My certificate from the Programming BootCamp: FreeCodeCamp
Arithmetic Formatter:
For the set of functions and the class in the arithmetic_arranger.py file:
Develop a function that arranges and formats arithmetic problems in vertical lines, providing a clear and orderly visualization of mathematical operations. Additionally, it can optionally display the answers for each problem. It is ideal for the visualization and resolution of simple mathematical problems.
Budget App:
For the set of functions and the class in the budget.py file:
This file contains functions and a class useful for managing spending categories and generating bar "charts" representing the percentage of spending by category. The functions include total calculations and truncations, while the Category class offers methods for depositing, withdrawing, transferring funds, and checking balances. It is ideal for financial management applications and visualization of spending data.
Polygon Area Calculator:
For the Rectangle and Square classes in the shape_calculator.py file:
This file provides the implementation of the Rectangle and Square classes to model geometric shapes in a two-dimensional plane. The Rectangle class represents a rectangle with methods to calculate area, perimeter, diagonal, and generate a graphical representation. The Square class is a subclass of Rectangle and represents a square, inheriting the methods and attributes of the Rectangle class, but with an additional method to set the side of the square.
Probability Calculator:
For the Hat class and the experiment function in the prob_calculator.py file:
This file presents a Hat class that simulates a hat with balls of different colors. The class allows adding balls of different colors and then drawing a specific number of balls at random. Additionally, it provides an experiment function to perform simulations of drawing balls from a hat, calculating the probability of drawing a specific combination of balls after a certain number of experiments.
Time Calculator:
For the add_time function in the time_calculator.py file:
The add_time function takes a start time, a duration, and optionally a day of the week, and calculates the new time after adding the duration. It can handle both 12-hour and 24-hour formats and returns the new time in 12-hour format, along with the day of the week if provided. Additionally, it indicates if an additional day has passed since the initial time.
These experiences have been fundamental in enhancing my skills in programming, data manipulation, and solving computational problems with Python. If you want to explore and test these projects, I recommend compiling and running the main .py files, as they load the base functions I developed to meet the specific requirements.
If you want to see the core code, you should look within the functions in other .py files, ignoring the test and main .py files.