def make_bar_cell(self, dict):
"""return a TD object containing the scaled bar
"""
cell = TD(bgcolor=self.bar_shade, html_escape="OFF")
cell.append(self.gen_bar(dict['value'],
self.color_code(dict['value'])))
return cell
def __str__(self):
"""Generate HTML for the entire table and caption.
"""
self.normalize() #calculate the scaling of the data
self.table.prepend(Caption(Bold(self.title))) #add title as caption
for item in self.datalist:
row = TR()
# 1st cell is the text description
row.append(
TD(item['label'],
align='left',
width=70,
bgcolor=self.label_shade))
# 2nd cell is the decimal sum value
row.append(
TD("%9.1f" % item['total'],
align='right',
width=70,
bgcolor=self.value_shade))
# 3rd cell contains the scaled bar graphic
row.append(self.make_bar_cell(item))
self.table.append(row) # add the row to the table
# now tack on a legend at the bottom
self.table.append(
TR(
TD('AVERAGE', align='left', width=70,
bgcolor=self.label_shade),
TD("%9.1f" % self.average,
align='right',
width=70,
bgcolor=self.value_shade),
TD(self.gen_legend(),
bgcolor=self.label_shade,
html_escape="OFF")))
return str(self.table)
def make_bar_cell(self, dict):
"""return a TD object containing the scaled bar
"""
cell = TD(bgcolor=self.bar_shade, html_escape="OFF")
cell.append(self.gen_bar(dict['value'],
self.color_code(dict['value'])))
return cell
def make_row(self):
if self.weekday in ('Saturday', 'Sunday'):
row = TR(bgcolor=WEEKENDCOLOR)
else:
row = TR(bgcolor=WEEKDAYCOLOR)
row.append(TD(self.repr_date_cell(), align='right', html_escape='off'))
row.append(TD(self.repr_appt_cell(), html_escape='off'))
return row
def make_bar_cell(self, dict):
"""return a TD object containing the scaled bar
"""
cell = TD(bgcolor=self.bar_shade, html_escape="OFF")
values = []
for name in self.datalist.segment_names:
values.append(dict[name])
cell.append(self.gen_bar(values, self.colors))
return cell
def make_bar_cell(self, dict):
"""return a TD object containing the scaled bar
"""
cell = TD(bgcolor=self.bar_shade, html_escape="OFF")
values = []
for name in self.datalist.segment_names:
values.append(dict[name])
cell.append(self.gen_bar(values, self.colors))
return cell
