static int do_char(WINDOW *win, int width, int *i, int *y, int *x, char *str)
{
if (!str[*i]) {
return -1;
} else if (str[*i] == '\\') {
(*i)++;
putxy(win, width, i, y, x, &str[*i]);
} else if (str[*i] == '%') {
(*i)++;
if (!str[(*i)])
return -1;
else
style_box(win, str[*i]);
} else if (str[*i] == ' ') {
int tmp = theme_strlen(&str[*i + 1], ' ');
if ((tmp >= (width - *x)) && (tmp < width)) {
(*i)++;
return -2;
}
else
putxy(win, width, i, y, x, &str[*i]);
} else if(putxy(win, width, i, y, x, &str[*i]))
return -2;
return 0;
}
void timer_handler ( struct regs* r ) {
dump_regs = *r;
T.ticks++;
if ( T.ticks % 1000 == 0 ) {
T.uptime++;
clock++;
s = clock % 60;
m = ( clock / 60 ) % 60;
h = ( ( clock / 60 ) / 60 ) % 24;
tsp[4] = s / 10;
tsp[5] = s % 10;
tsp[2] = m / 10;
tsp[3] = m % 10;
tsp[0] = h / 10;
tsp[1] = h % 10;
settextcolor ( 6, 0 );
putxy ( 48 + tsp[0], 5, 2 );
putxy ( 48 + tsp[1], 6, 2 );
putxy ( ':', 7, 2 );
putxy ( 48 + tsp[2], 8, 2 );
putxy ( 48 + tsp[3], 9, 2 );
putxy ( ':', 10, 2 );
putxy ( 48 + tsp[4], 11, 2 );
putxy ( 48 + tsp[5], 12, 2 );
settextcolor ( forecolor, 0 );
}
}
void MainScreen(char *InstallName) {
char fromdrive[2], todrive[3], tmp1[3], topath[9], tmp[9], drive[2];
EditClass EditToDrive(WINDOW_LEFT+26,WINDOW_TOP+3,1, DEF_DRIVE);
EditClass EditPath(WINDOW_LEFT+32,WINDOW_TOP+4,8, DEF_DIRECTORY);
char ok;
sprintf(fromdrive, "%c", getdisk()+'A');
strcpy(todrive, "C");
strcpy(tmp, "\\EDIR");
_setcursortype(_NORMALCURSOR);
putxy(WINDOW_LEFT+3,WINDOW_TOP+2,0,STANDARD,"Installing from drive %c:", fromdrive[0]);
putxy(WINDOW_LEFT+3,WINDOW_TOP+3,0,STANDARD,"Install to what drive? :");
putxy(WINDOW_LEFT+3,WINDOW_TOP+4,0,STANDARD,"Install to what directory? :", topath);
EditToDrive.Display();
EditPath.Display();
putxy(WINDOW_LEFT+30, WINDOW_TOP+4, 0, STANDARD, "%c", toupper(todrive[0]));
strcpy(todrive, EditToDrive.GetInput());
putxy(WINDOW_LEFT+30, WINDOW_TOP+4, 0, STANDARD, "%c", toupper(todrive[0]));
strcpy(tmp, EditPath.GetInput());
descr(NULL);
sprintf(topath, "%c:%s", todrive[0], tmp);
putxy(WINDOW_LEFT+3,WINDOW_TOP+5,0,STANDARD,"Is this ok (Y/N/Q)? ");
ok = (int) tolower((char) getch());
if(ok == 121) {
if(CheckDrive(todrive[0], "Invalid disk drive to copy files to") == 1) {
_setcursortype(_NOCURSOR);
putxy(WINDOW_LEFT+3,WINDOW_TOP+5,0,STANDARD,"Please wait...installing files...");
sprintf(tmp1, "%c:", fromdrive[0]);
docopy(tmp1, topath, InstallName);
getch();
}
else MainScreen(InstallName);
}
else if(ok == 113);
else {
putxy(WINDOW_LEFT+3,WINDOW_TOP+5,0,STANDARD,"%s", space(20));
MainScreen(InstallName);
}
}
gaint gxsflw (gaint i, gaint j, gaint iside) {
/* Follow a shaded outline to the end. Close it if necessary by
following around undef areas and around the grid border. */
/* The grid box:
(f3)
p4 side 3 p3
x ------------ x
| |
side 4 | | side 2
(f4) | | (f2)
| |
x ------------ x
p1 side 1 p2
(f1)
*/
gaint *f1,*f2,*f3,*f4,*ff,*fu,*fd,*fl,*fr;
gaint cnt,rc,isave,jsave,uflag,ucflg,bflag,k;
gadouble *p1,*p2,*p3,*p4;
gadouble x,y;
isave = i; jsave = j;
uflag = 0;
bndflg = 0;
bflag = 0;
if (iside==1) goto side1; /* Jump in based on side */
if (iside==2) goto side2;
if (iside==3) goto side3;
