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strategy.c
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#include <stdio.h>
#include <stdlib.h>
#include <unistd.h>
#include <string.h>
//modification de l'algorithme de base pour que ça marche pour 10
// 0 => faulty version 1=>new version
#define MODIF 1
//toujours vers l'avant
void
robots3 (int r1, int r2, int anneau_size, FILE * out)
{
fprintf (out,
"observe -> plus {guard player==id && nb[(index+%d)%%N]==1 && nb[(index+%d)%%N]==1;",
r1, r2);
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+%d)%%N]==1 && nb[(index+%d)%%N]==1;",
anneau_size - r1, anneau_size - r2);
fprintf (out, "\neffect player=0;},");
return;
}
void
robots5 (int v1, int v2, int v3, int v4, int v5, int anneau_size, FILE * out)
{
fprintf (out,
"observe -> plus {guard player ==id && nb[(index+%d)%%N]==0 && nb[(index+%d)%%N]==0 && nb[(index+%d)%%N]==0 && nb[(index+%d)%%N]==0 &&nb[(index+%d)%%N]==0;",
v1, v2, v3, v4, v5);
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player ==id && nb[(index+%d)%%N]==0 && nb[(index+%d)%%N]==0 && nb[(index+%d)%%N]==0 && nb[(index+%d)%%N]==0 &&nb[(index+%d)%%N]==0;",
anneau_size - v1, anneau_size - v2, anneau_size - v3,
anneau_size - v4, anneau_size - v5);
fprintf (out, "\neffect player=0;},");
}
void
strategy_10_3 (FILE *out)
{
fprintf (out, "// LEGITIMATE PHASE\n\n");
fprintf (out, "// 1-1-0-0-0-R-Z => ARR\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+6)%%N]==1 && nb[(index+5)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV <=> Z-R-0-0-0-1-1\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+4)%%N]==1 && nb[(index+5)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "\n// 1-0-R-0-0-1-Z => ARR\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+8)%%N]==1 && nb[(index+3)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+2)%%N]==1 && nb[(index+7)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "\n// R-1-0-0-1-Z => ARR\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+1)%%N]==1 && nb[(index+4)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+9)%%N]==1 && nb[(index+6)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "\n\n// CONVERGENCE PHASE\n\n");
if (MODIF)
{
fprintf (out, "//la nouvelle règle\n");
fprintf (out, "//101 000 000 arriere \n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+9)%%N]==1 && nb[(index+7)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+1)%%N]==1 && nb[(index+3)%%N]==1;");
fprintf (out, "\neffect player=0;},");
}
else
{
fprintf (out, "//l'ancienne\n");
fprintf (out, "\n// 1-1-0-R-Z => AV\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+7)%%N]==1 && nb[(index+8)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+2)%%N]==1 && nb[(index+3)%%N]==1;");
fprintf (out, "\neffect player=0;},");
}
fprintf (out, "\n// 1-1-R-Z => AV\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+9)%%N]==1 && nb[(index+8)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+1)%%N]==1 && nb[(index+2)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"\n// 1-1-Y-R-Z => ARR (Y!=Z!={1,2,3})\n// Impossible avec N<11\n\n");
fprintf (out, "// 1-X-1-Y-R-Y => ARR\n");
fprintf (out, "// <=> 1-0-1-0-0-0-R-0-0-0 || 1-0-0-0-1-0-0-R-0-0 || 1-0-0-0-0-0-1-0-R-0\n"); //on peut aller dans les deux sens ...
