FLAG = sys.argv[3]
except IndexError:
pass
INPUT_K = 10
# read record
if MODEL == 's':
RELAX = False
else:
RELAX = True
if RELAX:
print "Relax Mondrian"
else:
print "Strict Mondrian"
if DATA_SELECT == 'i':
print "INFORMS data"
DATA = read_informs()
else:
print "Adult data"
# INTUITIVE_ORDER is an intutive order for
# categorical attrbute. This order is produced
# by the reading (from dataset) order.
DATA, INTUITIVE_ORDER = read_adult()
if FLAG == 'k':
get_result_k(DATA)
elif FLAG == 'qi':
get_result_qi(DATA)
elif FLAG == 'data':
get_result_dataset(DATA)
elif FLAG == '':
get_result_one(DATA)
else:
all_rtime.append(round(eval_result[1], 2))
print "All NCP", all_ncp
print "All Running time", all_rtime
if __name__ == '__main__':
FLAG = ''
LEN_ARGV = len(sys.argv)
try:
DATA_SELECT = sys.argv[1]
FLAG = sys.argv[2]
except:
pass
k = 10
if DATA_SELECT == 'i':
RAW_DATA = read_informs()
ATT_TREES = read_informs_tree()
else:
RAW_DATA = read_adult()
ATT_TREES = read_adult_tree()
print '#' * 30
if DATA_SELECT == 'a':
print "Adult data"
else:
print "INFORMS data"
print '#' * 30
if FLAG == 'k':
get_result_k(ATT_TREES, RAW_DATA)
elif FLAG == 'qi':
get_result_qi(ATT_TREES, RAW_DATA)
elif FLAG == 'data':
if __name__ == '__main__':
FLAG = ''
DATA_SELECT = 'i'
if __DEBUG:
print sys.argv
try:
DATA_SELECT = sys.argv[1]
except IndexError:
DATA_SELECT = 'i'
# read record
print '*' * 30
# read dataset
if DATA_SELECT == 'i':
print "INFORMS data"
DATA = read_informs()
# gen_gh_trees(DATA_SELECT)
ATT_TREES = read_informs_tree()
elif DATA_SELECT == 'y':
print "Youtube data"
DATA = read_youtube()
# gen_gh_trees(DATA_SELECT)
ATT_TREES = read_youtube_tree()
else:
print "INFORMS data"
DATA = read_informs()
# gen_gh_trees(DATA_SELECT)
ATT_TREES = read_informs_tree()
# Separation_Gen need only GH for transaction
try:
FLAG = sys.argv[2]