if (iside==4) goto side4;
bflag = 1;
if (iside==5) goto br;
if (iside==6) goto tr;
if (iside==7) goto lu;
if (iside==8) goto ru;
if (iside==9) goto ur;
if (iside==10) goto uu;
printf ("Logic error 40 in gxshad\n");
return (1);
/* Calculate entry point in the current grid box, then move to the
next grid box based on the exit side. */
side1: /* Enter side 1 */
if (i<imn || i>(imx-1) || j<jmn || j>jmx) {
printf ("logic error 12 in gxshad\n");
printf (" side1, %i %i \n",i,j);
return(1);
}
p1 = gr + (imax*(j-1)+i-1);
p2 = p1+1;
x = (gadouble)i + (val-*p1)/(*p2-*p1); /* Calculate entry point */
y = (gadouble)j;
rc = putxy(x,y); /* Put points in buffer */
if (rc) return(rc);
f1 = flgh + (imax*(j-1)+i-1);
if (*f1==1 || *f1==7) goto done; /* We may be done */
if (*f1>5 && !uflag) { /* Entered an undef box? */
if (*f1==9) {
printf ("Logic error 4 in gxshad: %i %i\n",i,j);
return(1);
}
*f1 = 7; /* Indicate we were here */
if (*p1>val) {
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uleft;
} else {
i++;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uright;
}
}
if (*f1==8) *f1 = 7; /* Indicate we were here */
else *f1 = 1;
uflag = 0;
if (j+1>jmx) { /* At top boundry? */
if (*p1>val) {
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto tleft;
} else {
i++;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto tright;
}
}
/* Check for exit side. Also check for col. */
p3 = p2+imax;
p4 = p3-1;
if ( (*p2<=val && *p3>val) || (*p2>val && *p3<=val) ) {
if ( (*p3<=val && *p4>val) || (*p3>val && *p4<=val) ) {
if (!spathl(*p1, *p2, *p3, *p4)) {
i--;
goto side2; /* Exiting 4, go enter 2 */
}
}
i++;
goto side4; /* Exiting 2, go enter 4 */
}
if ( (*p3<=val && *p4>val) || (*p3>val && *p4<=val) ) {
j++;
goto side1; /* Exiting 3, go enter 1 */
}
if ( (*p4<=val && *p1>val) || (*p4>val && *p1<=val) ) {
i--;
goto side2; /* Exiting 4, go enter 2 */
}
printf ("Logic error 8 in gxshad\n");
return(1);
side2: /* Enter side 2 */
if (i<(imn-1) || i>(imx-1) || j<jmn || j>(jmx-1)) {
printf ("logic error 12 in gxshad\n");
printf (" side2, %i %i \n",i,j);
return(1);
}
p2 = gr + (imax*(j-1)+i);
p3 = p2+imax;
x = (gadouble)(i+1);
y = (gadouble)j + (val-*p2)/(*p3-*p2); /* Calculate entry point */
rc = putxy(x,y); /* Put points in buffer */
if (rc) return(rc);
f2 = flgv + (imax*(j-1)+i);
if (*f2==1 || *f2==7) goto done; /* We may be done */
if (*f2>5 && !uflag) { /* Entered an undef box? */
if (*f2==9) {
printf ("Logic error 4 in gxshad: %i %i\n",i,j);
printf ("Side 2, entered %i \n",iside);
return(1);
}
*f2 = 7; /* Indicate we were here */
if (*p2>val) {
i++;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto udown;
} else {
i++; j++;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uup;
}
}
if (*f2==8) *f2 = 7; /* Indicate we were here */
else *f2 = 1;
uflag = 0;
if (i<imn) { /* At left boundry? */
if (*p2>val) {
i++;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto ldown;
} else {
i++; j++;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto lup;
}
}
/* Check for exit side. Also check for col. */
p1 = p2-1;
p4 = p3-1;
if ( (*p3<=val && *p4>val) || (*p3>val && *p4<=val) ) {
if ( (*p4<=val && *p1>val) || (*p4>val && *p1<=val) ) {
