def render_one_maass_waveform_wp(info):
r"""
Render the webpage of one Maass waveform.
"""
info["check"]=[]
#info["check"].append(["Hecke relation",url_for('not_yet_implemented')])
#info["check"].append(["Ramanujan-Petersson conjecture",url_for('not_yet_implemented')])
maass_id = info['id']
mwf_logger.debug("id1={0}".format(id))
info["friends"]= [("L-function","L/"+url_for('mwf.render_one_maass_waveform',id=maass_id))]
info['bread']=[('Maass waveforms',url_for('.render_maass_waveforms'))]
info["downloads"]= []
#info["downloads"].append(["Maass form data",url_for('not_yet_implemented')])
#data = get_maassform_by_id(maass_id)
lenc = 20
MWT = MaassFormTable(mwf_dbname,id=maass_id,skip=[0],limit=[20],keys=['Coefficient'],collection=info['db'])
if MWT.table():
info['table']=MWT.table()
info['col_heads']=MWT.col_heads()
info['row_heads']=MWT.row_heads()
info['ncols']=MWT.ncols()
info['nrows']=MWT.nrows()
info['Eigenvalue']=MWT.prop('Eigenvalue')
info['Symmetry']=MWT.prop('Symmetry')
info['Weight']=MWT.prop('Weight')
info['Character']=MWT.prop('Character')
info['Level']=MWT.prop('Level')
properties = [('Level',[info['Level']]),('Symmetry',[info['Symmetry']])]
properties.append(('Weight',[info['Weight']]))
properties.append(('Character',[info['Character']]))
info['title']="Maass waveforms on \(\Gamma_{0}( %s )\)" % (info['Level'])
info['metadata']=MWT.prop('metadata')
info['properties2']=properties
return render_template("mwf_one_form.html",**info)
def render_one_maass_waveform_wp(info):
r"""
Render the webpage of one Maass waveform.
"""
info["check"] = []
# info["check"].append(["Hecke relation",url_for('not_yet_implemented')])
# info["check"].append(["Ramanujan-Petersson conjecture",url_for('not_yet_implemented')])
maass_id = info["id"]
mwf_logger.debug("id1={0}".format(id))
info["friends"] = [("L-function", "L/" + url_for("mwf.render_one_maass_waveform", id=maass_id))]
info["bread"] = [("Maass waveforms", url_for(".render_maass_waveforms"))]
info["downloads"] = []
# info["downloads"].append(["Maass form data",url_for('not_yet_implemented')])
# data = get_maassform_by_id(maass_id)
lenc = 20
MWT = MaassFormTable(mwf_dbname, id=maass_id, skip=[0], limit=[20], keys=["Coefficient"], collection=info["db"])
if MWT.table():
info["table"] = MWT.table()
info["col_heads"] = MWT.col_heads()
info["row_heads"] = MWT.row_heads()
info["ncols"] = MWT.ncols()
info["nrows"] = MWT.nrows()
info["Eigenvalue"] = MWT.prop("Eigenvalue")
info["Symmetry"] = MWT.prop("Symmetry")
info["Weight"] = MWT.prop("Weight")
info["Character"] = MWT.prop("Character")
info["Level"] = MWT.prop("Level")
properties = [("Level", [info["Level"]]), ("Symmetry", [info["Symmetry"]])]
properties.append(("Weight", [info["Weight"]]))
properties.append(("Character", [info["Character"]]))
info["title"] = "Maass waveforms on \(\Gamma_{0}( %s )\)" % (info["Level"])
info["metadata"] = MWT.prop("metadata")
info["properties2"] = properties
return render_template("mwf_one_form.html", **info)
def render_one_maass_waveform_wp_old(info):
r"""
Render the webpage of one Maass waveform.
