Using a stylus to write math symbols on paper and transfer them to a computer
Using a stylus to write math symbols on paper and transfer them to a computer
You're looking for ways to input math symbols and numbers on your Surface Pro 3 without relying on the stylus. There are alternatives like using a dedicated drawing app or a stylus-free method such as typing directly into the drawing software. Some apps allow you to save your work as images or text files, which can then be imported into documents. Would you like suggestions for specific programs?
I recommend OneNote (Desktop Version) for selecting writing and converting it to math. However, it seems similar to the math input panel, so it may not offer significant advantages. I’m not sure how to assist further at the moment.
I personally use my Surface Pro 2 for math tasks, but I can switch to handwriting mode when needed. Sorry about that!
Maybe someone more helpful will join the conversation soon.
Word isn't useful for math writing. Try LaTeX—it's simple and now used in textbooks. https://tobi.oetiker.ch/lshort/lshort.pdf It's just as straightforward as HTML.
I needed LaTeX to complete my BSc thesis in mathematics. I gave up on Word and PowerPoint, and I haven’t looked back. For anyone planning to write mathematical content, LaTeX is essential. Word is slow and limited, while LaTeX offers powerful features. I began taking notes by hand initially, but switched to LaTeX for assignments once I mastered it. I created a custom template that works across platforms, letting me type freely and save my work easily. LaTeX excels at scientific notation and automatically handles much of the formatting. You can adjust chapter numbers or other details easily, and most editors provide helpful menus for basic tasks. It’s a game-changer for precision and flexibility.
It changes the phrasing while keeping the meaning clear. It simplifies the process of writing math equations by making expressions more concise and easier to follow.
It varies from Word in many aspects, mainly since Word functions as a WYSIWYG (What You See Is What You Get) tool, while LaTeX operates differently. Consider LaTeX as a coding language. It simplifies crafting mathematical expressions because a) it functions properly and B) you avoid adjusting text to fit visual elements manually, which is handled automatically. Personally, I relied on Word for a high school math paper involving vectors—subscripts and matrices were cumbersome—and the results looked poor. With LaTeX, nested subscripts are possible, something Word doesn’t support. Learning LaTeX has a slight steep learning phase due to its non-WYSIWYG nature, but the benefits are significant. It remains a powerful tool for creating visually appealing or mathematically rich documents. If you're keen to explore LaTeX, numerous guides and tutorials are available to help you begin. Here’s an illustration of LaTeX output alongside the editor interface: http://goo.gl/otsyAr