Note that this data is strictly local and never transmitted or uploaded. ★ View and manage data associated with the application - Each user has preferences (for instance, the size setting that you selected), and these need to stay between closing/opening the sidebar. ★ View and manage your documents in Google Drive - The application needs to be able to search the documents for equations, then edit the documents by inserting the LaTeX. Here is a clear list of the permissions needed, and the reasons why. ★ Actively updated, meaning YOUR feedback can help improve future versions of the add-on! For more info, check our website at. ★ NEW! Option to de-render all equations! ★ Only converts equations within $$ or \[ symbols, meaning you render only the equations you want to have rendered! ★ Change colors and font settings in your equations using CodeCogs LaTeX commands! ★ Type equations directly into your document instead of clicking to an external sidebar! ★ If you want to change the equation after it has been rendered, just click the 'De-render Equation' button!
![why cant i insert equation in word why cant i insert equation in word](https://i.ytimg.com/vi/CHr9h0b98uM/maxresdefault.jpg)
★ By using inline sizing, fractions and other tall expressions will be shortened to match the rest of the expression!
![why cant i insert equation in word why cant i insert equation in word](https://i.ytimg.com/vi/iapBINZSSlE/maxresdefault.jpg)
★ By using automatic sizing, the rendered image will exactly match the font size of the equation! To change size, simply drag the box or change the original font size. ★ Convert multiple equations at the same time, using any function supported by LaTeX! This add-on has many advantages when compared to other formula editors or the default Google Docs equation editors. $$ and click the button in the sidebar, and all of your equations will be rendered in LaTeX! This add-on lets you automatically convert every LaTeX equation in your document into beautiful images! Simply enclose your math equations within $$.