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** [[6502_Emulator_Example_Code#Place_a_Graphic_on_the_Screen|Place a Graphic on the Screen]] - for an example of defining a graphic using DCB, and copying a graphic to the screen
** [[6502_Emulator_Example_Code#Etch-a-Sketchtm_Style_Drawing|Etch-a-Sketch Style Drawing]] - for an example of converting (ROW,COL) co-ordinates to a screen address, and reading the keyboard
* [https://github.com/ctyler/6502js-code/ 6502js-code] repo on GitHub - Specifically:
** Wordle-like example (wordle-6502)
* [[8x8 Bitmap Patterns for Digits]]
* Opcode/Instruction References
** [http://www.6502.org/tutorials/6502opcodes.html 6502 Opcodes with Register Definitions]
=== Decide What to Write ===
For this lab, you will write either a game or a program that calculates or converts a value.meets these criteria:
# Your program must work in the [[6502 Emulator]]
# You must output to the character screen as well as the graphics (bitmapped) screen.
* [https://en.wikipedia.org/wiki/Pong Pong]
* [https://en.wikipedia.org/wiki/Breakout_(video_game) Breakout]
* [https://en.wikipedia.org/wiki/Mastermind_(board_game) Mastermind]
* A drawing program
* A maze
* A inches-and-feet to centimeter converter
* A [https://en.wikipedia.org/wiki/Electronic_color_code resistor colour band] calculator
* A program to draw bar or line graphs based on user input
* Or any other type of calculator or converter...
It can be helpful and fun to write this code with one or two other people in a live session. Acknowledge each person's input, and add your own customizations or tweaks.
{{Admon/important|Acknowledge Other's Code|Feel free to incorporate other people's code into your program with their permission, but you ''must'' acknowledge the source of any incorporated code(include a link to the source(s)), and clearly identify which parts you wrote(recommendation: colour-code your portion in the blog post). You must write at least 25% of the code.}}
=== Blog it ===
