def lfunction(self):
"""
This method replaces the class LFunction in lmfdb.lfunctions.Lfunction
to generate the page for this sort of class.
After asking for this method the object should have all
methods and attributes as one of the subclasses of Lfunction in
lmfdb.lfunctions.Lfunction.
"""
self.compute_kappa_lambda_Q_from_mu_nu()
# when tensoring a modular form with a dim > 1 rep, we run
# into having to compute a lot of coefficients and this will
# take a lot of time. We cut it down and print a warning
number_of_terms = min(self.numcoeff, self.besancon_bound)
self.dirichlet_coefficients = self.algebraic_coefficients(
number_of_terms + 1)
self.renormalise_coefficients()
self.texname = "L(s,\\rho)"
self.texnamecompleteds = "\\Lambda(s,\\rho)"
self.texnamecompleted1ms = "\\Lambda(1-s, \\widehat{\\rho})"
self.title = "$L(s,\\rho)$, where $\\rho$ is a Galois representation"
self.credit = 'Workshop in Besancon, 2014'
from lmfdb.lfunctions.Lfunction import generateSageLfunction
generateSageLfunction(self)
def lfunction(self):
"""
This method replaces the class LFunction in lmfdb.lfunctions.Lfunction
to generate the page for this sort of class.
After asking for this method the object should have all
methods and attributes as one of the subclasses of Lfunction in
lmfdb.lfunctions.Lfunction.
"""
self.compute_kappa_lambda_Q_from_mu_nu()
# when tensoring a modular form with a dim > 1 rep, we run
# into having to compute a lot of coefficients and this will
# take a lot of time. We cut it down and print a warning
number_of_terms = min(self.numcoeff, self.besancon_bound)
self.dirichlet_coefficients = self.algebraic_coefficients(number_of_terms+1)
self.renormalise_coefficients()
self.texname = "L(s,\\rho)"
self.texnamecompleteds = "\\Lambda(s,\\rho)"
self.texnamecompleted1ms = "\\Lambda(1-s, \\widehat{\\rho})"
self.title = "$L(s,\\rho)$, where $\\rho$ is a Galois representation"
self.credit = 'Workshop in Besancon, 2014'
from lmfdb.lfunctions.Lfunction import generateSageLfunction
generateSageLfunction(self)
def lfunction(self):
"""
This method replaces the class LFunction in lmfdb.lfunctions.Lfunction
to generate the page for this sort of class.
After asking for this method the object should have all
methods and attributes as one of the subclasses of Lfunction in
lmfdb.lfunctions.Lfunction.
"""
self.compute_kappa_lambda_Q_from_mu_nu()
self.dirichlet_coefficients = self.algebraic_coefficients(self.numcoeff+1)
self.renormalise_coefficients()
self.texname = "L(s,\\rho)"
self.texnamecompleteds = "\\Lambda(s,\\rho)"
self.texnamecompleted1ms = "\\Lambda(1-s, \\widehat{\\rho})"
self.title = "$L(s,\\rho)$, where $\\rho$ is a Galois representation"
self.credit = 'Workshop in Besancon, 2014'
from lmfdb.lfunctions.Lfunction import generateSageLfunction
generateSageLfunction(self)