Hi,

I have got few quick questions once i have gone through the features of MapleSim connector and here are they.

• Can we use the S-function created by MapleSim with Targetlink
• If I am doing the HIL simulations, how does MapleSim take care of solvers. Do we need to write the device drivers and tlc files or the tool takes care of it.
• How do I go about doing HIL simulations if my model is discrete.

Would appreciate if...

I often run into this problem. Say I have defined a new variable in terms of some old variables:

     Eq1 := NewVar = OldVar1 + OldVar2

Then suppose I have an expression in terms of the old variables:

     Eq2 := OldVar6 * OldVar5 = OldVar3 * (OldVar1 + OldVar2)

If I want to substitute Eq1 into Eq2 I have to either type

     subs(OldVar1 + OldVar2 = NewVar1, Eq2)

or I can do this

Hi,
I need your help for this problem, please.

$\mathop  {\sum {...\sum }}\limits_{z_r \in {Q_{2}^{*}}}$ such that

$Q_{2}^{*}=((z_1,...,z_r):z_{j}=0,1,\sum_{j=1}^{r}z_{j}=\ell)$, where $\ell = 0, 1, . . . , r$.

For example. If r=3, $\ell=1$; then we are looking for triples with elements 0's or 1's and sum to 1 i.e. $Q_{2}^{*}={(0,0,1),(0,1,0),(1,0,0)}$. So we would like to sum over theses $z_r$'s.

I appreciate your help.
Hasan

Hi

I have this

diff(q^2*l(a, q)^(1/2)*((1-l(a, q))/(1.1))^(1/2)+(1-a)*(1-q*l(a, q)^(1/2))*q*((1-l(a, q))/(1.1))^(1/2)+a*(1-q*((1-l(a, q))/(1.1))^(1/2))*q*l(a, q)^(1/2), a)

where l(a,q) signifies that l is function of a and q, specifically

RootOf((330578512439669421489*sqrt(1-a)*q^2*sqrt(a)-330578512439669421489*sqrt(1-a)*q^2-330578512439669421489*sqrt(a)*q^2+330578512439669421489*q^2)*_Z^4+(-165289256228925619836*q-165289256228925619836*sqrt(1-a...

Can someone please help me to understand if what follows are four separate solutions.  And if they are, could you also help me to understand what they actually mean.  I  don't understand the 'RootOf' in them.

w1 = RootOf(( v1^2+v2^2+v3^2)_Z^2-1,label=_L3) w*v1,

w2= RootOf((v1^2+v2^2+v3^2)_Z^2-1,label=_L3)w*v2,   

w3= RootOf((v1^2+v2^2+v3^2)_Z^2-1,label=_L3)w*v3,   

b= RootOf((v1^2+v2^2+v3^2...

My first equation is a vector equation which results in three separate equations and four unknowns:

W x V - [( A / |A|)* |W|*|V|*sqrt( 1 - b^2 * (|W|^2/|V|^2)] =0

Where W,V, and A are all vectors with three components.  The four unknowns are w[1], w[2], w[3], and also b.

The other equation i have is that w[1]^2 + w[2]^2 + w[3]^2 = |w|^2, where i know |w|^2.

This makes four equations and four unknowns.

I know v[1],v[2],v[3],a[1],a[2],a[3] and |w|.

Is it possible to switch between worksheet mode and document mode? If yes, how?

Hello everybody,

Consider I have a plane equation: x^2+y^2 + z^2=8

Or every formula of hyperboloid, or another similar equation.

I want you to explain me how to convert from plugged form to the interpreted form and to parametric form such equations.

Please show me an example, as you know every plane equation can be parametric, interpreted and plugged.

Hope you understand what do I mean, 3 types of presentations of the plane equation.

I want to compute expected utilities, i.e. I have a random variable and a utility function, e.g.

with(Statistics);

X:=RandomVariable(Normal(mu,sigma));

u:=t->1-exp(-phi*t);

and now I want to compute the expected utility, i.e.:

When Maple displays the results of a do-loop, it usually assigns only one label (e.g. '(2.1)') to the whole bunch of results.

Is there a way to have Maple assign a label to each expression resulting from some do-loop commands?

I refer to a specific solution using the label. I get two equations after using solve, and I want to introduce them in another system to solve applied again.

dear friends:

  i do some working with physics package.i met a problem that  i can't solve .i want you to help me.

thanks alot.

with(Physics):       Am := Annihilation(x); Ap := Creation(x)

the exprssion is collect --Physics:-AntiCommutator(Am,Ap) = 1

the result is not simple enough--[Ap.Am, Ap]_=Ap+Ap^2.Am

because Ap^2.Am=0 in quantum,

so I just want to get the result--[Ap.Am, Ap]_=Ap,but fail.

I am building a robot arm,now I want to replace the rigid arm with the flexible arm. How can I control the arm's form?