# User Portlet

Arm Mo
Discussions
This looks really nice and cool. A questions though: How did you chose the functions for $I1$ and $I2$ in lines: In[23]:= Integrate[Integrate[1/(p^2 + u^2 + v^2)^(3/2), u], v] In[9]:= Integrate[Integrate[v/(p^2 + u^2 + v^2)^(3/2), u],...
Let's say I have a function which has some parameters c and b associated with it, Fx[b_, c_, y_, x_] := Sin[x/c] + Cos [b y] For each value of c and b I want to be able to append all the graphs on top of each other using manipulate...
I want to manipulate a list of 644 elements ListTEST={{i1,x1,y1,z1,d},{i2,x2,y2,z2,d},.....{i644,x644,y644,z644,d}} where **i** comes from iteration, d is a constant, and values **x,y,z** are are values after differential equation was...
This is so cool, thanks for the great work. Can you tell me which Mathematica version did you write this code ? I tried to used Mathematica 9 but it seems it doesn't recognize VoronioMesh and MeshCellStyle function
Thanks a lot, but this is not what I want. I want the 3D Hexagon Prisms. Or at least is there away to modify this to change from round tubes to 3d hexagons packed next to each other ?
Amazing!!! I see how you define piece by piece and integrated over defined region. Thanks a lot sir.
Yes I think you are right! Thank you,