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-
-			Mesa 3.0 MITS Information
-
-
-This software is distributed under the terms of the GNU Library
-General Public License, see the LICENSE file for details.
-
-
-This document is a preliminary introduction to help you get
-started. For more detaile information consult the web page.
-
-http://10-dencies.zkm.de/~mesa/
-
-
-
-Version 0.1 (Yes it's very alpha code so be warned!)
-Contributors: 
-  Emil Briggs    	(briggs@bucky.physics.ncsu.edu)
-  David Bucciarelli 	(tech.hmw@plus.it)
-  Andreas Schiffler 	(schiffler@zkm.de)
-
-
-
-1. Requirements:
-     Mesa 3.0.
-     An SMP capable machine running Linux 2.x
-     libpthread installed on your machine.
-
-
-2. What does MITS stand for?
-     MITS stands for Mesa Internal Threading System. By adding
-     internal threading to Mesa it should be possible to improve
-     performance of OpenGL applications on SMP machines.
-
-
-3. Do applications have to be recoded to take advantage of MITS?
-     No. The threading is internal to Mesa and transparent to
-     applications.
-
-
-4. Will all applications benefit from the current implementation of MITS?
-     No. This implementation splits the processing of the vertex buffer
-     over two threads. There is a certain amount of overhead involved
-     with the thread synchronization and if there is not enough work
-     to be done the extra overhead outweighs any speedup from using
-     dual processors. You will not for example see any speedup when
-     running Quake because it uses GL_POLYGON and there is only one
-     polygon for each vertex buffer processed. Test results on a
-     dual 200 Mhz. Pentium Pro system show that one needs around
-     100-200 vertices in the vertex buffer before any there is any
-     appreciable benefit from the threading.
-
-
-5. Are there any parameters that I can tune to try to improve performance.
-     Yes. You can try to vary the size of the vertex buffer which is
-     define in VB_MAX located in the file src/vb.h from your top level
-     Mesa distribution. The number needs to be a multiple of 12 and
-     the optimum value will probably depend on the capabilities of
-     your machine and the particular application you are running.
-
-
-6. Are there any ways I can modify the application to improve its
-   performance with the MITS?
-     Yes. Try to use as many vertices between each Begin/End pair
-     as possbile. This will reduce the thread synchronization
-     overhead.
-
-
-7. What sort of speedups can I expect?
-     On some benchmarks performance gains of up to 30% have been
-     observerd. Others may see no gain at all and in a few rare
-     cases even some degradation.
-
-
-8. What still needs to be done?
-     Lots of testing and benchmarking.
-     A portable implementation that works within the Mesa thread API.
-     Threading of additional areas of Mesa to improve performance
-     even more.
-
-
-
-Installation:
-
-   1. This assumes that you already have a working Mesa 3.0 installation
-      from source.
-   2. Place the tarball MITS.tar.gz in your top level Mesa directory.
-   3. Unzip it and untar it. It will replace the following files in
-      your Mesa source tree so back them up if you want to save them.
-
-
-	 README.MITS
-         Make-config
-	 Makefile
-	 mklib.glide
-         src/vbxform.c
-	 src/vb.h
-
-   4. Rebuild Mesa using the command
-
-          make linux-386-glide-mits
-