def render_fd_plot(level, info, **kwds):
group = None
grouptype = None
if ('group' in info):
group = info['group']
# we only allow standard groups
if 'grouptype' in info:
grouptype = int(info['grouptype'])
if info['grouptype'] == 0:
group = 'Gamma0'
elif info['grouptype'] == 1:
group = 'Gamma1'
if (group not in ['Gamma0', 'Gamma', 'Gamma1']):
group = 'Gamma0'
grouptype = int(0)
else:
if grouptype is None:
if group == 'Gamma':
grouptype = int(-1)
elif group == 'Gamma0':
grouptype = int(0)
else:
grouptype = int(1)
db_name = 'SL2Zsubgroups'
collection = 'groups'
C = lmfdb.base.getDBConnection()
emf_logger.debug("C={0}, level={1}, grouptype={2}".format(
C, level, grouptype))
if not C:
emf_logger.critical("Could not connect to Database! C={0}".format(C))
if not db_name in C.database_names():
emf_logger.critical(
"Incorrect database name {0}. \n Available databases are:{1}".
format(db_name, C.database_names()))
if not collection in C[db_name].collection_names():
emf_logger.critical(
"Incorrect collection {0} in database {1}. \n Available collections are:{2}"
.format(collection, db_name, C[db_name].collection_names()))
find = C[db_name][collection].find_one({
'level': int(level),
'type': int(grouptype)
})
if find:
if find.get('domain'):
# domain=loads(str(find['domain']))
domain = find['domain']
emf_logger.debug('Found fundamental domain in database')
else:
emf_logger.debug(
'Drawing fundamental domain for group {0}({1})'.format(
group, level))
domain = draw_fundamental_domain(level, group, **kwds)
# G=Gamma0(level)
# C[db_name][collection].insert({'level':int(level), 'type':type, 'index':int(G.index), 'G':bson.binary.Binary(dumps(G)), 'domain': bson.binary.Binary(dumps(domain))})
# emf_logger.debug('Inserting group and fundamental domain in database')
return domain
def render_fd_plot(level, info, **kwds):
group = None
grouptype = None
if('group' in info):
group = info['group']
# we only allow standard groups
if 'grouptype' in info:
grouptype = int(info['grouptype'])
if info['grouptype'] == 0:
group = 'Gamma0'
elif info['grouptype'] == 1:
group = 'Gamma1'
if (group not in ['Gamma0', 'Gamma', 'Gamma1']):
group = 'Gamma0'
grouptype = int(0)
else:
if grouptype is None:
if group == 'Gamma':
grouptype = int(-1)
elif group == 'Gamma0':
grouptype = int(0)
else:
grouptype = int(1)
db_name = 'SL2Zsubgroups'
collection = 'groups'
C = lmfdb.base.getDBConnection()
emf_logger.debug("C={0}, level={1}, grouptype={2}".format(C, level, grouptype))
if not C:
emf_logger.critical("Could not connect to Database! C={0}".format(C))
if not db_name in C.database_names():
emf_logger.critical("Incorrect database name {0}. \n Available databases are:{1}".format(
db_name, C.database_names()))
if not collection in C[db_name].collection_names():
emf_logger.critical("Incorrect collection {0} in database {1}. \n Available collections are:{2}".format(collection, db_name, C[db_name].collection_names()))
find = C[db_name][collection].find_one({'level': int(level), 'type': int(grouptype)})
if find:
if find.get('domain'):
# domain=loads(str(find['domain']))
domain = find['domain']
emf_logger.debug('Found fundamental domain in database')
else:
emf_logger.debug('Drawing fundamental domain for group {0}({1})'.format(group, level))
domain = draw_fundamental_domain(level, group, **kwds)
# G=Gamma0(level)
# C[db_name][collection].insert({'level':int(level), 'type':type, 'index':int(G.index), 'G':bson.binary.Binary(dumps(G)), 'domain': bson.binary.Binary(dumps(domain))})
# emf_logger.debug('Inserting group and fundamental domain in database')
return domain