"""
info["check"]=[]
#info["check"].append(["Hecke relation",url_for('not_yet_implemented')])
#info["check"].append(["Ramanujan-Petersson conjecture",url_for('not_yet_implemented')])
maass_id = info['maass_id']
#dbname=info['db']
info["friends"]= []
info["friends"].append(["L-function","L/"+url_for('.render_one_maass_waveform',id=maass_id)])
info["downloads"]= []
#info["downloads"].append(["Maass form data",url_for('not_yet_implemented')])
bread=[('Maass waveforms',url_for('.render_maass_waveforms'))]
properties=[]
data = get_maassform_by_id(maass_id)
lenc = 20
if not data.has_key('error'):
[title,maass_info] = set_info_for_maass_form(data)
info["maass_data"] = maass_info
#rint "data=",info["maass_data"]
numc=data['num_coeffs']
mwf_logger.debug("numc={0}".format(numc))
if(numc>0):
#if numc > 10:
#largs = [{'maass_id':maass_id,'number':k} for k in range(10,numc,50)]
#mwf_logger.debug("largs={0}".format(largs))
info['coefficients']=make_table_of_coefficients(maass_id,len,offest) #,largs,text='more')
#else:
# info['coefficients']=make_table_of_coefficients(maass_id)
else:
info["maass_data"].append(['Coefficients',''])
s='No coefficients in the database for this form!'
info['coefficients']=s
#info['list_spaces']=ajax_once(make_table_of_spaces_fixed_level,*largs,text='more',maass_id=maass_id)
#info["coefficients"]=table_of_coefficients(
info["credit"] = GetNameOfPerson(data['dbname'])
level = data['Level']
R = data['Eigenvalue']
title="Maass waveforms on \(\Gamma_{0}(%s)\) with R=%s" %(level,R)
## We see if there is a plot file associated to this waveform
if data.has_key('plot'):
mwf_logger.error("file={0}".format(data['plot']))
else:
print "data=",data
title="Could not find Maass this waveform in the database!"
info['error']=data['error']
bread=[('Maass waveforms',url_for('.render_maass_waveforms'))]
return render_template("mwf_one_maass_form.html", info=info,title=title,bread=bread,properties=properties)
def render_one_maass_waveform_wp_old(info):
r"""
Render the webpage of one Maass waveform.
"""
info["check"] = []
# info["check"].append(["Hecke relation",url_for('not_yet_implemented')])
# info["check"].append(["Ramanujan-Petersson conjecture",url_for('not_yet_implemented')])
maass_id = info["maass_id"]
# dbname=info['db']
info["friends"] = []
info["friends"].append(["L-function", "L/" + url_for(".render_one_maass_waveform", id=maass_id)])
info["downloads"] = []
# info["downloads"].append(["Maass form data",url_for('not_yet_implemented')])
bread = [("Maass waveforms", url_for(".render_maass_waveforms"))]
properties = []
data = get_maassform_by_id(maass_id)
lenc = 20
if not data.has_key("error"):
[title, maass_info] = set_info_for_maass_form(data)
info["maass_data"] = maass_info
# rint "data=",info["maass_data"]
numc = data["num_coeffs"]
mwf_logger.debug("numc={0}".format(numc))
if numc > 0:
# if numc > 10:
# largs = [{'maass_id':maass_id,'number':k} for k in range(10,numc,50)]
# mwf_logger.debug("largs={0}".format(largs))
info["coefficients"] = make_table_of_coefficients(maass_id, len, offest) # ,largs,text='more')
# else:
# info['coefficients']=make_table_of_coefficients(maass_id)
else:
info["maass_data"].append(["Coefficients", ""])
s = "No coefficients in the database for this form!"
info["coefficients"] = s
# info['list_spaces']=ajax_once(make_table_of_spaces_fixed_level,*largs,text='more',maass_id=maass_id)
# info["coefficients"]=table_of_coefficients(
info["credit"] = GetNameOfPerson(data["dbname"])
level = data["Level"]
R = data["Eigenvalue"]
title = "Maass waveforms on \(\Gamma_{0}(%s)\) with R=%s" % (level, R)
## We see if there is a plot file associated to this waveform
if data.has_key("plot"):
mwf_logger.error("file={0}".format(data["plot"]))
else:
print "data=", data
title = "Could not find Maass this waveform in the database!"
