include/x86_3dnow.h

   1 /*
   2  * $Id$
   3  *
   4  *                This source code is part of
   5  *
   6  *                 G   R   O   M   A   C   S
   7  *
   8  *          GROningen MAchine for Chemical Simulations
   9  *
  10  *                        VERSION 3.1
  11  * Copyright (c) 1991-2001, University of Groningen, The Netherlands
  12  * This program is free software; you can redistribute it and/or
  13  * modify it under the terms of the GNU General Public License
  14  * as published by the Free Software Foundation; either version 2
  15  * of the License, or (at your option) any later version.
  16  *
  17  * If you want to redistribute modifications, please consider that
  18  * scientific software is very special. Version control is crucial -
  19  * bugs must be traceable. We will be happy to consider code for
  20  * inclusion in the official distribution, but derived work must not
  21  * be called official GROMACS. Details are found in the README & COPYING
  22  * files - if they are missing, get the official version at www.gromacs.org.
  23  *
  24  * To help us fund GROMACS development, we humbly ask that you cite
  25  * the papers on the package - you can find them in the top README file.
  26  *
  27  * For more info, check our website at http://www.gromacs.org
  28  *
  29  * And Hey:
  30  * Getting the Right Output Means no Artefacts in Calculating Stuff
  31  */
  32
  33 #ifndef _x86_3dnow_h
  34 #define _x86_3dnow_h
  35
  36 static char *SRCID_x86_3dnow_h = "$Id$";
  37 #ifdef HAVE_CONFIG_H
  38 #include <config.h>
  39 #endif
  40
  41 #if (defined USE_X86_SSE_AND_3DNOW && !defined DOUBLE)
  42
  43 void check3dnow();
  44 void vecinvsqrt_3dnow(float in[],float out[],int n);
  45 void vecrecip_3dnow(float in[],float out[],int n);
  46
  47
  48 void inl0100_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  49                    float shiftvec[],float fshift[],int gid[],float pos[],
  50                    float faction[],int type[],int ntype,float nbfp[],
  51                    float Vnb[]);
  52 void inl0110_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  53                    float shiftvec[],float fshift[],int gid[],float pos[],
  54                    float faction[],int type[],int ntype,float nbfp[],
  55                    float Vnb[], int nsatoms[]);
  56 void inl0300_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  57                    float shiftvec[],float fshift[],int gid[],float pos[],
  58                    float faction[],int type[],int ntype,float nbfp[],
  59                    float Vnb[],float tabscale,float VFtab[]);
  60 void inl0310_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  61                    float shiftvec[],float fshift[],int gid[],float pos[],
  62                    float faction[],int type[],int ntype,float nbfp[],
  63                    float Vnb[],float tabscale,float VFtab[], int nsatoms[]);
  64 void inl1000_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  65                    float shiftvec[],float fshift[],int gid[],float pos[],
  66                    float faction[],float charge[],float facel,float Vc[]);
  67 void inl1010_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  68                    float shiftvec[],float fshift[],int gid[],float pos[],
  69                    float faction[],float charge[],float facel, float Vc[],
  70                    int nsatoms[]);
  71 void inl1020_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  72                    float shiftvec[],float fshift[],int gid[],float pos[],
  73                    float faction[],float charge[],float facel,float Vc[]);
  74 void inl1030_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  75                    float shiftvec[],float fshift[],int gid[],float pos[],
  76                    float faction[],float charge[],float facel,float Vc[]);
  77 void inl1100_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  78                    float shiftvec[],float fshift[],int gid[],float pos[],
  79                    float faction[],float charge[],float facel,float Vc[],
  80                    int type[],int ntype,float nbfp[],float Vnb[]);
  81 void inl1110_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  82                    float shiftvec[],float fshift[],int gid[],float pos[],
  83                    float faction[],float charge[],float facel,float Vc[],
  84                    int type[],int ntype,float nbfp[],float Vnb[],
  85                    int nsatoms[]);
  86 void inl1120_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  87                    float shiftvec[],float fshift[],int gid[],float pos[],
  88                    float faction[],float charge[],float facel,float Vc[],
  89                    int type[],int ntype,float nbfp[],float Vnb[]);
  90 void inl1130_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  91                    float shiftvec[],float fshift[],int gid[],float pos[],
  92                    float faction[],float charge[],float facel,float Vc[],
  93                    int type[],int ntype,float nbfp[],float Vnb[]);
  94 void inl3000_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  95                    float shiftvec[],float fshift[],int gid[],float pos[],
