PMview
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| Original author(s) | Peter Nielsen |
|---|---|
| Developer(s) | Peter Nielsen |
| Initial release | 1992 |
| Stable release |
3.78 / 25 August 2015
|
| Development status | Active |
| Written in | C++ |
| Operating system | Microsoft Windows, OS/2 |
| Size | 7 MB |
| Available in | English, German, French, Swedish; the OS/2 version also Russian |
| Type | Image viewer |
| License | Proprietary |
| Website | www |
PMView is a raster graphics image viewer, converter, and organizer with basic image editing capabilities. It was originally developed for OS/2 but is also available for Microsoft Windows.
PMView reads and writes and converts between more than 40 image file formats, shows the images on the screen, single and in slide shows, rotates or mirrors them, changes sizes and color depth, crops parts out of the images, and provides global editing of the image, all this individually on the image displayed on the screen, by prerecorded macros called batch scripts on a range of images, or directly in the File Open Container. And it can, of course, also print the images.
PMView uses its own file open dialog, showing thumbnails of all images in a given folder in what PMview calls the "File Open Container", unless the user chooses to see only the filenames. The size of those thumbnails can be changed by the user, and the user can choose if the thumbnails are taken from the operating system, out of the JPEG or PNG files, or dynamically generated by PMView. Still in the "File Open Container", all or selected images can be processed by file copy and move operations, conversion between file formats, application of various image editing tasks in batch operation macros.
PMView can acquire images by scanning of images using a TWAIN interface to an Image scanner, and by grabbing a part of the computer's screen by screenshots. And of course, from the clipboard, as a new image and as a new area of an existing image.
Image editing features are global color modifications regarding color balance, gamma correction, luminance, negative conversion, solarization, sharpening and softening of edges, and a number of filters including Gaussian blur and user-defined filters.
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