This repository contains my solutions to the projects in "Scientific Computing with Python" course from freeCodeCamp.
A Python program that provides a function for formatting a list of arithmetic problems vertically and side-by-side. Optionally, it can display the answers alongside the problems.
Function Call:
arithmetic_arranger(["32 + 698", "3801 - 2", "45 + 43", "123 + 49"])
Output:
32 3801 45 123
+ 698 - 2 + 43 + 49
----- ------ ---- -----
Function Call:
arithmetic_arranger(["32 + 8", "1 - 3801", "9999 + 9999", "523 - 49"], True)
Output:
32 1 9999 523
+ 8 - 3801 + 9999 - 49
---- ------ ------ -----
40 -3800 19998 474
See all the requirements at FreeCodeCamp
You can try my code at Replit
A Python program to add time to a 12-hour clock format, with optional day of the week support.
Function Call:
add_time("3:00 PM", "3:10") # Returns: 6:10 PM add_time("11:30 AM", "2:32", "Monday") # Returns: 2:02 PM, Monday add_time("11:43 AM", "00:20") # Returns: 12:03 PM add_time("10:10 PM", "3:30") # Returns: 1:40 AM (next day) add_time("11:43 PM", "24:20", "tueSday") # Returns: 12:03 AM, Thursday (2 days later) add_time("6:30 PM", "205:12") # Returns: 7:42 AM (9 days later)
See all the requirements at FreeCodeCamp
You can try my code at Replit
A Python program to initialise a budget category object which allows depositing, withdrawing, as well as transferring funds to another budget category object.
Additionally, it can also return a formatted string representation of the category ledger as well as creating visual charts that depict the percentage of spending in each category.
Here is an example of the output when printing out the Category object:
*************Food*************
initial deposit 1000.00
groceries -10.15
restaurant and more foo -15.89
Transfer to Clothing -50.00
Total: 923.96
Here is an example of the output when printing out Percentage spent by category chart:
Percentage spent by category
100|
90|
80|
70|
60| o
50| o
40| o
30| o
20| o o
10| o o o
0| o o o
----------
F C A
o l u
o o t
d t o
h
i
n
g
See all the requirements at FreeCodeCamp
You can try my code at Replit
A Python project with a Rectangle class and a Square class, showcasing object-oriented programming. The Rectangle class handles width, height, area, perimeter, diagonal, picture representation, and fitting calculations. The Square class, a subclass of Rectangle, adds single-side handling and method access while maintaining string representation integrity.
Function Call:
rect = shape_calculator.Rectangle(10, 5) print(rect.get_area()) # Returns: 50 rect.set_height(3) print(rect.get_perimeter()) # Returns: 26 print(rect) # Returns: Rectangle(width=10, height=3) """ Returns: ********** ********** ********** """ print(rect.get_picture()) sq = shape_calculator.Square(9) print(sq.get_area()) # Returns: 81 sq.set_side(4) print(sq.get_diagonal()) # Returns: 5.656854249492381 print(sq) # Returns: Square(side=4) """ Returns: **** **** **** **** """ print(sq.get_picture()) # Returns: rect.set_height(8) rect.set_width(16) print(rect.get_amount_inside(sq))
See all the requirements at FreeCodeCamp
You can try my code at Replit
A Python program to calculate the probability of drawing M number of matching colors over N iteration
See all the requirements at FreeCodeCamp
You can try my code at Replit