scummvm/engines/mortevielle/alert.h

/* overlay */ integer do_alert(str255 str_, integer n);


const integer nligne = 7;
const matrix<1,2,1,3,integer> coord
      = {{ {{150, 72, 103}},
         {{143, 107, 183}} }};



static void decod(str255 s, integer& nbc,integer& nbl,integer& col, str255& c, str30& cs)
    {
          integer i,k;
          boolean v;

      val(s[2],nbc,i);
      c= "";
      nbl= 0; i= 5; k= 0;
      v=true; col=0;

      while (s[i]!=']') 
        {
          c=c+s[i];
          if ((s[i]=='|') || (s[i+1]==']')) 
             {
               if (k>col)  col=k;
               k= 0;
               nbl=nbl+1;
             }
           else if (s[i]!=' ')  v=false;
          i=i+1;
          k=k+1;
        }
      if (v)  {
                  c="";
                  col=20;
                }
           else {
                  c=c+']';
                  col=col+6;
                }
      i=i+1;
      cs=copy(s,i,30);
      if (res==2)  col= col*6;
               else col= col*10;
    }



static void posit(integer ji, integer& coldep, integer& esp)
   {
     putxy(coldep + (40+esp) *pred(integer,ji),98);
   }



static void fait_boite(integer lidep,integer nli,integer tx)
   {
         integer x,y,xx,yy;

     if (tx>640)  tx=640;
     x= 320- ((cardinal)tx >> 1);
     y=pred(integer,lidep) << 3;
     xx=x+ tx;
     yy=y + (nli << 3);
     box(15,gd,x,y,xx,yy,255);
     box(0,gd,x,y+2,xx,y+4,255);
     box(0,gd,x,yy-4,xx,yy-2,255);
   }



static void fait_choix(str30 c, integer& coldep, integer& nbcase, array<1,2,varying_string<3> >& s, integer& esp)
   {
         integer i,l,x;
         char ch;

     i=1;
     x=coldep;
     for( l=1; l <= nbcase; l ++)
       {
         s[l]="";
         do {
           i=i+1;
           ch=c[i];
           s[l]=s[l]+ch;
         } while (!(c[i+1]==']'));
         i=i+2;
         while (length(s[l])<3)  s[l]=s[l]+' ';
         putxy(x,98);
         writeg(string(' ')+s[l]+' ',0);
         x= x+esp+40;
       }
   }

              integer do_alert(str255 str_, integer n)
{
       integer coldep,esp,i,l,nbcase,quoi,ix;
       str255 st, chaine;
       matrix<1,2,1,2,integer> limit;
       char c,dumi;
       array<1,2,varying_string<3> > s;
       integer cx,cy,cd,nbcol,nblig;
       boolean touch,newaff,test,test1,test2,test3,dum;
       str30 cas;


  /*debug('** do_alert **');*/
  integer do_alert_result;
  hide_mouse();
  while (keypressed())  input >> kbd >> dumi;
  clic=false;
  decod(str_,nbcase,nblig,nbcol,chaine,cas);
  sauvecr(50,succ(integer,nligne) << 4);

  i=0;
  if (chaine=="") 
    {
      fait_boite(10,5,nbcol);
    }
   else
    {
      fait_boite(8,7,nbcol);
      i=0;
      ywhere=70;
      do {
        cx= 320;
        st= "";
        while (! (set::of('\174','\135', eos).has(chaine[i+1]))) 
          {
            i=i+1;
            st=st+chaine[i];
            if (res==2)  cx=cx-3;
                     else cx=cx-5;
          }
        putxy(cx,ywhere);
        ywhere=ywhere+6;
        writeg(st,4);
        i=i+1;
      } while (!(chaine[i]==']'));
    }
  if (nbcase==1)  esp= nbcol- 40;
              else esp= (cardinal)(nbcol-nbcase*40) >> 1;
  coldep=320-((cardinal)nbcol >> 1)+((cardinal)esp >> 1);
  fait_choix(cas, coldep, nbcase, s, esp);
  limit[1][1]=((cardinal)(coldep) >> 1)*res;
  limit[1][2]=limit[1][1]+40;
  if (nbcase==1) 
     {
       limit[2][1]=limit[2][2];
     }
   else
     {
       limit[2][1]=((cardinal)(320+((cardinal)esp >> 1)) >> 1)*res;
       limit[2][2]=(limit[2][1])+40;
     }
  show_mouse();
  quoi=0;
  dum=false;
  do {
    dumi='\377';
    mov_mouse(dum,dumi);
    cx= x_s;
    cy= y_s;
    test=(cy>95) && (cy<105);
    newaff=false;
    if (test) 
     {
       test1=(cx>limit[1][1]) && (cx<limit[1][2]);
       test2=test1;
       if (nbcase>1)  test2= test1 || ((cx>limit[2][1]) && (cx<limit[2][2]));
       if (test2) 
        {
          newaff=true;
          if (test1)  ix=1;
                   else ix=2;
          if (ix!=quoi)  
           {
             hide_mouse();
             if (quoi!=0) 
              {
                posit(quoi, coldep, esp);
                writeg(string(' ')+s[quoi]+' ',0);
              }
             posit(ix, coldep, esp);
             writeg(string(' ')+s[ix]+' ',1);
             quoi=ix;
             show_mouse();
           }
        }
     }
    if ((quoi!=0) && ! newaff) 
     {
       hide_mouse();
       posit(quoi, coldep, esp);
       writeg(string(' ')+s[quoi]+' ',0);
       quoi=0;
       show_mouse();
     }
     test3=(cy>95) && (cy<105) && (((cx>limit[1][1]) && (cx<limit[1][2]))
                                   || ((cx>limit[2][1]) && (cx<limit[2][2])));
  } while (!clic);
  clic=false;
  hide_mouse();
  if (! test3)  {
                  quoi=n;
                  posit(n, coldep, esp);
                  writeg(string(' ')+s[n]+' ',1);
                }
  charecr(50,succ(integer,nligne) << 4);
  show_mouse();
  do_alert_result=quoi;
  return do_alert_result;
}