if (spathl(*p1, *p2, *p3, *p4)) {
j--;
goto side3; /* Exiting 1, go enter 3 */
}
}
j++;
goto side1; /* Exiting 3, go enter 1 */
}
if ( (*p4<=val && *p1>val) || (*p4>val && *p1<=val) ) {
i--;
goto side2; /* Exiting 4, go enter 2 */
}
if ( (*p1<=val && *p2>val) || (*p1>val && *p2<=val) ) {
j--;
goto side3; /* Exiting 1, go enter 3 */
}
printf ("Logic error 8 in gxshad\n");
return(1);
side3: /* Enter side 3 */
if (i<imn || i>(imx-1) || j<(jmn-1) || j>(jmx-1)) {
printf ("logic error 12 in gxshad\n");
printf (" side3, %i %i \n",i,j);
return(1);
}
p3 = gr + (imax*(j)+i);
p4 = p3-1;
x = (gadouble)i + (val-*p4)/(*p3-*p4); /* Calculate entry point */
y = (gadouble)(j+1);
rc = putxy(x,y); /* Put points in buffer */
if (rc) return(rc);
f3 = flgh + (imax*(j)+i-1);
if (*f3==1 || *f3==7) goto done; /* We may be done */
if (*f3>5 && !uflag) { /* Entered an undef box? */
if (*f3==9) {
printf ("Logic error 4 in gxshad: %i %i\n",i,j);
printf ("Side 3, entered %i \n",iside);
return(1);
}
*f3 = 7; /* Indicate we were here */
if (*p3>val) {
i++; j++;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uright;
} else {
j++;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uleft;
}
}
if (*f3==8) *f3 = 7; /* Indicate we were here */
else *f3 = 1;
uflag = 0;
if (j<jmn) { /* At bottom boundry? */
if (*p3>val) {
i++; j++;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto bright;
} else {
j++;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto bleft;
}
}
/* Check for exit side. Also check for col. */
p1 = p4-imax;
p2 = p1+1;
if ( (*p1<=val && *p4>val) || (*p1>val && *p4<=val) ) {
if ( (*p1<=val && *p2>val) || (*p1>val && *p2<=val) ) {
if (!spathl(*p1, *p2, *p3, *p4)) {
i++;
goto side4; /* Exiting 2, go enter 4 */
}
}
i--;
goto side2; /* Exiting 4, go enter 2 */
}
if ( (*p1<=val && *p2>val) || (*p1>val && *p2<=val) ) {
j--;
goto side3; /* Exiting 1, go enter 3 */
}
if ( (*p2<=val && *p3>val) || (*p2>val && *p3<=val) ) {
i++;
goto side4; /* Exiting 2, go enter 4 */
}
printf ("Logic error 8 in gxshad\n");
return(1);
side4: /* Enter side 4 */
if (i<1 || i>imax || j<1 || j>(jmax-1)) {
printf ("logic error 12 in gxshad\n");
printf (" side4, %i %i \n",i,j);
printf (" imax, jmax = %i %i \n",imax,jmax);
return(1);
}
p1 = gr + (imax*(j-1)+i-1);
p4 = p1+imax;
x = (gadouble)i;
y = (gadouble)j + (val-*p1)/(*p4-*p1); /* Calculate entry point */
rc = putxy(x,y); /* Put points in buffer */
if (rc) return(rc);
f4 = flgv + ((j-1)*imax+i-1);
if (*f4==1 || *f4==7) goto done; /* We may be done */
if (*f4>5 && !uflag) { /* Entered an undef box? */
if (*f4==9) {
printf ("Logic error 4 in gxshad: %i %i\n",i,j);
printf ("Side 4, entered %i \n",iside);
return(1);
}
*f4 = 7; /* Indicate we were here */
if (*p1>val) {
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto udown;
} else {
j++;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uup;
}
}
if (*f4==8) *f4 = 7; /* Indicate we were here */
else *f4 = 1;
uflag = 0;
if (i+1>imx) { /* At right boundry? */
if (*p1>val) {
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto rdown;
} else {
j++;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto rup;
}
}