fprintf (out,
"observe -> moins {guard player==id && nb[(index+6)%%N]==1 && nb[(index+4)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+4)%%N]==1 && nb[(index+6)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"\nobserve -> moins {guard player==id && nb[(index+7)%%N]==1 && nb[(index+3)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+3)%%N]==1 && nb[(index+7)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"\nobserve -> moins {guard player==id && nb[(index+8)%%N]==1 && nb[(index+2)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+2)%%N]==1 && nb[(index+8)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"\nobserve-> stop {guard player==id \n&& (nb[(index+6)%%N]!=1 || nb[(index+5)%%N]!=1) \n&& (nb[(index+4)%%N]!=1 || nb[(index+5)%%N]!=1) \n&& (nb[(index+8)%%N]!=1 || nb[(index+3)%%N]!=1) \n&& (nb[(index+2)%%N]!=1 || nb[(index+7)%%N]!=1) \n&& (nb[(index+1)%%N]!=1 || nb[(index+4)%%N]!=1) \n&& (nb[(index+9)%%N]!=1 || nb[(index+6)%%N]!=1) \n");
if (MODIF)
{
fprintf (out,
"&& (nb[(index+9)%%N]!=1 || nb[(index+7)%%N]!=1) \n&& (nb[(index+1)%%N]!=1 || nb[(index+3)%%N]!=1) \n");
}
else
{
fprintf (out,
"&& (nb[(index+8)%%N]!=1 || nb[(index+7)%%N]!=1) \n&& (nb[(index+2)%%N]!=1 || nb[(index+3)%%N]!=1) \n");
}
fprintf (out,
"&& (nb[(index+9)%%N]!=1 || nb[(index+8)%%N]!=1) \n&& (nb[(index+1)%%N]!=1 || nb[(index+2)%%N]!=1) \n&& (nb[(index+6)%%N]!=1 || nb[(index+4)%%N]!=1) \n&& (nb[(index+3)%%N]!=1 || nb[(index+7)%%N]!=1) \n&& (nb[(index+8)%%N]!=1 || nb[(index+2)%%N]!=1);");
fprintf (out, "\neffect player=0;},");
/*fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+2)%%N]==1 && nb[(index+3)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//INV
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+8)%%N]==1 && nb[(index+7)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+2)%%N]==1 && nb[(index+4)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//INV
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+8)%%N]==1 && nb[(index+6)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+4)%%N]==1 && nb[(index+3)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//INV
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+6)%%N]==1 && nb[(index+7)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+1)%%N]==1 && nb[(index+5)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//INV
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+9)%%N]==1 && nb[(index+5)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+2)%%N]==1 && nb[(index+5)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//INV
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+8)%%N]==1 && nb[(index+5)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+5)%%N]==1 && nb[(index+3)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//INV
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+5)%%N]==1 && nb[(index+7)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+1)%%N]==1 && nb[(index+6)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//INV
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+9)%%N]==1 && nb[(index+4)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+2)%%N]==1 && nb[(index+6)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//INV
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+8)%%N]==1 && nb[(index+4)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+6)%%N]==1 && nb[(index+3)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//INV
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+4)%%N]==1 && nb[(index+7)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+1)%%N]==1 && nb[(index+7)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//INV
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+9)%%N]==1 && nb[(index+3)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+1)%%N]==1 && nb[(index+8)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//INV
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+9)%%N]==1 && nb[(index+2)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out,
"observe -> stop {guard player==id \n && nb[(index+9)%%N]==1 && nb[(index+1)%%N]==1;");
fprintf (out, "\neffect player=0;},");*/
return;
}
////////////////////////////////////////////////////////////////////
//////////////////////////11_3//////////////////////////////////////
////////////////////////////////////////////////////////////////////
void
strategy_11_3 (FILE *out)
{
fprintf (out, "// LEGITIMATE PHASE\n\n");
fprintf (out, "//R000 000 1001\n");
robots3 (10, 7, 11, out);
fprintf (out, "\n//R000 110 0000\n");
robots3 (4, 5, 11, out);
fprintf (out, "\n//R010 000 0100 \n");
robots3 (2, 8, 11, out);
fprintf (out, "\n\n//PHASE DE CONVERGENCE");
fprintf (out, "//R000 000 0011\n");
robots3 (9, 10, 11, out);
if (MODIF)
{
fprintf (out, "\n//R000 000 0101\n");
robots3 (8, 10, 11, out);
}
else
{
fprintf (out, "\n//R000 000 0110\n");
robots3 (9, 10, 11, out);
}
