def fill_table(self):
# Update accumulated plans
yr_current = date.today().year
yr_accu = [0, 0]
yr_last_1_accu = [0, 0]
yr_last_2_accu = [0, 0]
for uni in self.university_list:
if yr_current in uni.plans:
yr_accu[Class_Science_Index] += uni.plans[yr_current][
Class_Science_Index]
yr_accu[Class_Art_Index] += uni.plans[yr_current][
Class_Art_Index]
uni.update_accumulated_plan(yr_current,
yr_accu[Class_Science_Index],
yr_accu[Class_Art_Index])
if (yr_current - 1) in uni.plans:
yr_last_1_accu[Class_Science_Index] += uni.plans[
yr_current - 1][Class_Science_Index]
yr_last_1_accu[Class_Art_Index] += uni.plans[
yr_current - 1][Class_Art_Index]
uni.update_accumulated_plan(
yr_current - 1, yr_last_1_accu[Class_Science_Index],
yr_last_1_accu[Class_Art_Index])
if (yr_current - 2) in uni.plans:
yr_last_2_accu[Class_Science_Index] += uni.plans[
yr_current - 2][Class_Science_Index]
yr_last_2_accu[Class_Art_Index] += uni.plans[
yr_current - 2][Class_Art_Index]
uni.update_accumulated_plan(
yr_current - 2, yr_last_2_accu[Class_Science_Index],
yr_last_2_accu[Class_Art_Index])
# Filter types for display
self.candidates = []
for uni in self.university_list:
if ((self.type_985_value.get() and uni.type_985)
or (self.type_211_value.get() and uni.type_211)
or (self.type_lead_uni_value.get() and uni.type_lead_uni)
or (self.type_lead_sub_value.get() and uni.type_lead_sub)
or (self.type_others_value.get() and uni.type_985 == 0
and uni.type_211 == 0 and uni.type_lead_uni == 0
and uni.type_lead_sub == 0)
or self.type_all_value.get()):
self.candidates.append(uni)
print "Side of candidates: ", len(self.candidates)
self.candidates.sort(key=lambda x: x.rank)
print "update display based on class and types"
data = {
'rec1': {
'col1': 99.88,
'col2': 108.79,
'label': 'rec1'
},
'rec2': {
'col1': 99.88,
'col2': 108.79,
'label': 'rec2'
}
}
model = TableModel(rows=20, columns=10)
table = TableCanvas(self.table_list, model=model)
table.pack(fill=Tk.BOTH, expand=True)
table.cellbackgr = "white"
table.selectedcolor = 'green'
table.createTableFrame()
model = table.model
model.importDict(
data) # can import from a dictionary to populate model
table.redrawTable()
'''rows = len(self.candidates) + 1
