Okay, I found a much simpler way. The figure is not finished yet, but it's a lot easier with Mathematica :
Graphics, Figures & Tables ⇒ Spherical coordinates figure
Spherical coordinates figure
What's so cryptic about it?
You'll have to replace "foo" with your own filename, of course, and before you can call the first step, you need to open a console with a working directory set to the path your .tex file resides in.
Let's try this again : (assuming the folder and file names from your .log file above)
KR
Rainer
You'll have to replace "foo" with your own filename, of course, and before you can call the first step, you need to open a console with a working directory set to the path your .tex file resides in.
Let's try this again : (assuming the folder and file names from your .log file above)
- open a console
(since you mentioned one above, I assume you know what that is and where to find it) - navigate to your .tex file
cd ~/Desktop - run pdfLaTeX
pdflatex TSWLatexianTemp_000858.tex - run asymptote
asy TSWLatexianTemp_000858-01.asy - run pdfLaTeX again
pdflatex TSWLatexianTemp_000858.tex - if no error occured, you now have a file `TSWLatexianTemp_000858.pdf'
KR
Rainer
Spherical coordinates figure
That's it ! I now just need to edit the lines thickness and colors, and add the symbols...
And since this figure is really interactive, I can rotate it by hand and find the nicest view before exporting the vectorial file from Mathematica. Much easier !
And since this figure is really interactive, I can rotate it by hand and find the nicest view before exporting the vectorial file from Mathematica. Much easier !
Spherical coordinates figure
I've added some small gaps under the curvy arrows to produce a volumetric effect (shown in red). The printed version is very nice !
Pretty sure this is the final version.

Pretty sure this is the final version.