fprintf (out, "\n//R0000 11 0000\n");
robots3 (5, 6, 11, out);
fprintf (out, "\n//R010 000 1000\n");
robots3 (2, 7, 11, out);
fprintf (out, "\n//R000 1001 000\n");
robots3 (4, 7, 11, out);
fprintf (out, "\n//R001 0000 100\n");
robots3 (3, 8, 11, out);
fprintf (out, "\n//R010 0000 010\n");
robots3 (2, 9, 11, out);
fprintf (out, "\n\nobserve-> stop {guard player==id ");
// 1100000000
fprintf (out, "\n&& (nb[(index+1)%%N]!=1 || nb[(index+2)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+9)%%N]!=1 || nb[(index+10)%%N]!=1)");
if (MODIF)
{
//1010000000
fprintf (out, "\n&& (nb[(index+1)%%N]!=1 || nb[(index+3)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+8)%%N]!=1 || nb[(index+10)%%N]!=1) ");
}
else
{
//0110000000
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+3)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+8)%%N]!=1 || nb[(index+9)%%N]!=1) ");
}
//1001000000 legitime
fprintf (out, "\n&& (nb[(index+1)%%N]!=1 || nb[(index+4)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+10)%%N]!=1 || nb[(index+7)%%N]!=1)");
//0001100000 legitime
fprintf (out, "\n&& (nb[(index+4)%%N]!=1 || nb[(index+5)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+7)%%N]!=1 || nb[(index+6)%%N]!=1) ");
//0000110000 avant ou arriere
fprintf (out, "\n&& (nb[(index+5)%%N]!=1 || nb[(index+6)%%N]!=1) ");
//0100001000
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+7)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+4)%%N]!=1 || nb[(index+9)%%N]!=1) ");
//0001001000 avant ou arriere
fprintf (out, "\n&& (nb[(index+4)%%N]!=1 || nb[(index+7)%%N]!=1) ");
//0100000100 legitime
fprintf (out, "\n&& (nb[(index+8)%%N]!=1 || nb[(index+2)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+3)%%N]!=1 || nb[(index+9)%%N]!=1) ");
//0010000100 avant ou arriere
fprintf (out, "\n&& (nb[(index+8)%%N]!=1 || nb[(index+3)%%N]!=1) ");
//0100000010 avant ou arriere
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+9)%%N]!=1) ;");
fprintf (out, "\neffect player=0;},");
return;
}
////////////////////////////////////////////////////////////////////
//////////////////////////13_3//////////////////////////////////////
////////////////////////////////////////////////////////////////////
void
strategy_13_3 (FILE *out)
{
fprintf (out, "// LEGITIMATE PHASE\n\n");
fprintf (out, "//R 000 000 001 001\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+9)%%N]==1 && nb[(index+12)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+1)%%N]==1 && nb[(index+4)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "\n//R000 110 000 000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+4)%%N]==1 && nb[(index+5)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+8)%%N]==1 && nb[(index+9)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "\n//R010 000 000 100 \n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+2)%%N]==1 && nb[(index+10)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+3)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//////////////////////////////////////////////////////
fprintf (out, "\n\n//PHASE DE CONVERGENCE");
//1
fprintf (out, "//R000 000 000 011\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+11)%%N]==1 && nb[(index+12)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+1)%%N]==1 && nb[(index+2)%%N]==1;");
fprintf (out, "\neffect player=0;},");
if (MODIF)
{
//2
fprintf (out, "\n//R000 000 000 101\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+10)%%N]==1 && nb[(index+12)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+1)%%N]==1 && nb[(index+3)%%N]==1;");
fprintf (out, "\neffect player=0;},");
}
else
{
//2
fprintf (out, "\n//R000 000 000 110\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+10)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+2)%%N]==1 && nb[(index+3)%%N]==1;");
fprintf (out, "\neffect player=0;},");
}
fprintf (out, "\n//R000 011 000 000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+5)%%N]==1 && nb[(index+6)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+7)%%N]==1 && nb[(index+8)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//5
fprintf (out, "\n//R00000 11 00000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+7)%%N]==1 && nb[(index+6)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+7)%%N]==1 && nb[(index+6)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//6
fprintf (out, "\n//R010 000 010 000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+2)%%N]==1 && nb[(index+8)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+5)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//7
fprintf (out, "\n//R0000 1001 0000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+5)%%N]==1 && nb[(index+8)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+5)%%N]==1 && nb[(index+8)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//6