/* Check for exit side. Also check for col. */
p2 = p1+1;
p3 = p4+1;
if ( (*p1<=val && *p2>val) || (*p1>val && *p2<=val) ) {
if ( (*p2<=val && *p3>val) || (*p2>val && *p3<=val) ) {
if (spathl(*p1, *p2, *p3, *p4)) {
j++;
goto side1; /* Exiting 3, go enter 1 */
}
}
j--;
goto side3; /* Exiting 1, go enter 3 */
}
if ( (*p2<=val && *p3>val) || (*p2>val && *p3<=val) ) {
i++;
goto side4; /* Exiting 2, go enter 4 */
}
if ( (*p3<=val && *p4>val) || (*p3>val && *p4<=val) ) {
j++;
goto side1; /* Exiting 3, go enter 1 */
}
printf ("Logic error 8 in gxshad\n");
return(1);
/* At an undefined boundry and last moved towards the left. */
uleft:
bndflg = 1;
if (bflag && i==isave && j==jsave) goto done;
if (j<(jmn+1)||j>jmx-1) {
printf ("Logic error 16 in gxshad\n");
return (1);
}
fu = flgv + ((j-1)*imax+i-1);
fd = fu-imax;
if (i==imn) {
if ((*fu>5 && *fd>5) || (*fu<5 && *fd<5)) {
printf ("Logic error 20 in gxshad\n");
return (1);
}
if (*fu>5) goto ldown;
else goto lup;
}
ff = flgh + ((j-1)*imax+i-2);
cnt=0;
if (*ff==7 || *ff==8) cnt++;
if (*fu==7 || *fu==8) cnt++;
if (*fd==7 || *fd==8) cnt++;
if (cnt==2 || cnt==0) {
printf ("Logic error 24 in gxshad\n");
return (1);
}
ucflg = 0;
if (cnt==3) ucflg = undcol(i,j);
if (ucflg==9) return(1);
if (!ucflg && (*ff==7 || *ff==8)) {
i--;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
uflag = 1;
if (*fu>5) {
j--;
goto side3;
} else goto side1;
}
*ff = 7;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uleft;
}
if (ucflg!=2 && (*fd==7 || *fd==8)) {
j--;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
uflag = 1;
if (ucflg || *fu==9) {
goto side4;
} else {
i--;
goto side2;
}
}
*fd = 7;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto udown;
}
if (ucflg!=1 && (*fu==7 || *fu==8)) {
j++;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
uflag = 1;
if (ucflg || *fd==9) {
j--;
goto side4;
} else {
i--; j--;
goto side2;
}
}
*fu = 7;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uup;
}
printf ("Logic error 28 in gxshad\n");
return(1);
/* At an undefined boundry and last moved towards the right. */
uright:
if (bflag && i==isave && j==jsave) goto done;
ur:
bndflg = 1;
if (j<(jmn+1)||j>jmx-1) {
printf ("Logic error 16 in gxshad\n");
return (1);
}
fu = flgv + ((j-1)*imax+i-1);
fd = fu-imax;
if (i==imx) {
if ((*fu>5 && *fd>5) || (*fu<5 && *fd<5)) {
printf ("Logic error 20 in gxshad\n");
return (1);
}
if (*fu>5) goto rdown;
else goto rup;
}
ff = flgh + ((j-1)*imax+i-1);
cnt=0;
if (*ff==7 || *ff==8) cnt++;
if (*fd==7 || *fd==8) cnt++;
if (*fu==7 || *fu==8) cnt++;
if (cnt==2 || cnt==0) {
printf ("Logic error 24 in gxshad\n");
return (1);
}
ucflg = 0;
if (cnt==3) ucflg = undcol(i,j);
if (ucflg==9) return(1);
if (!ucflg && (*ff==7 || *ff==8)) {
i++;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
uflag = 1;
i--;
if (*fu>5) {
j--;
goto side3;
} else goto side1;
}
*ff = 7;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uright;
}
if (ucflg!=1 && (*fd==7 || *fd==8)) {
j--;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
uflag = 1;
if (ucflg || *fu==9) {
i--;
goto side2;
} else {
goto side4;
}
}
*fd = 7;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto udown;
}
if (ucflg!=2 && (*fu==7 || *fu==8)) {