info["error"] = data["error"]
bread = [("Maass waveforms", url_for(".render_maass_waveforms"))]
return render_template("mwf_one_maass_form.html", info=info, title=title, bread=bread, properties=properties)
def render_one_maass_waveform(id):
if id=='upload' or id=='Upload':
title="Upload Maass waveforms"
bread=[('Maass waveforms',url_for('render_maass_waveforms'))]
if request.method <> "GET":
info = get_args_upload()
#file = request.files['file']
print "INFO=",info
info['allowed_entries']=allowed_entries
remote_addr = request.remote_addr
print "remote addr:",remote_addr
check_data(info)
print "check_data:"
return render_template("mwf/mwf_upload_confirm.html", info=info,title=title,bread=bread)
else:
info = get_args_mwf()
info['allowed_entries']=allowed_entries
return render_template("mwf/mwf_upload.html", info=info,title=title,bread=bread)
#return upload_maass_waveforms(info)
else:
info = get_args_mwf()
info['id']=id
mwf_logger.debug("id1={0}".format(id))
return render_one_maass_waveform_wp(info)
def render_one_maass_waveform(id):
if id == "upload" or id == "Upload":
title = "Upload Maass waveforms"
bread = [("Maass waveforms", url_for("render_maass_waveforms"))]
if request.method <> "GET":
info = get_args_upload()
# file = request.files['file']
print "INFO=", info
info["allowed_entries"] = allowed_entries
remote_addr = request.remote_addr
print "remote addr:", remote_addr
check_data(info)
print "check_data:"
return render_template("mwf/mwf_upload_confirm.html", info=info, title=title, bread=bread)
else:
info = get_args_mwf()
info["allowed_entries"] = allowed_entries
return render_template("mwf/mwf_upload.html", info=info, title=title, bread=bread)
# return upload_maass_waveforms(info)
else:
info = get_args_mwf()
info["id"] = id
mwf_logger.debug("id1={0}".format(id))
return render_one_maass_waveform_wp(info)
def render_maass_waveforms_for_one_group(level):
DB = connect_db()
res = dict()
info=dict()
mwf_logger.debug("collections {0}".format(DB.collection_names()))
for collection_name in DB.collection_names():
res[collection_name] = list()
C = pymongo.collection.Collection(DB,collection_name)
mwf_logger.debug("Collection {0}".format(C))
L = C.find({'Level':level,'Weight':0.0})
for F in L:
mwf_logger.debug("F: {0}".format(F))
try:
id = F['_id']
R = F['Eigenvalue']
k = F['Weight']
res[collection_name].append((R,k,id))
except:
pass
res[collection_name].sort()
# now we have all maass waveforms for this group
s="<table><tr>"
for name in res.keys():
if(len(res[name])==0):
continue
s+="<td valign='top'>"
s+="<table><thead>"
s+=" <tr><td valign='top'>Collection:"+name
s+=" </td></tr></thead>"
s+="<tbody>"
for (R,k,id) in res[name]:
url = url_for('mwf.render_one_maass_waveform',objectid=str(id),db=name)
s+="<tr><td><a href=\"%s\">%s</a></td></tr>" %(url,R)
s+="</tbody>"
s+="</table>"
s+="</td>"
s+="</tr></table>"
#print "S=",s
info['table_of_eigenvalues']=s
title="Maass waveforms for \(\Gamma_{0}("+str(level)+")\)"
bread=[('Maass waveforms',url_for('.render_maass_waveforms'))]
return render_template("mwf_one_group.html", info=info,title=title)
def render_maass_waveforms_for_one_group(level):
DB = connect_db()
res = dict()
info = dict()
mwf_logger.debug("collections {0}".format(DB.collection_names()))
for collection_name in DB.collection_names():
