blitz-image is a library to support extremely fast image processing in java, harnessing GPU acceleration via OpenCL.

Although more features will be added in time, the initial focus is on very fast high-quality image resizing, including bicubic resizing (both upscale and downscale).

The performance of a typical bicubic upscale operation is typically in the order of 10 times faster than via the standard AWT mechanism using RenderingHints.VALUE_INTERPOLATION_BICUBIC.

The library depends on Aparapi (https://code.google.com/p/aparapi/). Any GPU supporting OpenCL should be supported (including low-end GPUs without double-precision fp support), and there is automatic fallback to pure java implementations for all operations in the event that there is no OpenCL support available.

A high-level API allows for very easy use from AWT/Swing, whilst the low-level array-based API allows integration with any imaging framework (e.g. from Android or SWT).

Project Samples

Project Activity

See All Activity >

License

BSD License

Follow blitz-image

blitz-image Web Site

Other Useful Business Software
Stay in Flow. Let Zenflow Handle the Heavy Lifting. Icon
Stay in Flow. Let Zenflow Handle the Heavy Lifting.

Your AI engineering control center. Zenflow turns specs into shipped features using parallel agents and multi-repo intelligence.

Zenflow is your engineering control center, turning specs into shipped features. Parallel agents handle coding, testing, and refactoring with real repo context. Multi-agent workflows remove bottlenecks and automate routine work so developers stay focused and in flow.
Try free now
Rate This Project
Login To Rate This Project

User Reviews

Be the first to post a review of blitz-image!

Additional Project Details

Intended Audience

Developers, Science/Research

User Interface

Project is a graphics toolkit

Programming Language

Java

Related Categories

Java Graphics Software, Java Image Converters, Java Data Visualization Software, Java Image Upscalers, Java Image Processing Software

Registered

2014-08-10