EkBass/BazzBasic_AI_Guide

Dataset Card — BazzBasic Language Reference

Usage

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Dataset Summary

This dataset contains the official language reference and AI guide for BazzBasic, a modern BASIC interpreter built on .NET 10 with SDL2 graphics and SDL2_mixer audio support. The guide is intended to enable AI models to accurately understand, explain, and generate valid BazzBasic code.

BazzBasic is an original BASIC dialect — not a clone of any existing implementation. It aims to make programming accessible and enjoyable while providing modern capabilities such as sprite rendering, sound playback, HTTP networking, fast trigonometry lookup tables, and standalone executable compilation.

• Author: Kristian Virtanen (krisu.virtanen@gmail.com)
• License: MIT
• Platform: Windows x64 primary; Linux/macOS possible with effort
• Homepage: https://ekbass.github.io/BazzBasic/
• GitHub: https://github.com/EkBass/BazzBasic
• Manual: https://ekbass.github.io/BazzBasic/manual/#/
• Hugginface: https://huggingface.co/datasets/EkBass/BazzBasic_AI_Guide

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Intended Use

This dataset is designed for:

• AI training and fine-tuning — teaching models to understand and generate BazzBasic syntax correctly
• RAG (Retrieval-Augmented Generation) — providing accurate language reference at inference time
• AI assistant context — enabling assistants to guide new programmers through BazzBasic or generate working code on request

Out-of-scope use

This reference is specific to BazzBasic 1.0. It should not be used to represent other BASIC dialects (QBasic, FreeBASIC, Liberty BASIC, etc.), as BazzBasic has its own distinct syntax and conventions.

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Dataset Structure

The dataset consists of a single comprehensive Markdown document covering the full BazzBasic language. Major sections:

Section	Content
Syntax Fundamentals	Variables ($ suffix), constants (# suffix), scope, operators
Arrays	Dynamic arrays, associative arrays, multi-dimensional, mixed indexing
Control Flow	IF/ELSEIF/ENDIF, FOR/NEXT, WHILE/WEND, GOTO, GOSUB, labels
User-Defined Functions	DEF FN, isolated scope, recursion, libraries (.bb)
I/O Commands	PRINT, INPUT, LINE INPUT, INKEY, KEYDOWN, LOCATE, COLOR
Math Functions	ABS, SIN, COS, TAN, LERP, CLAMP, DISTANCE, MOD, POW, and more
Math Constants	PI, HPI, QPI, TAU, EULER
Fast Trigonometry	FastTrig lookup tables (~20x faster than SIN/COS), 1° precision
String Functions	MID, LEFT, RIGHT, SPLIT, REPLACE, INSTR, and more
File I/O	FileRead, FileWrite, FileExists, FileDelete, FileList
Network	HTTPGET, HTTPPOST
Sound	LOADSOUND, SOUNDONCE, SOUNDREPEAT, SOUNDSTOP, SOUNDSTOPALL
Graphics	SCREEN, SCREENLOCK, LINE, CIRCLE, PSET, PAINT, RGB
Sprite System	LOADSHAPE, LOADIMAGE, LOADSHEET, MOVESHAPE, ROTATESHAPE, DRAWSHAPE
Mouse Input	MOUSEX, MOUSEY, MOUSEB
Built-in Constants	Full key constant tables (arrows, function keys, numpad, alphabet, etc.)
Source Control	INCLUDE, compiled libraries (.bb)
Common Patterns	Game loop, HTTP, save/load, sound with graphics
Code Style	Naming conventions, program structure, subroutine indentation

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Key Language Characteristics

An AI model should understand these BazzBasic-specific rules to generate correct code:

Variable and constant suffixes

• $ suffix = mutable variable (numbers or strings, typeless)
• # suffix = immutable constant
• Arrays declared with DIM, accessed with arr$(index)

LET usage

• LET declares a variable; use only once per variable
• Subsequent assignments use bare var$ = value syntax (no LET)
• Declaring all variables upfront in an [inits] subroutine is best practice

Scope

• Main program has a single flat scope
• DEF FN functions have completely isolated scope — no access to global variables, only global constants (#)

Graphics

• Always use SCREENLOCK ON / SCREENLOCK OFF for flicker-free animation
• LINE (x1,y1)-(x2,y2), color, BF (filled box) is faster than CLS for clearing
• Sprites are positioned by their top-left point
• SCREENLOCK blocks GETCONSOLE — use array-based collision detection instead

FastTrig

• FastTrig(TRUE) enables degree-based lookup tables for sin/cos
• Use FastCos(angle) / FastSin(angle) — angles in degrees, auto-normalized 0–359
• ~20x faster than SIN/COS — essential for raycasting, particle systems, etc.

Naming conventions

• Variables: camelCase$
• Constants: UPPER_SNAKE_CASE#
• Arrays: camelCase$
• Functions: PascalCase$ (called with FN prefix)
• Subroutine labels: [sub:name]

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Example Programs

Real BazzBasic programs available at the official repository:

Program	Description	URL
raycaster_3d_optimized	3D raycaster using FastTrig	https://raw.githubusercontent.com/EkBass/BazzBasic/refs/heads/main/Examples/raycaster_3d_optimized.bas
voxel_terrain	Voxel space terrain renderer	https://raw.githubusercontent.com/EkBass/BazzBasic/refs/heads/main/Examples/voxel_terrain.bas
countdown_demo	Sprite sheet loading demo	https://github.com/EkBass/BazzBasic/blob/main/Examples/countdown_demo.bas
Eliza	Classic AI chatbot port	https://github.com/EkBass/BazzBasic/blob/main/Examples/Eliza.bas

More examples: https://github.com/EkBass/BazzBasic/tree/main/Examples

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Data Collection

The reference document was authored directly by the BazzBasic interpreter developer, Kristian Virtanen. It represents authoritative, hand-written documentation of the language — not scraped or machine-generated content.

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Community and Support

Channel	URL
GitHub Discussions	https://github.com/EkBass/BazzBasic/discussions
Discord	https://discord.com/channels/682603735515529216/1464283741919907932
ThinBasic subforum	https://www.thinbasic.com/community/forumdisplay.php?401-BazzBasic

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Citation

If you use this dataset, please credit:

Kristian Virtanen, "BazzBasic Language Reference", 2026.
https://github.com/EkBass/BazzBasic

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Dataset Card Authors

Kristian Virtanen (krisu.virtanen@gmail.com)