Digital Film Tools

Software that creates a photographic reproduction of a printed or graphic work made with a process in which a new image is formed by the action of proprietary image analysis, color, texture and light. Whether it's still or moving images, the key attributes are copied from one image and applied to another. We have painstakingly analyzed the brightness, color, tone, detail, grain and texture of some of the world's greatest movies, paintings, photographs and historical photographic processes.

Power Stroke is designed with the creative workflow of digital photographers, graphic designers and artists in mind, Power Stroke introduces a simple, interactive stroke-based interface to quickly and intuitively perform targeted adjustments.

EZ Mask is an easy to use interactive image masking tool capable of extracting almost any object in an image–even if you are dealing with fine hair detail, smoke, or reflections. To work this magic, EZ Mask iteratively estimates the transparency value for every pixel in the image, based on a small sample of foreground (what you want to cut out) and background pixels marked by simple strokes on the image. There is even a Refine mode where EZ Mask automatically updates the mask or composite as you paint a stroke. In addition, the foreground colors are estimated in the semi-transparent areas to create a seamless composite.

Software that creates a photographic reproduction of a printed or graphic work made with a process in which a new image is formed by the action of proprietary image analysis, color, texture and light. Whether it's still or moving images, the key attributes are copied from one image and applied to another.

Power Stroke is designed with the creative workflow of digital photographers, graphic designers and artists in mind, Power Stroke introduces a simple, interactive stroke-based interface to quickly and intuitively perform targeted adjustments.

EZ Mask is an easy to use interactive image masking tool capable of extracting almost any object in an image–even if you are dealing with fine hair detail, smoke, or reflections. To work this magic, EZ Mask iteratively estimates the transparency value for every pixel in the image, based on a small sample of foreground (what you want to cut out) and background pixels marked by simple strokes on the image. There is even a Refine mode where EZ Mask automatically updates the mask or composite as you paint a stroke. In addition, the foreground colors are estimated in the semi-transparent areas to create a seamless composite.

reFine presents a new technique for performing selective sharpening, detail enhancement, edge aware smoothing, cartoon and pencil effects. Using high-quality edge preserving filtering of still and moving images, there are considerable speedups and memory savings over existing methods. Our approach decomposes the image into three detail layers: Coarse, medium and fine.

pho•to•copy (foh-tuh-kop-ee): Software that creates a photographic reproduction of a printed or graphic work made with a process in which a new image is formed by the action of proprietary image analysis, color, texture and light. Whether it's still or moving images, the key attributes are copied from one image and applied to another.

reFine presents a new technique for performing selective sharpening, detail enhancement, edge aware smoothing, cartoon and pencil effects. Using high-quality edge preserving filtering of still and moving images, there are considerable speedups and memory savings over existing methods. Our approach decomposes the image into three detail layers: Coarse, medium and fine. Each of the detail layers can be manipulated separately in various ways, for instance, sharpening or smoothing. Add to that sophisticated, but easy to use masking and you have quick isolation of image features for selective filtering.

reFine presents a new technique for performing selective sharpening, detail enhancement, edge aware smoothing, cartoon and pencil effects. Using high-quality edge preserving filtering of still and moving images, there are considerable speedups and memory savings over existing methods. Our approach decomposes the image into three detail layers: Coarse, medium and fine. Each of the detail layers can be manipulated separately in various ways, for instance, sharpening or smoothing. Add to that sophisticated, but easy to use masking and you have quick isolation of image features for selective filtering.