PLASMAConverter

What is a PLASMA file?
A PLASMA file is not a standardized image file format. Instead, “PLASMA” typically refers to a procedural visual effect — specifically, a dynamic, flowing color pattern resembling ionized gas — commonly generated in real-time by demo scenes, screen savers, or graphics software (e.g., in old Amiga demos, Fractint, or modern shaders).

There is no official .plasma image file format. Files named .plasma are usually:

• Custom project/data files (e.g., from a specific demo tool or renderer),
• Configuration or script files defining plasma effect parameters (speed, colors, turbulence),
• Or misnamed/unsupported exports.

It is not part of mainstream image formats like JPEG, PNG, or Netpbm.

What is a PLASMA file used for?
PLASMA-related files are mainly used for:

• Storing parameters for real-time plasma visual effects
• Demo scene and retro-computing projects (e.g., 64k intros)
• Shader development and generative art
• Educational examples in computer graphics (sine-based texture animation)
• Nostalgic screen savers or visualizers

They do not store static images — they define how to generate a moving image.

How to open a PLASMA file?
There is no universal viewer. Opening depends on origin:

• If from Fractint: open in Fractint as a formula/effects file
• If plain text (e.g., JSON/INI): open in any text editor (Notepad++, VS Code)
• If binary/custom: likely only usable in the original software that created it
• For visualizing plasma: use tools like Shadertoy, Processing, or G’MIC (which has a “Plasma” filter)

⚠️ Note: Double-clicking a .plasma file will likely not open an image — it may do nothing or trigger an error.

Is a PLASMA file an image file?
No.
A PLASMA file is not a standard raster or vector image file. It does not contain pixel data — only instructions or parameters to generate an image programmatically.

File format details

• Format type: Non-standard / application-specific
• Data stored: Effect parameters, formulas, or metadata (not pixels)
• Primary use: Generative graphics, demoscene, real-time visuals
• Platforms: Varies by tool (Windows, Linux, retro systems)