Adobe Photoshop Cs6 13.1.2 Extended Multilanguage -chingliu- Exclusive ✯ 〈GENUINE〉
This update improved the speed of 3D imaging, allowing for real-time lighting, shadows, and reflections.
what is the difference between photoshop cs6 and cs 6 extended
The "Extended" moniker distinguishes this version from the standard Photoshop CS6 by including several specialized toolsets: Adobe Photoshop CS6 13.1.2 Extended Multilanguage -ChingLiu-
Specifically for scientific and architectural fields, it includes measurement and counting tools, as well as support for DICOM files (medical imaging).
Users can create 3D logos and artwork directly from text or 2D layers using the Repoussé tool. This update improved the speed of 3D imaging,
This version typically includes support for dozens of languages, making it a global standard for design. Understanding the "ChingLiu" Release
The name refers to a prominent individual or group within the software cracking community. The "Adobe Photoshop CS6 13.1.2 Extended Multilanguage -ChingLiu-" package is a pirated version of the software that includes: This version typically includes support for dozens of
Adobe Photoshop CS6 13.1.2 Extended remains a landmark release in the history of digital imaging software. Often associated with the "ChingLiu" release—a well-known repacked version of the software—this specific build represents the final major update to the Creative Suite era before Adobe transitioned exclusively to its Creative Cloud subscription model. Overview of Version 13.1.2
While the standard perpetual version of Photoshop CS6 topped out at version 13.0.6 (macOS) or 13.0.1.3 (Windows), version was unique. It was originally released for Creative Cloud members who still preferred the CS6 interface and feature set. This "Extended" version unlocked advanced capabilities that were previously restricted to high-end industrial and medical licenses. Key Features of the Extended Edition
Version 13.1.2 includes the refined Content-Aware Patch and Content-Aware Move tools, which use sophisticated algorithms to fill in or move objects within a scene seamlessly.
