def get_search_parameters(info):
ret = dict()
# if not info.has_key('search') or not info['search']:
# return ret
level = my_get(info, 'level', 0)
mwf_logger.debug("get_search param=%s" % info)
mwf_logger.debug("level=%s" % level)
if level > 0:
ret['l1'] = int(level)
ret['l2'] = int(level)
else:
level_range = my_get(info, 'level_range', '').split('..')
if len(level_range) == 0:
ret['l1'] = 0
ret['l2'] = 0
elif len(level_range) == 1:
ret['l1'] = level_range[0]
ret['l2'] = level_range[0]
else:
ret['l1'] = level_range[0]
ret['l2'] = level_range[1]
character = my_get(info, 'character', 1)
mwf_logger.info("character: %s" % character)
if character > 1:
ret['ch1'] = int(character)
ret['ch2'] = int(character)
weight = my_get(info, 'weight', -1)
if weight > -1:
ret['wt1'] = float(weight)
ret['wt2'] = float(weight)
else:
weight_range = my_get(info, 'weight_range', '').split('..')
if len(weight_range) == 0:
ret['wt1'] = 0
ret['wt2'] = 0
elif len(weight_range) == 1:
ret['wt1'] = weight_range[0]
ret['wt2'] = weight_range[0]
else:
ret['wt1'] = weight_range[0]
ret['wt2'] = weight_range[1]
ret['rec_start'] = my_get(info, 'rec_start', 1, int)
ret['limit'] = my_get(info, 'limit', 2000, int)
# ret['weight']=my_get(info,'weight',0,int)
ev_range = my_get(info, 'ev_range', '').split('..')
if len(ev_range) == 0:
ret['r1'] = 0
ret['r2'] = 0
elif len(ev_range) == 1:
mwf_logger.debug("ev_range=%s" % ev_range)
# ev_range[0]=float(ev_range[0]); ev_range[1]=float(ev_range[1])
ret['r1'] = ev_range[0]
ret['r2'] = ev_range[0]
else:
ev_range[0] = float(ev_range[0])
ev_range[1] = float(ev_range[1])
ret['r1'] = ev_range[0]
ret['r2'] = ev_range[1]
return ret
def get_search_parameters(info):
ret = dict()
# if not info.has_key('search') or not info['search']:
# return ret
level = my_get(info, 'level', 0)
mwf_logger.debug("get_search param=%s" % info)
mwf_logger.debug("level=%s" % level)
if level > 0:
ret['l1'] = int(level)
ret['l2'] = int(level)
else:
level_range = my_get(info, 'level_range', '').split('..')
if len(level_range) == 0:
ret['l1'] = 0
ret['l2'] = 0
elif len(level_range) == 1:
ret['l1'] = level_range[0]
ret['l2'] = level_range[0]
else:
ret['l1'] = level_range[0]
ret['l2'] = level_range[1]
character = my_get(info, 'character', 1)
mwf_logger.info("character: %s" % character)
if character > 1:
ret['ch1'] = int(character)
ret['ch2'] = int(character)
weight = my_get(info, 'weight', -1)
if weight > -1:
ret['wt1'] = float(weight)
ret['wt2'] = float(weight)
else:
weight_range = my_get(info, 'weight_range', '').split('..')
if len(weight_range) == 0:
ret['wt1'] = 0
ret['wt2'] = 0
elif len(weight_range) == 1:
ret['wt1'] = weight_range[0]
ret['wt2'] = weight_range[0]
else:
ret['wt1'] = weight_range[0]
ret['wt2'] = weight_range[1]
ret['rec_start'] = my_get(info, 'rec_start', 1, int)
ret['limit'] = my_get(info, 'limit', 2000, int)
# ret['weight']=my_get(info,'weight',0,int)
ev_range = my_get(info, 'ev_range', '').split('..')
if len(ev_range) == 0:
ret['r1'] = 0
ret['r2'] = 0
elif len(ev_range) == 1:
mwf_logger.debug("ev_range=%s" % ev_range)
# ev_range[0]=float(ev_range[0]); ev_range[1]=float(ev_range[1])
ret['r1'] = ev_range[0]
ret['r2'] = ev_range[0]
else:
ev_range[0] = float(ev_range[0])
ev_range[1] = float(ev_range[1])
ret['r1'] = ev_range[0]
ret['r2'] = ev_range[1]
return ret
def make_table_of_coefficients(maass_id, number=100):
c = get_maassform_by_id(maass_id, fields=['Coefficient'])['Coefficient']
mwf_logger.info("ID=%s" % maass_id)
mwf_logger.info("number=%s" % number)
s = "<table border=\"1\">\n<thead><tr><td>\(n\)</td>"
s += "<td> </td>"
s += "<td>\(a(n)\)</td></tr></thead>\n"
s += "<tbody>\n"
number = min(number, len(c))
for n in xrange(number):
s += "<tr><td> %s </td><td></td><td>%s </td> \n" % (n + 1, c[n])
s += "</tbody></table>\n"
return s
def make_table_of_coefficients(maass_id, number=100):
c = get_maassform_by_id(maass_id, fields=['Coefficient'])['Coefficient']
mwf_logger.info("ID=%s" % maass_id)
mwf_logger.info("number=%s" % number)
s = "<table border=\"1\">\n<thead><tr><td>\(n\)</td>"
s += "<td> </td>"
s += "<td>\(a(n)\)</td></tr></thead>\n"
s += "<tbody>\n"
number = min(number, len(c))
for n in xrange(number):
s += "<tr><td> %s </td><td></td><td>%s </td> \n" % (n + 1, c[n])
s += "</tbody></table>\n"
return s
