def __init__(self, **kwds):
"""
db -- a PostgresTable from lmfdb.db_backend
"""
MFDataTable.__init__(self, **kwds)
self.maass_id = kwds.get('maass_id', None)
if not self.maass_id:
mwf_logger.critical("You must supply an id!")
def __init__(self, **kwds):
"""
db -- a PostgresTable from lmfdb.db_backend
"""
MFDataTable.__init__(self, **kwds)
self.maass_id = kwds.get('maass_id', None)
if not self.maass_id:
mwf_logger.critical("You must supply an id!")
def set_table(self, **kwds):
self._name = kwds.get('name', '')
self._table = dict()
self._table = []
self._is_set = True
for r in range(self._nrows):
self._table.append([])
for k in range(self._ncols):
self._table[r].append({})
rec_len = self._ncols * self._nrows
skip = rec_len * self._skip_rec
mwf_logger.debug("rows: {0}".format(self._nrows))
mwf_logger.debug("cols: {0}".format(self._ncols))
mwf_logger.debug("In mwf.set_table")
mwf_logger.debug("skip: {0} rec_len:{1}".format(skip, rec_len))
limit = self._nrows
skip = self._skip_rec
mwf_logger.debug("limit: {0}, skip: {1}".format(limit, skip))
f = db.mwf_forms.lucky({'maass_id':
self.maass_id}) # .skip(skip).limit(limit)
if not f:
mwf_logger.critical(
"You did not supply a valid id! Got:{0}".format(self.maass_id))
return
self._props['Eigenvalue'] = f['Eigenvalue']
self._props['Symmetry'] = f['Symmetry']
self._props['Weight'] = f['Weight']
try:
self._props['Character'] = f['Character']
except: # Trivial charcter default
self._props['Character'] = 0
self._props['Level'] = f['Level']
numc = len(f['Coefficient'])
mwf_logger.debug("numc: {0}".format(numc))
self._props['numc'] = numc
if numc == 0:
self._table = []
return
limit = min(numc, self._nrows)
self._row_heads = range(limit)
self._col_heads = ['n', 'C(n)']
row_min = self._nrows * skip
mwf_logger.debug("numc: {0}".format(numc))
self._table = []
for n in range(limit):
self._table.append([0])
for n in range(limit):
self._row_heads[
n] = n + row_min + 1 # one is fbeacuse we have a cusp form
c = f['Coefficient'][n + row_min]
self._table[n][0] = {'value': c}
self._table.append(list())
def set_table(self, **kwds):
self._name = kwds.get('name', '')
self._table = dict()
self._table = []
self._is_set = True
for r in range(self._nrows):
self._table.append([])
for k in range(self._ncols):
self._table[r].append({})
rec_len = self._ncols * self._nrows
skip = rec_len * self._skip_rec
mwf_logger.debug("rows: {0}".format(self._nrows))
mwf_logger.debug("cols: {0}".format(self._ncols))
mwf_logger.debug("In mwf.set_table")
mwf_logger.debug("skip: {0} rec_len:{1}".format(skip, rec_len))
limit = self._nrows
skip = self._skip_rec
mwf_logger.debug("limit: {0}, skip: {1}".format(limit, skip))
f = db.mwf_forms.lucky({'maass_id': self.maass_id}) # .skip(skip).limit(limit)
if not f:
mwf_logger.critical("You did not supply a valid id! Got:{0}".format(self.maass_id))
return
self._props['Eigenvalue'] = f['Eigenvalue']
self._props['Symmetry'] = f['Symmetry']
self._props['Weight'] = f['Weight']
try:
self._props['Character'] = f['Character']
except: # Trivial charcter default
self._props['Character'] = 0
self._props['Level'] = f['Level']
numc = len(f['Coefficient'])
mwf_logger.debug("numc: {0}".format(numc))
self._props['numc'] = numc
if numc == 0:
self._table = []
return
limit = min(numc, self._nrows)
self._row_heads = range(limit)
self._col_heads = ['n', 'C(n)']
row_min = self._nrows * skip
mwf_logger.debug("numc: {0}".format(numc))
self._table = []
for n in range(limit):
self._table.append([0])
for n in range(limit):
self._row_heads[n] = n + row_min + 1 # one is fbeacuse we have a cusp form
c = f['Coefficient'][n + row_min]
self._table[n][0] = {'value': c}
self._table.append(list())
def set_table(self, fnr=-1, cusp=0, prec=9):
r"""
Setup a table with coefficients for function nr. fnr in self,
at cusp nr. cusp. If the real or imaginary parts are less than
1e-`prec`, then set them to zero.