res[collection_name] = list()
C = pymongo.collection.Collection(DB, collection_name)
mwf_logger.debug("Collection {0}".format(C))
L = C.find({"Level": level, "Weight": 0.0})
for F in L:
mwf_logger.debug("F: {0}".format(F))
try:
id = F["_id"]
R = F["Eigenvalue"]
k = F["Weight"]
res[collection_name].append((R, k, id))
except:
pass
res[collection_name].sort()
# now we have all maass waveforms for this group
s = "<table><tr>"
for name in res.keys():
if len(res[name]) == 0:
continue
s += "<td valign='top'>"
s += "<table><thead>"
s += " <tr><td valign='top'>Collection:" + name
s += " </td></tr></thead>"
s += "<tbody>"
for (R, k, id) in res[name]:
url = url_for("mwf.render_one_maass_waveform", objectid=str(id), db=name)
s += '<tr><td><a href="%s">%s</a></td></tr>' % (url, R)
s += "</tbody>"
s += "</table>"
s += "</td>"
s += "</tr></table>"
# print "S=",s
info["table_of_eigenvalues"] = s
title = "Maass waveforms for \(\Gamma_{0}(" + str(level) + ")\)"
bread = [("Maass waveforms", url_for(".render_maass_waveforms"))]
return render_template("mwf_one_group.html", info=info, title=title)
def set_table(self):
mwf_logger.debug("skip= {0}".format(self.skip))
mwf_logger.debug("limit= {0}".format(self.limit))
self.table = []
level_ll = (self.skip[self.keys.index('Level')]
) * self.limit[self.keys.index('Level')]
level_ul = (self.skip[self.keys.index('Level')] +
1) * self.limit[self.keys.index('Level')]
ev_limit = self.limit[self.keys.index('Eigenvalue')]
ev_skip = self.skip[self.keys.index('Eigenvalue')] * ev_limit
new_cols = []
for N in get_all_levels():
N = int(N)
if N < level_ll:
continue
if N > level_ul:
break
evs = []
for c in self.cols:
finds = c.find({
'Level': N,
'Weight': self.wt
}).sort('Eigenvalue', 1).skip(ev_skip).limit(ev_limit)
i = 0
for f in finds:
i = i + 1
_id = f['_id']
R = f['Eigenvalue']
url = url_for('mwf.render_one_maass_waveform',
id=str(_id),
db=c.name)
evs.append([R, url, c.name])
if i > 0 and c not in new_cols:
new_cols.append(c)
evs.sort()
# If we have too many we delete the
while len(evs) > ev_limit:
t = evs.pop()
mwf_logger.debug("removes {0}".format(t))
#logger.debug("found eigenvalues in {0} is {1}".format(c.name,evs))
if len(evs) > 0:
self.table.append({'N': N, 'evs': evs})
self.cols = new_cols
def set_table(self):
mwf_logger.debug("skip= {0}".format(self.skip))
mwf_logger.debug("limit= {0}".format(self.limit))
self.table=[]
level_ll=(self.skip[self.keys.index('Level')])*self.limit[self.keys.index('Level')]
level_ul=(self.skip[self.keys.index('Level')]+1)*self.limit[self.keys.index('Level')]
ev_limit=self.limit[self.keys.index('Eigenvalue')]
ev_skip=self.skip[self.keys.index('Eigenvalue')]*ev_limit
new_cols=[]
for N in get_all_levels():
N=int(N)
if N<level_ll:
continue
if N>level_ul:
break
evs=[]
for c in self.cols:
finds=c.find({'Level':N,'Weight':self.wt}).sort('Eigenvalue',1).skip(ev_skip).limit(ev_limit);
i=0
for f in finds:
i=i+1
_id = f['_id']
R = f['Eigenvalue']
url = url_for('mwf.render_one_maass_waveform',id=str(_id),db=c.name)
evs.append([R,url,c.name])
if i>0 and c not in new_cols:
new_cols.append(c)
evs.sort()
# If we have too many we delete the
while len(evs)>ev_limit:
t=evs.pop()
mwf_logger.debug("removes {0}".format(t))
#logger.debug("found eigenvalues in {0} is {1}".format(c.name,evs))
