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I want to simplify (a*32 + a%32)/32, and a is integer. So I write:Simplify[Quotient[a*32 + Mod[a, 32], 32], Element[a, PositiveIntegers]]However it gives me:Quotient[32 a + Mod[a, 32], 32]and...
Asked on 12/18/2020 by worldterminator
1 answerI have this 3-variable functionf := 16 ((-1 + (9 x^2)/4) Cos[z] Cosh[(π x)/3] + 3 x Sin[z] Sinh[(π x)/3]) Sinh[π x] +...
Asked on 12/18/2020
1 answerHow do I visualize $exp(z)$ as a complex mapping? How can I ensure that it does not miss any value on the complex plane as it's value (is in...
Asked on 12/18/2020 by SJA
1 answerI've read Cool Graphs of Implicit Equations recently. In the article, it mentioned a software GrafEq which can draw graphs of arbitrary implicit equations....
Asked on 12/18/2020 by diverger
4 answerHas anyone else experienced a bug in Mathematica v.12.1 whereby saving an image as PDF or EPS causes the software to crash? If so, has someone found a cause/solution?...
Asked on 12/18/2020 by user120911
1 answerI am reading a paper on High Harmonics Generation (HHG) and a Lewenstein model The paper is here. I would like to reproduce some results but I am...
Asked on 12/18/2020 by leosenko
2 answerMathematica seems to render rational Bézier curves (drawn with BSplineCurve) using polylines whose segments can be annoyingly long, while polynomial Bézier curves (drawn with BezierCurve) behave better. Consider, for...
Asked on 12/18/2020 by Lyle Ramshaw
1 answerI have a large dataset of SEM micrographs I am trying to binarily segment via ClusteringComponents, and it has seemed to be the most accurate method compared to the other...
Asked on 12/18/2020 by Christopher Moore
1 answerI have the following lines of code:randomnumbers = {10};For[w = 1, w <= 10, w++, randomnumbers = Append[randomnumbers, RandomInteger[10]]; addition = Last[randomnumbers] + Last[Drop[randomnumbers, -1]]; Print[randomnumbers]; Print[addition]...
Asked on 12/18/2020
3 answerThanks to the answer by @Chris K I think I have re-expressed the question properly. I have the following equations of motioneqnx = (1/4)*(-((α1*α2*μ*Sin[2*z[τ]]^2)/(α*β*(α*Cos[z[τ]]^2 + β*Sin[z[τ]]^2 - x[τ])^2)) -...
Asked on 12/17/2020 by DiSp0sablE_H3r0
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