Karel:
Write a Karel program in JavaScript. This does not include turnRight or
turnAround by default
SuperKarel:
Write a Karel program in JavaScript. This includes turnRight and
turnAround by default.
UltraKarel:
Write a Karel program in JavaScript. This includes everything in
SuperKarel plus painting colors.
JavaScript Console:
Write JavaScript console programs with the help of the CodeHS teaching
libraries used in many of the CodeHS courses.
JavaScript Graphics:
Write JavaScript graphics programs with the help of the CodeHS teaching
libraries used in many of the CodeHS courses.
Music (Blockly):
Use JavaScript based block coding to make musical beats and songs.
p5.js:
Code with a JavaScript based implementation of the updated graphics
library based on Processing.
p5play:
Code with the p5play.js game design library.
Java
Java (Karel):
Write a Karel program in Java. This does not include turnRight or
turnAround by default
Java (SuperKarel):
Write a Karel program in Java. This includes turnRight and
turnAround by default.
Java (main):
Standard Java with the main method.
Java (console):
Java that extends ConsoleProgram by default to have added functionality.
Java Swing:
Standard Java with a Graphical User Interface (GUI) for writing graphical Java programs.
Python
Python 3:
This runs Python 3 console programs, the latest version of the
language. This program type lets you install packages for your
programs.
Python (turtle):
This runs graphical Turtle Graphics programs in Python. This is used
in the CodeHS courses that teach with Tracy the Turtle.
Python 3 Graphics (Brython):
This runs Python 3 graphics programs using the Brython browser-based Python
library.
Python 3 Graphics (tkinter):
This runs Python 3 GUI programs, so you can draw graphics, make
GUIs, or build games with tkinter.
Pygame:
Use Python to create graphical games.
Python Karel:
Write a Karel program in Python. This does not include turn_right or
turn_around by default.
Python Super Karel:
Coming soon...
Python Ultra Karel:
Write an UltraKarel program in Python. This includes all SuperKarel commands as well as
all Paint commands.
Python 2:
This runs Python 2 console programs with an in-browser implementation
using Skulpt. This is what is used in the current version of the
CodeHS Intro Python (Rainforest) course.
Python 3 Data Science:
Use the powerful data science libraries numpy and pandas in Python 3.
Python 3 Data Science (Graphics):
Use the powerful data science libraries numpy, pandas, and matplotlib in Python 3.
Includes graphical output for graphing and visualization.
HTML
HTML:
Build a website with HTML, CSS, and JavaScript.
WebDev:
Coming soon...
Firebase:
Coming soon...
Virtual Reality with A-Frame:
Build a Virtual Reality program that will work in a web browser or
on a smartphone. This uses an HTML and JavaScript based VR library
called A-Frame.
C++
C++:
Learn how to program in C++, the powerful successor of C used in data
science, machine learning, and large applications.
SQL
SQL:
Write SQL queries to build a database and query from it all online.
Other
Processing:
Code with a JavaScript based implementation of the popular graphics
library.
React Native:
Program a mobile app using the JavaScript based React Native. You
can use native components and test in the web or on your phone.
C:
Learn how to program in C, a complex and powerful language used in
low-level computer programming and Internet of Things devices.
Bit Interpreter (All):
Use binary or hexadecimal to create bit-visualizations. This is used
in the CodeHS Computing Ideas and AP CSP courses.
Swift:
Write apps using Apple's own language.
Scheme:
Scheme is a minimalist language great for teaching the mathematical
foundations of programming.
You are using CodeHS with no account. Anyone with this link will be able to edit this program. Log in or sign up for an account to change the share settings for this program.
The starter code for this assignment will automatically be generated from your sandbox program. Any future changes made to this sandbox program will not affect this assignment.
This is the exercise prompt your students will see when they open this assignment
