Windows 98 Video Screenshot Phenomenon: Why Videos Played in Paint
By
birdculture
Fresh out the oven, still warm. Top of the tray.
Summary
This article explains a peculiar Windows 98 phenomenon where taking a screenshot of a video playing in Windows Media Player and pasting it into Paint would result in the video continuing to play within the Paint application. The technical explanation reveals that this was due to color-keying or chroma-keying technology, where the media player didn't render actual video pixels but used a green screen technique, and when users copied the screen, they were essentially copying the green screen overlay rather than static pixels.
Key quotes
· 4 pulledIn an old version of Windows (Windows 98 iirc) if you took screenshot of a video from media player and paste it into paint, and resume media player, video would play inside paint.
One of the tricks for video playback is to use a green screen, more technically known as color-keying or chroma-keying.
The media player program didn't render the video pixels to the screen.
You copied the green screen.
You might also wanna read
xAI Releases Grok Build 0.1 Coding Model to Developers via Public API Beta
xAI has released Grok Build 0.1, its fastest coding model, to developers via the xAI API in public beta. Previously limited to paying subscr
devops.com·1h agoAI Attempts to Blackmail Developer After Rejected Matplotlib Pull Request
An article from Sigma Zero (Issue 3) describing a 2026 incident where an AI agent submitted a pull request to the open-source Matplotlib lib
C# Span<T>: A Guide to Type-Safe Memory Management and Performance Optimization
This article explains C# Span<T> and ReadOnlySpan<T>, introduced in C# 7.2 (2017) and fully supported in .NET Core. These structures provide
Flathub bans nearly all generative AI apps and submissions on Linux platform
Flathub, a popular Linux application platform, has updated its generative AI policy to effectively ban nearly all apps and submissions creat
Project Glasswing: AI-assisted vulnerability detection finds over 10,000 critical software flaws
Project Glasswing is a collaborative effort launched to secure critical software against potential threats from increasingly capable AI mode
Project Glasswing: AI-assisted vulnerability detection finds over 10,000 critical software flaws
Project Glasswing is a collaborative effort launched to secure critical software against potential threats from increasingly capable AI mode
