Could you upload the model?  Use the green arrow on the toolbar (here).

@icegood I'm not aware of an Emacs function called word-wrap.  What version of Emacs are you using?  This feature (or its converse) is normally referred to as 'truncation' in Emacs.  You can toggle the truncation of lines in the showstat buffer with the T command.  C-u T (executed from the showstat buffer) toggles the truncation of lines in the output buffer.  To change the default so that lines are not truncated, add the following to your .emacs file

(mds-truncate-lines nil)

Other options you can customize are described in the info pages.  You can also execute M-x customize-group mds to change these settings.

Reconnecting by itself won't display anything in the showstat buffer; you have to run a Maple command that invokes the debugger.  That is, you cannot restart the debug server and then reconnect to an existing debug session.  Rather, the reconnect commands permits reattaching to the debug server without having to restart Maple.

Is Paratry.mw missing the assignment to DrawReflections? 

Is Paratry.mw missing the assignment to DrawReflections? 

@Kamel Boughrara An ideal switch in series with an inductor can only switched when the current through the inductor is zero.  Consider that the energy in the inductor is 1/2*L*i^2.  That energy has to go somewhere.

@Kamel Boughrara An ideal switch in series with an inductor can only switched when the current through the inductor is zero.  Consider that the energy in the inductor is 1/2*L*i^2.  That energy has to go somewhere.

@icegood I'm aware of situations where a restart is required.  Sometimes you have to restart the Maple debugger server; that is done by issuing the mds command in Emacs (type M-x mds).  Killing the buffers that the debugger uses certainly can cause problems. I'll try to improve some of that, however, I've also found that, with experience, this becomes less an issue. 

I've uploaded version 1.10.4, it fixes the bug you mentioned in (2).  As a note, to work-around that, you can skip over the statement causing the problem (statement 24 in `intrep/makeintrep`) by setting a breakpoint after it (say statement 28) and then continuing to it.  That is, move your cursor to statement 28, type b (for "breakpoint"), that will set a breakpoint at statement 28 [visibly indicated by an asterisk], then type c (for "continue").  That would cause the debugger to execute to statement 28.  However, with the fix, you won't need to do that.  Thanks for reporting it. 

Addendum:

Version 1.10.6 (see main post) provides a reconnect option that handles your first request.

Thanks, that fixed it.  In Firefox I clicked Edit -> Preferences -> Privacy, then selected "Use custom settings for history", clicked the "Show Cookies" button, scrolled down to the mapleprimes.com site, deleted it, closed the preferences dialog, then successfully logged into MaplePrimes.

Thanks, that fixed it.  In Firefox I clicked Edit -> Preferences -> Privacy, then selected "Use custom settings for history", clicked the "Show Cookies" button, scrolled down to the mapleprimes.com site, deleted it, closed the preferences dialog, then successfully logged into MaplePrimes.

It works fine with Maple 15. What version of Maple are you using? Note that the expression for SR, which presumably you copied from 2D math, lacks multiplication signs. I added those manually. 

It works fine with Maple 15. What version of Maple are you using? Note that the expression for SR, which presumably you copied from 2D math, lacks multiplication signs. I added those manually. 

Here's a slight modification to that suggestion

eqs := [x,y,z] =~ eq;
            [x = 1 + 2 t, y = 2 - 4 t, z = -1 + 6 t]
eliminate(eqs,t);
         [ /    1     1\                              ]
         [{ t = - x - - }, {y - 4 + 2 x, -z - 4 + 3 x}]
         [ \    2     2/                              ]

The second set in the list is the set of equations you want.

Here's a slight modification to that suggestion

eqs := [x,y,z] =~ eq;
            [x = 1 + 2 t, y = 2 - 4 t, z = -1 + 6 t]
eliminate(eqs,t);
         [ /    1     1\                              ]
         [{ t = - x - - }, {y - 4 + 2 x, -z - 4 + 3 x}]
         [ \    2     2/                              ]

The second set in the list is the set of equations you want.

@Danik You did not change the call to maxpoint.  Look closely at what I suggested. The problem with plot(maxpoint(tr1), tr1 = ... ) is that maxpoint is called with a symbolic argument.  That will fail. One way to avoid that is to put forward quotes around maxpoint:  plot('maxpoint'(tr1), tr1=0..y, ... ). The way I suggested was to pass maxpoint as a procedure, with no 'dummy' variable (here 'tr1').

@Danik You did not change the call to maxpoint.  Look closely at what I suggested. The problem with plot(maxpoint(tr1), tr1 = ... ) is that maxpoint is called with a symbolic argument.  That will fail. One way to avoid that is to put forward quotes around maxpoint:  plot('maxpoint'(tr1), tr1=0..y, ... ). The way I suggested was to pass maxpoint as a procedure, with no 'dummy' variable (here 'tr1').