def extract_data_from_jump_to(s):
r"""
Try to get a label from the search box
"""
label = ''
args = dict()
try:
if s == 'delta':
weight = 12
level = 1
label = "a"
else:
# see if we can parse the argument as a label
s = s.replace(" ", "") # remove white space
try:
t = parse_newform_label(s)
if len(t) == 4:
args['level'], args['weight'], args['character'], args[
'label'] = t
elif len(t) == 5:
args['level'], args['weight'], args['character'], args[
'label'], args['embedding'] = t
else:
raise ValueError
return args
except ValueError:
pass
t = parse_space_label(s)
if len(t) == 3:
args['level'], args['weight'], args['character'] = t
return args
else:
raise ValueError
test = re.findall("[a-z]+", s)
if len(test) == 1:
args['label'] = test[0]
test = re.findall("\d+", s)
if not test is None and len(test) > 0:
args['level'] = int(test[0])
if len(test) > 1: # we also have weight
args['weight'] = int(test[1])
if len(test) > 2: # we also have character
args['character'] = int(test[2])
except (TypeError, ValueError) as e:
emf_logger.error(
"Did not get a valid label from search box: {0} ".format(e))
msg = safe_non_valid_input_error(
s, " either a newform or a space of modular forms.")
msg += " Need input of the form 1.12.1 (for a space) or 1.12.1.a (for a newform)."
flash(msg, "error")
emf_logger.debug("args={0}".format(s))
return args
def extract_data_from_jump_to(s):
r"""
Try to get a label from the search box
"""
label = ''
args = dict()
try:
if s == 'delta':
weight = 12
level = 1
label = "a"
else:
# see if we can parse the argument as a label
s = s.replace(" ","") # remove white space
try:
t = parse_newform_label(s)
if len(t) == 4:
args['level'],args['weight'],args['character'],args['label'] = t
elif len(t) == 5:
args['level'],args['weight'],args['character'],args['label'],args['embedding'] = t
else:
raise ValueError
return args
except ValueError:
pass
t = parse_space_label(s)
if len(t) == 3:
args['level'],args['weight'],args['character'] = t
return args
else:
raise ValueError
test = re.findall("[a-z]+", s)
if len(test) == 1:
args['label'] = test[0]
test = re.findall("\d+", s)
if not test is None and len(test)>0:
args['level'] = int(test[0])
if len(test) > 1: # we also have weight
args['weight'] = int(test[1])
if len(test) > 2: # we also have character
args['character']=int(test[2])
except (TypeError,ValueError) as e:
emf_logger.error("Did not get a valid label from search box: {0} ".format(e))
msg = safe_non_valid_input_error(s," either a newform or a space of modular forms.")
msg += " Need input of the form 1.12.1 (for a space) or 1.12.1.a (for a newform)."
flash(msg,"error")
emf_logger.debug("args={0}".format(s))
return args
def html_table(tbl):
r""" Takes a dictonary and returns an html-table.
INPUT:
-''tbl'' -- dictionary with the following keys
- headersh // horozontal headers
- headersv // vertical headers
- rows -- dictionary of rows of data
"""
ncols = len(tbl["headersh"])
nrows = len(tbl["headersv"])
data = tbl['data']
if (len(data) != nrows):
logger.error("wrong number of rows!")
for i in range(nrows):
logger.debug("len(%s)=%s" % (i, len(data[i])))
if (len(data[i]) != ncols):
logger.error("wrong number of cols [=%s]!" % ncols)
if ('atts' in tbl):
s = "<table " + str(tbl['atts']) + ">\n"
else:
s = "<table>\n"
format = dict()
for i in range(ncols):
format[i] = ''
if ('data_format' in tbl):
if isinstance(tbl['data_format'], dict):
if (i in tbl['data_format']):
format[i] = tbl['data_format'][i]
elif (isinstance(tbl['data_format'], str)):
format[i] = tbl['data_format']
if ('header' in tbl):
s += "<thead><tr><th><td colspan=\"" + str(
ncols) + "\">" + tbl['header'] + "</td></th></tr></thead>"
s = s + "<tbody>"
# smath="<span class=\"math\">"
# check which type of content we have
h1 = tbl['headersh'][0]
sheaderh = ""
sheaderv = ""
h1 = tbl['headersv'][0]
col_width = dict()
if 'col_width' not in tbl:
# use maximum width as default
maxw = 0
for k in range(ncols):
for r in range(nrows):
l = len_as_printed(str(data[r][k]))
if l > maxw:
maxw = l
l = l * 10.0 # use true font size?