if len(evs)>0:
self.table.append({'N':N,'evs':evs})
self.cols=new_cols
def render_maass_waveforms():
info = get_args_mwf()
print "INFO=",info
info["credit"] = ""
info["learnmore"]= []
info["learnmore"].append(["Wiki","http://wiki.l-functions.org/ModularForms/MaassForms"])
# if we submit a search we search the database:
mwf_logger.debug("args=%s"%request.args)
mwf_logger.debug("method=%s"%request.method)
mwf_logger.debug("req.form=%s"%request.form)
mwf_logger.debug("info=%s"%info)
if info['browse']:
return render_browse_maass_waveforms(info=info,title='Maass Forms')
if info['search']:
search = get_search_parameters(info)
return render_search_results_wp(info,search)
# If we have a fixed ID and Database we show that single Maass form
if info['maass_id'] and info['DBname']:
return render_one_maass_waveform_wp(info)
if not info['collection'] or info['collection']=='all':
# list the collections
md = get_collections_info()
level = info['level']; weight=info['weight']; character=info['character']
eigenvalue=info['eigenvalue']
if level and weight and character and eigenvalue:
return redirect(url_for('mwf.render_maass_waveform_space',level=level,weight=weight,character=character,eigenvalue=eigenvalue))
#info['cur_character'] = character
if level and weight and character:
return redirect(url_for('mwf.render_maass_waveform_space',level=level,weight=weight,character=character,eigenvalue=eigenvalue))
if level:
mwf_logger.debug("info(level)=%s"%info)
return redirect(url_for('mwf.render_maass_waveforms_for_one_group',level=level,weight=weight,character=character,eigenvalue=eigenvalue))
info['cur_character'] = character
#info["info1"] = MakeTitle(level,weight,character)
if level:
info['maass_weight'] = getallweights(int(level))
info['cur_level'] = level
if level and weight:
info['cur_weight'] = weight
info['maass_character'] = getallcharacters(int(level),float(weight))
if level and weight and character:
info['cur_character'] = character
if eigenvalue:
index = 0
info["maass_eigenvalue"] = []
info["search_for_ev"] = eigenvalue
[Sym,EVFS] = searchforEV(eigenvalue,"FS")
if EVFS:
info["maass_eigenvalue"].append([GetNameOfPerson("FS"),"FS",Sym,EVFS])
info["credit"] += GetNameOfPerson("FS")
[Sym,EVHT] = searchforEV(eigenvalue,"HT")
if EVHT:
info["maass_eigenvalue"].append([GetNameOfPerson("HT"),"HT",Sym,EVHT])
info["credit"] += " "+GetNameOfPerson("HT")
elif level and weight and character:
index = 0
info["maass_eigenvalue"] = []
[Sym,EVFS] = getEigenvaluesFS(int(level),float(weight),int(character),index)
if EVFS:
info["maass_eigenvalue"].append([GetNameOfPerson("FS"),"FS",Sym,EVFS])
info["credit"] += GetNameOfPerson("FS")
[Sym2,EVHT] = getEigenvaluesHT(int(level),float(weight),int(character),index)
if EVHT:
info["maass_eigenvalue"].append([GetNameOfPerson("HT"),"HT",Sym2,EVHT])
info["credit"] += " and "+ GetNameOfPerson("HT")
info['maass_group'] = getallgroupsLevel()
title='Maass waveforms'
info['list_of_levels']=get_all_levels()
if info['list_of_levels']:
info['max_level']=max(info['list_of_levels'])
else:
info['max_level']=0
mwf_logger.debug("info3=%s"%info)
#print_table_of_levels()
#return render_template("mwf_browse.html", info=info,title=title)
info['cur_character'] = character
#info["info1"] = MakeTitle(level,weight,character)
if level:
