#Illustrator convert raster to vector how to#
#Illustrator convert raster to vector manual#
#Illustrator convert raster to vector series#

Just make sure to keep the Preview option toggled so you can gauge the accuracy of the tracing yourself. If tracing a PNG with color, you may have to adjust the number of colors accordingly. If tracing a black and white design, you may have to adjust the threshold slider depending on the composition of your PNG. Then toggle on the preview to see how your tracing looks. If it’s a simple black and white design, then leave the defaults as they are. If your PNG has color then make sure to choose “color” from the Mode drop down. The Image Trace menu, which allows you to create a vector tracing of any image. Select your file with the Select Tool, then open the Image Trace menu by navigating to Window > Image Trace. Import your file into Illustrator by navigating to File > Place. To create a vector tracing of your PNG file, first open a new document, then import your PNG file into Illustrator by going to File > Place and locating your file on your disk. The downside is that, depending on the complexity of your image, it isn’t always accurate. The benefit of using the Image Trace feature is that it’s quick and easy.

#Illustrator convert raster to vector how to#

I recently made an extensive tutorial about how to use the Image Trace feature if you want to learn more about how it works. The Image Trace feature uses a predictive algorithm to generate a vector tracing of an image based on the image’s composition. The first way in which you can convert a PNG to vector with Adobe Illustrator is by using the Image Trace feature.

#Illustrator convert raster to vector manual#

Then, if it turns out that your design is too detail to get an accurate vector tracing of it, then you can move on to the manual tracing method. It is recommended that you try the automated tracing option first, since it takes the least amount of time.

Manual Tracing: If your design is a little more complex, then you’ll have to manually draw a tracing by hand using basic shapes and drawing tools.

Automatic Tracing: Depending on how simple your design is, you may be able to utilize a built-in feature that uses AI to automatically generate a vector tracing of your PNG design.

The two different methods I’ll be covering are as follows… In the following demonstration I’ll be going over two different ways in which you can convert a PNG to vector with Adobe Illustrator by creating a tracing of it. Convert A PNG To Vector with Adobe Illustrator In order to create a vector tracing of your PNG file, you’ll need to use a vector graphics application, like Inkscape or Adobe Illustrator. If you don’t have a source vector file for your PNG file, then you’ll have to create a vector tracing it. It would be like trying to turn an omelet back into an egg. Since PNG is a raster format, there’s no way to directly convert it to a vector format. Unfortunately, it’s not as simple as converting one file type to another. Let’s say you have a logo, icon, or some kind of illustration that is in PNG format, and you want to convert it to a vector format in order to take advantage of all the benefits the vector format has to offer. This brings us to the topic of PNG files as it relates to the vector format.

Because of this, vector graphics are better suited for simple illustrations, user interface, icons, and logo design. The downside of working with vector graphics is that they’re not as capable of producing fine details as the raster format is. This makes the vector format ideal for something like a logo design, where the design will need to be used in many different contexts. The benefit of working with vector graphics is that they’re easy to edit and they can be scaled up infinitely without quality loss. The following file types are examples of vector formats… Vector graphics can be scaled infinitely without quality loss

#Illustrator convert raster to vector series#

Unlike the raster format, vector graphics are comprised of a series of coordinate points that dictate the properties of a graphic on an X and Y axis.