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UPICOP.PAS
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UPICOP.PAS
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unit upicop;
{$O-}
Interface
uses crt,DOS,agraph2,framelib;
procedure picop;
Implementation
{$I palop.pas}
{$I color_op.pas}
{$I picopcmp.pas}
procedure picop;
var
command,yesno,m,mm : char;
mask,dummymask : flnam;
dmask : dirstr;
nmask : namestr;
emask : extstr;
x,y,c,i,dx,dy,xx,yy,ccc,c1,c2,cx,cy,
cl1,cl2 : integer;
label start1;
begin
repeat
start1:
cscreen;
writeln( '>> PICTURE OPERATION <<' );
writeln;
writeln( ' [D] Dir : ',bmaskp);
writeln( ' [I] source : ',source);
writeln( ' [O] dest [=]: ',destination);
writeln( ' [L] Load IFF [S] Save IFF 320' );
writeln( ' [V] saVe IFF 640' );
writeln('-------------------------------------');
writeln( ' [G] Graphic [H] Hide graphic ' );
writeln( ' [T] mono Toon [P] Palette OP' );
writeln( ' [M] copy&effect [C] gClear ([0]all)' );
writeln( ' [1..3] copy to [E] Exchange' );
writeln( ' [4] pic ->frame [5] pic<- frame');
writeln( ' [8] push 0 [9] pop 0');
writeln( ' [W] sWap push0 [J] swap page');
writeln( ' [.] ->page1 [,] <- page1');
writeln( ' [>] ->tmp_file [<] <- tmp_file');
writeln( ' [F] Fixscreen [U] Undo fix');
writeln( ' [X] eX color OP [B] Brush OP');
writeln( ' [Y] ex 1color [R] Reverse color' );
writeln( ' [Z] sort color [/] compress 1/n');
write( 'p>');
readln( command );
command := upcase( command );
case command of
'Q' :;
'D' : begin
if bmaskp = '' then
begin
write('Dir mask ( return : ' );
writeln( 'PIC\*.IFF) ' );
write(' = ')
end else
begin
write('Dir mask ( return : ' );
writeln( bmaskp,') ' );
write(' = ')
end;
readln( mask );
dummymask := mask;
if dummymask <> '' then bmaskp := mask;
if (dummymask = '') and (bmaskp = '') then
begin
mask := 'PIC\*.IFF';
bmaskp := mask
end;
if (dummymask = '') and (bmaskp <> '') then mask := bmaskp;
file_select( mask ,source);
end;
'I' : begin write('Source File : '); readln(source) end;
'O' : begin write('Destination File : '); readln(destination) end;
'=' : destination := source;
'L' : begin
readfileok := false;
if (source <> '') and (exist(source)) then
begin
gscreen;
iffload(source);
if readfileok = true then
begin
write(' Use Palette OK ? (Y/N) '); readln( yesno );
yesno := upcase( yesno );
if yesno = 'Y' then useiffcolor
end;
end else writeln( 'Picture not found !' );
wait
end;
'S','V' : begin
if destination <> '' then
begin
if exist(destination) then writeln('Picture already exists!');
write('Save ',destination ); write(' Ok? (Y/N) ');
readln(yesno);
if upcase(yesno) = 'Y' then
begin
diskreset;
gscreen;
getrgbpalette;
if command = 'S' then iffsave( destination, 0 )
else iffsave( destination, 1 );
end
end
end;
'G' : begin
cursoroff;
gscreen;
repeat until keypressed;
cursoron;
end;
'H' : G_off;
'T' : b_and_w;
'P' : palop;
'C' : begin
write( 'Gclear color = ' );
readln( c );
if c in [ 0..maxcol ] then
begin
gscreen;
gclear( c )
end
end;
'0' : fillscreen(0);
'1' : hscopy(1);
'2' : hscopy(2);
'3' : hscopy(3);