  96                    float faction[],float charge[],float facel,float Vc[],
  97                    float tabscale,float VFtab[]);
  98 void inl3010_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
  99                    float shiftvec[],float fshift[],int gid[],float pos[],
 100                    float faction[],float charge[],float facel,float Vc[],
 101                    float tabscale,float VFtab[], int nsatoms[]);
 102 void inl3020_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 103                    float shiftvec[],float fshift[],int gid[],float pos[],
 104                    float faction[],float charge[],float facel,float Vc[],
 105                    float tabscale,float VFtab[]);
 106 void inl3030_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 107                    float shiftvec[],float fshift[],int gid[],float pos[],
 108                    float faction[],float charge[],float facel,float Vc[],
 109                    float tabscale,float VFtab[]);
 110 void inl3100_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 111                    float shiftvec[],float fshift[],int gid[],float pos[],
 112                    float faction[],float charge[],float facel,float Vc[],
 113                    int type[],int ntype,float nbfp[],float Vnb[],
 114                    float tabscale, float VFtab[]);
 115 void inl3110_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 116                    float shiftvec[],float fshift[],int gid[],float pos[],
 117                    float faction[],float charge[],float facel,float Vc[],
 118                    int type[],int ntype,float nbfp[],float Vnb[],
 119                    float tabscale, float VFtab[], int nsatoms[]);
 120 void inl3120_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 121                    float shiftvec[],float fshift[],int gid[],float pos[],
 122                    float faction[],float charge[],float facel,float Vc[],
 123                    int type[],int ntype,float nbfp[],float Vnb[],
 124                    float tabscale, float VFtab[]);
 125 void inl3130_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 126                    float shiftvec[],float fshift[],int gid[],float pos[],
 127                    float faction[],float charge[],float facel,float Vc[],
 128                    int type[],int ntype,float nbfp[],float Vnb[],
 129                    float tabscale, float VFtab[]);
 130 void inl3300_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 131                    float shiftvec[],float fshift[],int gid[],float pos[],
 132                    float faction[],float charge[],float facel,float Vc[],
 133                    int type[],int ntype,float nbfp[],float Vnb[],
 134                    float tabscale,float VFtab[]);
 135 void inl3310_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 136                    float shiftvec[],float fshift[],int gid[],float pos[],
 137                    float faction[],float charge[],float facel,float Vc[],
 138                    int type[],int ntype,float nbfp[],float Vnb[],
 139                    float tabscale,float VFtab[], int nsatoms[]);
 140 void inl3320_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 141                    float shiftvec[],float fshift[],int gid[],float pos[],
 142                    float faction[],float charge[],float facel,float Vc[],
 143                    int type[],int ntype,float nbfp[],float Vnb[],
 144                    float tabscale,float VFtab[]);
 145 void inl3330_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 146                    float shiftvec[],float fshift[],int gid[],float pos[],
 147                    float faction[],float charge[],float facel,float Vc[],
 148                    int type[],int ntype,float nbfp[],float Vnb[],
 149                    float tabscale,float VFtab[]);
 150
 151
 152 void mcinl0100_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 153                    float shiftvec[],int gid[],float pos[],
 154                    int type[],int ntype,float nbfp[],
 155                    float Vnb[]);
 156 void mcinl0110_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 157                    float shiftvec[],int gid[],float pos[],
 158                    int type[],int ntype,float nbfp[],
 159                    float Vnb[], int nsatoms[]);
 160 void mcinl0300_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 161                    float shiftvec[],int gid[],float pos[],
 162                    int type[],int ntype,float nbfp[],
 163                    float Vnb[],float tabscale,float VFtab[]);
 164 void mcinl0310_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 165                    float shiftvec[],int gid[],float pos[],
 166                    int type[],int ntype,float nbfp[],
 167                    float Vnb[],float tabscale,float VFtab[], int nsatoms[]);
 168 void mcinl1000_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 169                    float shiftvec[],int gid[],float pos[],
 170                    float charge[],float facel,float Vc[]);
 171 void mcinl1010_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 172                    float shiftvec[],int gid[],float pos[],
 173                    float charge[],float facel, float Vc[],