"""
table = {'nrows': self.num_coeff}
if fnr < 0:
colrange = range(self.dim)
table['ncols'] = self.dim + 1
elif fnr < self.dim:
colrange = [fnr]
table['ncols'] = 2
table['data'] = []
table['negc'] = 0
realnumc = 0
if self.num_coeff == 0:
self.table = table
return
if self.symmetry != -1:
for n in range(self.num_coeff):
row = [n]
for k in colrange:
if self.dim == 1:
c = None
try:
c = self.coeffs[k][cusp].get(n, None)
except (KeyError, IndexError):
mwf_logger.critical(
"Got coefficient in wrong format for id={0}".format(self._maassid))
# mwf_logger.debug("{0},{1}".format(k,c))
if c is not None:
realnumc += 1
row.append(pretty_coeff(c, prec=prec))
else:
for j in range(self.dim):
c = ((self.coeffs.get(j, {})).get(0, {})).get(n, None)
if c is not None:
row.append(pretty_coeff(c, prec=prec))
realnumc += 1
table['data'].append(row)
else:
table['negc'] = 1
# in this case we need to have coeffs as dict.
if not isinstance(self.coeffs, dict):
self.table = {}
return
for n in range(len(self.coeffs.keys() / 2)):
row = [n]
if self.dim == 1:
for k in range(table['ncols']):
#cpositive and cnegative
cp = self.coeffs.get(n, 0)
cn = self.coeffs.get(-n, 0)
row.append((cp, cn))
realnumc += 1
else:
for j in range(self.dim):
c = (self.coeffs.get(j, {})).get(n, None)
if c is not None:
c1 = c.get(n, None)
cn1 = c.get(-n, None)
c1 = CC(c1)
cn1 = CC(cn1)
row.append((c1, cn1))
realnumc += 1
table['data'].append(row)
self.table = table
mwf_logger.debug("realnumc={0}".format(realnumc))
def set_table(self, **kwds):
self._name = kwds.get('name', '')
self._table = dict()
self._table = []
self._is_set = True
for r in range(self._nrows):
self._table.append([])
for k in range(self._ncols):
self._table[r].append({})
rec_len = self._ncols * self._nrows
skip = rec_len * self._skip_rec
mwf_logger.debug("rows: {0}".format(self._nrows))
mwf_logger.debug("cols: {0}".format(self._ncols))
mwf_logger.debug("In mwf.set_table: collections : {0}".format(self.collection()))
mwf_logger.debug("skip: {0} rec_len:{1}".format(skip, rec_len))
# only have one collection here...
c = self.collection()[0]
mwf_logger.debug("collection: {0}".format(c))
limit = self._nrows
skip = self._skip_rec
mwf_logger.debug("limit: {0}, skip: {1}".format(limit, skip))
f = c.find_one({'_id': bson.objectid.ObjectId(self._id)}) # .skip(skip).limit(limit)
if not f:
mwf_logger.critical("You did not supply a valid id! Got:{0}".format(self._id))
return
self._props['Eigenvalue'] = f['Eigenvalue']
self._props['Symmetry'] = f['Symmetry']
self._props['Weight'] = f['Weight']
try:
self._props['Character'] = f['Character']
except: # Trivial charcter default
self._props['Character'] = 0
self._props['Level'] = f['Level']
# self._props['prec'] = f['prec']
metadata = dict()
MD = self._db['metadata']
mwf_logger.debug("metadata: {0}".format(MD))
mdfind = MD.find_one({'c_name': self._collection_name})
mwf_logger.debug("mdfind: {0}".format(mdfind))
for x in mdfind:
metadata[x] = mdfind[x]
self._props['metadata'] = metadata
numc = len(f['Coefficient'])
mwf_logger.debug("numc: {0}".format(numc))
self._props['numc'] = numc
if numc == 0:
self._table = []
return
limit = min(numc, self._nrows)
self._row_heads = range(limit)
self._col_heads = ['n', 'C(n)']
row_min = self._nrows * skip
mwf_logger.debug("numc: {0}".format(numc))
self._table = []
for n in range(limit):
self._table.append([0])
for n in range(limit):
self._row_heads[n] = n + row_min + 1 # one is fbeacuse we have a cusp form
c = f['Coefficient'][n + row_min]
self._table[n][0] = {'value': c}
self._table.append(list())
def __init__(self, dbname='', **kwds):
MFDataTable.__init__(self, dbname, **kwds)
self._id = kwds.get('id', None)
if not self._id:
mwf_logger.critical("You must supply an id!")
def set_table(self, fnr=-1, cusp=0, prec=9):
r"""
Setup a table with coefficients for function nr. fnr in self,
at cusp nr. cusp. If the real or imaginary parts are less than
1e-`prec`, then set them to zero.
