def print_result_of_tab(table, col_names):
result = VeryPrettyTable()
tmp = []
ll = ""
#print(len(table))
#print(table)
print(result)
for j in [0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9]:
tmp = [elem[1] for elem in table if elem[0] == j]
pop = []
for elem in tmp:
ll = "{0}".format(j)
pop.append(elem)
print(pop)
result.add_column(ll, [format(i, ".2f") for i in pop])
print(pop)
print(result)
net_total = total_net(netsalarylist)
roundednettotal = round(net_total, 2)
sal_total = total_sal(salaries)
roundedsaltotal = round(sal_total, 2)
ret_total = total_ret(retdollarlist)
roundedrettotal = round(ret_total, 2)
#rounding the lists themselves to two decimal places
roundedretdollarlist = [round(x, 2) for x in retdollarlist]
roundednetsalarylist = [round(x, 2) for x in netsalarylist]
roundedsalarieslist = [round(x, 2) for x in salaries]
#defining space as a place holder to make room in the pretty table
space = ' '
#adding the information to the pretty table column by column
x.add_column("Employee Code", employee_code)
x.add_column("Salary($)", roundedsalarieslist)
x.add_column("Retirement($)", roundedretdollarlist)
x.add_column("Net Salary($)", roundednetsalarylist)
#adding a blank row to created space in the pretty table between the values and the totals
x.add_row([" ", space, space, space])
#adding the last total row to the pretty table
x.add_row(["Total($):", roundednettotal, roundedrettotal, roundedsaltotal])
#printing the pretty table with the title "Title Boxing Franchise"
print(x.get_string(title="Title Boxing Franchise"))
#printing the employee with the largest salary
print("Note! Employee: %s has the largest salary!" % maxemployee)