I have 4 matrixes such as  P, P1, P2,P3

what can i do paint four 3D-lines  in one plot with points in the 4 matrixs?

 P := Matrix(51, 3);

R := proc (s) options operator, arrow; 0.6e-1*(arctan(10*s/1.3-3.0)/Pi+1/2) end proc;

y := proc (s) options operator, arrow; evalf((-1)*0.6e-1*(arctan(10*s/1.3-3.0)/Pi+1/2)*cos(6*Pi*s/1.3)) end proc;

z := proc (s) options operator, arrow; evalf(0.6e-1*(arctan(10*s/1.3-3.0)/Pi+1/2)*sin(6*Pi*s/1.3)) end proc

for i to 51 do

hi

i have a directed graph and i have to find all possible ways from a Node to another. with which command can maple calculate all possibel ways?

 

i just found only a command for minimal spannin tree, but my edges are not weighted.

Greetings All

I've had help creating some commands in mathematica 6 but prefer to use maple 11 (because maple just seems easier for me to use)  Does anyone know how I can convert mathematica 6 commands to maple 11 commands.  The following commands are below and an example of the ouput I'm trying to get with maple 11.

Mathematica 6 code

Input commands:

data ={{0,0},{.5,-1},{1,0},{2,2},{3,0},{4,-2.750000000},{5,-4},{6,-2.750000000},{7,0},

{8,2.937500000},{9,5.500000000},{10,7.312500000},{11,8},{12,7.312500000},

{13,5.5},{14,2.937500000},{15,0},{16,-2.918367347},{17,-5.346938775},

{18,-6.795918367},{18.5,-7},{19,-6.795918368},{20,-5.346938776},

{21,-2.918367347},{22,0},{23,2.84},{24,4.72},{24.5,5},{25,4.72},{26,2.84},{27,0}};

f = Interpolation[data, PeriodicInterpolation -> True];

<< "FourierSeries`"

s[x_] = N[
  FourierTrigSeries[f[x], x, 31, FourierParameters -> {-1, 1/27}]]

discr = Interpolation[data /. {x_, y_} -> {x, y},
   InterpolationOrder -> 0];

g[x_] = Piecewise[{{discr[x], 0 < x < 27}, {0, True}}];

Show[Plot[s[x], {x, 0, 27}, PlotStyle -> Red, PlotRange -> {-9, 10}],
 Plot[g[x], {x, 0, 27}, Filling -> Axis],
 ListPlot[data, Filling -> Axis, PlotRange -> {0, 27}]]

 

Output:

0.61887- 0.680232 Cos[0.232711 x] + 2.96293 Cos[0.465421 x] -
 0.532024 Cos[0.698132 x] - 0.87105 Cos[0.930842 x] -
 0.708467 Cos[1.16355 x] - 0.510603 Cos[1.39626 x] -
 0.236222 Cos[1.62897 x] - 0.112403 Cos[1.86168 x] -
 0.0682778 Cos[2.0944 x] - 0.0317201 Cos[2.32711 x] -
 0.00399665 Cos[2.55982 x] + 0.0110171 Cos[2.79253 x] +
 0.0150056 Cos[3.02524 x] + 0.0156793 Cos[3.25795 x] +
 0.0122262 Cos[3.49066 x] + 0.00657111 Cos[3.72337 x] +
 0.00432201 Cos[3.95608 x] + 0.00341808 Cos[4.18879 x] +
 0.00370543 Cos[4.4215 x] + 0.00333083 Cos[4.65421 x] +
 0.00210063 Cos[4.88692 x] + 0.00505182 Cos[5.11963 x] +
 0.00866377 Cos[5.35234 x] + 0.0110508 Cos[5.58505 x] +
 0.0103873 Cos[5.81776 x] + 0.00850073 Cos[6.05047 x] +
 0.00811838 Cos[6.28319 x] + 0.00689916 Cos[6.5159 x] +
 0.0069005 Cos[6.74861 x] + 0.00596679 Cos[6.98132 x] +
 0.00358397 Cos[7.21403 x] + 2.25013 Sin[0.232711 x] -
 4.51511 Sin[0.465421 x] + 0.380184 Sin[0.698132 x] +
 0.461366 Sin[0.930842 x] + 0.0632479 Sin[1.16355 x] -
 0.135095 Sin[1.39626 x] - 0.160692 Sin[1.62897 x] -
 0.131694 Sin[1.86168 x] - 0.118779 Sin[2.0944 x] -
 0.0966167 Sin[2.32711 x] - 0.0797548 Sin[2.55982 x] -
 0.0599806 Sin[2.79253 x] - 0.0380326 Sin[3.02524 x] -
 0.0247422 Sin[3.25795 x] - 0.0141664 Sin[3.49066 x] -
 0.0078713 Sin[3.72337 x] - 0.0060369 Sin[3.95608 x] -
 0.0062354 Sin[4.18879 x] - 0.00650479 Sin[4.4215 x] -
 0.00560183 Sin[4.65421 x] - 0.00806245 Sin[4.88692 x] -
 0.00982397 Sin[5.11963 x] - 0.00853789 Sin[5.35234 x] -
 0.00582364 Sin[5.58505 x] - 0.00249366 Sin[5.81776 x] -
 0.00125506 Sin[6.05047 x] - 0.0000310571 Sin[6.28319 x] +
 0.000971067 Sin[6.5159 x] + 0.00160663 Sin[6.74861 x] +
 0.00321022 Sin[6.98132 x] + 0.00388205 Sin[7.21403 x]

 

tia sal2

Sorry if I posted in the wrong spot.

