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Member "ocre-0.029/ocre/src/ajustePlano.c" of archive ocre_v0_029.tgz:


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    1 
    2 #include <math.h>
    3 #include <stdlib.h>
    4 #include <stdio.h>
    5 
    6 #include "ajustePlano.h"
    7 
    8 void acerosdAjustePlano (tajup ajup)
    9 {
   10   ajup->n    = 0;
   11   ajup->sx   = 0.0;  ajup->sy   = 0.0;  ajup->sz   = 0.0;
   12   ajup->sxy  = 0.0;  ajup->sxz  = 0.0;  ajup->syz  = 0.0;
   13   ajup->sx2  = 0.0;  ajup->sy2  = 0.0;  ajup->sz2  = 0.0;
   14   ajup->az   = 0.0;  ajup->bz   = 0.0;  ajup->cz   = 0.0;
   15 }
   16 
   17 void nuevodAjustePlano (tajup * najup)
   18 {
   19   tajup ajup;
   20   ajup = (tajup) malloc (sizeof(struct teajup));
   21   acerosdAjustePlano (ajup);
   22   *najup = ajup ;
   23 }
   24 
   25 void borradAjustePlano (tajup ajup)
   26 {
   27   free (ajup);
   28 }
   29 
   30 void imprimedAjustePlano (tajup ajup)
   31 {
   32   printf ("n:   %5d\n", ajup->n);
   33   printf ("sx:  %9.3f\n", ajup->sx);
   34   printf ("sy:  %9.3f\n", ajup->sy);
   35   printf ("sz:  %9.3f\n", ajup->sz);
   36   printf ("sxy: %9.3f\n", ajup->sxy);
   37   printf ("sxz: %9.3f\n", ajup->sxz);
   38   printf ("syz: %9.3f\n", ajup->syz);
   39   printf ("sx2: %9.3f\n", ajup->sx2);
   40   printf ("sy2: %9.3f\n", ajup->sy2);
   41   printf ("sz2: %9.3f\n", ajup->sz2);
   42   printf ("az:  %9.4f\n", ajup->az);
   43   printf ("bz:  %9.4f\n", ajup->bz);
   44   printf ("cz:  %9.4f\n", ajup->cz);
   45   printf ("\n");
   46 }
   47 
   48 void anyadedAAjustePlano (tajup ajup, int x, int y, int z)
   49 {
   50   ajup->n    += 1 ;
   51   ajup->sx   += x ;      ajup->sy   += y ;      ajup->sz   += z ;
   52   ajup->sxy  += x * y ;  ajup->sxz  += x * z ;  ajup->syz  += y * z ;
   53   ajup->sx2  += x * x ;  ajup->sy2  += y * y ;  ajup->sz2  += z * z ;
   54 }
   55 
   56 void calculaAjustePlano (tajup ajup)
   57 {
   58   double delz;
   59   delz =    ajup->sx2 * (ajup->sy  * ajup->sy - ajup->n * ajup->sy2)
   60 	  + ajup->sx *   ajup->sx  * ajup->sy2
   61       - 2 * ajup->sx *   ajup->sy  * ajup->sxy
   62           + ajup->n *    ajup->sxy * ajup->sxy ;
   63   ajup->az = - ( ajup->sx *  (ajup->sy * ajup->syz - ajup->sy2 * ajup->sz)
   64                 + ajup->sxy * (ajup->sy * ajup->sz -  ajup->n *   ajup->syz)
   65 	       + (ajup->n *    ajup->sy2 - ajup->sy * ajup->sy) * ajup->sxz
   66 	          ) / delz ;
   67   ajup->bz =   ( ajup->sx2 * (ajup->sy * ajup->sz -  ajup->n *   ajup->syz)
   68                 + ajup->sx *   ajup->sx *  ajup->syz
   69                + (ajup->n *    ajup->sxy - ajup->sx * ajup->sy) * ajup->sxz
   70 		- ajup->sx *   ajup->sxy * ajup->sz
   71 		  ) / delz ;
   72   ajup->cz = - ( ajup->sx2 * (ajup->sy2 * ajup->sz - ajup->sy * ajup->syz)
   73 	        + ajup->sx *   ajup->sxy * ajup->syz
   74                + (ajup->sxy *  ajup->sy -  ajup->sx * ajup->sy2) * ajup->sxz
   75 	        - ajup->sxy *  ajup->sxy * ajup->sz
   76 		  ) / delz ;
   77 }
   78 
   79 double distanciaAPlano (tajup ajup, int x, int y, int z)
   80 {
   81   return (z - (ajup->az*x + ajup->bz*y + ajup->cz)) ;
   82 }