fprintf (out, "\n//R010 000 001 000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+2)%%N]==1 && nb[(index+9)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+4)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "\n//R001 000 001 000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+3)%%N]==1 && nb[(index+9)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+4)%%N]==1 && nb[(index+10)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//9
fprintf (out, "\n//R000 100 001 000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+4)%%N]==1 && nb[(index+9)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+4)%%N]==1 && nb[(index+9)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//9
fprintf (out, "\n//R001 000 000 100\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+3)%%N]==1 && nb[(index+10)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+3)%%N]==1 && nb[(index+10)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//10
fprintf (out, "\n//R010 000 000 010\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+2)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+2)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "\n\nobserve-> stop {guard player==id ");
//110000000000
fprintf (out, "\n&& (nb[(index+1)%%N]!=1 || nb[(index+2)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+11)%%N]!=1 || nb[(index+12)%%N]!=1)");
if (MODIF)
{
//101000000000
fprintf (out, "\n&& (nb[(index+1)%%N]!=1 || nb[(index+3)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+10)%%N]!=1 || nb[(index+12)%%N]!=1) ");
}
else
{
//011000000000
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+3)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+10)%%N]!=1 || nb[(index+11)%%N]!=1) ");
}
//1001 000 000 00 legitime
fprintf (out, "\n&& (nb[(index+1)%%N]!=1 || nb[(index+4)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+12)%%N]!=1 || nb[(index+9)%%N]!=1)");
//0001 100 000 00 legitime
fprintf (out, "\n&& (nb[(index+4)%%N]!=1 || nb[(index+5)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+9)%%N]!=1 || nb[(index+8)%%N]!=1) ");
//000011000000
fprintf (out, "\n&& (nb[(index+6)%%N]!=1 || nb[(index+5)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+7)%%N]!=1 || nb[(index+8)%%N]!=1) ");
//000001100000 avant ou arriere
fprintf (out, "\n&& (nb[(index+7)%%N]!=1 || nb[(index+6)%%N]!=1) ");
//010000010000
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+8)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+5)%%N]!=1 || nb[(index+11)%%N]!=1) ");
//000010010000 avant ou arriere
fprintf (out, "\n&& (nb[(index+5)%%N]!=1 || nb[(index+8)%%N]!=1) ");
//010000001000 avant
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+9)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+4)%%N]!=1 || nb[(index+11)%%N]!=1) ");
//000100001000 avant ou arriere
fprintf (out, "\n&& (nb[(index+9)%%N]!=1 || nb[(index+4)%%N]!=1) ");
//010000000100 legitime
fprintf (out, "\n&& (nb[(index+10)%%N]!=1 || nb[(index+2)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+3)%%N]!=1 || nb[(index+11)%%N]!=1) ");
//001000000100 avant ou arriere
fprintf (out, "\n&& (nb[(index+10)%%N]!=1 || nb[(index+3)%%N]!=1) ");
//010000000010 avant ou arriere
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+11)%%N]!=1) ;");
fprintf (out, "\neffect player=0;},");
return;
}
////////////////////////////////////////////////////////////////////
//////////////////////////14_3//////////////////////////////////////
////////////////////////////////////////////////////////////////////
void
strategy_14_3 (FILE *out)
{
fprintf (out, "// LEGITIMATE PHASE\n\n");
fprintf (out, "//R 000 000 000 1001\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+10)%%N]==1 && nb[(index+13)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+1)%%N]==1 && nb[(index+4)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "\n//R000 110 000 0000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+4)%%N]==1 && nb[(index+5)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+9)%%N]==1 && nb[(index+10)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "\n//R010 000 000 0100 \n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+2)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+3)%%N]==1 && nb[(index+12)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//////////////////////////////////////////////////////
fprintf (out, "\n\n//PHASE DE CONVERGENCE");
//1
fprintf (out, "//R000 000 000 0011\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+13)%%N]==1 && nb[(index+12)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+1)%%N]==1 && nb[(index+2)%%N]==1;");
fprintf (out, "\neffect player=0;},");
if (MODIF)
{
fprintf (out, "\n//R000 000 000 0101\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+13)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+1)%%N]==1 && nb[(index+3)%%N]==1;");
fprintf (out, "\neffect player=0;},");
}
else
{
//2
