The project was halted soon after a working prototype was developed.
A major technical obstacle was discovered: camera manufacturers were introducing encryption. Soon after, more software became available which fulfilled the roles that RawForge aspired to.
Raw Forge is a tool for photographers whose cameras support CCD-native raw images. Most major leading brands will be supported, but support for recent Fuji models (like the S3) might take longer
It will be of particular interest to amateur astronomers wanting to try astrophotography, who have been disappointed by the output offered by their camera.
RawForge: Removing 'hot pixels' using a black-point reference image.
This screenshot shows the results of a simple filter to remove 'Hotspot' CCD defects, using a black-point picture (shown top-left), and applying it to the source image (bottom-left), to obtain a clean image (bottom-right).
Although you have to look carefully to see the difference here, the difference is most apparent in images converted from Raw, e.g. by the Nikon View suite, where errors are spread further.
Raw Forge currently works with Nikon Raw (NEF) images. It is planned to adopt Adobe DNG format next, and approach other proprietary formats if the need is identified: RAF, RAW, CRW, CR2, DCR, MRW, ORF, PEF, SRF.
Raw Forge will feature noise reduction that hides the CCD faults and environmental noise associated with CCD (digital) photography. At present, most digital cameras do not clean up faulty CCDs. A raw-resolution noise reduction method has been tested for Raw Forge, which is superior to the 'noise reduction' or 'clear image' features found in some digital cameras.
Basic image adjustments will be possible. The first release will feature CCD-native level adjustment. Further releases will allow adjustment in many colour spaces (CCD-native, RGB, HLS to begin with), and allow conservation of saturation.
Further releases will include painting tools, image filters, and layer-based editing. It is known that many image editors support these features, but Raw Forge will support these at CCD-native resolution, as well as RGB and other colour spaces.
Three types of compositing have been identified: master-detail large format images, adjacent stitching, and stacking. Stacking will be implemented first, for astrophotography applications, but the first release of this feature will not automatically align the stacked images.
It is now more commonplace for lower-quality, higher-resolution CCDs to be used as components in consumer-grade cameras. This means that images with long exposure (like night sky shots) will show background noise and unwanted bright spots. Such sensors should not be used for scientific or critical applications, but for amateur imaging, Raw Forge will take your CCD images, eliminate most of the noise, using knowledge about the CCD, and present a surprising level of detail that you would not have seen in the original image.