j++;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
uflag = 1;
if (ucflg || *fd==9) {
i--; j--;
goto side2;
} else {
j--;
goto side4;
}
}
*fu = 7;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uup;
}
printf ("Logic error 28 in gxshad\n");
return(1);
/* At an undefined boundry and last moved towards the top. */
uup:
if (bflag && i==isave && j==jsave) goto done;
uu:
bndflg = 1;
if (i<(imn+1)||i>imx-1) {
printf ("Logic error 16 in gxshad\n");
return (1);
}
fr = flgh + ((j-1)*imax+i-1);
fl = fr-1;
if (j==jmx) {
if ((*fr>5 && *fl>5) || (*fr<5 && *fl<5)) {
printf ("Logic error 20 in gxshad\n");
return (1);
}
if (*fr>5) goto tleft;
else goto tright;
}
ff = flgv + ((j-1)*imax+i-1);
cnt=0;
if (*ff==7 || *ff==8) cnt++;
if (*fr==7 || *fr==8) cnt++;
if (*fl==7 || *fl==8) cnt++;
if (cnt==2 || cnt==0) {
printf ("Logic error 24 in gxshad\n");
return (1);
}
ucflg = 0;
if (cnt==3) ucflg = undcol(i,j);
if (ucflg==9) return(1);
if (!ucflg && (*ff==7 || *ff==8)) {
j++;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
j--;
uflag = 1;
if (*fr>5) {
i--;
goto side2;
}
else goto side4;
}
*ff = 7;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uup;
}
if (ucflg!=2 && (*fr==7 || *fr==8)) {
i++;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
uflag = 1;
if (ucflg || *fl==9) {
i--; j--;
goto side3;
} else {
i--;
goto side1;
}
}
*fr = 7;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uright;
}
if (ucflg!=1 && (*fl==7 || *fl==8)) {
i--;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
uflag = 1;
if (ucflg || *fr==9) {
j--;
goto side3;
} else {
goto side1;
}
}
*fl = 7;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uleft;
}
printf ("Logic error 28 in gxshad\n");
return(1);
/* At an undefined boundry and last moved towards the bottom. */
udown:
bndflg = 1;
if (bflag && i==isave && j==jsave) goto done;
if (i<(imn+1)||i>imx-1) {
printf ("Logic error 16 in gxshad\n");
return (1);
}
fr = flgh + ((j-1)*imax+i-1);
fl = fr-1;
if (j==jmn) {
if ((*fr>5 && *fl>5) || (*fr<5 && *fl<5)) {
printf ("Logic error 20 in gxshad\n");
return (1);
}
if (*fr>5) goto bleft;
else goto bright;
}
ff = flgv + ((j-2)*imax+i-1);
cnt=0;
if (*ff==7 || *ff==8) cnt++;
if (*fr==7 || *fr==8) cnt++;
if (*fl==7 || *fl==8) cnt++;
if (cnt==2 || cnt==0) {
printf ("Logic error 24 in gxshad\n");
return (1);
}
ucflg = 0;
if (cnt==3) ucflg = undcol(i,j);
if (ucflg==9) return(1);
if (!ucflg && (*ff==7 || *ff==8)) {
j--;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
uflag = 1;
if (*fr>5) {
i--;
goto side2;
}
else goto side4;
}
*ff = 7;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto udown;
}
if (ucflg!=1 && (*fr==7 || *fr==8)) {
i++;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
uflag = 1;
if (ucflg || *fl==9) {
i--;
goto side1;
} else {
i--; j--;
goto side3;
}
}
*fr = 7;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uright;
}
if (ucflg!=2 && (*fl==7 || *fl==8)) {
i--;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
uflag = 1;
if (ucflg || *fr==9) {
goto side1;
} else {
j--;
goto side3;
}
}
*fl = 7;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto uleft;
}
printf ("Logic error 28 in gxshad\n");
