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M.CSTAR
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M.CSTAR
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/*
Version 1 December 1991
Simple crystal growth program, diffuses components around a cubic
lattice. No thermodynamics involved.
Assumes that once a component "molecule" has reacted it does not diffuse,
ie., it is assumed to be relatively immobile.
Because of the cubic lattice, collisions only occur orthogonally.
Parent program is growth.fth, in SCIFORTH for CPM80, 1985 */
#include <stdlib.h>
/* Shorthand access */
#define AT [.] [.] [.]
#define ATXP [. + 1] [.] [.]
#define ATXM [. - 1] [.] [.]
#define ATYP [.] [. + 1] [.]
#define ATYM [.] [. - 1] [.]
#define ATZP [.] [.] [. + 1]
#define ATZM [.] [.] [. - 1]
#define ATXPYP [. + 1] [. + 1] [.]
#define ATXPYM [. + 1] [. - 1] [.]
/* Size of the array and number of components (un/reacted) */
#define SIDE 128
#define COMPONENTS 5
/* Offset for denoting reacted component, and component values */
#define REACTED 20
#define SOLVENT 0
#define ACPT 1
#define RSOLVENT (SOLVENT + REACTED)
#define RACPT (ACPT + REACTED)
#define BCPT 2
#define RBCPT (BCPT + REACTED)
/* The number of actions allowed on diffusing:
1 forwards,
-1 backwards,
0 stay.
See Diffuse(int:cube) */
#define DIFFUSEOPTS 3
#define FORWARDS 1
#define BACKWARDS -1
#define STAY 0
/* The shape for the simulation. */
shape [SIDE] [SIDE] [SIDE] cube;
int NumberOfIons, /* Number of Ions */
SPlusA, /* Solvent + Ion A */
SToA, /* Ratio of Solvent to A */
SToB, /* Ratio of Solvent to B */
Suitable, /* contents of new cell */
OKvar, /* the value of the reaction candidate + 10 */
NumberOfLooks, /* how many times should random-look look */
/* Some accumulators for collision types
Name , Piccy Point Group
==== ============ =========== */
Case1, /* A--B C (Inf h) */
Case2, /* A--B
|
B */
Case3, /* B--A--B D (Inf h) */
Case4, /* A--B
|\
B B */
Case5, /* B--A--B
|
B */
Case6, /* B--A--B
|\
B B */
Case7, /* B
|
B--A--B
|
B */
Case8, /* B
|
B--A--B
|\
B B */
Case9; /* B B
\|
B--A--B
|\
B B */
main()
{
int i;
int:cube c1, RandomIonPut(int:cube, int, int), OkReact(int:cube),
Diffuse(int:cube);
void ZPlane(int:cube c, int x1, int x2, int y1, int y2, int z);
Case1=Case2=Case3=Case4=Case5=Case6=Case7=Case8=Case9=0;
with (cube)
{
c1 = RandomIonPut(c1, 5, 5);
printf("Some elements are:\n");
ZPlane(c1, 0, 20, 0, 30, 0);
for (i=0; i<10; i++){
c1 = OkReact(c1);
printf("Some elements are:\n");
ZPlane(c1, 0, 20, 0, 30, 0);
printf("\nC (Inf h) collisions = %d. \n", Case1);
printf("\nCase 2 collisions = %d. \n", Case2);
printf("\nD (Inf h) collisions = %d. \n", Case3);
printf("\nCase 4 collisions = %d. \n", Case4);
printf("\nCase 5 collisions = %d. \n", Case5);
printf("\nCase 6 collisions = %d. \n", Case6);
printf("\nCase 7 collisions = %d. \n", Case7);
printf("\nCase 8 collisions = %d. \n", Case8);
printf("\nCase 9 collisions = %d. \n", Case9);
c1 = Diffuse(c1);
ZPlane(c1, 0, 20, 0, 30, 0);
}
}
}
int:cube RandomIonPut(int:cube c, int ca, int cb)
{
int:cube c1;
with (cube)
{
c1 = prand() % 100;
where (c1 < ca)
c = ACPT;
where ((c1 >= ca) && (c1 < (ca + cb)))
c = BCPT;
where (c1 >= (ca + cb))
c = SOLVENT;
return c;
}
}
/* Display the values of lattice nodes in the zth plane,
from x1 to x2, and y1 to y2 inclusive.
