def render_curve_webpage_by_label(label):
#credit = 'John Cremona and Andrew Sutherland'
data = WebEC.by_label(label)
if data == "Invalid label":
return elliptic_curve_jump_error(label, {}, wellformed_label=False)
if data == "Curve not found":
return elliptic_curve_jump_error(label, {}, wellformed_label=True)
try:
lmfdb_label = data.lmfdb_label
except AttributeError:
return elliptic_curve_jump_error(label, {}, wellformed_label=False)
# if data.twoadic_label:
# credit = credit.replace(' and',',') + ' and Jeremy Rouse'
# if data.data['iwdata']:
# credit = credit.replace(' and',',') + ' and Robert Pollack'
data.modform_display = url_for(".modular_form_display", label=lmfdb_label, number="")
code = data.code()
code['show'] = {'magma':'','pari':'','sage':''} # use default show names
return render_template("ec-curve.html",
properties2=data.properties,
credit=ec_credit(),
data=data,
# set default show names but actually code snippets are filled in only when needed
code=code,
bread=data.bread, title=data.title,
friends=data.friends,
downloads=data.downloads,
learnmore=learnmore_list())
def render_curve_webpage_by_label(label):
credit = 'John Cremona and Andrew Sutherland'
data = WebEC.by_label(label)
if data == "Invalid label":
return elliptic_curve_jump_error(label, {}, wellformed_label=False)
if data == "Curve not found":
return elliptic_curve_jump_error(label, {}, wellformed_label=True)
try:
lmfdb_label = data.lmfdb_label
except AttributeError:
return elliptic_curve_jump_error(label, {}, wellformed_label=False)
if data.twoadic_label:
credit = credit.replace(' and', ',') + ' and Jeremy Rouse'
data.modform_display = url_for(".modular_form_display",
label=lmfdb_label,
number="")
return render_template("curve.html",
properties2=data.properties,
credit=credit,
data=data,
bread=data.bread,
title=data.title,
friends=data.friends,
downloads=data.downloads,
learnmore=learnmore_list())
def render_curve_webpage_by_label(label):
cpt0 = cputime()
t0 = time.time()
data = WebEC.by_label(label)
if data == "Invalid label":
return elliptic_curve_jump_error(label, {})
if data == "Curve not found":
return elliptic_curve_jump_error(label, {}, missing_curve=True)
try:
lmfdb_label = data.lmfdb_label
except AttributeError:
return elliptic_curve_jump_error(label, {})
data.modform_display = url_for(".modular_form_display", label=lmfdb_label, number="")
code = data.code()
code['show'] = {'magma':'','pari':'','sage':''} # use default show names
T = render_template("ec-curve.html",
properties=data.properties,
credit=ec_credit(),
data=data,
# set default show names but actually code snippets are filled in only when needed
code=code,
bread=data.bread, title=data.title,
friends=data.friends,
downloads=data.downloads,
KNOWL_ID="ec.q.%s"%lmfdb_label,
BACKUP_KNOWL_ID="ec.q.%s"%data.lmfdb_iso,
learnmore=learnmore_list())
ec_logger.debug("Total walltime: %ss"%(time.time() - t0))
ec_logger.debug("Total cputime: %ss"%(cputime(cpt0)))
return T
def render_curve_webpage_by_label(label):
from sage.misc.misc import cputime
cpt0 = cputime()
t0 = time.time()
data = WebEC.by_label(label)
if data == "Invalid label":
return elliptic_curve_jump_error(label, {}, wellformed_label=False)
if data == "Curve not found":
return elliptic_curve_jump_error(label, {}, wellformed_label=True)
try:
lmfdb_label = data.lmfdb_label
except AttributeError:
return elliptic_curve_jump_error(label, {}, wellformed_label=False)
data.modform_display = url_for(".modular_form_display", label=lmfdb_label, number="")
code = data.code()
code['show'] = {'magma':'','pari':'','sage':''} # use default show names
T = render_template("ec-curve.html",
properties2=data.properties,
credit=ec_credit(),
data=data,
# set default show names but actually code snippets are filled in only when needed
code=code,
bread=data.bread, title=data.title,
friends=data.friends,
downloads=data.downloads,
learnmore=learnmore_list())
ec_logger.debug("Total walltime: %ss"%(time.time() - t0))
ec_logger.debug("Total cputime: %ss"%(cputime(cpt0)))
return T
def render_curve_webpage_by_label(label):
credit = 'John Cremona and Andrew Sutherland'
data = WebEC.by_label(label)
if data == "Invalid label":
return elliptic_curve_jump_error(label, {}, wellformed_label=False)
if data == "Curve not found":
