Great PCX library from Genus Microprogramming, Inc. (1988-89) for C, Pascal, Basic, Fortran, Clipper and Assembler. Full sources and documentation in Russian included.

PASJPEG is a port of the sixth public release of the IJG C source (release 6a of 7-Feb-96) [3], that implements JPEG baseline, extended-sequential, and progressive compression processes to Turbo Pascal 7.0 for DOS (TP). The code has been tested under Delphi 2.0, it can be ported to other Pascal environments, since many compilers try to be compatible to TP.

MCUNIT10 is a small set of units supporting work in graphic mode in Turbo Pascal 6.0.
- supports line and bar charts, drawing while data are calculated
- supports both horizontal and vertical menu and status line usage. In vertical menu numbers or strings can be edited. You can also togle between YES/NO or among items you have defined. If XMS is available screen's images will be saved to XMS instead of conventional memory.
- supports mouse in your program
- supports XMS (extended memory) usage, this unit is based on XMSHEAP by Michael Gallias and TPXMS by Vernon E.Davis, Jr.

Build your own MCGA Graphics Library for mode $13 (320x200x256 colors):
 Lesson 1 - Init Graph Mode and setting a pixel by directly altering video memory
 Lesson 2 - Explain how the Video Memory organized
 Lesson 3 - Fast line drawing
 Lesson 4 - Saving/Restoring screen areas, PCX files viewing
 Lesson 5 - Some animation techniques
 Lesson 6 - The MCGALIB source developed in this tutorial
 Lesson 7 - Palette Control

BP/TP 7.0 LoadPCX. Only 256 colors pcx-images. Svga256.bgi driver necessary  

This article will cover how to draw lines on a bit map, i.e. convert lines from vector format to raster format with width, shading, dash patterna, and color. Docs, ASM and PAS included

This is the collection of Turbo Pascal routines to implement some 3-D graphics. Sources for Texture Mapping excluded :(

Krush Present Coding Stuff #9 (Palette Cycling & Basic Bitmaps). Let's try to learn SVGA Techniques Under Turbo Pas

Krush Present Coding Stuff #8 (Fading Techniques). Let's try to learn SVGA Techniques Under Turbo Pas

Krush Present Coding Stuff #7 (RGB Pallete Screwing). Let's try to learn SVGA Techniques Under Turbo Pas

Krush Present Coding Stuff #6 (Using Regs & Asm). Let's try to learn SVGA Techniques Under Turbo Pas

Krush Present Coding Stuff #5 (PutPixel With Mem Stats). Let's try to learn SVGA Techniques Under Turbo Pas

Krush Present Coding Stuff #4 (Nice Lines). Let's try to learn SVGA Techniques Under Turbo Pas

Krush Present Coding Stuff #3 (Blob Movements). Let's try to learn SVGA Techniques Under Turbo Pas

Krush Present Coding Stuff #2. Let's try to learn SVGA Techniques Under Turbo Pas

Let's try to learn SVGA Techniques Under Turbo Pascal. Krush Present Coding Stuff #16. TP sources for a rotatable and movable Starfields. (for beginners)  

Let's try to learn SVGA Techniques Under Turbo Pas. Krush Present Coding Stuff #15. TP sources for the Mandelbrot fractal. Different screen modes. (for beginners)

Let's try to learn SVGA Techniques Under Turbo Pas. Krush Present Coding Stuff #14 (2D StarField + SpeedControl).

Let's try to learn SVGA Techniques Under Turbo Pas. Krush Present Coding Stuff #13 (Virtual Screen Operations).

Let's try to learn SVGA Techniques Under Turbo Pas. Krush Present Coding Stuff #12. TP sources for using mouse in 320x200. (for beginners)  

Let's try to learn SVGA Techniques Under Turbo Pas. Krush Present Coding Stuff #11. TP sources to show diffences in speeds with/without predefined co-ordinates. (4 beginners)  

Let's try to learn SVGA Techniques Under Turbo Pas. Krush Present Coding Stuff #10. TP sources for moving bitmaps, drawing lines and circles and making units. (4 beginners).

Krush Present Coding Stuff #1. Let's try to learn SVGA Techniques Under Turbo Pas

Learn the graphics with Krush! Krush 95 Package 002 for TP contains simple vector cubes with full sources

Kablooie is a pseudo-programmable fireworks simulator that works on an IBM AT or better with MCGA/VGA/SVGA. In order to use the high-resolution SVGA modes Kablooie requires a VESA-compatible SVGA system or the appropriate VESA TSR loaded.