"""
table = {'nrows': self.num_coeff}
if fnr < 0:
colrange = range(self.dim)
table['ncols'] = self.dim + 1
elif fnr < self.dim:
colrange = [fnr]
table['ncols'] = 2
table['data'] = []
table['negc'] = 0
realnumc = 0
if self.num_coeff == 0:
self.table = table
return
if self.symmetry != -1:
for n in range(self.num_coeff):
row = [n]
for k in colrange:
if self.dim == 1:
c = None
try:
c = self.coeffs[k][cusp].get(n, None)
except (KeyError, IndexError):
mwf_logger.critical(
"Got coefficient in wrong format for id={0}".format(self._maassid))
# mwf_logger.debug("{0},{1}".format(k,c))
if c is not None:
realnumc += 1
row.append(pretty_coeff(c, prec=prec))
else:
for j in range(self.dim):
c = ((self.coeffs.get(j, {})).get(0, {})).get(n, None)
if c is not None:
row.append(pretty_coeff(c, prec=prec))
realnumc += 1
table['data'].append(row)
else:
table['negc'] = 1
# in this case we need to have coeffs as dict.
if not isinstance(self.coeffs, dict):
self.table = {}
return
for n in range(len(self.coeffs.keys() / 2)):
row = [n]
if self.dim == 1:
for k in range(table['ncols']):
#cpositive and cnegative
cp = self.coeffs.get(n, 0)
cn = self.coeffs.get(-n, 0)
row.append((cp, cn))
realnumc += 1
else:
for j in range(self.dim):
c = (self.coeffs.get(j, {})).get(n, None)
if c is not None:
c1 = c.get(n, None)
cn1 = c.get(-n, None)
c1 = CC(c1)
cn1 = CC(cn1)
row.append((c1, cn1))
realnumc += 1
table['data'].append(row)
self.table = table
mwf_logger.debug("realnumc={0}".format(realnumc))
def set_table(self, **kwds):
self._name = kwds.get('name', '')
self._table = dict()
self._table = []
self._is_set = True
for r in range(self._nrows):
self._table.append([])
for k in range(self._ncols):
self._table[r].append({})
rec_len = self._ncols * self._nrows
skip = rec_len * self._skip_rec
mwf_logger.debug("rows: {0}".format(self._nrows))
mwf_logger.debug("cols: {0}".format(self._ncols))
mwf_logger.debug("In mwf.set_table: collections : {0}".format(self.collection()))
mwf_logger.debug("skip: {0} rec_len:{1}".format(skip, rec_len))
# only have one collection here...
c = self.collection()[0]
mwf_logger.debug("collection: {0}".format(c))
limit = self._nrows
skip = self._skip_rec
mwf_logger.debug("limit: {0}, skip: {1}".format(limit, skip))
f = c.find_one({'_id': bson.objectid.ObjectId(self._id)}) # .skip(skip).limit(limit)
if not f:
mwf_logger.critical("You did not supply a valid id! Got:{0}".format(self._id))
return
self._props['Eigenvalue'] = f['Eigenvalue']
self._props['Symmetry'] = f['Symmetry']
self._props['Weight'] = f['Weight']
try:
self._props['Character'] = f['Character']
except: # Trivial charcter default
self._props['Character'] = 0
self._props['Level'] = f['Level']
# self._props['prec'] = f['prec']
metadata = dict()
MD = self._db['metadata']
mwf_logger.debug("metadata: {0}".format(MD))
mdfind = MD.find_one({'c_name': self._collection_name})
mwf_logger.debug("mdfind: {0}".format(mdfind))
for x in mdfind:
metadata[x] = mdfind[x]
self._props['metadata'] = metadata
numc = len(f['Coefficient'])
mwf_logger.debug("numc: {0}".format(numc))
self._props['numc'] = numc
if numc == 0:
self._table = []
return
limit = min(numc, self._nrows)
self._row_heads = range(limit)
self._col_heads = ['n', 'C(n)']
row_min = self._nrows * skip
mwf_logger.debug("numc: {0}".format(numc))
self._table = []
for n in range(limit):
self._table.append([0])
for n in range(limit):
self._row_heads[n] = n + row_min + 1 # one is fbeacuse we have a cusp form
c = f['Coefficient'][n + row_min]
self._table[n][0] = {'value': c}
self._table.append(list())
def __init__(self, dbname='', **kwds):
MFDataTable.__init__(self, dbname, **kwds)
self._id = kwds.get('id', None)
if not self._id:
mwf_logger.critical("You must supply an id!")
def __init__(self, **kwds):
MFDataTable.__init__(self, **kwds)
self.maass_id = kwds.get('maass_id', None)
if not self.maass_id:
mwf_logger.critical("You must supply an id!")
def __init__(self, **kwds):
MFDataTable.__init__(self, **kwds)
self.maass_id = kwds.get('maass_id', None)
if not self.maass_id:
mwf_logger.critical("You must supply an id!")