Hello :)

I am totally lost with ( I guess) the LREtools package.

See the ws.

The two integer sequences come from the OEIS.

I don't understand why i have a FAILED result.

Download rsolve_and_LREtools.mw

Hello Ladies and Gents :)

x^Pi=Pi^x

Maple returns two reals solutions :

solve(Pi^x = x^Pi, x);
                               /  ln(Pi)\    
                    Pi LambertW|- ------|    
                               \    Pi  /    
                  - ---------------------, Pi
                           ln(Pi)            

evalf(%);
              2.382179087993016, 3.141592653589793

ouf Pi is a solution :)

but Mathematica returns 3 solutions : 2 reals and 1 complex :

see the attached pdf.

Is there a way to force Maple to return these 3 solutions?

thank you.

Jean-Michel

Hello all,

This will be my LAST (I swear) question about translating a little function from Mathematica to Maple.

rand := RandomReal[{-5, 5}, 20]

ListPlot[rand]

ListListLinePlot[rand]

In[16]:= line = Fit[rand, {1, x}, x]

Out[16]= 0.247498 - 0.0131912 x

In[17]:= parabol = Fit[rand, {1, x, x^2}, x]

Out[17]= -1.82858 + 0.31249 x - 0.0082569 x^2

In[18]:= cos = Fit[rand, {1, x, Cos[x]}, x]

Out[18]= 0.483172 - 0.0302095 x - 0.271457 Cos[x]

Plot[{ListLinePlot[rand], line, parabol, cos}, {x, 0, 20}]

#graph omitted by request of users here.

So, then, my LAST question will be :

How to translate this to Maple ?

Thank you very much.

JM

Hello again,

I think I have not been clear enough in my question.

I reformulate :

Is it possible in Maple to create matrices whose elements are also matrices

and this to any level ?

For the Dimensions of a matrix it's ok for me.

thank you 

JM

Hello all,

I just need a hint how to enter "matrices" in Maple which are lists of lists and so on.

Since I gave up on "math"ematica I would like to be able to enter what is just

below (with the dimension).

Is it doable in Maple...I guess yes :)

M = {{a, {1, a, -0.5}}
, {{b, {1}}}, c + d}
Out[5]= {a, {1, a, -0.5}, {{b, {1}}}, c + d}
In[8]:= MatrixForm[M]
Out[8]//MatrixForm=
a
{1, a, -0.5}
{{b, {1}}}
c + d
In[9]:= Dimensions[M]
Out[9]= {4}

PS: Is a moderator ready to make me with a reputation of 100 in order I can enter tags.

Thank you for everything.

Regards,

JM