def gain_arr(self):
libqda.qda_init()
# -- get all_list --
arr_index = libqda.get_all_index_arr(filter = 1)
#print arr_index;
# -- get list from file
#arr_index = libqda.get_index_from_file("list1.lst")
# -- filter
# the format is [p.fname,p.fid, p.fcursor, p.daycount]
for i in range(0, len(arr_index)):
self.lb1.insert(END, arr_index[i].fname.decode('gbk') + arr_index[i].fid) #[p.fname,p.fid, p.fcursor, p.daycount]
self.arr_index = arr_index
arr_index = None
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()
import libqda
import wx_show_graph
import math
import pickle_util
libqda.qda_init()
arr_list = libqda.get_all_index_arr(filter=1)
p = arr_list[222]
print p.fname
dayline = libqda.get_line_arr_fdaydata(p)
#wx_show_graph.show_graph(dayline)
a = 0
b = 0
c = 0
d = 0
iu = 0
for i in dayline:
if iu:
if i.op > iu.cl:
if i.cl > i.op:
a += 1
else:
b += 1
else:
if i.cl > i.op:
c += 1
else:
d += 1
iu = i