Checks for bounds. */
void ZPlane(int:cube c, int x1, int x2, int y1, int y2, int z)
{
int i, j;
if (x1 < 0) x1 = 0;
if (x1 >= SIDE) x1 = SIDE-1;
if (x2 < 0) x2 = 0;
if (x2 >= SIDE) x2 = SIDE-1;
if (y1 < 0) y1 = 0;
if (y1 >= SIDE) y1 = SIDE-1;
if (y2 < 0) y2 = 0;
if (y2 >= SIDE) y2 = SIDE-1;
for (i=x1; i<=x2; i++)
{
for (j=y1; j<=y2; j++)
printf("%2d", [i] [j] [z] c);
printf("\n");
}
}
/* Check that a reaction can occur with the adjacent reacted or unreacted
components. Update the Case variables (Reflect collision geometry)
and return the reacted cube */
int:cube OkReact(int:cube c)
{
with (cube)
{
/* C (Inf h) collisions */
where (c == ACPT)
{
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case1 = +=(int:cube)1;}
where ((ATXM c % REACTED == BCPT)
&& (ATXP c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case1 = +=(int:cube)1;}
where ((ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case1 = +=(int:cube)1;}
where ((ATYM c % REACTED == BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case1 = +=(int:cube)1;}
where ((ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED != BCPT))
{c = RACPT; Case1 = +=(int:cube)1;}
where ((ATZM c % REACTED == BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED != BCPT))
{c = RACPT; Case1 = +=(int:cube)1;}
}
where (c == BCPT)
{
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case1 = +=(int:cube)1;}
where ((ATXM c % REACTED == ACPT)
&& (ATXP c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case1 = +=(int:cube)1;}
where ((ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case1 = +=(int:cube)1;}
where ((ATYM c % REACTED == ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case1 = +=(int:cube)1;}
where ((ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED != ACPT))
{c = RBCPT; Case1 = +=(int:cube)1;}
where ((ATZM c % REACTED == ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED != ACPT))
{c = RBCPT; Case1 = +=(int:cube)1;}
}
/* Case2 Collisions */
where (c == ACPT)
{
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case2 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case2 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case2 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case2 = +=(int:cube)1;}
where ((ATXM c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case2 = +=(int:cube)1;}
where ((ATXM c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case2 = +=(int:cube)1;}
where ((ATXM c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case2 = +=(int:cube)1;}
where ((ATXM c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case2 = +=(int:cube)1;}
where ((ATYP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case2 = +=(int:cube)1;}
where ((ATYP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case2 = +=(int:cube)1;}
where ((ATYM c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case2 = +=(int:cube)1;}
where ((ATYM c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case2 = +=(int:cube)1;}
}
where (c == BCPT)
{
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case2 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case2 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case2 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case2 = +=(int:cube)1;}
where ((ATXM c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case2 = +=(int:cube)1;}
where ((ATXM c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case2 = +=(int:cube)1;}
where ((ATXM c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case2 = +=(int:cube)1;}
where ((ATXM c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case2 = +=(int:cube)1;}
where ((ATYP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case2 = +=(int:cube)1;}
where ((ATYP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case2 = +=(int:cube)1;}
where ((ATYM c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case2 = +=(int:cube)1;}
where ((ATYM c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case2 = +=(int:cube)1;}
}
/* D (Inf h) collisions */
where (c == ACPT)
{
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case3 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case3 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case3 = +=(int:cube)1;}
}
where (c == BCPT)
{
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case3 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case3 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case3 = +=(int:cube)1;}
}
/* Case 4 collisions */
where (c == ACPT)
{
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case4 = +=(int:cube)1;}
}
where (c == BCPT)
{
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case4 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case4 = +=(int:cube)1;}
}
/* Case 5 collisions */
where (c == ACPT)
{
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case5 = +=(int:cube)1;}
}
where (c == BCPT)
{
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case5 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case5 = +=(int:cube)1;}
}
/* Case 6 collisions */
where (c == ACPT)
{
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case6 = +=(int:cube)1;}
}
/* Case 6 collisions */
where (c == BCPT)
{
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case6 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case6 = +=(int:cube)1;}
}
/* Case 7 collisions */
where (c == ACPT)
{
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED != BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case7 = +=(int:cube)1;}
where ((ATXP c % REACTED != BCPT)
&& (ATXM c % REACTED != BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case7 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED != BCPT)
&& (ATYM c % REACTED != BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED == BCPT))
{c = RACPT; Case7 = +=(int:cube)1;}
}
where (c == BCPT)
{
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED != ACPT)
&& (ATZM c % REACTED != ACPT))
{c = RBCPT; Case7 = +=(int:cube)1;}
where ((ATXP c % REACTED != ACPT)
&& (ATXM c % REACTED != ACPT)
&& (ATYP c % REACTED == ACPT)
&& (ATYM c % REACTED == ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case7 = +=(int:cube)1;}
where ((ATXP c % REACTED == ACPT)
&& (ATXM c % REACTED == ACPT)
&& (ATYP c % REACTED != ACPT)
&& (ATYM c % REACTED != ACPT)
&& (ATZP c % REACTED == ACPT)
&& (ATZM c % REACTED == ACPT))
{c = RBCPT; Case7 = +=(int:cube)1;}
}
/* Case 8 collisions */
where (c == ACPT)
{
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED == BCPT)
&& (ATYM c % REACTED == BCPT)
&& (ATZP c % REACTED == BCPT)
&& (ATZM c % REACTED != BCPT))
{c = RACPT; Case8 = +=(int:cube)1;}
where ((ATXP c % REACTED == BCPT)
&& (ATXM c % REACTED == BCPT)
&& (ATYP c % REACTED == BCPT)