 174                    int nsatoms[]);
 175 void mcinl1020_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 176                    float shiftvec[],int gid[],float pos[],
 177                    float charge[],float facel,float Vc[]);
 178 void mcinl1030_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 179                    float shiftvec[],int gid[],float pos[],
 180                    float charge[],float facel,float Vc[]);
 181 void mcinl1100_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 182                    float shiftvec[],int gid[],float pos[],
 183                    float charge[],float facel,float Vc[],
 184                    int type[],int ntype,float nbfp[],float Vnb[]);
 185 void mcinl1110_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 186                    float shiftvec[],int gid[],float pos[],
 187                    float charge[],float facel,float Vc[],
 188                    int type[],int ntype,float nbfp[],float Vnb[],
 189                    int nsatoms[]);
 190 void mcinl1120_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 191                    float shiftvec[],int gid[],float pos[],
 192                    float charge[],float facel,float Vc[],
 193                    int type[],int ntype,float nbfp[],float Vnb[]);
 194 void mcinl1130_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 195                    float shiftvec[],int gid[],float pos[],
 196                    float charge[],float facel,float Vc[],
 197                    int type[],int ntype,float nbfp[],float Vnb[]);
 198 void mcinl3000_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 199                    float shiftvec[],int gid[],float pos[],
 200                    float charge[],float facel,float Vc[],
 201                    float tabscale,float VFtab[]);
 202 void mcinl3010_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 203                    float shiftvec[],int gid[],float pos[],
 204                    float charge[],float facel,float Vc[],
 205                    float tabscale,float VFtab[], int nsatoms[]);
 206 void mcinl3020_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 207                    float shiftvec[],int gid[],float pos[],
 208                    float charge[],float facel,float Vc[],
 209                    float tabscale,float VFtab[]);
 210 void mcinl3030_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 211                    float shiftvec[],int gid[],float pos[],
 212                    float charge[],float facel,float Vc[],
 213                    float tabscale,float VFtab[]);
 214 void mcinl3100_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 215                    float shiftvec[],int gid[],float pos[],
 216                    float charge[],float facel,float Vc[],
 217                    int type[],int ntype,float nbfp[],float Vnb[],
 218                    float tabscale, float VFtab[]);
 219 void mcinl3110_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 220                    float shiftvec[],int gid[],float pos[],
 221                    float charge[],float facel,float Vc[],
 222                    int type[],int ntype,float nbfp[],float Vnb[],
 223                    float tabscale, float VFtab[], int nsatoms[]);
 224 void mcinl3120_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 225                    float shiftvec[],int gid[],float pos[],
 226                    float charge[],float facel,float Vc[],
 227                    int type[],int ntype,float nbfp[],float Vnb[],
 228                    float tabscale, float VFtab[]);
 229 void mcinl3130_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 230                    float shiftvec[],int gid[],float pos[],
 231                    float charge[],float facel,float Vc[],
 232                    int type[],int ntype,float nbfp[],float Vnb[],
 233                    float tabscale, float VFtab[]);
 234 void mcinl3300_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 235                    float shiftvec[],int gid[],float pos[],
 236                    float charge[],float facel,float Vc[],
 237                    int type[],int ntype,float nbfp[],float Vnb[],
 238                    float tabscale,float VFtab[]);
 239 void mcinl3310_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 240                    float shiftvec[],int gid[],float pos[],
 241                    float charge[],float facel,float Vc[],
 242                    int type[],int ntype,float nbfp[],float Vnb[],
 243                    float tabscale,float VFtab[], int nsatoms[]);
 244 void mcinl3320_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 245                    float shiftvec[],int gid[],float pos[],
 246                    float charge[],float facel,float Vc[],
 247                    int type[],int ntype,float nbfp[],float Vnb[],
 248                    float tabscale,float VFtab[]);
 249 void mcinl3330_3dnow(int nri,int iinr[],int jindex[],int jjnr[],int shift[],
 250                    float shiftvec[],int gid[],float pos[],
 251                    float charge[],float facel,float Vc[],
 252                    int type[],int ntype,float nbfp[],float Vnb[],
 253                    float tabscale,float VFtab[]);
 254
 255
 256 #endif
 257 #endif
 258