How do you export and save your vector graphics in different formats and resolutions?

1 Choose the right format

When exporting and saving your vector graphics, it is important to choose the right format for your purpose. Different formats offer various benefits and drawbacks in terms of file size, quality, compatibility, and flexibility. Common formats for vector graphics include SVG (Scalable Vector Graphics), EPS (Encapsulated PostScript), PDF (Portable Document Format), and PNG (Portable Network Graphics). SVG is web-friendly and preserves the vector data, while EPS is ideal for high-quality printing and professional design. PDF is versatile but may not preserve the vector data if compressed or flattened. PNG can preserve the transparency and quality of your vector graphics, but it does not retain the vector data.

2 Adjust the resolution

The second step to export and save your vector graphics is to adjust the resolution according to your needs. Resolution is the measure of how many pixels are in your image, and it affects the sharpness and clarity of your graphics. Higher resolution means more pixels and better quality, but also larger file sizes and slower loading times. Lower resolution means fewer pixels and lower quality, but also smaller file sizes and faster loading times. The resolution you need depends on the size and medium of your graphics. For example, if you are exporting your graphics for web use, you may want to use a lower resolution (72 dpi or dots per inch) to optimize the file size and loading speed. If you are exporting your graphics for print use, you may want to use a higher resolution (300 dpi or more) to ensure the quality and accuracy of your graphics. You can adjust the resolution of your graphics in your software tool before or during the export process.

3 Export your graphics

The third step to export and save your vector graphics is to use the export function of your software tool. The export function allows you to convert your graphics from the native format of your tool (such as AI for Adobe Illustrator) to the format of your choice (such as SVG or PNG). The export function also allows you to customize the settings and options of your graphics, such as the resolution, color mode, compression, transparency, and metadata. To export your graphics, you need to select the graphics you want to export, choose the export option from the menu or toolbar, select the format and location of your file, and adjust the settings and options as needed. You can also export multiple graphics at once using the batch export or export for screens functions.

4 Save your graphics

The fourth step to export and save your vector graphics is to save your graphics in the native format of your software tool. The save function allows you to preserve the vector data and the layers, effects, and edits of your graphics. The save function also allows you to create backup copies of your graphics in case you need to make changes or corrections later. To save your graphics, you need to select the graphics you want to save, choose the save option from the menu or toolbar, select the location and name of your file, and adjust the settings and options as needed. You can also save multiple graphics at once using the save as or save a copy functions.

5 Test your graphics

The fifth step to export and save your vector graphics is to test your graphics in different contexts and platforms. Testing your graphics allows you to check if they look and work as intended, and if they meet the requirements and specifications of your purpose. Testing your graphics also allows you to identify and fix any errors or issues that may arise during the export or save process. To test your graphics, you need to open or view them in different applications, browsers, devices, and screens, and compare them with the original graphics. You can also use online tools or validators to check the quality, compatibility, and performance of your graphics.

6 Optimize your graphics

The sixth step to export and save your vector graphics is to optimize them. Optimizing your graphics can improve their quality, efficiency, and usability, as well as reduce the file size, loading time, and bandwidth. To do so, you can simplify or remove unnecessary elements, such as shapes, paths, colors, effects, and fonts. Additionally, you can utilize vector-specific features like symbols, patterns, gradients, and masks. For web-specific features, consider responsive design, media queries, and SVG sprites. Lastly, use compression or minification tools like SVGOMG, TinyPNG, or ImageOptim.

7 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?