/*****************************************************************************
 *                                                                           *
 * Copyright (c) 2003-2006 Intel Corporation.                                *
 * All rights reserved.                                                      *
 *                                                                           *
 *****************************************************************************

This code is covered by the Community Source License (CPL), version
1.0 as published by IBM and reproduced in the file "license.txt" in the
"license" subdirectory. Redistribution in source and binary form, with
or without modification, is permitted ONLY within the regulations
contained in above mentioned license.

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within the regulations of the "License for Use of "Intel(R) MPI
Benchmarks" Name and Trademark" as reproduced in the file
"use-of-trademark-license.txt" in the "license" subdirectory. 

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LIMITATION, ANY WARRANTIES OR CONDITIONS OF TITLE, NON-INFRINGEMENT,
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the risks and costs of program errors, compliance with applicable
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EXCEPT AS EXPRESSLY SET FORTH IN THIS AGREEMENT, NEITHER RECIPIENT NOR
ANY CONTRIBUTORS SHALL HAVE ANY LIABILITY FOR ANY DIRECT, INDIRECT,
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 ***************************************************************************

For more documentation than found here, see

[1] doc/ReadMe_IMB.txt 

[2] Intel (R) MPI Benchmarks
    Users Guide and Methodology Description
    In 
    doc/IMB_ug.pdf
    
 ***************************************************************************/





#ifndef _SETTINGS_H
#define _SETTINGS_H

/*
IMB settings definitions

There are two scenarios to run IMB

IMB_STANDARD:
"Mandatory" settings

IMB_OPTIONAL:
The user can change the settings, in order to extend the table of benchmark
results. Changeable are only a few crucial parameters for IMB.

Overall, at most 8 preprocessor varibales can bet set in order to control
IMB. These are

- IMB_OPTIONAL (has to be set when user optional settings are to be activated)

- MINMSGLOG    (second smallest data transfer size is 2^MINMSGLOG (the smallest
                always being 0))

- MAXMSGLOG    (largest message size is 2^MAXMSGLOG)

- MSGSPERSAMPLE (max. repetition count)

- MSGS_NONAGGR  (     "      for non aggregate benchmarks)

- OVERALL_VOL   (for all sizes < OVERALL_VOL, the repetition count is eventually
                reduced so that not more than OVERALL_VOL bytes overall are 
                processed.
                This avoids unnecessary repetitions for large message sizes.

                Finally, the real repetition count for message size X is

                MSGPERSAMPLE (X=0),

                min(MSGSPERSAMPLE,max(1,OVERALL_VOL/X))    (X>0)

                NOTE: OVERALL_VOL does NOT restrict the size of the max. 
                data transfer. 2^MAXMSGLOG is the largest size, independent
                of OVERALL_VOL
               )

- N_WARMUP      Number of "Warmup" sweeps (see the documentation)
- N_BARR        Number of MPI_Barrier for synchronization

- TARGET_CPU_SECS
                CPU seconds (as float) to run concurrent with nonblocking
                benchmarks

*/ 

#ifdef IMB_OPTIONAL

#else

/*
DON'T change anything below here !!
*/

#define MINMSGLOG 0
#define MAXMSGLOG 22

#define MSGSPERSAMPLE 1000
#define MSGS_NONAGGR   100
#define OVERALL_VOL 40*1048576

#define N_WARMUP 2
#define N_BARR   2

#define TARGET_CPU_SECS 0.01

#endif

#define BUFFERS_FLOAT

/* How to set communications buffers for process rank, index i */

#ifdef BUFFERS_INT

typedef int assign_type ;
#define BUF_VALUE(rank,i)  10000000*(1+rank)+i%10000000

#endif

#ifdef BUFFERS_FLOAT

typedef float assign_type ;
#define BUF_VALUE(rank,i)  (0.1*((rank)+1)+(float)((i)))

#endif


#endif