.PH19 = tree.PH19
my.PH24 = tree.PH24
my.PH25 = tree.PH25
my.PH26 = tree.PH26
my.PH31 = tree.PH31
my.PH32 = tree.PH32
my.PH33 = tree.PH33
tr.Fill()
f.Write()
and tree.PH13 < 9.279 and tree.PH16 < 9.279 and tree.PH20 < 9.279 and tree.PH23 < 9.279 \
and tree.PH27 < 9.279 and tree.PH30 < 9.279 and tree.PH34 < 9.279 and tree.PH37 < 9.279 \
and tree.PH38 < 9.279 and tree.PH39 < 9.279 and tree.PH40 < 9.279 and tree.PH41 < 9.279 :
#grade2
if tree.PH32 > 9.279 and tree.PH17 < 9.279 and tree.PH18 < 9.279 and tree.PH19 < 9.279 and tree.PH24 < 9.279 and tree.PH26 < 9.279 and tree.PH31 < 9.279 and tree.PH33 < 9.279 \
and tree.PH38 < 9.279 and tree.PH39 < 9.279 and tree.PH40 < 9.279 :
Xray2 = tree.PH25 + tree.PH32
if Xray2 > 3400:
print "(Arg,frame,x,y,Xray) = (%s,%s,%s,%s,%s)" % (
tree.Arg, tree.Frame, tree.X, tree.Y, Xray2)
my2.Arg = tree.Arg
my2.Frame = tree.Frame
my2.Event_th = tree.Event_th
my2.Split_th = 9.279
my2.X = tree.X
my2.Y = tree.Y
my2.Xray = Xray2
my2.PH17 = tree.PH17
my2.PH18 = tree.PH18
my2.PH19 = tree.PH19
my2.PH24 = tree.PH24
my2.PH25 = tree.PH25
my2.PH26 = tree.PH26
my2.PH31 = tree.PH31
my2.PH32 = tree.PH32
my2.PH33 = tree.PH33
tr2.Fill()
elif tree.PH18 > 9.279 and tree.PH17 < 9.279 and tree.PH19 < 9.279 and tree.PH24 < 9.279 and tree.PH26 < 9.279 and tree.PH31 < 9.279 and tree.PH32 < 9.279 and tree.PH33 < 9.279 \