Module Nine Lesson Four Practice Activity

#John Bible 11/29/21 #What I learned was how to use old style formatting and python-style formatting #What I had problems with was task 2 personal information alignment but I overcame it by using the center instead of right and left.

year = 2017 price = 2.42011 print('The national average gas price in %d was $ %f' % (year, price))

year = 2017 price = 2.42011 print('The national average gas price in %i was $ %3.2f' % (year, price))

year = 2017 price = 2.42011 print('The national average gas price in %i was $ %08.2F' % (year, price))

year = 2017 price = 2.42011 print('The national average gas price in %d was $ %e' % (year, price))

year = 2017 price = 2.42011 print('The national average gas price in %d was $ %3.2e' % (year, price))

year = 2017 price = 2.42011 print('The national average gas price in %d was $ %3.2E' % (year, price))

first_name = input("Enter your first name: ") last_name = input("Enter your last name: ") print('The first name starts with: %c' % (first_name[0])) print('The last name ends with the 2 chars: %s' %(last_name[-2:]))

from math import pi print("Right adjusted: %20.2f" %(pi)) print("Left adjusted: %-20.2f" %(pi))

# [ ] Use the variables `F` and `C` to generate the following print outputs #This will generate the following print outputs using the variables ''' 75 Fahrenheit = 23.888900 Celsius 75 Fahrenheit = 23.89 Celsius 75 Fahrenheit = 000023.889 Celsius 75 Fahrenheit = 23.889 Celsius 75 Fahrenheit = 23.889 Celsius 75 Fahrenheit = 2.389E+01 Celsius 75 Fahrenheit = 2.389e+01 Celsius ''' F = 75 C = 23.8889 print("%i Fahrenheit = %f Celsius" %(F,C)) print("%i Fahrenheit = %2.2f Celsius" %(F,C)) print("%i Fahrenheit = %010.3f Celsius" %(F,C)) print("%i Fahrenheit = %-10.3f Celsius" %(F,C)) print("%i Fahrenheit = %10.3f Celsius" %(F,C)) print("%i Fahrenheit = %.3E Celsius" %(F,C)) print("%i Fahrenheit = %.3e Celsius" %(F,C))

# [ ] Use the string variables below to generate the following print outputs # HINT: Set the name formatter width to 10 characters #This will generate the following print outputs using the string variables first_name = 'Tamara' last_name = 'Babic' ''' Name: Tamara Babic Name: Tamara Babic Name: Tamara Babic Name: Tamara Babic Name: Tamara Babic Name: Tamara Babic ''' print("Name: %s %s" %(first_name,last_name)) print("Name: %10s %10s" %(first_name,last_name)) print("Name: %s %14s" %(first_name,last_name)) print("Name: %10s %s" %(first_name,last_name)) print("Name: %s %09s" %(first_name,last_name)) print("Name: %s %s" %(first_name,last_name))

# [ ] The list `data` contains personnel information (Name, ID, email) # Write a program to print out the data as follows: #This will print out the data as follows ''' Name ID Email -------------------------------------------------- Suresh Datta 57394 suresh@example.com Colette Browning 48539 colette@example.com Skye Homsi 58302 skye@example.com Hiroto Yamaguchi 48502 hiroto@example.com Tobias Ledford 48291 tobias@example.com Jin Xu 48293 jin@example.com Joana Dias 23945 joana@example.com Alton Derosa 85823 alton@example.com ''' data = [["Suresh Datta", 57394, "suresh@example.com"], ["Colette Browning", 48539, "colette@example.com"], ["Skye Homsi", 58302, "skye@example.com"], ["Hiroto Yamaguchi", 48502, "hiroto@example.com"], ["Tobias Ledford", 48291, "tobias@example.com"], ["Tamara Babic", 58201, "tamara@example.com"], ["Jin Xu", 48293, "jin@example.com"], ["Joana Dias", 23945, "joana@example.com"], ["Alton Derosa", 85823, "alton@example.com"]] N="Name" I="ID" E="Email" print("%s %15s %09s" %(N,I,E)) print("--------------------------------------------------") print("%s %10i %19s" %(data[0][0],data[0][1],data[0][2])) print("%-17s %i %20s" %(data[1][0],data[1][1],data[1][2])) print("%s %12i %17s" %(data[2][0],data[2][1],data[2][2])) print("%-17s %i %19s" %(data[3][0],data[3][1],data[3][2])) print("%-17s %i %19s" %(data[4][0],data[4][1],data[4][2])) print("%s %10i %19s" %(data[5][0],data[5][1],data[5][2])) print("%s %16i %16s" %(data[6][0],data[6][1],data[6][2])) print("%s %12i %18s" %(data[7][0],data[7][1],data[7][2])) print("%s %10i %18s" %(data[8][0],data[8][1],data[8][2]))

year = 2017 price = 2.42011 print('The national average gas price in {:d} was $ {:f}'.format(year, price))

year = 2017 price = 2.42011 print('The national average gas price in {0:d} was $ {1:3.2F}'.format(year, price))

year = 2017 price = 2.42011 print('The national average gas price in {y:d} was $ {p:1.2e}'.format(y = year, p = price))

year = 2017 price = 2.42011 print('The national average gas price in {:d} was $ {:010.2f}'.format(year, price))