info['maass_weight'] = getallweights(int(level))
info['cur_level'] = level
if level and weight:
info['cur_weight'] = weight
info['maass_character'] = getallcharacters(int(level),float(weight))
if level and weight and character:
info['cur_character'] = character
if eigenvalue:
index = 0
info["maass_eigenvalue"] = []
info["search_for_ev"] = eigenvalue
[Sym,EVFS] = searchforEV(eigenvalue,"FS")
if EVFS:
info["maass_eigenvalue"].append([GetNameOfPerson("FS"),"FS",Sym,EVFS])
info["credit"] += GetNameOfPerson("FS")
[Sym,EVHT] = searchforEV(eigenvalue,"HT")
if EVHT:
info["maass_eigenvalue"].append([GetNameOfPerson("HT"),"HT",Sym,EVHT])
info["credit"] += " "+GetNameOfPerson("HT")
elif level and weight and character:
index = 0
info["maass_eigenvalue"] = []
[Sym,EVFS] = getEigenvaluesFS(int(level),float(weight),int(character),index)
if EVFS:
info["maass_eigenvalue"].append([GetNameOfPerson("FS"),"FS",Sym,EVFS])
info["credit"] += GetNameOfPerson("FS")
[Sym2,EVHT] = getEigenvaluesHT(int(level),float(weight),int(character),index)
if EVHT:
info["maass_eigenvalue"].append([GetNameOfPerson("HT"),"HT",Sym2,EVHT])
info["credit"] += " and "+ GetNameOfPerson("HT")
info['maass_group'] = getallgroupsLevel()
title='Maass waveforms'
info['list_of_levels']=get_all_levels()
if info['list_of_levels']:
info['max_level']=max(info['list_of_levels'])
else:
info['max_level']=0
mwf_logger.debug("info3=%s"%info)
return render_template("mwf_navigate.html", info=info,title=title)
def render_maass_waveforms():
info = get_args_mwf()
print "INFO=", info
info["credit"] = ""
info["learnmore"] = []
info["learnmore"].append(["Wiki", "http://wiki.l-functions.org/ModularForms/MaassForms"])
# if we submit a search we search the database:
mwf_logger.debug("args=%s" % request.args)
mwf_logger.debug("method=%s" % request.method)
mwf_logger.debug("req.form=%s" % request.form)
mwf_logger.debug("info=%s" % info)
if info["browse"]:
return render_browse_maass_waveforms(info=info, title="Maass Forms")
if info["search"]:
search = get_search_parameters(info)
return render_search_results_wp(info, search)
# If we have a fixed ID and Database we show that single Maass form
if info["maass_id"] and info["DBname"]:
return render_one_maass_waveform_wp(info)
if not info["collection"] or info["collection"] == "all":
# list the collections
md = get_collections_info()
level = info["level"]
weight = info["weight"]
character = info["character"]
eigenvalue = info["eigenvalue"]
if level and weight and character and eigenvalue:
return redirect(
url_for(
"mwf.render_maass_waveform_space",
level=level,
weight=weight,
character=character,
eigenvalue=eigenvalue,
)
)
# info['cur_character'] = character
if level and weight and character:
return redirect(
url_for(
"mwf.render_maass_waveform_space",
level=level,
weight=weight,
character=character,
eigenvalue=eigenvalue,
)
)
if level:
mwf_logger.debug("info(level)=%s" % info)
return redirect(
url_for(
"mwf.render_maass_waveforms_for_one_group",
level=level,
weight=weight,
character=character,
eigenvalue=eigenvalue,
)
)
info["cur_character"] = character
# info["info1"] = MakeTitle(level,weight,character)
if level:
info["maass_weight"] = getallweights(int(level))
info["cur_level"] = level
if level and weight:
info["cur_weight"] = weight
