comp.lang.idl-pvwave archive
Messages from Usenet group comp.lang.idl-pvwave, compiled by Paulo Penteado

Home » Public Forums » archive » Re: IDL memory allocation limitation
Show: Today's Messages :: Show Polls :: Message Navigator
E-mail to friend 
Return to the default flat view Create a new topic Submit Reply
Re: IDL memory allocation limitation [message #20436 is a reply to message #20431] Fri, 23 June 2000 00:00 Go to previous message
Julie Greenwood is currently offline  Julie Greenwood
Messages: 6
Registered: December 1999
Junior Member
"Mark Rivers" <rivers@cars3.uchicago.edu> wrote in message
news:H9r45.99$v3.1429@uchinews...
> <snip>
> My problem is in the amount of memory which IDL can allocate. The
following
> table shows the maximum size BYTE array which I can allocate in IDL. This
is
> right after a system reboot, no other applications are running and this is
the
> first command entered in IDL.
>
> ferrari lotus
> b = bytarr(1024, 1024, 1007) b = bytarr(1024, 1024, 755)
>
> Thus, on ferrari I can allocate essentially 1 GB of memory, which is the
limit
> for a single Windows NT process. However, on lotus I can only allocate
.75 GB.
> Can anyone suggest why lotus would be limiting that maximum size array I
can
> allocate? It is a serious problem for the applications I am running.

Check that your virtual memory settings are sufficient - they are limited
only by free disk space (Start | Control Panel | System)

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Juliet G. Greenwood
Senior Programmer
Oceanweather Inc.
JulieG@Oceanweather.com
http://www.oceanweather.com/

http://www.thehungersite.com/
The Hunger Site - Donate Food for Free to
Feed Hungry People in the World.
The Site's Sponsors Make the Donations.
[Message index]
 
Read Message
Read Message
Read Message
Read Message
Previous Topic: Log axes using object graphics
Next Topic: Re: A (too?) simple question about importing data

-=] Back to Top [=-
[ Syndicate this forum (XML) ] [ RSS ] [ PDF ]

Current Time: Fri Oct 10 12:48:44 PDT 2025

Total time taken to generate the page: 0.64057 seconds