def init_g2c_stats(self):
if self._stats:
return
g2c_logger.debug("Computing genus 2 curve stats...")
counts = self._counts
total = counts["ncurves"]
stats = {}
dists = []
for attr in stats_attribute_list:
values = g2cdb().curves.distinct(attr['name'])
values.sort()
vcounts = []
rows = []
colcount = 0
avg = 0
for value in values:
n = g2cdb().curves.find({attr['name']:value}).count()
prop = format_percentage(n,total)
if 'avg' in attr and attr['avg']:
avg += n*value
value_string = attr['format'](value) if 'format' in attr else value
vcounts.append({'value': value_string, 'curves': n, 'query':url_for(".index_Q")+'?'+attr['name']+'='+str(value),'proportion': prop})
if len(vcounts) == 10:
rows.append(vcounts)
vcounts = []
if len(vcounts):
rows.append(vcounts)
if 'avg' in attr and attr['avg']:
vcounts.append({'value':'\\mathrm{avg}\\ %.2f'%(float(avg)/total), 'curves':total, 'query':url_for(".index_Q") +'?'+attr['name'],'proportion':format_percentage(1,1)})
dists.append({'attribute':attr,'rows':rows})
stats["distributions"] = dists
self._stats = stats
g2c_logger.debug("... finished computing genus 2 curve stats.")
def init_g2c_stats(self):
if self._stats:
return
g2c_logger.debug("Computing genus 2 curve stats...")
counts = self._counts
total = counts["ncurves"]
stats = {}
dists = []
for attr in stats_attribute_list:
values = g2cdb().curves.distinct(attr['name'])
values.sort()
vcounts = []
rows = []
colcount = 0
avg = 0
for value in values:
n = g2cdb().curves.find({attr['name']: value}).count()
prop = format_percentage(n, total)
if 'avg' in attr and attr['avg']:
avg += n * value
value_string = attr['format'](
value) if 'format' in attr else value
vcounts.append({
'value':
value_string,
'curves':
n,
'query':
url_for(".index_Q") + '?' + attr['name'] + '=' +
str(value),
'proportion':
prop
})
if len(vcounts) == 10:
rows.append(vcounts)
vcounts = []
if len(vcounts):
rows.append(vcounts)
if 'avg' in attr and attr['avg']:
vcounts.append({
'value':
'\\mathrm{avg}\\ %.2f' % (float(avg) / total),
'curves':
total,
'query':
url_for(".index_Q") + '?' + attr['name'],
'proportion':
format_percentage(1, 1)
})
dists.append({'attribute': attr, 'rows': rows})
stats["distributions"] = dists
self._stats = stats
g2c_logger.debug("... finished computing genus 2 curve stats.")
def by_g2c_label(label):
g2c_logger.debug(label)
return render_curve_webpage_by_label(label)
def by_full_label(conductor,iso_label, disc,number):
full_label = str(conductor)+"."+iso_label+"."+str(disc)+"."+str(number)
g2c_logger.debug(full_label)
return render_curve_webpage_by_label(full_label)
def by_g2c_label(label):
g2c_logger.debug(label)
return render_curve_webpage_by_label(label)
def by_full_label(conductor,iso_label,disc,number):
full_label = str(conductor)+"."+iso_label+"."+str(disc)+"."+str(number)
g2c_logger.debug(full_label)
return render_curve_webpage_by_label(full_label)
