My mistake.  Even the student helping the drunk to his proper seat may already be taken.  On top of that, what is the probability that he even decides to help the drunk to his proper seat?  Then again this isn't a question with intelligent design in mind. 

My mistake.  Even the student helping the drunk to his proper seat may already be taken.  On top of that, what is the probability that he even decides to help the drunk to his proper seat?  Then again this isn't a question with intelligent design in mind. 

"Maple" leaves ... from Canadian maple trees.  Or in the current sense of company ownership the Japanese maple.  Either or it's still a maple leaf.  I'd keep it as the most suitable symbol.

That's a bit disappointing.  Maybe it's something they(maplesoft) need to think about.

That's a bit disappointing.  Maybe it's something they(maplesoft) need to think about.

replace   plots[display](P1,P2, scaling=constrained);

with   plots[display](Plot1,Plot2, scaling=constrained);

replace   plots[display](P1,P2, scaling=constrained);

with   plots[display](Plot1,Plot2, scaling=constrained);

Thanks for the info.  It would be nice if someone put out a quick review of Aladjevs library package. 

And are these the only two major non-maplesoft add-in packages (Maple Advisor Database and Aladjevs library) aside from anything available on maplesofts application center?

I forgot to add the results in the initial post.

Maple returns

Error, (in Statistics:-Mean) unable to evaluate x to floating-point

So it seems that Maples routines cannot handle a list that includes a variable, however ...

and from the stats package from Karian and Tanis returns

2/3 x + 4/3. 

Not sure why Maples standard routine couldn't handle that?

Would be easier if the page break lines could be toggled for pdf pages. 

The print preview tip is a nice work-around, but still a bit of a hassle.

If I don't use page breaks, how do I know where a pdf exported page is split up from the maple worksheet?

Exactly, and if at some point someone were to read the thread of messages in the future and users had gone and edited their posts, some of the answers may become disjointed or unrelated to the re-edited message.  It could create some confusion.

The minor editing already available before someone replies, I find, is good enough.   

Just wondering if mapleprimes users could get a preview look of what the new mapleprimes will look like before it actually goes online? 

I have been enjoying the current mapleprimes site for quite some time, and I enjoy the current layout of the site.  The only negative I currently have about the site is the copy paste directly from maplepages, which as you stated won't be supported initially.  This, I hope, is a must and should be a high priority on your list. 

Not sure if it's just me, or if it's related to the changeover but the search function on mapleprimes hasn't been working for some time.  I've had to use google to search for something in mapleprimes.

It's up to maplesoft how they're going to do that.  I'm no programmer but maybe something like....

If "unable to evaluate the function to numeric values in the region" then increase the default range to some value that includes regions where the plot exists.

 That's for a plot where no values are specified.  Otherwise, as you said, it's up to the user to specify the range.  All I'm saying is if no range is specified to include the plot so it's at least visible. 

The default is okay in some cases.  I think it would be nice if when you plotted a function the default would expand to include at least some portions of the graph.  As in the case above if the y axis was from 0..1000 you would have seen the two plots but because the y-axis was so large 1e30 it failed to include one of the plots since at that scale the other plot had run out of the default size. 

Another case would be this simple plot which would not be shown in a default plot.

plot(sqrt(x-12));

Since it occurs beyond the default values and therefore does not print.  I think Maple should automatically adjust to include any plot that exists outside the default range.