def function_123123():
mr = len(filteredlist)
maxtest = 5
test = 0
for i in range(0, mr):
for j in range(i+1, mr):
test += 1
if test > maxtest:
return
ar1 = libqda.get_line_arr(filteredlist[i] )
ar2 = libqda.get_line_arr(filteredlist[j] )
ar1 = sub_area(ar1)
ar2 = sub_area(ar2)
mintim1 = ar1[0]
maxtim1 = ar1[0] + len(ar1[1]) - 1
for tim1 in range( mintim1 , mintim1 ):
mintim2 = ar2[0]
maxtim2 = ar2[0] + len(ar2[1]) - 1
maxdiss = -999
for dv in range(-60, 0):
tim2 = tim1 + dv
mintim22 = tim1 + dv
maxtim22 = tim1 + dv + 60
if mintim22 < mintim2:
continue
if maxtim22 > maxtim2:
break
diss = 0
for dv2 in range(0,60):
diss = diss + ar1[1][tim1+dv2] - ar2[1][tim2+dv2]
maxdiss = max(diss, maxdiss)
print "maxdiss--------------"
print maxdiss
def function_123123():
mr = len(filteredlist)
maxtest = 5
test = 0
for i in range(0, mr):
for j in range(i + 1, mr):
test += 1
if test > maxtest:
return
ar1 = libqda.get_line_arr(filteredlist[i])
ar2 = libqda.get_line_arr(filteredlist[j])
ar1 = sub_area(ar1)
ar2 = sub_area(ar2)
mintim1 = ar1[0]
maxtim1 = ar1[0] + len(ar1[1]) - 1
for tim1 in range(mintim1, mintim1):
mintim2 = ar2[0]
maxtim2 = ar2[0] + len(ar2[1]) - 1
maxdiss = -999
for dv in range(-60, 0):
tim2 = tim1 + dv
mintim22 = tim1 + dv
maxtim22 = tim1 + dv + 60
if mintim22 < mintim2:
continue
if maxtim22 > maxtim2:
break
diss = 0
for dv2 in range(0, 60):
diss = diss + ar1[1][tim1 + dv2] - ar2[1][tim2 + dv2]
maxdiss = max(diss, maxdiss)
print "maxdiss--------------"
print maxdiss
def lb1_click(self,event): cu = self.lb1.curselection() # no selection patch #---------------- if len(cu) == 0: cur = self.cur else: cur = int(cu[0]) self.cur = cur # arr = [name,fid,cursor,daycount] #print " attached to index " + str( arr_index [ cur ][ 0 ]) target = int(self.arr_index[cur].fcursor) print "__________________________________" print "60: cursor = " + str(target); #print "-------------" p = libqda.get_by_cursor( target ) #self.cur_data = p #draw line time1 = time.time() self.line_arr = libqda.get_line_arr( p ) #canv_util.canv_draw_stline(self.canv ,arr, restrict_time = self.restrict_time, fixstyle = self.fixstyle) wx_show_graph.show_graph(self.line_arr) arr = None print " 60: load time consumed : " + str(time.time() - time1)
else:
rlist.append(k)
return rlist
def write_result_list_to_file():
global result_list
f = open("Z:\\provide2.txt", "w")
for k in result_list:
klist = dissolve_list(k)
klist[-1] = mod_ratio(klist[-1])
for k1 in klist:
f.write(str(k1))
f.write(" ")
f.write("\n")
print "Write to File Finished"
libqda.qda_init()
arr_list = libqda.get_all_index_arr(filter=1)
for k in arr_list:
if k.fid == "SH000001":
print "found"
dayline = libqda.get_line_arr(k)
f1 = 4898
f2 = f1 + 17
print calculate_minus(dayline[12:15]) / dayline[-1][1]
break
raw_input()
skipthis = 1
break
if skipthis: continue
#print 'this is a summit'
thissummit = dayline[i].time2000()
#for k in range(i-bound, i+bound):
# print k, dayline[k].op
#print '------', i
result.append(thissummit)
return result
au = get_summit(dayline, bound=100)
print au
dayline = libqda.get_line_arr(p)
wx_show_graph.set_sign_x(au)
wx_show_graph.show_graph(dayline)
'''
BELOW should be put into another cashXX I think
for i in au:
found_a_summit_so_update_frequence(i)
# sumarea[i]: length between two summit appear frequency, every col divided by 2 default
a = []
xx = []
for i in range(1, len(sumarea)):
xx.append([i, sumarea[i]])