first_name = input("Enter your first name: ") last_name = input("Enter your last name: ") print('The first name starts with: {:s}'.format(first_name[0])) print('The last name ends with the 2 chars: {:s}'.format(last_name[-2:]))

from math import pi print('Right adjusted : {:<20.2f}'.format(pi)) print('Center adjusted: {:^20.2f}'.format(pi)) print('Left adjusted : {:>20.2f}'.format(pi))

from math import pi # Padding with zeros print('Right adjusted : {:0<20.2f}'.format(pi)) print('Center adjusted: {:0^20.2f}'.format(pi)) print('Left adjusted : {:0>20.2f}'.format(pi))

from math import pi # Padding with underscore characters print('Right adjusted : {:_<20.2f}'.format(pi)) print('Center adjusted: {:_^20.2f}'.format(pi)) print('Left adjusted : {:_>20.2f}'.format(pi))

# [ ] Use Python-style formatting and the variables `F` and `C` to generate the following print outputs #This will use python-style formatting and the variables F and C to generate the following print outputs ''' 75 Fahrenheit = 23.888900 Celsius 75 Fahrenheit = 23.89 Celsius 75 Fahrenheit = 0000023.89 Celsius 75 Fahrenheit = 23.889 Celsius 75 Fahrenheit = 23.889 Celsius 75 Fahrenheit = 23.889 Celsius 75 Fahrenheit = 2.389E+01 Celsius ''' F = 75 C = 23.8889 print("{:d} Fahrenheit = {:f} Celsius" .format(F,C)) print("{:d} Fahrenheit = {:2.2f} Celsius" .format(F,C)) print("{:d} Fahrenheit = {:010.2f} Celsius" .format(F,C)) print("{:d} Fahrenheit = {:<10.3f} Celsius" .format(F,C)) print("{:d} Fahrenheit = {:^10.3f} Celsius" .format(F,C)) print("{:d} Fahrenheit = {:>10.3f} Celsius" .format(F,C)) print("{:d} Fahrenheit = {:.3E} Celsius" .format(F,C))

# [ ] Use Python-style formatting and the string variables below to generate the following print outputs # HINT: Set the name formatter width to 10 characters #This will use python-style formatting and the string variables below to generate the following print outputs first_name = 'Tamara' last_name = 'Babic' ''' Name: Tamara Babic Name: Tamara Babic Name: Tamara____ _____Babic Name: __Tamara__ __Babic___ Name: ____Tamara Babic_____ Name: Tamara Babic ''' print("Name: {:s} {:s}" .format(first_name,last_name)) print("Name: {:s} {:>14s}" .format(first_name,last_name)) print("Name: {:s}____ _____{:>05s}" .format(first_name,last_name)) print("Name: __{:s}__ __{:s}___" .format(first_name,last_name)) print("Name: ____{:s} {:s}_____" .format(first_name,last_name)) print("Name: {:>10s} {:s}" .format(first_name,last_name))

# [ ] The list `data` contains personnel information (Name, ID, email) # Write a program using Python-style formatting to print out the data as follows: #This will use python-style formatting to print out the data as follows ''' Name | ID | Email ________________________________________________________ Suresh Datta | 57394 | suresh@example.com Colette Browning | 48539 | colette@example.com Skye Homsi | 58302 | skye@example.com Hiroto Yamaguchi | 48502 | hiroto@example.com Tobias Ledford | 48291 | tobias@example.com Jin Xu | 48293 | jin@example.com Joana Dias | 23945 | joana@example.com Alton Derosa | 85823 | alton@example.com ''' data = [["Suresh Datta", 57394, "suresh@example.com"], ["Colette Browning", 48539, "colette@example.com"], ["Skye Homsi", 58302, "skye@example.com"], ["Hiroto Yamaguchi", 48502, "hiroto@example.com"], ["Tobias Ledford", 48291, "tobias@example.com"], ["Tamara Babic", 58201, "tamara@example.com"], ["Jin Xu", 48293, "jin@example.com"], ["Joana Dias", 23945, "joana@example.com"], ["Alton Derosa", 85823, "alton@example.com"]] N="Name" I="ID" E="Email" print("{:>12s} | {: >05s} | {: >12s}" .format(N,I,E)) print("----------------------------------------------------------") print("{:^20s} | {:^10d} | {:>20s}" .format(data[0][0],data[0][1],data[0][2])) print("{:^20s} | {:^10d} | {:>20s}" .format(data[1][0],data[1][1],data[1][2])) print("{:^20s} | {:^10d} | {:>20s}" .format(data[2][0],data[2][1],data[2][2])) print("{:^20s} | {:^10d} | {:>20s}" .format(data[3][0],data[3][1],data[3][2])) print("{:^20s} | {:^10d} | {:>20s}" .format(data[4][0],data[4][1],data[4][2])) print("{:^20s} | {:^10d} | {:>20s}" .format(data[5][0],data[5][1],data[5][2])) print("{:^20s} | {:^10d} | {:>20s}" .format(data[6][0],data[6][1],data[6][2])) print("{:^20s} | {:^10d} | {:>20s}" .format(data[7][0],data[7][1],data[7][2])) print("{:^20s} | {:^10d} | {:>20s}" .format(data[8][0],data[8][1],data[8][2]))