fprintf (out, "\n//R000 000 000 0110\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+12)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+2)%%N]==1 && nb[(index+3)%%N]==1;");
fprintf (out, "\neffect player=0;},");
}
//5
fprintf (out, "\n//R000 011 000 0000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+5)%%N]==1 && nb[(index+6)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+9)%%N]==1 && nb[(index+8)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//6
fprintf (out, "\n//R000 001 100 0000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+7)%%N]==1 && nb[(index+6)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+7)%%N]==1 && nb[(index+8)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//8
fprintf (out, "\n//R000 001 0 100 000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+6)%%N]==1 && nb[(index+9)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+6)%%N]==1 && nb[(index+9)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//9
fprintf (out, "\n//R010 000 001 0000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+2)%%N]==1 && nb[(index+9)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+5)%%N]==1 && nb[(index+12)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//10
fprintf (out, "\n//R001 000 001 0000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+3)%%N]==1 && nb[(index+9)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+5)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//11
fprintf (out, "\n//R000 010 0 010 000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+5)%%N]==1 && nb[(index+9)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+5)%%N]==1 && nb[(index+9)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//12
fprintf (out, "\n//R010 000 000 1000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+2)%%N]==1 && nb[(index+10)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+4)%%N]==1 && nb[(index+12)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//13
fprintf (out, "\n//R001 000 000 1000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+3)%%N]==1 && nb[(index+10)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+4)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//14
fprintf (out, "\n//R0001 00 0 00 1000\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+4)%%N]==1 && nb[(index+10)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+4)%%N]==1 && nb[(index+10)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//15
fprintf (out, "//R010 000 000 0100\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+2)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+3)%%N]==1 && nb[(index+12)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//16
fprintf (out, "\n//R001 000 0 000 100\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+3)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+3)%%N]==1 && nb[(index+11)%%N]==1;");
fprintf (out, "\neffect player=0;},");
//17
fprintf (out, "\n//R010 000 0 000 010\n");
fprintf (out,
"observe -> plus {guard player==id && nb[(index+2)%%N]==1 && nb[(index+12)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "//INV\n");
fprintf (out,
"observe -> moins {guard player==id && nb[(index+2)%%N]==1 && nb[(index+12)%%N]==1;");
fprintf (out, "\neffect player=0;},");
fprintf (out, "\n\nobserve-> stop {guard player==id ");
//1100000000000
fprintf (out, "\n&& (nb[(index+1)%%N]!=1 || nb[(index+2)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+13)%%N]!=1 || nb[(index+12)%%N]!=1)");
if (MODIF)
{
//1010000000000
fprintf (out, "\n&& (nb[(index+1)%%N]!=1 || nb[(index+3)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+13)%%N]!=1 || nb[(index+11)%%N]!=1) ");
}
else
{
//0110000000000
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+3)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+12)%%N]!=1 || nb[(index+11)%%N]!=1) ");
}
//1001 000 000 000 legitime
fprintf (out, "\n&& (nb[(index+1)%%N]!=1 || nb[(index+4)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+13)%%N]!=1 || nb[(index+10)%%N]!=1)");
//0001 100 000 000 legitime
fprintf (out, "\n&& (nb[(index+4)%%N]!=1 || nb[(index+5)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+9)%%N]!=1 || nb[(index+10)%%N]!=1) ");
//0000110000000
fprintf (out, "\n&& (nb[(index+6)%%N]!=1 || nb[(index+5)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+9)%%N]!=1 || nb[(index+8)%%N]!=1) ");
//0000011000000
fprintf (out, "\n&& (nb[(index+7)%%N]!=1 || nb[(index+6)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+7)%%N]!=1 || nb[(index+8)%%N]!=1) ");
//0000010100000 avant ou arriere
fprintf (out, "\n&& (nb[(index+6)%%N]!=1 || nb[(index+8)%%N]!=1) ");
//0100000010000 avant
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+9)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+5)%%N]!=1 || nb[(index+12)%%N]!=1) ");
//0010000010000 avant
fprintf (out, "\n&& (nb[(index+3)%%N]!=1 || nb[(index+8)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+5)%%N]!=1 || nb[(index+11)%%N]!=1) ");