for k in range(ncols):
col_width[k] = maxw
else:
for i in range(ncols):
col_width[i] = 0
if 'col_width' in tbl:
if i in tbl['col_width']:
col_width[i] = tbl['col_width'][i]
if ("corner_label" in tbl):
l = len_as_printed(str(tbl["corner_label"])) * 10
row = "<tr><td width=\"%s\">" % l
row += str(tbl["corner_label"]) + "</td>"
else:
row = "<tr><td></td>"
for k in range(ncols):
row = row + "<td>" + sheaderh + str(tbl['headersh'][k]) + "</td> \n"
row = row + "</tr> \n"
s = s + row
for r in range(nrows):
l = len_as_printed(str(tbl["headersv"][r])) * 10
logger.debug("l=%s head=%s" % (l, tbl["headersv"]))
row = "<tr><td width=\"%s\">" % l
row += sheaderv + str(tbl['headersv'][r]) + "</td>"
for k in range(ncols):
wid = col_width[k]
if format[k] == 'html' or format[k] == 'text':
row = row + "\t<td halign=\"center\" width=\"" + str(
wid) + "\">"
if isinstance(data[r][k], list):
for ss in data[r][k]:
sss = str(ss)
if (len(sss) > 0):
row += sss
else:
sss = str(data[r][k])
row += sss
row = row + "</td> \n"
else:
row = row + "\t<td width=\"" + str(wid) + "\">"
if isinstance(data[r][k], list):
for ss in data[r][k]:
sss = latex(ss)
if (len(sss) > 0):
row += "\(" + sss + "\)"
else:
sss = latex(data[r][k])
if (len(sss) > 0):
row = row + "\(" + sss + "\)</td> \n"
row += "</td>\n"
# allow for different format in different columns
row = row + "</tr> \n"
s = s + row
s = s + "</tbody></table>"
return s
def html_table(tbl):
r""" Takes a dictonary and returns an html-table.
INPUT:
-''tbl'' -- dictionary with the following keys
- headersh // horozontal headers
- headersv // vertical headers
- rows -- dictionary of rows of data
"""
ncols = len(tbl["headersh"])
nrows = len(tbl["headersv"])
data = tbl['data']
if(len(data) != nrows):
logger.error("wrong number of rows!")
for i in range(nrows):
logger.debug("len(%s)=%s" % (i, len(data[i])))
if(len(data[i]) != ncols):
logger.error("wrong number of cols [=%s]!" % ncols)
if('atts' in tbl):
s = "<table " + str(tbl['atts']) + ">\n"
else:
s = "<table>\n"
format = dict()
for i in range(ncols):
format[i] = ''
if('data_format' in tbl):
if isinstance(tbl['data_format'], dict):
if(i in tbl['data_format']):
format[i] = tbl['data_format'][i]
elif(isinstance(tbl['data_format'], str)):
format[i] = tbl['data_format']
if('header' in tbl):
s += "<thead><tr><th><td colspan=\"" + str(ncols) + "\">" + tbl['header'] + "</td></th></tr></thead>"
s = s + "<tbody>"
# smath="<span class=\"math\">"
# check which type of content we have
h1 = tbl['headersh'][0]
sheaderh = ""
sheaderv = ""
h1 = tbl['headersv'][0]
col_width = dict()
if 'col_width' not in tbl:
# use maximum width as default
maxw = 0
for k in range(ncols):
for r in range(nrows):
l = len_as_printed(str(data[r][k]))
if l > maxw:
maxw = l
l = l * 10.0 # use true font size?
for k in range(ncols):
col_width[k] = maxw
else:
for i in range(ncols):
col_width[i] = 0
if 'col_width' in tbl:
if i in tbl['col_width']:
col_width[i] = tbl['col_width'][i]
if("corner_label" in tbl):
l = len_as_printed(str(tbl["corner_label"])) * 10
row = "<tr><td width=\"%s\">" % l
row += str(tbl["corner_label"]) + "</td>"
else:
row = "<tr><td></td>"
for k in range(ncols):
row = row + "<td>" + sheaderh + str(tbl['headersh'][k]) + "</td> \n"
row = row + "</tr> \n"
s = s + row
for r in range(nrows):
l = len_as_printed(str(tbl["headersv"][r])) * 10
logger.debug("l=%s head=%s" % (l, tbl["headersv"]))
row = "<tr><td width=\"%s\">" % l
row += sheaderv + str(tbl['headersv'][r]) + "</td>"
for k in range(ncols):
wid = col_width[k]
if format[k] == 'html' or format[k] == 'text':
row = row + "\t<td halign=\"center\" width=\"" + str(wid) + "\">"
if isinstance(data[r][k], list):
for ss in data[r][k]:
sss = str(ss)
if(len(sss) > 0):
row += sss
else:
sss = str(data[r][k])
row += sss
row = row + "</td> \n"
else:
row = row + "\t<td width=\"" + str(wid) + "\">"
if isinstance(data[r][k], list):
for ss in data[r][k]:
sss = latex(ss)
if(len(sss) > 0):
row += "\(" + sss + "\)"
else:
sss = latex(data[r][k])
if(len(sss) > 0):
row = row + "\(" + sss + "\)</td> \n"
row += "</td>\n"
# allow for different format in different columns
row = row + "</tr> \n"
s = s + row
s = s + "</tbody></table>"
return s
