Bringing 10PRINT to the Apple II with Applesoft BASIC and Lo-Res graphics, exploring both text-mode and graphical approaches to this iconic one-liner.

Implementing 10PRINT on a KIM-1 clone (PAL-II) in both Microsoft BASIC and 6502 assembly, displaying the maze on the 7-segment LED display.

Running 10PRINT and 100 Doors on the Clockwork Pi PicoCalc, a retro-inspired Raspberry Pi Pico handheld running PicoMite BASIC.

A visual exploration of the classic 100 Doors programming problem implemented in PICO-8, featuring animated circles that show the door-toggling pattern in action. This version pays homage to the VIC-20 implementation while leveraging PICO-8’s built-in game loop for smooth animation and visual feedback. Complete with code explanations and comparison to the classic VIC-20 version.

Continuing the exploration of 10PRINT, we look at how to implement the 10 Print algorithm on the Pico-8 platform.

A head-to-head performance comparison of the classic 10PRINT maze algorithm implemented in Rust and C, with benchmarks measuring millions of iterations.

Exploring wAx, a native assembler for the VIC-20 that integrates with BASIC. Includes examples implementing 10PRINT and Fibonacci in assembly directly on the machine.

Implementing the classic 10PRINT maze algorithm on the HP-42s calculator using RPN programming. Works on SwissMicros DM42 and Free42 emulators too.

Implementing 10PRINT on the TI-92 calculator using TI-BASIC. Also covers Python versions on the Numworks and TI-nspire calculators.

Rockwell International was a powerhouse of the 1970s and 80s.

The Rockwell AIM 65 computer, also known as the Advanced Interactive Microcomputer 65, is an early microcomputer produced by Rockwell International in the late 1970s. It was essentially a development system, intended primarily for engineers, educators, and hobbyists, and was named for its built-in alphanumeric keyboard and LED display.

The AIM 65 was built around the 6502 microprocessor, the same chip used in popular systems like the Apple II, Commodore PET, and Atari 2600. The AIM 65 was designed as a single-board computer, with the processor, memory, input, and output all integrated into one circuit board.