![]() There’s multiple ways to create one of these (probably the easiest is to use a Natural Language cell to do a simple calculation, like 2+3, then edit the input cell that appears below it). ![]() We’ll just need to use a regular Input cell, like we would find in Mathematica. The good news is we can use this code precisely as it was originally written. So we want a solution that lets us use this backwards compatibility without changing the code at all. And non Wolfram resources, like Stack Exchange, give Wolfram Language code examples that could be very useful. And some great Wolfram resources (like the Wolfram Demonstrations project ) use older code. We are very proud of our backwards compatibility at Wolfram : code that worked in previous versions of Mathematica will always work in newer versions of Mathematica (unless it relies on a third-party software like flash). To see what makes this happens (and how we can avoid it), we’ll move on to an example.Īlthough this works, it’s unideal. Inputs in Mathematica) that doesn’t work as well in Natural Language. However, t here is some code that works in “standard inputs” (i.e. However you want to teach your students, this program has something that will help. For now, we’ll just note that the provided code after a Natural Language input cell is run could be used to either help students do math without learning any code or could scaffold the learning of the Wolfram Language, starting with “no-code” Natural Language prompts. ![]() We’ll return to the editable nature of this code later, and see how it could help us more than just by refining our results. This lets newer users generate their own formal code with informal commands, and then explore what changing that code will do. If you click on the input cell above (the cell with formal code generated right below the orange cell), you can change the produced code however you want (for example, you could change the range of “a” from 0, 2 to 1, 5 ) then hit Shift+Enter to run the new instructions. The code Wolfram|Alpha Notebook Edition produces is editable. It worked! The two outputs above aren’t exactly the same (for example, the starting values and ranges of “a” are different), but that’s something we can change.
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