![]() If you’re looking to convert TIFF to vector, you’re in luck-you’re using Scan2CAD’s recommended file format. This is the opposite of lossy compression-a method that leads to a drop in quality after editing and saving. What does this mean for your image? Not only is it compressed, it also retains quality even after being edited. The format makes use of lossless compression. As with other raster file types, TIFFs are made up of pixels. You’ll struggle to find a raster format as flexible and adaptable as TIFF. That is, images that hold millions of colors. Nowadays, you’ll see that TIFF is a popular format for “deep color” images. While only binary at the beginning, TIFF grew to support grayscale images and finally color images. ![]() The original intent behind TIFF was to create a “universal” format of sorts for all desktop scanners. TIFF-or Tagged Image File Format-has a history dating all the way back to 1986, believe it or not. That being said, there are undoubtedly a few fun facts you’ve not yet discovered. If you’re looking to convert TIFF to vector, odds are, you already know what TIFFs are. For engineers in particular, this can be incredibly useful-giving them the opportunity to take elements they like from an older drawing and using them in a newer design. Plus, you can take elements you like in a CAD drawing, for example, and re-use them in a new one. Unlike rasters, you can make changes to individual vector elements. It’s not all about the scaling advantages, however vectors are are also handy when it comes to editing. How does this affect scaling? It’s simple-you can change the scale of a vector as much as you want, without any degradation in quality. Instead, they’re made up of paths-relying entirely on mathematical coordinates. Vector images aren’t built up of pixels like rasters. For example, you’d need to use a different sized raster for a billboard than you would for a business card. If you’re a designer, you’ll have had to account for these issues by creating different sizes of a raster image depending on what you’re using it for. This is because raster images are resolution dependent. Almost everyone out there, at some point, has attempted to resize an image only for it to come out blurry and undefined. Pixels become more apparent when you try to change the size of a raster image. If you want to make changes to a raster image, you can’t do so to individual pixels-you’ll end up making changes to the entire image. While this means they can hold millions of colors, it also means they’re incredibly difficult to edit. Raster images-like TIFF-are built up entirely of pixels. Essentially, it all boils down to the differences between rasters and vectors. You might be wondering if you can just get away with using a TIFF, or why anyone would want to convert TIFF to vector at all. ![]() So, how do you convert TIFF to vector-and what does the process really entail? In Scan2CAD’s latest article, we’ll look at the relevant file types involved, the ins and outs of conversion and the types of software-not the least of which is Scan2CAD-that can be used to convert TIFF to vector. The easiest solution would be to convert TIFF to vector-opening the door to easy editing, collaboration and so on. Despite its many advantages, however, TIFF is still a raster file format, which may cause an abundance of issues that can be problematic, particularly in industries where precision is key. ![]() It’s for this reason that it’s the go-to format for many designers and engineers. TIFF is one of the most versatile file formats around-it supports millions of colors and allows for good image quality.
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