def gen_next():
global status
global head
global poem
global options
global gen_options
global poems
global g
print("OPTIONS:", options)
print("GEN_OPTIONS:", gen_options)
if options["genre"][1] == gen_options["genre"][1] and \
options["title"][1] == gen_options["title"][1] and \
options["part"][1] == gen_options["part"][1]:
if options["form"][1] == gen_options["form"][1] and \
len(poems) > options["form"][1] and \
len(poems[ options["form"][1] ]) > 1:
### next with the same options
options["form"][2] = len(poems) - 1
options["form"][0] = options["form"][1] / (options["form"][2] + 1)
options["form"][3] = poems[options["form"][1]][0]
poem = poems[options["form"][1]].pop(1) + "\n"
if len(poems[options["form"][1]]) == 1:
poems.pop(options["form"][1])
options["form"][2] = len(poems) - 1
options["form"][1] = int(options["form"][0] *
options["form"][2])
if len(poems) > options["form"][1]:
options["form"][3] = poems[options["form"][1]][0]
else:
### not exists with the same options
if options["part"][1] < options["part"][2]:
options["part"][1] += 1
else:
options["part"][1] = 0
print("GEN with another part")
gen_fail = 1
while gen_fail == 1:
gen_fail = 0
g = generator.gen_poem(options["genre"][0],
options["title"][0], options["part"][0],
-1)
poems = g.poems
name = options["form"][3]
i = -1
for item in range(0, len(poems)):
if name == poems[item][0]:
i = item
continue
n = len(poems) - 1
if i == -1 or len(poems[i]) < 2:
if len(poems[i]) < 2: poems.pop(i)
n = len(poems) - 1
i = int(n * options["form"][0])
if (len(poems) > i):
name = poems[i][0]
else:
gen_fail = 1
options["part"] = [0, 0, 0, 0]
options["form"][1:4] = [i, n, name]
poem = poems[options["form"][1]].pop(1) + "\n"
else:
print("GEN with new options")
gen_fail = 1
while gen_fail == 1:
gen_fail = 0
g = generator.gen_poem(options["genre"][0], options["title"][0],
options["part"][0], -1)
poems = g.poems
name = options["form"][3]
i = -1
for item in range(0, len(poems)):
if name == poems[item][0]:
i = item
continue
n = len(poems) - 1
if i == -1 or len(poems[i]) < 2:
if len(poems[i]) < 2: poems.pop(i)
n = len(poems) - 1
i = int(n * options["form"][0])
if (len(poems) > i):
name = poems[i][0]
else:
gen_fail = 1
options["part"] = [0, 0, 0, 0]
options["form"][1:4] = [i, n, name]
print("options:", options)
poem = poems[i].pop(1) + "\n"
if len(poems[i]) == 1:
poems.pop(i)
options["form"][2] = len(poems) - 1
head = "%s\n%s\n%s\n%s\n" % (options["genre"][3], options["title"][3],
options["part"][3], options["form"][3])
print(head) ####
print(poem) ####
gen_options = copy.deepcopy(options)
status = 1
def gen_next():
global status
global head
global poem
global options
global gen_options
global poems
global g
print("OPTIONS:", options)
print("GEN_OPTIONS:", gen_options)
if options["genre"][1] == gen_options["genre"][1] and \
options["title"][1] == gen_options["title"][1] and \
options["part"][1] == gen_options["part"][1]:
if options["form"][1] == gen_options["form"][1] and \
len(poems) > options["form"][1] and \
len(poems[ options["form"][1] ]) > 1:
### next with the same options
options["form"][2] = len(poems) - 1
options["form"][0] = options["form"][1] / (options["form"][2] + 1)
options["form"][3] = poems[ options["form"][1] ][0]
poem = poems[ options["form"][1] ].pop(1) + "\n"
if len(poems[ options["form"][1] ]) == 1:
poems.pop(options["form"][1])
options["form"][2] = len(poems) - 1
options["form"][1] = int(options["form"][0] * options["form"][2])
if len(poems) > options["form"][1]:
options["form"][3] = poems[ options["form"][1] ][0]
else:
### not exists with the same options
if options["part"][1] < options["part"][2]:
options["part"][1] += 1
else:
options["part"][1] = 0
print("GEN with another part")
gen_fail = 1
while gen_fail == 1:
gen_fail = 0
g = generator.gen_poem (
options["genre"][0], options["title"][0], options["part"][0], -1)
poems = g.poems
name = options["form"][3]
i = -1
for item in range(0, len(poems)):
if name == poems[item][0]:
i = item
continue
n = len(poems) - 1
if i == -1 or len(poems[i]) < 2:
if len(poems[i]) < 2: poems.pop(i)
n = len(poems) - 1
i = int(n * options["form"][0])
if (len(poems) > i):
name = poems[i][0]
else:
gen_fail = 1
options["part"] = [0, 0, 0, 0]
options["form"][1:4] = [i, n, name]
poem = poems[ options["form"][1] ].pop(1) + "\n"
else:
print("GEN with new options")
gen_fail = 1
while gen_fail == 1:
gen_fail = 0
g = generator.gen_poem (
options["genre"][0], options["title"][0], options["part"][0], -1)
poems = g.poems
name = options["form"][3]
i = -1
for item in range(0, len(poems)):
if name == poems[item][0]:
i = item
continue
n = len(poems) - 1
if i == -1 or len(poems[i]) < 2:
if len(poems[i]) < 2: poems.pop(i)
n = len(poems) - 1
i = int(n * options["form"][0])
if (len(poems) > i):
name = poems[i][0]
else:
gen_fail = 1
options["part"] = [0, 0, 0, 0]
options["form"][1:4] = [i, n, name]
print("options:", options)
poem = poems[i].pop(1) + "\n"
if len(poems[i]) == 1:
poems.pop(i)
options["form"][2] = len(poems) - 1
head = "%s\n%s\n%s\n%s\n" % (
options["genre"][3], options["title"][3], options["part"][3], options["form"][3])
print(head) ####
print(poem) ####
gen_options = copy.deepcopy(options)
status = 1
import generator
SERVER_PORT = 12345
DATA_PATH = pth + '/../data/corpus_mark'
options = {}
name_re = re.compile("(.*) \d+( trans)?")
t_g = random.uniform(0, 1)
t_t = random.uniform(0, 1)
t_p = random.uniform(0, 1)
t_f = random.uniform(0, 1)
gen_options = {}
g = generator.gen_poem(t_g, t_t, t_p, -1)
poems = g.poems
def gen_next():
global status
global head
global poem
global options
global gen_options
global poems
global g
print("OPTIONS:", options)
print("GEN_OPTIONS:", gen_options)
import generator
SERVER_PORT = 12345
DATA_PATH = pth + '/../data/corpus_mark'
options = {}
name_re = re.compile("(.*) \d+( trans)?")
t_g = random.uniform(0, 1)
t_t = random.uniform(0, 1)
t_p = random.uniform(0, 1)
t_f = random.uniform(0, 1)
gen_options = {}
g = generator.gen_poem(t_g, t_t, t_p, -1)
poems = g.poems
def gen_next():
global status
global head
global poem
global options
global gen_options
global poems
global g
print("OPTIONS:", options)
print("GEN_OPTIONS:", gen_options)
