def load_angle_dct(cwd=my_dir, pattern='*.dat'):
# FindAllFiles
print 'cwd:', cwd
print 'pattern:', pattern
dct_find = {'cwd': cwd, 'pattern': pattern}
x = FindAllFiles(dct_find)
# print x.pattern
x.get_files()
# x.print_query(x.dct)
print "Grand total:", len(x.dct.keys()), 'of', x.total
# x.dct (last pos.)
# set9 = x.sort_dirname(-1,x.dct)
# x.print_ [query,class]
# x.query_ [dirname,file,filename](searchstring,pos,dct)
lst_dct = []
print "Rounds:", rnd
# if rnd == None:
# rnd = []
if rnd != None:
for r in rnd:
set9 = x.query_dirname("round_%s" % r, None, x.dct)
lst_dct.append(set9)
# x.print_query(set9)
print "subtotal:", len(set9.keys()), 'of', x.total
# print len(set9.keys())
set7 = x.merge_dct(lst_dct)
# x.print_query(set7)
print "subtotals:", len(set7.keys()), 'of', x.total
lst_dct = []
print "Positions:", position
# if position == None:
# position = []
if position != None:
for p in position:
set9 = x.query_dirname(p, -1, x.dct)
lst_dct.append(set9)
# x.print_query(set9)
print "subtotal:", len(set9.keys()), 'of', x.total
# print len(set9.keys())
set8 = x.merge_dct(lst_dct)
# x.print_query(set8)
print "subtotals:", len(set8.keys()), 'of', x.total
if ((rnd != None) and (position != None)):
set9 = x.get_overlapping_entries(set7, set8)
elif (rnd != None):
set9 = set7
elif (position != None):
set9 = set8
else:
set9 = x.dct
print "Overlaps:", len(set9.keys()), 'of', x.total
# x.remove_[dirname,file,filename](searchstring,pos,dct)
# x.print_query(set9)
# x.print_query(set9)
# sys.exit()
return set9
def get_retraction_dct(dct):
set9 = dct
print len(set9.keys())
x = FindAllFiles()
if rnd == 16:
set_nop = x.remove_dirname("_nop_00",None,set9)
else:
set_nop = x.query_dirname("_nop_",None,set9)
set_rev = x.query_dirname("_rev_",None,set9)
set10 = x.merge_dct([set_rev,set_nop])
# print "Lengths:"
# print len(set_rev.keys())
# print len(set_nop.keys())
# print len(set10.keys())
# sys.exit()
if rnd == 16:
set_for = x.query_dirname("_nop_00",None,set9)
else:
set_for = x.remove_dirname("_rev_",None,set9)
set_for = x.remove_dirname("_nop_",None,set_for)
# print "Forwards:"
# print len(set_for.keys())
# sys.exit()
# lst_forward_names = []
# for k,v in set10.iteritems():
# # print k,v['dirname'].split('/')[-1]
# # print v
# proj_name = v['dirname'].split('/')[-1]
# forwards = proj_name.split('_nop_')[0]
# lst_forward_names.append(forwards)
lst_tup_for_retract = []
# print set_for.keys()
# print set10.keys()
for k,v in set_for.iteritems():
# print k,v['name']
for k1,v1 in set10.iteritems():
if rnd == 16:
name_ser = v['name'].split('_nop_')[0]
if re.search(name_ser,v1['name']) != None:
# print v['name'],v1['name']
# print (k,k1)
lst_tup_for_retract.append((k,k1))
else:
if re.search(v['name'],v1['name']) != None:
# print v['name'],v1['name']
# print (k,k1)
lst_tup_for_retract.append((k,k1))
# for name in lst_forward_names:
# # print name
# for k,v in set_for.iteritems():
# if re.search(name,v['dirname']) != None:
# # print k,name
# f1 = k
# break
# try:
# print f1
# except:
# continue
# for k,v in set10.iteritems():
# if re.search(name,v['dirname']) != None:
# if (f1,k) not in lst_tup_for_retract:
# lst_tup_for_retract.append((f1,k))
# break
# for tup in lst_tup_for_retract:
# print tup
# pass
print "retractions:",len(lst_tup_for_retract)
# sys.exit()
return lst_tup_for_retract