return(1);
/* Follow grid boundry until we hit a missing data area, or until
we hit the restart of the contour line. */
tright:
if (bflag && i==isave && j==jsave) goto done;
tr:
bndflg = 1;
if (i==imx) goto rdown;
ff = flgh + ((j-1)*imax+i-1);
if (*ff>5) goto udown;
i++;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
j--; i--;
goto side3;
}
*ff = 1;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto tright;
tleft:
bndflg = 1;
if (bflag && i==isave && j==jsave) goto done;
if (i==imn) goto ldown;
ff = flgh + ((j-1)*imax+i-2);
if (*ff>5) goto udown;
i--;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
j--;
goto side3;
}
*ff = 1;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto tleft;
bright:
if (bflag && i==isave && j==jsave) goto done;
br:
bndflg = 1;
if (i==imx) goto rup;
ff = flgh + ((j-1)*imax+i-1);
if (*ff>5) goto uup;
i++;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
i--;
goto side1;
}
*ff = 1;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto bright;
bleft:
bndflg = 1;
if (bflag && i==isave && j==jsave) goto done;
if (i==imn) goto lup;
ff = flgh + ((j-1)*imax+i-2);
if (*ff>5) goto uup;
i--;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
goto side1;
}
*ff = 1;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto bleft;
rup:
if (bflag && i==isave && j==jsave) goto done;
ru:
bndflg = 1;
if (j==jmx) goto tleft;
ff = flgv + ((j-1)*imax+i-1);
if (*ff>5) goto uleft;
j++;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
j--; i--;
goto side2;
}
*ff = 1;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto rup;
rdown:
bndflg = 1;
if (bflag && i==isave && j==jsave) goto done;
if (j==jmn) goto bleft;
ff = flgv + ((j-2)*imax+i-1);
if (*ff>5) goto uleft;
j--;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
i--;
goto side2;
}
*ff = 1;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto rdown;
lup:
if (bflag && i==isave && j==jsave) goto done;
lu:
bndflg = 1;
if (j==jmx) goto tright;
ff = flgv + ((j-1)*imax+i-1);
if (*ff>5) goto uright;
j++;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
j--;
goto side4;
}
*ff = 1;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto lup;
ldown:
bndflg = 1;
if (bflag && i==isave && j==jsave) goto done;
if (j==jmn) goto bright;
ff = flgv + ((j-2)*imax+i-1);
if (*ff>5) goto uright;
j--;
p1 = gr + ((j-1)*imax+i-1);
if (*p1<=val) {
goto side4;
}
*ff = 1;
rc = putxy((gadouble)i,(gadouble)j);
if (rc) return(rc);
goto ldown;
done:
shdcmp();
if (xycnt<4) goto cont;
if (shdmax()) {
for (k=0; k<xycnt; k++) {
gxconv(*(xybuf+(k*2)),*(xybuf+(k*2+1)),&x,&y,3);
*(xybuf+(k*2)) = x;
*(xybuf+(k*2+1)) = y;
}
gxcolr (color);
gxfill (xybuf, xycnt);
} else {
xystk[stkcnt] = (gadouble *)malloc(sizeof(gadouble)*(xycnt+1)*2);
if (xystk[stkcnt]==NULL) {
printf ("Memory allocation error in gxshad: stack buffer\n");
return (1);
}
xypnt = xystk[stkcnt];
*xypnt = (gadouble)(xycnt)+0.1;
*(xypnt+1) = (gadouble)(prvclr)+0.1;
xypnt+=2;
for (k=0; k<xycnt; k++) {
*(xypnt+(k*2)) = *(xybuf+(k*2));
*(xypnt+(k*2+1)) = *(xybuf+(k*2+1));
}
stkcnt++;
if (stkcnt>=XYBMAX) {
printf ("Buffer stack limit exceeded in gxshad\n");
return(1);
}
}
cont:
xycnt = 0;
return (0);
}