info["maass_character"] = getallcharacters(int(level), float(weight))
if level and weight and character:
info["cur_character"] = character
if eigenvalue:
index = 0
info["maass_eigenvalue"] = []
info["search_for_ev"] = eigenvalue
[Sym, EVFS] = searchforEV(eigenvalue, "FS")
if EVFS:
info["maass_eigenvalue"].append([GetNameOfPerson("FS"), "FS", Sym, EVFS])
info["credit"] += GetNameOfPerson("FS")
[Sym, EVHT] = searchforEV(eigenvalue, "HT")
if EVHT:
info["maass_eigenvalue"].append([GetNameOfPerson("HT"), "HT", Sym, EVHT])
info["credit"] += " " + GetNameOfPerson("HT")
elif level and weight and character:
index = 0
info["maass_eigenvalue"] = []
[Sym, EVFS] = getEigenvaluesFS(int(level), float(weight), int(character), index)
if EVFS:
info["maass_eigenvalue"].append([GetNameOfPerson("FS"), "FS", Sym, EVFS])
info["credit"] += GetNameOfPerson("FS")
[Sym2, EVHT] = getEigenvaluesHT(int(level), float(weight), int(character), index)
if EVHT:
info["maass_eigenvalue"].append([GetNameOfPerson("HT"), "HT", Sym2, EVHT])
info["credit"] += " and " + GetNameOfPerson("HT")
info["maass_group"] = getallgroupsLevel()
title = "Maass waveforms"
info["list_of_levels"] = get_all_levels()
if info["list_of_levels"]:
info["max_level"] = max(info["list_of_levels"])
else:
info["max_level"] = 0
mwf_logger.debug("info3=%s" % info)
# print_table_of_levels()
# return render_template("mwf_browse.html", info=info,title=title)
info["cur_character"] = character
# info["info1"] = MakeTitle(level,weight,character)
if level:
info["maass_weight"] = getallweights(int(level))
info["cur_level"] = level
if level and weight:
info["cur_weight"] = weight
info["maass_character"] = getallcharacters(int(level), float(weight))
if level and weight and character:
info["cur_character"] = character
if eigenvalue:
index = 0
info["maass_eigenvalue"] = []
info["search_for_ev"] = eigenvalue
[Sym, EVFS] = searchforEV(eigenvalue, "FS")
if EVFS:
info["maass_eigenvalue"].append([GetNameOfPerson("FS"), "FS", Sym, EVFS])
info["credit"] += GetNameOfPerson("FS")
[Sym, EVHT] = searchforEV(eigenvalue, "HT")
if EVHT:
info["maass_eigenvalue"].append([GetNameOfPerson("HT"), "HT", Sym, EVHT])
info["credit"] += " " + GetNameOfPerson("HT")
elif level and weight and character:
index = 0
info["maass_eigenvalue"] = []
[Sym, EVFS] = getEigenvaluesFS(int(level), float(weight), int(character), index)
if EVFS:
info["maass_eigenvalue"].append([GetNameOfPerson("FS"), "FS", Sym, EVFS])
info["credit"] += GetNameOfPerson("FS")
[Sym2, EVHT] = getEigenvaluesHT(int(level), float(weight), int(character), index)
if EVHT:
info["maass_eigenvalue"].append([GetNameOfPerson("HT"), "HT", Sym2, EVHT])
info["credit"] += " and " + GetNameOfPerson("HT")
info["maass_group"] = getallgroupsLevel()
title = "Maass waveforms"
info["list_of_levels"] = get_all_levels()
if info["list_of_levels"]:
info["max_level"] = max(info["list_of_levels"])
else:
info["max_level"] = 0
mwf_logger.debug("info3=%s" % info)
return render_template("mwf_navigate.html", info=info, title=title)
def get_collections_info():
db = connect_db()
for c in db.collection_names():
metadata=db.metadata[c]
mwf_logger.debug("METADATA: {0}".format(metadata))
def get_collections_info():
db = connect_db()
for c in db.collection_names():
metadata = db.metadata[c]
mwf_logger.debug("METADATA: {0}".format(metadata))
