[Molvis-list] The rasmol 'control interface' (virtual trackball / trackerball)
Reed, Ruth (REED)
REED at Juniata.Edu
Wed Sep 17 11:00:02 EDT 2008
I don't know, but I'm a member of a listserve that might have the answer. I'll dig out how to subscribe & forward as soon as I get a chance.
-----Original Message-----
From: molvis-list-bounces at bioinformatics.org [mailto:molvis-list-bounces at bioinformatics.org] On Behalf Of Dan Bolser
Sent: Wednesday, September 17, 2008 10:53 AM
To: molvis-list at bioinformatics.org
Subject: [Molvis-list] The rasmol 'control interface' (virtual trackball / trackerball)
Hi,
How do I turn off the 'virtual trackball' control system in the latest
release of RasMol? I am running
RasMol_2.7.4.2_23Mar08 <- src
RasMol_2_7_4_2_10Apr08 <- binary
Both have the same 'virtual trackball' style control system, which I
find to be much less precise than the old system (where there is a
direct correspondence between x/y mouse motion and x/y rotation,
independent of where you choose to click on the image). If you don't
know what I mean, its described in the PyMol manual here:
http://pymol.sourceforge.net/newman/user/S0200start.html#5_4_2
(Although obviously the majority of that manual is not applicable to RasMol.)
I tried searching the list but I can't find out how to switch this
mode off, or better, make the old mode the default. I found some
information here:
http://www.rasmol.org/software/RasMol_2.7.4.2_Manual.html#setmouse
But nothing that helps. Actually the above reference does not
accurately describe the 'new' behaviour, nor can I find any
description of the new control system in the RasMol manual. When I use
PyMol I switch it into 'normal' mode with the following lines in my
.pymolrc file:
set virtual_trackball = 0
Is there any equivalent for RasMol?
Thanks for any help - its probably just because I got used to the
'old' system that I find the 'new' version so annoying, but what can
you do? I can do everything that I previously did using the new
trackball style controls, but as I said, I find this method much less
precise.
Cheers,
Dan.
--
http://network.nature.com/profile/dan
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