*NIX Ripping Solutions For Plotters
haogemenr writes: "I work in an all Apple architecture firm, but we have a Linux box that primarily functions as a DSL router. The options for large format plotter drivers in the Macintosh world are few and relatively expensive. PostScript output devices are a great, but expensive solution and HP doesn't provide any Mac-friendly drivers for non-PostScript plotters. What are the *nix solutions? You can write PostScript from CAD application using a generic PostScript driver, but converting PostScript to an RTL file or HPGL2 file is necessary for lots of older plotters.
I've heard of an application named makertl, but I haven't been able to find it anywhere.
What do Unix folks use for large format image processing?"
Well these are *nix solutions, but they may work for your office.
MacPlot is a commecial product from www.microspot.co.uk which can act as a network based RIP server for the mac...
HP has their own RIP software for windows that is packaged with the HP 500 PS. (There was also a version for the 455CA and 488).
There is a company that sells some very high end RIP software called PosterJet. (www.posterjet.de) which I belive will turn a windows box into a RIP server.
Of course, the best solution would be to use a printer that was supported on the Mac!!!
I know the people that do VectorWorks (probably the best all around Mac CAD package) made a viewer available for free. Just download the viewer onto a windows machine and use the HP drivers. Hell, this would probably work under WINE as well.
If your not using VectorWorks, you could also just print to a PDF file on a network voulme (print2pdf from www.jwwalker.com is great for this), and again have a windows machine just output and delete everything in that directory every few minutes.
Jeez!
The standard unix tool for processing postscript / pdf files is Ghostscript. It can interpret ps files and generate output in a variety of formats. According to the Ghostscript web page, the Uniprint driver can be used to generate RTL output. HTH.
m
http://www.cs.wisc.edu/~ghost/doc/gnu/dev510.ht
I work in an all Apple architecture firm, but we have a Linux box that primarily functions as a DSL router.
First off, ditch all the Macs.
Are you thinking of running your arch. software on Linux?
Or just using the Linux box to serve up plotter jobs?
Seriously. It may be fine for running as a firewall/router, but a RIP server requires more power and RAM than your standard "well i have this spare pentium box" router. A place I used to work used a dual P3 with boatloads of RAM and fast disk space as a RIP and even it got bogged down by large and/or complex files.
And what's the model number of your plotter?
I did a google search, and ps2hpgl can be downloaded from mathworks.com. I guess that was too much work.
Aside from that, I think CUPS has some hooks for plotters, but I've never looked into it seriously.
If you need to print from a system which only outputs in PS, buy the version which supports it. It's also no good buying a low end plotter, and converting to HPGL2 and plotting, as the low end plotters usually only support GL/2 Lite. It is well worth spending the extra cash to get the PS option.
i hate pansy republicans
Folowing the Google hint above, you can find useful instructions and a shell script at http://calmarc3.cchem.berkeley.edu/archives/bum/96 /archive/0320.html
The ps2hpgl converter is part of the never versions of ghostscript (see homepage at http://www.cs.wisc.edu/~ghost/ or go for commercial Allading version if your company feels like supporting the effort a bit http://www.cs.wisc.edu/~ghost/). I did not test it myself, unfortunately, so you are on your own.
Of course, both versions of Ghostscript work nicely in Mac OS X, but there are binary distributions for Mac OS 9 too. So no problems if your linux router has spool-space or ram problems.
And a note to Mac bashers: Macs run Unix and GNU tools these days, were you living under a rock?
-Kvorg
First check Linux printing if your plotter is listed. If it is, use Cups...
Get a commercial RIP and plotter combination made to work together that has client drivers for the kinds of machines you print from. In the world of graphics printers and RIP units, that almost always means Postscript. Live with it and budget for it and stop trying to find novel and unusual uses for Linux for its own sake in a running business. Use Linux when Linux is the right solution for something.
While you might be able to build your own "solution" with Ghostscript and who knows what else, you're going to be on your own if lines don't intersect the way they're supposed to and labels show up in the wrong font and layers aren't rendered in the right z-order. I'll bet architects, engineers and drafters don't like that and won't be as excited as you are about your $6000 "savings" if they're sending jobs over to Kinko's at ten at night because the RIP on their $8000 plotter is an unsupported piece of garbage sending generic Postscript or converted HPGL to a fussy device that works best with output massaged to address its quirks.