return elliptic_curve_jump_error(label, {}, wellformed_label=True)
try:
lmfdb_label = data.lmfdb_label
except AttributeError:
return elliptic_curve_jump_error(label, {}, wellformed_label=False)
if data.twoadic_label:
credit = credit.replace(' and',',') + ' and Jeremy Rouse'
if data.data['iwdata']:
credit = credit.replace(' and',',') + ' and Robert Pollack'
data.modform_display = url_for(".modular_form_display", label=lmfdb_label, number="")
code = data.code()
code['show'] = {'magma':'','pari':'','sage':''} # use default show names
return render_template("ec-curve.html",
properties2=data.properties,
credit=credit,
data=data,
# set default show names but actually code snippets are filled in only when needed
code=code,
bread=data.bread, title=data.title,
friends=data.friends,
downloads=data.downloads,
learnmore=learnmore_list())
def render_curve_webpage_by_label(label):
credit = "John Cremona and Andrew Sutherland"
data = WebEC.by_label(label)
if data == "Invalid label":
return elliptic_curve_jump_error(label, {}, wellformed_label=False)
if data == "Curve not found":
return elliptic_curve_jump_error(label, {}, wellformed_label=True)
try:
lmfdb_label = data.lmfdb_label
except AttributeError:
return elliptic_curve_jump_error(label, {}, wellformed_label=False)
if data.twoadic_label:
credit = credit.replace(" and", ",") + " and Jeremy Rouse"
data.modform_display = url_for(".modular_form_display", label=lmfdb_label, number="")
return render_template(
"curve.html",
properties2=data.properties,
credit=credit,
data=data,
bread=data.bread,
title=data.title,
friends=data.friends,
downloads=data.downloads,
learnmore=learnmore_list(),
)
def ec_code(**args):
label = curve_lmfdb_label(args['conductor'], args['iso'], args['number'])
E = WebEC.by_label(label)
Ecode = E.code()
lang = args['download_type']
code = "%s %s code for working with elliptic curve %s\n\n" % (Comment[lang],Fullname[lang],label)
if lang=='gp':
lang = 'pari'
for k in sorted_code_names:
if lang in Ecode[k]:
code += "\n%s %s: \n" % (Comment[lang],code_names[k])
code += Ecode[k][lang] + ('\n' if not '\n' in Ecode[k][lang] else '')
return code
def ec_code(**args):
label = curve_lmfdb_label(args['conductor'], args['iso'], args['number'])
E = WebEC.by_label(label)
Ecode = E.code()
lang = args['download_type']
code = "%s %s code for working with elliptic curve %s\n\n" % (Comment[lang],Fullname[lang],label)
if lang=='gp':
lang = 'pari'
for k in sorted_code_names:
if lang in Ecode[k]:
code += "\n%s %s: \n" % (Comment[lang],code_names[k])
code += Ecode[k][lang] + ('\n' if not '\n' in Ecode[k][lang] else '')
return code
def ec_code(**args):
print("args has keys %s" % to_dict(args).keys())
label = curve_lmfdb_label(args['conductor'], args['iso'], args['number'])
E = WebEC.by_label(label)
lang = args['download_type']
code = "%s %s code for working with elliptic curve %s\n\n" % (Comment[lang],Fullname[lang],label)
if lang=='gp':
lang = 'pari'
for k in sorted_code_names:
if lang in E.code[k]:
code += "\n%s %s: \n" % (Comment[lang],code_names[k])
for line in E.code[k][lang]:
code += line + "\n"
return code
def ec_code(**args):
print("args has keys %s" % to_dict(args).keys())
label = curve_lmfdb_label(args['conductor'], args['iso'], args['number'])
E = WebEC.by_label(label)
lang = args['download_type']
code = "%s %s code for working with elliptic curve %s\n\n" % (
Comment[lang], Fullname[lang], label)
if lang == 'gp':
lang = 'pari'
for k in sorted_code_names:
if lang in E.code[k]:
code += "\n%s %s: \n" % (Comment[lang], code_names[k])
for line in E.code[k][lang]:
code += line + "\n"
return code
def ec_code(**args):
label = curve_lmfdb_label(args['conductor'], args['iso'], args['number'])
E = WebEC.by_label(label)
if E == "Invalid label":
return elliptic_curve_jump_error(label, {})
if E == "Curve not found":
return elliptic_curve_jump_error(label, {}, missing_curve=True)
Ecode = E.code()
lang = args['download_type']
code = "%s %s code for working with elliptic curve %s\n\n" % (Comment[lang],Fullname[lang],label)
if lang=='gp':
lang = 'pari'
for k in sorted_code_names:
if lang in Ecode[k]:
code += "\n%s %s: \n" % (Comment[lang],code_names[k])
code += Ecode[k][lang] + ('\n' if '\n' not in Ecode[k][lang] else '')
return code
