Gimp 2.8 تحميل
Lin Hosley
The flatpak build is new and has known limitations, though it will likely provide faster updates, following GIMP releases closely.
Therefore choose your installation medium according to your needs.
The flatpak link above should open your software installer and prompt you to install GIMP. Yet it may not work out-of-the-box on some platforms since the flatpak technology is new. If that is the case, ensure flatpak is installed and if clicking the link still does not prompt to install GIMP, then manually install by command line:
Once installed, it will be made available exactly the same way as other applications (menus, desktop overview, or any specific application launch process used by your desktop).
If this is not the case, we suggest to report a bug to your desktop or distribution asking for proper support of flatpak. In the meantime, you can still run it by command line (not as the recommended method, only a workaround):
This installation will also provide regular update. You don't have to come back on this page and install again (it will not work!) when a new version of GIMP is released. Instead if your distribution and/or desktop has a good support for flatpak, it should propose to perform updates.
Once again, if your distribution does not have proper support, you can always fall back to using the following command line:
Third party packages are not officially supported by the GIMP project. Therefore you should report issues to the packagers first, before reporting to the GIMP team. We only list some of these package systems here because they are widely used FLOSS projects, though we won't list projects providing very outdated versions.
An easy way to compile and install GIMP and other great Free software on your Mac is by using Macports. The installer allows you to choose from a large directory of packages. To install gimp using Macports, you simply do sudo port install gimp once you have Macports installed.
Homebrew is similar to Macports and provides packages (aka formulas) to install, either by compiling them from source or by using pre-made binaries. There are indications that there is now a formula for GIMP, installable with: brew tap homebrew/cask && brew install --cask gimp.
Fink is a package repository that offer mostly precompiled binaries. It provides the apt-get command known to e.g. Debian and Ubuntu users, and installing GIMP is as easy as sudo apt-get install gimp once you have installed the Fink installer.
If there's no binary package, then fink install gimp will compile GIMP from source.
Disclaimer: we haven't been able to determine if it is possible to install or build recent GIMP from Fink. Last we checked, GIMP 2.6.12 appears to be the most recent GIMP package that is offered there.
GIMP on the Microsoft Store is the same as the direct link installer. If you wish to install through the store, we recommend using the provided store link as our team cannot vouch for third-party packages of our code.
I recently learned that GIMP is a Photoshop replacement in Ubuntu world and Photoshop that I knew was a huge application around 500MB. Before downloading gimp, I wanted to know the size of application. I ran
The result is that the main gimp package depends on other gimp-related packages and many libraries as well. The download size of the main gimp package is, in fact, around 3 MB. The total download size, however, would be much more than 3 MB.
But you rarely see huge monolithic packages in the Ubuntu repository. 0ad-data, a particularly large package, is not even monolithic - it contains just the data files for the 0 A.D. game, and the binaries are in 0ad.
gimp is split into multiple packages, there are three that are essentially mandatory and a couple of optional ones. Those packages will also depend on other libraries that aren't part of gimp and may or may not be already installed.
The three mandatory ones are gimp, gimp-data and libgimp for a total download size (installed size will be bigger) of about 12 megabytes on top of this there will be libraries that aren't part of gimp but are needed by it the exact set will depend on what you already have installed.
A couple of reasons, firstly linux distros try to share as much code as possible between different applications while vendor-distributed applications (for both Windows and Linux) tend to embed a lot of libraries.
Because Ubuntu is not a rolling distro, it's safe for the build of GIMP to assume that those versions are present on the system, when you go to install. However, Windows and like operating systems do not provide a repository to satisfy those dependencies; therefore, they can not make such bold assumptions. This means that the above libraries must be statically linked in, or they must be provided themselves.
I am a member of a few Facebook groups, recently joined the img2track one out of curiosity, and wanting to explore the possibilities of an interface other than an Ayab/910 from a kit, which has proven to be of limited use to me. I have been charting original patterns and color separations for years, first in Excel and occasionally and now exclusively using Mac Numbers. Up to last December, entering designs for knitting on my 910 was limited to filling in squares carefully one at a time or small blocks and lines on mylar sheets in order to knit the repeats designed in charts in either program. Working with small, individual repeats and filling cells one at a time or in limited groups in GIMP to create duplicate pattern downloads was an easy transition out of sheer habit. A FB group member, Julie Haveland Beer shared a file on how to Convert Mosaic Knitting Chart to KM Skip Stitch Diagram (shared with her permission) that sparked a light bulb moment. I began to explore using the method in her share on files available in other printed materials and punchcard collections, wondering about those lace cards with so few holes that can go awry when building from scratch in order to download. Often I use Scanner pro on my phone (rather than a full-size scanner), save images in black and white, share them via photos, and open them up on my Mac for further editing. The full-size scanner saves of 60X150 patterns may be found at the bottom of the post.