Like I said, pick a solution built around a plotter that meets the users' needs and a supported RIP solution that has a supported driver for that very plotter and client drivers, and PPDs for the OS of the machines that will be outputting to it. If the only things that meet these criteria use Postscript, then welcome to the world of Postscript. While you're at it, if it's a critical device for the running of the business, get a same-day on-site support contract for both pieces.
The only advice I'll give beyond that is to get a RIP device built around an embedded device OS or Unix (Linux, BSD, QNX, Mac OS X, whatever), or at least an NT variant. You can expect reasonable stability and uptime that way. I'd avoid any RIP devices or software built around MacOS 8.x and 9.x. In my experience they freeze up far too often. No RIP should ever freeze, but while once every few weeks is manageable, daily (or worse) freezes and crashes are a bit much. You don't want to become too familiar with your RIP vendor's regional field support engineer.
The choice of OS behind a RIP device should have nothing to do with the OS of the client machines; it's just an appliance connected to your printer. A RIP device is single-purpose, and any expectation of using a RIP to do double duty as something else is a terrible, terrible idea under most normal circumstances.
When should you use free stuff on Linux for this? Go for it if you find a solution with accompanying Mac drivers that has an active user community and mailing lists filled with enthusiastic testimonials from people who use it commercially in a production environment with the very plotter you plan to use and output from Macs running a similar set of applications.
We have two RIP servers in our office, both made and packaged by Colorbus. One is NT based and runs on what looks to be a rebadged Intergraph/SGI Zx10. The other is unix based and is a bit faster, it runs on an SGI O2 (although most of the work is being done by a PCI card). I have no idea what these cost, but I'd imagine they wern't cheap...
Large-format plotters are few and relatively expensive. Why on earth would you spend $100,000 on a plotter and then become all cheap-ass when it came time to hook it up to a plot server?
Shell out the money for something that will work properly. Don't waste your employer's time and money trying to find an open-source "solution", and, if there's a payware UNIX solution, make sure it's fully supported by your plotter vendor.
Do not skimp on stuff that matters. It's like buying a Ferrari but not being able to afford the racing gasoline.
- A.P.
"Remember when the U.S. had a drug problem, and then we declared a War On Drugs, and now you can't buy drugs anymore?"
Several effects studios use this with network attached HP Plotters and Large format canon printers.
www.easysw.com/printpro
Something tells me it ain't cheap, but this is swell and runs on Unix. My company had a loaner on an older RS6000 running AIX.
I like music
I've used a nice *NIX application called Image Alchemy for RIP processing. Check it out at Handmade Software, Inc.
Check out the Vector Graphics Foundry at SourceForge. Assorted tools.
I just saw something else... Netscape>Help>About Plugins>Netscape Netcenter Plugins>Tools>Find Plugins>Linux>Search
I don't know if they have what is needed here.
Hi!
:-( In fact, that's what people buy at the moment. The current version is called Jack the Rip (www.jack-the-rip.com), it's quite an improvement regarding color, features and printer drivers.
I am working here at the student's computer lab at the university of technology, Darmstadt. We have a lot of software in use, mainly on Mac and Windows-PC.
As we have a wide range of software (CAD, modelers, dtp, photoshop etc), we need a common base for all this, and so we only print postscript (ps, eps, pdf) and tiff, all in cmyk.
We have printed a lot on a large format postscript processor called Macrip, owned by Macron AG (www.macron-ag.de). Macrip runs on Solaris / Sparc and Linux / intel, in fact, it is ghostscript-based, and gives great results regarding speed, color and stability. It would be the perfect solution... but... at the moment, Macron sells it only on Windows... a "hack" running in a unix-environment on Windows NT..
Maybe there will be a Solaris version in future, one should simply ask... if they see there is enough interest, it would be almost no work to bring Ghostscript, Apache, Perl and their own things back into a real unix environment... (Linux, Solaris,...)
CU, Lars O. Grobe.