It's tough to tell precisely what you're after. Perhaps you could give an example of what you're looking for.
My first response is to recommend that you look into R http://www.r-project.org/ and some of the GUIs based on it. It's quickly becoming a standard in any field requiring statistical analysis, from quantitative finance, to medicine, to social sciences.
It has a hideous programming language but a huge package archive http://cran.r-project.org/. I would recommend poking around the statistics stack exchange site for pointers, but some notable GUIs include RapidMiner (http://rapid-i.com/content/view/181/190/), RStudio (New and just getting out of the gate, so don't expect a lot right now http://www.rstudio.org/), Red-R (http://www.red-r.org/), R Commander (http://socserv.mcmaster.ca/jfox/Misc/Rcmdr/), and Rattle (http://rattle.togaware.com/). R is also integrated in SAGE, with which you may already be familiar. One huge benefit of R is Sweave, which allows integration with LaTeX, so your papers can render your data and publication at the same time.
If you just want a graphing solution, WaveMetrics IGOR (http://www.wavemetrics.com/) is probably the best bet. It's available on Windows and Mac OS so you can share files with other people fairly easily.
KaleidaGraph (http://www.synergy.com/) and pro Fit (http://www.quansoft.com/) are notable options as well.
One of the secrets you'll find out when hanging out on various visualization forums, especially Edward Tufte's (http://www.edwardtufte.com/bboard/q-and-a?topic_id=1), is that a large number of the published graphs (especially his) often start in Excel and are exported to be manipulated in Adobe Illustrator. You may have a graph in mind that comes from this pipeline, which has a large manual effort but a magnificent potential output. I've also done similar with Mathematica (my tool of choice) when needing print-quality output.
It appears as though it's impossible to actually label them in 3D view. Although this probably wasn't the answer you were looking for, there is a workaround.
The reason you can't actually label the graphs:
Labels can not easily be added to 3D graphs because the text would have to be rotated through three dimensions with the graph itself (Apple explained this as difficult to write the code for).
So, a workaround for this:
- Save as a pdf
- Open the graph and then copy it.
- Paste into a word document
- Add any text where you need it with text boxes, label axis.
If you'd like to see the original copy of the above information, you can find it here.
Best Answer
Double click on the axis and choose π from Units.