Unless you are some kind of sketching guru - which we certainly are not - it’s generally better to base the sketching on some underlying model: some picture that you actually want to draw some picture that you can rely upon in case the sketching derails by a huge margin.Īnd in case it’s not clear enough, you should only choose a picture that you really, really enjoy sketching - something that you can derive a whole lot of satisfaction from. Portion Crunching in Action: Antenna & Hat.To remedy this situation, we came up with a laborious and interesting solution: we decided to go out there and create a new Desmos sketch from scratch, and work backward to comment a bit on the steps, procedures and reasoning involved in the sketching process - as we go through the different stages and portions of the drawing.Īnd with that, let’s proceed straight into our Desmos Art guide in computational sketching, which - as you might have guessed - is going to be both fun and informative - even if you have no intention whatsoever of using any graphing calculator in the near future. And how did those numbers get so precise up to four decimals digits?.How did the author know that $3.982$ is the leading coefficient to use?.

Why does this weird-looking equation pop out from nowhere?.These are basically pictures and animations created in Desmos primarily through the clever use of equations and inequalities - among other features such as tables, animating sliders and regression models. Indeed, if you go to this official staff pick page, you should see that a whole bunch of creative artworks were already being created - anything from cartoon characters, landscape to logos and portraits.īut here’s a problem: when you reach a Desmos artwork page, you get to see the end-result with all the equations and inequalities, without necessarily having any clue about how the sketching process comes about from the beginning to the end: I was planning to help my students but first two videos got almost 8k views so I decided to continue recording.If you’re of the type who enjoys playing around with graphing calculator, then you might be interested in the so-called Desmos Art. I just started learning desmos art a few days before I recorded the first video. What do you think I should talk about next? Again, I am not a desmos pro. Video four, piecewise functions, adding basic animationsĪnd video five, using max and min, and absolute value. In video one, I talked about lines and circles, I tried to talked about functions step by step. And special thanks to u/Knalb_a_la_Knalb, he helped me with my last video. Opening the links, investigating the functions, playing around with them etc. and I also get very positive messages from other teachers and they want me to continue recording videos and I am planning to do that. My students loved the videos and they created amazing graphs, wonderful stuff.

I am learning and recording at the same time. So, I decided to record my own videos and still doing it. However, I couldn't find any step-by-step tutorials on Youtube. Anyways, I am also teaching advanced functions and functions courses and starting last December, I decided to give my students DESMOS ART projects. I just heard about desmos art last year and since then I am working on it, creating graphs, playing around with sliders.

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