//0000100010000 avant ou arriere
fprintf (out, "\n&& (nb[(index+9)%%N]!=1 || nb[(index+5)%%N]!=1) ");
//0100000001000 avant
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+10)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+4)%%N]!=1 || nb[(index+12)%%N]!=1) ");
//0010000001000 avant
fprintf (out, "\n&& (nb[(index+3)%%N]!=1 || nb[(index+9)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+4)%%N]!=1 || nb[(index+11)%%N]!=1) ");
//0100000000100 legitime
fprintf (out, "\n&& (nb[(index+11)%%N]!=1 || nb[(index+2)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+3)%%N]!=1 || nb[(index+12)%%N]!=1) ");
//0010000000100 avant ou arriere
fprintf (out, "\n&& (nb[(index+11)%%N]!=1 || nb[(index+3)%%N]!=1) ");
//0100000000010 avant ou arriere
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+12)%%N]!=1) ;");
fprintf (out, "\neffect player=0;},");
return;
}
////////////////////////////////////////////////////////////////////
//////////////////////////16_3//////////////////////////////////////
////////////////////////////////////////////////////////////////////
void
strategy_16_3 (FILE *out)
{
fprintf (out, "// LEGITIMATE PHASE\n\n");
fprintf (out, "//R1001 0000 000 0000 \n");
robots3 (12, 15, 16, out);
fprintf (out, "\n//R000 1100 0000 0000 \n");
robots3 (4, 5, 16, out);
fprintf (out, "\n//R0100 0000 000 0100 \n");
robots3 (2, 13, 16, out);
//////////////////////////////////////////////////////
fprintf (out, "//PHASE DE CONVERGENCE");
//1
fprintf (out, "//R0000 0000 000 0011\n");
robots3 (14, 15, 16, out);
//2
fprintf (out, "\n//R101000000000000 arriere\n");
robots3 (13, 15, 16, out);
//5
fprintf (out, "\n//R000011000000000\n");
robots3 (6, 5, 16, out);
//6
fprintf (out, "\n//R000001100000000\n");
robots3 (6, 7, 16, out);
//7
fprintf (out, "\n//R000000110000000\n");
robots3 (8, 7, 16, out);
//8
fprintf (out, "\n//000000101000000\n");
robots3 (9, 7, 16, out);
//9
fprintf (out, "\n//R010000000100000\n");
robots3 (2, 10, 16, out);
//10
fprintf (out, "\n//R001000000100000\n");
robots3 (3, 10, 16, out);
//11
fprintf (out, "\n//R000001000100000\n");
robots3 (6, 10, 16, out);
//12
fprintf (out, "\n//R010000000010000\n");
robots3 (2, 11, 16, out);
//13
fprintf (out, "//R001000000010000 \n");
robots3 (3, 11, 16, out);
//14
fprintf (out, "//R000100000010000\n");
robots3 (4, 11, 16, out);
//15
fprintf (out, "//R000010000010000\n");
robots3 (5, 11, 16, out);
//16
fprintf (out, "//R010000000001000\n");
robots3 (2, 12, 16, out);
//17
fprintf (out, "//R001000000001000\n");
robots3 (3, 12, 16, out);
//18
fprintf (out, "//R000100000001000\n");
robots3 (4, 12, 16, out);
//20
fprintf (out, "//R001000000000100\n");
robots3 (3, 13, 16, out);
//21
fprintf (out, "//R010000000000010\n");
robots3 (2, 14, 16, out);
fprintf (out, "\n\nobserve-> stop {guard player==id ");
// legitime 3
fprintf (out, "\n&& (nb[(index+1)%%N]!=1 || nb[(index+4)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+15)%%N]!=1 || nb[(index+12)%%N]!=1)");
// legitime 4
fprintf (out, "\n&& (nb[(index+4)%%N]!=1 || nb[(index+5)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+12)%%N]!=1 || nb[(index+11)%%N]!=1) ");
// legitime 19
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+13)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+14)%%N]!=1 || nb[(index+3)%%N]!=1)");
//1
fprintf (out, "\n&& (nb[(index+14)%%N]!=1 || nb[(index+15)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+1)%%N]!=1 || nb[(index+2)%%N]!=1) ");
//2
fprintf (out, "\n&& (nb[(index+13)%%N]!=1 || nb[(index+15)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+1)%%N]!=1 || nb[(index+3)%%N]!=1) ");
//5
fprintf (out, "\n&& (nb[(index+5)%%N]!=1 || nb[(index+6)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+11)%%N]!=1 || nb[(index+10)%%N]!=1) ");
//6
fprintf (out, "\n&& (nb[(index+6)%%N]!=1 || nb[(index+7)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+10)%%N]!=1 || nb[(index+9)%%N]!=1) ");
//7
fprintf (out, "\n&& (nb[(index+8)%%N]!=1 || nb[(index+7)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+8)%%N]!=1 || nb[(index+9)%%N]!=1) ");
//8
fprintf (out, "\n&& (nb[(index+9)%%N]!=1 || nb[(index+7)%%N]!=1) ");
//9
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+10)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+14)%%N]!=1 || nb[(index+6)%%N]!=1) ");
//10
fprintf (out, "\n&& (nb[(index+3)%%N]!=1 || nb[(index+10)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+13)%%N]!=1 || nb[(index+6)%%N]!=1) ");
//11
fprintf (out, "\n&& (nb[(index+6)%%N]!=1 || nb[(index+10)%%N]!=1) ");
//12
fprintf (out, "\n&& (nb[(index+2)%%N]!=1 || nb[(index+11)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+14)%%N]!=1 || nb[(index+5)%%N]!=1) ");
//13
fprintf (out, "\n&& (nb[(index+3)%%N]!=1 || nb[(index+11)%%N]!=1) ");
fprintf (out, "\n&& (nb[(index+13)%%N]!=1 || nb[(index+5)%%N]!=1) ");
//14
fprintf (out, "\n&& (nb[(index+4)%%N]!=1 || nb[(index+11)%%N]!=1) ");