Another lace image with table cell margins adjusted, and a reminder that borders may be in any configuration or color that makes it visually easier for you to proceed with filling in cells that correspond to black squares in the original image
The steps in progress, with the processed image ready to knit, shown in magnified, gridded final GIMP scaled repeat on far right. With a bit of familiarity with both programs, this process is far faster than any counting and filling in of pixels one at a time
Taking the time for a more careful crop for another card and easy peasy: crop, open in GIMP, convert to bitmapped BW image, scale to stitch and row count of the original repeat (in this instance 24X56), verify gridded by GIMP in magnified image version, then save for download in reduced size
Change border selection to light, thinner color, capture image and save as png. Load image in GIMP, convert to BW bitmap, scale to 24 by 60, save in downloadable format. Results are magnified in GIMP final images on the right. Showing grid allows an added visual check if preferred, against the original repeat. The final repeat tiled, as opposed to punchcard repeat tiled helped me see one missing square I found bothersome, an easy edit the culprit marked in red
The easiest conversion of all? a full-page factory mylar sheet. Here is one for lace with a simple adjustment of sharpness and contrast, magnified, and with superimposed rectangular grid after converting to BW bitmap for saving, to then discover that the blue grid disappears in a quick mode change to indexed in this factory mylar. The images on the far right are again the magnified scaled image and shown with a superimposed rectangular grid to check match against the original crop
4/15/19 I have always been curious about weaving drafts and patterns being translated to knitting ones. I wrote a post on some of the basic possibilities in 2015, in my Excel days. Lately, I have come across many tempting charts shared on Pinterest from many sources. Some are more difficult than others to translate cleanly. Having a periodic leaf obsession, I came across this chart, which also will show some of the issues found in mesh grounds, thread lace, and other fabrics when there are regularly spotted grounds.
I found the easiest way to work with the repeat was to overlay the table over the image using a much thicker cell border. The repeat was isolated, its colors reduced to black and white out of habit. Adjustments were made to the image eliminating aspect constraints, and it was laid under the grid to the closest visual match for stitch and row units cell size. Command select makes quick work of filling in pattern cells. When done, the table border was selected and rendered in a much lighter outline, the captured final image was saved, opened in GIMP (insured it was indexed), scaled to 38X50 pixels, and produced something in theory now knittable. Tiling is as always a good test to see if the final repeat meets your expectations prior to knitting and offers the opportunity for any other adjustments with the use of the grid and magnification even easier approach: use the same grid method on the original, in the original color isolated repeat. The table may be shifted slightly in its front position as one advances through the repeat, filling in cell content. another in progress repeat and its tiled BW counterpart using this method Luminescence is an online weaving program developed by Andrew Glassner. There are ample instructions and help files on site with regards to weaving. A related post, updated with information on processing images using a combination of Mac Numbers and Gimp, beginning with this draft Back in 2011, I had quite a lace obsession. One of the shawls I produced is shown below in one color on a blocking board, and in a completed other
The knitting took place in my mylar on 910 days and I still recall the tenacity it took to reproduce the lace pattern accurately from a small image in a publication, to a repeat 150 rows in height and 35 wide on the mylar. The original lace pattern was part of a series of motifs used in a lace shawl published by Susanna Lewis in issue # 5 p 43of Macknit, a short-lived machine knitting magazine. I now used the method illustrated with the woven leaf above. A thick cell border table was laid in front of a scaled scanned image of the original repeat, filling in cells, and then using the image grabbed from numbers in gimp to produce the final BW .bmps for download via img2track to my 930. Once I realized that the original image grabbed from numbers needed to be large enough to produce a clean scaled .bmp in gimp and broke the pattern into 3 segments 50 high each to accommodate the screen size of the Mac and an easy to count grab, within minutes I had my lace pattern for download subsequent proof of concept swatch was easier and quicker to produce as well now that I have a much better understanding of how lace transfers work, it was not quite centered, but appears to be correct