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/* NIVEAU 15 */
void copcha()
{
integer i;
i= acha;
do {
tabdon[i]=tabdon[i+390];
i=succ(integer,i);
} while (!(i==acha +390));
}
boolean dans_rect( rectangle r )
{
integer x, y, c;
boolean dans_rect_result;
read_pos_mouse(x,y,c);
if ((x>r.x1) &&
(x<r.x2) &&
(y>r.y1) &&
(y<r.y2)) dans_rect_result= true;
else dans_rect_result= false;
return dans_rect_result;
}
void outbloc(integer n, pattern p, t_nhom pal)
{
integer i,j,ad;
ad=n*404+0xd700;
{
memw[0x6000+ad]= p.tax;
memw[0x6000+ad+2]= p.tay;
ad=ad+4;
for( i=1; i <= p.tax; i ++)
for( j=1; j <= p.tay; j ++)
mem[0x6000+ad+pred(integer,j)*p.tax+pred(integer,i)]= pal[n].hom[p.des[i][j]];
}
}
void writepal(integer n)
{
integer i;
t_nhom pal;
switch (gd) {
case tan:
case ega:
case ams : for( i=1; i <= 16; i ++)
{
mem[0x7000+2*i]= tabpal[n][i].x;
mem[0x7000+succ(integer,2*i)]= tabpal[n][i].y;
}
break;
case cga : {
pal= palcga[n].a;
if (n<89) palette(palcga[n].p);
for( i=0; i <= 15; i ++) outbloc(i, tpt[pal[i].n],pal);
}
break;
}
}
void pictout(integer seg,integer dep,integer x,integer y)
{
decomp(seg,dep);
if (gd==her)
{
mem[0x7000+2]=0;
mem[0x7000+32]=15;
}
if ((caff!=51) && (memw[0x7000+0x4138]>0x100)) memw[0x7000+0x4138]=0x100;
afff(gd,seg,dep,x,y);
}
void putxy(integer x,integer y)
{
xwhere=x;
ywhere=y;
}
/*
function calad(x,y:integer):integer;
begin
calad:=pred(x)+320*pred(y)
end;
*/
void sauvecr(integer y,integer dy)
{
hide_mouse();
s_sauv(gd,y,dy);
show_mouse();
}
void charecr(integer y,integer dy)
{
hide_mouse();
s_char(gd,y,dy);
show_mouse();
}
/*
function peek(ad:integer):integer;
begin
peek:=tabdon[ad];
end;
function peekw(ad:integer):integer;
begin
peekw:=tabdon[ad] shl 8+tabdon[succ(ad)];
end;
function peekl(ad:integer):real;
begin
peekl:=tabdon[ad+3]+tabdon[ad+2] shl 8;
end;
procedure poke (ad,n:integer);
begin
tabdon[ad]:=lo(n);
end;
*/
void adzon()
{
untyped_file f;
file<byte> g;
byte a;
integer i;
assign(f,"don.mor");
reset(f,256);
blockread(f,tabdon,7);
close(f);
assign(f,"bmor.mor");
reset(f,1916);
blockread(f,tabdon[fleche],1);
/*i:=fleche;
repeat
read(g,a);
tabdon[i]:=a;
i:=succ(i);
until i=fleche + 1916;*/
close(f);
assign(f,"dec.mor");
reset(f,1664);
blockread(f,mem[0x73a2+0],1);
/*i:=0;
repeat
read(g,a);
mem[$73A2:i]:=a;
i:=succ(i);
until eof(g);*/
close(f);
}
integer animof (integer ouf,integer num)
{
integer nani, aux;
integer animof_result;
nani= mem[adani+1];
aux= num;
if (ouf!=1) aux= aux+nani;
animof_result=(nani << 2) + 2+swap(memw[adani+ (aux << 1)]);
/*aux:= nani shl 2 + 2;
if ouf=1 then aux:= aux+ swap(memw[adani: num shl 1])
else aux:= aux+ swap(memw[adani: (nani+num) shl 1]);
animof:=aux;*/
return animof_result;
}
/*procedure affgd(offs,dep,x,y:integer);
begin
case Gd of
Ams : affams(offs,dep,x,y);
Cga : affcga(offs,dep,x,y);
Ega : affega(offs,dep,x,y);
Her : affher(offs,dep,x,y);
Tan : afftan(offs,dep,x,y);
end;
end;*/
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