/*****************************************************************************
 *                                                                           *
 * Copyright (c) 2003-2015 Intel Corporation.                                *
 * All rights reserved.                                                      *
 *                                                                           *
 *****************************************************************************

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1.0 as published by IBM and reproduced in the file "license.txt" in the
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or without modification, is permitted ONLY within the regulations
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within the regulations of the "License for Use of "Intel(R) MPI
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"use-of-trademark-license.txt" in the "license" subdirectory. 

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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_Users_Guide.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
               )

!! New in IMB_3.2: max. timing per experiment
- SECS_PER_SAMPLE
                Number of iterations is dynamically set so that this number
                of run time seconds is not exceeded per message length

- 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 ITER_POLICY   imode_dynamic
#define MSGSPERSAMPLE 1000
#define MSGS_NONAGGR  100
#define OVERALL_VOL   (40*1048576)

#define SECS_PER_SAMPLE 10

#define N_WARMUP 2
#define N_BARR   2

#ifdef CHECK
#define TARGET_CPU_SECS 0.001
#else
#define TARGET_CPU_SECS 0.01
#endif

#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

/* maximum window size of messages*/
#define MAX_WIN_SIZE 64 

#endif
