Programming Assignment 2 PYTHONAssignment Goals: understanding problem requirements, effective program design, logical thinking, if-elif-else, logical operators, named constants. Suppose the Great Frederick Fair wants to update its ticketing software. They need you to write a program to handle the price calculations, using the rules*: The basic price of a ticket is $40. Senior citizens (age >= 65) get a 50% discount. Children under 6 are free (100% discount). For residents of Frederick County, the basic price is $35; the same discounts still apply. So the individual ticket prices range from $0 to $40. Your program should request age and county name from the user. The age will be entered as an integer and the county name as a string. Before calculating the price, confirm that the user's age is valid – not negative and not more than 110. If it is not, give a message and do not do the price calculation. Also, the county name should not be case sensitive – for example, Frederick, frederick, and FREDERICK should all be acceptable. Your program should then calculate and print out the ticket price, using the appropriate discounts. Test your program with a variety of ages and counties to be sure you have considered all the conditions. Here are some samples. Test run # County Age 1 Frederick 12 2 Frederick 72 3 Carroll 2 4 Howard 65 5 Washington 0 6 Frederick 5 7 Montgomery 6 8 Carroll 35 9 Frederick -15 10 Frederick 44 11 Howard 122 12 Cecil 13 Your program should be written with the future in mind. The Great Frederick Fair might need to raise the basic prices or modify the discounts in the future. That means named constants, not hard-coded literals, for the discount rates, age cut-offs, and base price in the calculations. *These aren’t the real prices. The real system is much more complicated. My favorite among the real ones is the Carload Special Tuesday: $60 for everyone legally buckled in a vehicle, buses NOT included. Please add screensot for the solved program. Thanks alot.
Assignment Goals: understanding problem requirements, effective program design, logical thinking, if-elif-else, logical operators, named constants.
Suppose the Great Frederick Fair wants to update its ticketing software. They need you to write a program to handle the price calculations, using the rules*:
-
The basic price of a ticket is $40.
-
Senior citizens (age >= 65) get a 50% discount.
-
Children under 6 are free (100% discount).
-
For residents of Frederick County, the basic price is $35; the same discounts still apply.
So the individual ticket prices range from $0 to $40.
Your program should request age and county name from the user. The age will be entered as an integer and the county name as a string.
Before calculating the price, confirm that the user's age is valid – not negative and not more than 110. If it is not, give a message and do not do the price calculation. Also, the county name should not be case sensitive – for example, Frederick, frederick, and FREDERICK should all be acceptable.
Your program should then calculate and print out the ticket price, using the appropriate discounts.
Test your program with a variety of ages and counties to be sure you have considered all the conditions. Here are some samples.
|
Test run # |
County |
Age |
|
1 |
Frederick |
12 |
|
2 |
Frederick |
72 |
|
3 |
Carroll |
2 |
|
4 |
Howard |
65 |
|
5 |
Washington |
0 |
|
6 |
Frederick |
5 |
|
7 |
Montgomery |
6 |
|
8 |
Carroll |
35 |
|
9 |
Frederick |
-15 |
|
10 |
Frederick |
44 |
|
11 |
Howard |
122 |
|
12 |
Cecil |
13 |
Your program should be written with the future in mind. The Great Frederick Fair might need to raise the basic prices or modify the discounts in the future. That means named constants, not hard-coded literals, for the discount rates, age cut-offs, and base price in the calculations.
*These aren’t the real prices. The real system is much more complicated. My favorite among the real ones is the Carload Special Tuesday: $60 for everyone legally buckled in a vehicle, buses NOT included.
Please add screensot for the solved program.
Thanks alot.
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