Vector Magic Portable Free Download Full Version
Lex Mumphrey
You can upload, vectorize, and preview the result for as many images as you like without commitment. However, to download results you need to subscribe to the Online Edition. Alternatively, you can buy the Desktop Edition and use the software offline.
If you compare results from other tools, you will notice that Vector Magic produces vectors that are more faithful to the bitmap original. This makes them often immediately usable, and if cleanup is required there's much less of it.
With the high cost of outsourcing and the time hand-tracing takes, Vector Magic pays for itself with even a minimum of use. And since usage is unlimited, it always makes sense to try it on any image you need vectorized.
Automatically convert JPG, PNG, BMP, and GIF bitmap images to true SVG, EPS, and PDF vector images online by simply uploading them. Real full-color tracing, no software to install and results are ready right away!
Stand-alone desktop application to convert bitmap images to vector images offline. Supports all the Online Edition file formats, plus AI and DXF output. Works seamlessly with Illustrator, Corel, and others.
Your logo represents your brand and is used across a wide range of media: your website, business cards, flyers, banners, etc. Ensure a consistent and crisp display in all contexts by having it in vector format.
Quickly get bitmap source material into your vector compositions, opening up a range of creative possibilities. Or go old-school and draw something on paper, then scan, vectorize, and refine your creation.
Vector Magic analyzes your image and automatically detects appropriate settings to vectorize it with, and then goes ahead and traces out the underlying shapes in full color. This makes getting started a real breeze: just upload your image and presto, a result to review!
Vector images consist of shapes like circles, rectangles, lines and curves, while bitmap images, also known as raster images, consist of a grid of pixels. Vectorization or tracing is the process of taking a bitmap image and re-drawing it as a vector image.
The shapes in vector images allow computers to do things that cannot be done with bitmap images, like scale them to any size without loss of quality and using them to e.g. cut, sew, paint, and laser engrave.
Adobe's EPS format (Encapsulated PostScript) is perhaps the most common vector image format. It is the standard interchange format in the print industry. It is widely supported as an export format, but due to the complexity of the full format specification, not all programs that claim to support EPS are able to import all variants of it. Adobe Illustrator and recent versions of CorelDRAW have very good support for reading and writing EPS. Ghostview can read it very well but does not have any editing capabilities. Inkscape can only export it.
The W3C standard vector image format is called SVG (Scalable Vector Graphics). Inkscape and recent versions of Adobe Illustrator and CorelDRAW have good support for reading and writing SVG. Further information on the SVG format may be found on the official SVG website.
Adobe's PDF format (Portable Document Format) is very widely used as a general purpose platform-independent document format. And while it is not exclusively used as such, it is also a very good vector image format. Adobe gives away the Acrobat PDF reader, but sells the tools required to create PDF files (third party tools that perform the same task are also for sale). Those tools work with any program that is able to print. Support for reading and editing PDF files is much more limited.
Photos can be vectorized to great artistic effect, and this tutorial shows you some examples. You can get a stylized piece of art that can be used e.g. as a background or component in a larger composition. You can also extract individual shapes from specific real-world objects, which can be a great addition to your asset repository.
The purpose of this page is to let you manually correct segmentation mistakes made by Vector Magic. The segmentation is the crude partitioning of the image into pieces that are then smoothed to produce the final vector art.
Hello, I'm trying to vectorize an image with Vector Magic, but I noticed that every image makes it crash if it was exported from GIMP (even with no editing). Is there any setting that could help increasing compatibility?
you are not stating what software you are using to vectorize with, but in order for Signblazer to import an image, it has to be an older version file like version 8 .eps . You should be importing your file, NOT open.
You may have used Vector Magic as an online application but now it's available for your work or home PC as well either Windows or Mac operating systems. Get expanded features compared to the online version the desktop version is even more powerful and allows you to do more with your vector art projects pushing your skills even further.
Vector Magic has all the great features that you need to make the art that you want. You can vectorize very large images and save the results in a variety of output formats including JPG TIF GIF and BMP for Windows versions and GIF and BMP for Mac versions of the program. the interface is very easy and utilizes many drag and drop tools so you won't be spending time learning a new program you can jump right into your projects. Don't wait download the free trial today and find out what Vector Magic can do for you!
Currently, Vector Magic does not have a specific feature to convert gradients to gradient vector shapes (instead they are converted to bands of constant color). The Vectorization Wizard will help you achieve the best results in vectorizing the shapes of your artwork. You can then edit the colors or add the gradient with a vector editing program.
This tutorial describes how to convert a digitally rasterized bitmap image into vector art. This process is called tracing or vectorization, and can either be done manually or using an automatic tool. In this tutorial, we explain how to use Vector Magic to perform this conversion quickly and easily.
This tutorial applies only to bitmaps arising from the digital rasterization of a vector art original. This comes up when the original vector art has been lost or is inconvenient or time-consuming to retrieve. In this tutorial, I go through the process of re-vectorizing such an image.
Just like many other image viewers and editors, VM uses a checkerboard pattern to indicate the background (behind the image). So if an image contains transparent sections, as this one does, they will show through as the checkerboard. Transparency is supported by VM Desktop Edition but not the online version. This does require the user to make a choice. If the transparency is alpha-blended at the boundary (as is typically the case with PNG images), then the user should leave the transparency alone. If the transparency is implemented as a 1-bit transparency mask (as with GIF), but the rest of the image has anti-aliasing, then it is necessary to flatten the image to a suitable background color. This page (shown below) lets the user make this selection. In this case, the transparency is alpha-blended and we want to preserve the transparency in the vector result, so we will select 'Leave Transparent.'
The next option is the quality of the source image. The algorithm needs to know this so that, in the case of a noisy image, it doesn't mistake compression noise or other imperfections in the image as representing actual features to be reproduced in the vector image. In this case, the input image is a very clean, crisp PNG, with no noise. It is definitely a high quality image, so we will select that choice (see below). But be sure to zoom in on any given image to take a close look. Sometimes an image can appear clean and crisp when zoomed out, but defects become apparent when inspecting it in detail.
The next choice determines how the colors to be used in the vectorized result are selected. "Custom colors" means that you can select the exact set of colors to be used, while "unlimited colors" mean that the algorithm will pick them automatically. In general, one should pick "unlimited colors" when there are lots of colors in the image, and "custom colors" when there are very few. But it is also sometimes sensible to pick "unlimited colors" even when there are very few color because that option takes less time. In this case, I'd like to demonstrate the process of picking the "custom colors," so I'll make that choice (see below).
For the "custom colors" mode, the user must select the specific set of colors that he/she wishes to have included in the vectorized result. On this page, several "Quick palettes" are shown that the user can select from. Selecting a quick palette causes that palette to show up in the box at the top of the page. Individual colors in the selected palette may be edited or deleted by clicking on them, and additional colors may be added by clicking the "+" icon. In this case, the seven-color quick palette is the correct choice (see below), so we select it and move on. The arrows to the left of each quick palette indicate whether the program thinks it is a likely candidate. The double arrow is the program's best guess. In this case, the best guess (nine colors) was not correct, but it was just a matter of one click of the mouse to correct that mistake. After selecting the correct palette, we hit "Next" to move on to start the vectorization job.
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