WithEnoughCoffee

jdk11u-dev

https://openjdk.org/projects/jdk-updates

.well-known

.well-known

Address-Book-

BiblioVault

Git101

A class to teach college kids git because its typically not learned in school

MSC-Professional-Resources

Shaping-an-inclusive-AI-future-by-empowering-women-in-data

Shaping an inclusive AI future by empowering women in data

training_paths

WithEnoughCoffee/StackProject-

building a stack to Practice data structures

WithEnoughCoffee/CoffeeShopWeb

This project is a Coffee Shop website created using Python and Flask, and AWS web services.

WithEnoughCoffee/i_am_poor_

My version of a the flutter bootcamp im poor app challenge

WithEnoughCoffee/i_am_rich

first flutter app

WithEnoughCoffee/Polynomial

The second programming project involves writing a program that examines a file of polynomials and determines whether the polynomials in that file are in strictly ascending order using two different methods of comparison. Each line of the input file will contain one polynomial. On each line will be the terms of the polynomial. Each term will be represented as a pair of values. The first element of that pair is a real value that represents the coefficient and the second an integer value, which is its corresponding exponent. For example, 5.6 3 4 1 8.3 0 represents the polynomial 5.6x 3 + 4x + 8.3. They are intended to be written from the highest exponent to the lowest, but ensuring that is true is a program requirement. Exponents with zero coefficients will be omitted The program for this project should consist of four outer classes. The Polynomial class is the first of those four. Instances of the Polynomial class should define an individual polynomial. Polynomial objects should be represented internally by a singly linked list. Each node of that linked list should contain one term of the polynomial consisting of its coefficient and exponent. You are not permitted to use the predefined Java LinkedList class, but instead must create the nodes of the linked list as instances of a static nested class inside the Polynomial class. The Polynomial class must implement both the Iterable and Comparable interfaces. It must have four public methods.

WithEnoughCoffee/BinaryTreeCategorizer

The third programming project involves writing a program that allows the user to enter a binary tree in a parenthesized prefix format and then allows it to be categorized and allows various features of that tree to be displayed. An example of a tree written in the input format is the following: (A(G(j)(1))(z(5))) In the above example, data in each node of the tree contains a single alphanumeric character. No spaces are permitted. Each tree is enclosed in parentheses. Inside those parentheses, after the single character are either zero, one or two subtrees also enclosed in parentheses. When only one subtree is present, it is the left subtree and when two are present, they represent the left and right subtrees.

WithEnoughCoffee/PostfixToPrefix

The first programming project involves writing a program that converts prefix expressions to postfix and postfix expressions to prefix. Customary infix expression place the operator between the two operands. In a prefix expression, the operator comes before the two operands. In a postfix expression it comes after them. One benefit of prefix and postfix expressions is that they never require parentheses nor rules regarding precedence or associativity.

WithEnoughCoffee/Guitar

WithEnoughCoffee/GradingProgram

WithEnoughCoffee/HeadPhones

WithEnoughCoffee/USCrimeProgram

WithEnoughCoffee/CompanyProgram

This is a Java program that takes in three different kinds of Employee types Salesmen, Executive, Employee and calculates their salary, commission and bonuses.

WithEnoughCoffee/CaterpillarGame

Caterpillar Game in python kinda like the snake game

WithEnoughCoffee/Calculator

Simple Calculator in Java

WithEnoughCoffee/StudentDatabaseProgram-

WithEnoughCoffee/RandomNumbers

Random number generator

WithEnoughCoffee/Address-Book-

WithEnoughCoffee/Square-and-Cube-Sets

This python program makes sets of cubes, and squared integers from 1 -100. Then it finds the Union, Intersection, and Difference.

WithEnoughCoffee/State-Capital-and-Bird

This is a python program that stores a State names, Capitals and State birds in a python dictionary and allows the user to search states using the state name as the key, and display state name, capital and bird. It also allows the user to update the a state bird.

WithEnoughCoffee/ATM-

This java project is a simple ATM project that holds a balance, allows withdraws transfers and deposits. It also has a class that handles the exception of insufficient funds.

WithEnoughCoffee/Simple-Bank-Account-project-

This Project mimics a bank account by taking storing a balance, adding deposits and subtracting withdrawals.

WithEnoughCoffee/US-States-final-project-

Final Project This assignment demonstrates your understanding of the concepts from the CMIS 141 class Before attempting this project, be sure you have completed all of the reading assignments, hands-on labs, discussions, and assignments to date. Design a Java application that will read a file containing data related to the US. Crime statistics from 1994-2013. The description of the file is at the end of this file. The application should provide statistical results on the data including a. Population growth in percentages from each consecutive year (e.g. 1994-199!5 calculation is ((262803276-260327021)/260327021)* 100-0.9512%, 1995-1996 would be ((265228572-262803276)/262803276)*100-0.9229%) Years where the maximum and minimum Murder rates occurred Years where the maximum and minimum Robbery rates occurred b. C. The following are some design criteria and specific requirements that need to be addressed Use command line arguments to send in the name of the US Crime Data file You should also use Java classes to their full extent to include multiple methods and at least two classes You are not allowed to modify the Crime-csv Statistic data file included in this assignment Use arrays and Java classes to store the data. (Hint: You can and should create a USCrimeClass to store the fields. You can also have an Array of US Crime Objects.) You should create separate methods for each of the required functionality. (e.g. getMaxMurderYear() will return the Year where the Murder rate was highest.) A user-friendly and well-organized menu should be used for users to select which data to return. A sample menu is shown in run example. You are free to enhance your design and you should add additional menu items and functionality The menu system should be displayed at the command prompt, and continue to redisplay after results are returned or unti Q is selected, If a user enters an invalid menu item, the system should redisplay the menu with a prompt asking them to enter a valid menu selection The application should keep track of the elapsed time (in seconds) between once the application starts and when the user quits the program. After the program is exited, the application should provide a prompt thanking the user for trying the US Crime Statistics program and providing the total time elapsed. Hint: When reading the Crimes file, read one line at a time(See ReadEmail.java) and then within the loop parse each line into the USCrimeClass fields and then store that USCrimeClass Object into an array. Note you can use String·split(",") to split the CSV line into a the fields for setting the USCrimeClass Object

WithEnoughCoffee/DataPoints

This is an introduction to using math libraries for data science in a introductory into python class. This program uses the numpy library to make data points using the log, sgrt, cos and sin functions to make data points to be graphed.

WithEnoughCoffee/Basic-Calculator-in-Python-

Basic Calculator in Python

WithEnoughCoffee/Max-Min-Program-in-Python-

This is a python program that finds the Min and Max of 5 integers

WithEnoughCoffee/Screen-Pet-App

Screen Pet App created in Python

WithEnoughCoffee/ChatBot

Simple Chatbot made using Python.

WithEnoughCoffee/Student-Quiz-Grading-System-

This is a Java program that serves 3 functions. The first function takes in student quiz grades and give an average of 3 test scores. The second function converts age from years to months. The third function converts temperature from F to C. We also learned to take in input with the scanner in this project. This project is a homework assignment from my CMIS 141 class.

WithEnoughCoffee/StartingWithJava

WithEnoughCoffee/training_paths