I have an old laptop I'm giving to my daughter to play around on and I'm installing Maple V version 3 on it.  Yes, laugh it's a 486 DX4 toshiba laptop, but I got it for free and I don't mind if the kids play around with it. 

I had Maple V version 3 so I installed it on the laptop.  I don't think any of the newer versions above ver.5 would work with a 486, maybe version 6 but I have 5 so I'm using that.

Hello, guys.

I'm having this assignment in one of my school subjects, but I just can't get it right:

"Program Cauchy's problem for the heat conduction equation on the circle S = {x mod 2*Pi}

u_t = u_xx , u(0, x) = Phi(x), t > 0, x belongs to S

in Fourier series. Illustrate the solution using 2Dplot."

Greetings all

I'm looking for a book or free online source / video that helps explains/teaches recusions

 

tia sal2

Greetings All

Question on array and recursion type of calculations in maple 11 tia sal2

I have a procedure digitalrootxval which calculates part of the final x value

digitalrootxval := proc (n)
if n = 0 then
return 0
elif n = 1 then
return 1
else return modp(n-1, 9)+1
end if
end proc:

and I have two different procedure arrays that determine how the y value should be calculated. The first procedure array addfib:

Dear All, I'm trying to make an asymptotic expansion of the following integral: A := m-> (x-sqrt(x^2+2*x*m+m^2-1))/(sqrt(x)*sqrt(x^2+2*x*m+m^2-1)) ; IntegralA := m-> evalf(Int(A(x, m), x = 0 .. infinity)) ; and similarly for two others P3 := m-> -(-1+4*x^2*m^2+8*x^3*m+2*x*m-3*x^2+m^2)/((2*x^2+1+2*sqrt((x+m)^2/((x+m+1)*(x+m-1)))*x^2)*(x+m+1)*(x+m-1)*sqrt(x)) ; IntegralP3:=m->evalf(Int(P3(x,m)/2,x=0..infinity)); and lastly P1:=(x,m)->sqrt(x)/(sqrt((x+m)^2-1)*(x+m+sqrt((x+m)^2-1))); IntegralP1:=m->evalf(Int(P1(x,1),x=0..infinity));

Hello, How can I get only the final result without the intermediate steps? I want to define a matrix, finding the determinant, inserting the determinant in some equation, solving that equation, using the solution in other operations... etc. And I want only the final result without getting, for example, the determinant itself. Regards

Hi there, I am trying to give my first steps into Maple (I have been a Matlab user for years),and I have the following problem.

The elements of my matrix  U[s, t] are defined as

U[s, t] := 1/(sum((d[s, t]/d[j, t])^2, j = 1 .. c))

Hi everybody

> with(plots);
> P := implicitplot(x*y-1, x = -2 .. 2, y = -2 .. 2);
> Q := <(op(indets(P, Array))>;

                         Q := Matrix(%id = 52164504)

I right-click on the Matrix and Export As Table delimited and give it the name Data_plot.

Then I insert a spreadsheet in Maple and import Data_plot.  Everything work fine,

Hello All!

I'm trying to solve ODE system (describing the movement of pneumatic cylinder) and  I'm getting the following error:

Error, (in F) cannot evaluate the solution further right of .18941628e-9, probably a singularity

I guess that the problem is with boundary conditions but I cannot figure it out. I would much apreciate any help or hints. Worksheet is attached. I use Maple 10.

Thanks in advance!

Hello!

I got the Quaternions package (version 2007) from MapleSoft:

www.maplesoft.com/applications/app_center_view.aspx

 

Now I type in the following statements:

Just following through the 'Why is the minimum payment on a credit card so low' application and I get to plot and it doesn't work.  Why doesn't it work?  If I run through these lines as shown in the application I end up at plot as unable to evaluate. 

restart;

balance := (n, r, p, b)->b*(1+r)^n - p * sum((1+r)^i,i=1..n);

balance(12, .015, 30, 1000);

solve( {balance(n, r, p, b) = 0}, n);

N := unapply(%, r, p, b);

N(.02, 30, 1000);

plot( N(.02, p, 1000), p = 1..50);

Hi,

I get the following error message when I try to use the optimization package:

'Error, (in Optimization:-NLPSolve) abs is not differentiable at non-real arguments.'

I am confused, because the expression i try to optimize does not contain 'abs'. I try to optimize a rather complex expression, but I've played around with it quite a bit, and I never observe that it takes complex values, which it not is supposed to. I tried to take the real part of everything that goes into the expression, but it does not help. Any ideas?