'4' : begin
write(' Target frame<- pic = '); readln(x);
gscreen;
scrntoems(x+animno*animofset)
end;
'5' : begin
write(' Target frame ->pic = '); readln(x);
gscreen;
emstoscrn(x+animno*animofset)
end;
'E' : begin
write('Exchenge Posicion = ');
readln(m);
case m of
'1' : begin dx := 0; dy := 200; end;
'2' : begin dx := 320; dy := 0; end;
'3' : begin dx := 320; dy := 200; end;
end;
gscreen;
for x :=0 to maxhor do
for y := 0 to maxver do
begin
c := point(x+dx,y+dy);
pset(x+dx,y+dy,point(x,y));
pset(x,y,c);
end;
end;
'M' : begin
write('** Move Posicion = '); readln(m);
writeln('(Q: cancel) --------------------------');
writeln(' 1: 通常 2: 平均 E: 組織的ディザ');
writeln(' +: 加算 -: 減算 *: 乗算');
writeln(' /: xor &: and |: or');
writeln(' 3: 差の絶対値 4: screen');
writeln(' L: 比較明 K: 比較暗');
writeln(' A: Alpha blend W: WR blend');
writeln('--------------------------------------');
writeln(' O: Overlay U: Underlay');
writeln(' =: overlay+平均 \: over/under+平均');
writeln(' 0: 0 で切り取り M: Mask作成');
writeln(' H: O/U 水平change V: O/U 垂直change');
writeln(' B: O/U 裏画面mask ');
writeln('--------------- (not0 to ) -----------');
writeln(' ]: not0 to mask0 [: not0 to mask15');
writeln(' I: inc not0 D: dec not0');
writeln(' 5: slit x 6: slit y');
writeln(' 7: slit x + y 8: slit x - y');
writeln('--------------------------------------');
writeln(' X: X-flip Y: Y-flip 9: 90° (trim)');
writeln(' S: Sroll T: sroll(Trim)');
write ('** Move method = ');
readln(mm);
mm := upcase(mm);
if mm = 'Q' then goto start1;
case m of
'1' : begin dx := 0; dy := 200; end;
'2' : begin dx := 320; dy := 0; end;
'3' : begin dx := 320; dy := 200; end;
end;
xx := 0; yy := 0;
cx := 0; cy := 0;
case mm of
'E' : begin
writeln( ' 0: Bayer 配列 パターン');
writeln( ' 1: 網点 配列 パターン');
writeln( ' 2: 渦巻き配列 パターン');
write('ditherパターンの種類 = '); readln(cl1);
write('転送元濃度 (0～15) = '); readln(cl2)
end;
'S','T' : begin
write('X offset = '); readln(xx);
write('Y offset = '); readln(yy)
end;
'M' : begin
write('域値color = '); readln(cl1);
writeln( ' ボケ足: 1-15');
writeln( ' 2値 : 0');
write('ボケ足 = '); readln(cl2);
c := cl1 - cl2;
if c < 0 then c := 0;
end;
'9' : begin
for x := 60 to 259 do
for y := 0 to 199 do
begin
c1 := point(x,y);
pset(60+y+dx,199-(x-60)+dy,c1)
end;
goto start1;
end;
end;
gscreen;
for x :=0 to maxhor do
for y := 0 to maxver do
begin
c1 := point(x,y);
c2 := point(x+dx,y+dy);
case mm of
'E' : begin
case cl1 of
0 : c := Dither[x mod 4 + 1][y mod 4 + 1];
1 : c := Dither2[x mod 4 + 1][y mod 4 + 1];
2 : c := Dither3[x mod 4 + 1][y mod 4 + 1];
end;
if cl2 > c then ccc := c1 else ccc := c2;
end;
'1' : ccc := c1;
'2' : ccc := round((c1+c2)/2);
'+' : begin
ccc := c1 + c2;
if ccc > 15 then ccc := 15
end;
'-' : begin
ccc := c2 - c1;
if ccc < 0 then ccc := 0
end;
'*' : ccc := round((c1*c2)/15);
'/' : ccc := c1 xor c2;
'&' : ccc := c1 and c2;
'|' : ccc := c1 or c2;
'3' : ccc := abs(c1-c2);
{ '4' : ccc := round( (15-c1)*(15-c2)/15 ); }
'4' : ccc := round(15- (15-c1)*(15-c2)/15 );
'L' : if c1 > c2 then ccc := c1
else ccc := c2;
'K' : if c1 > c2 then ccc := c2
else ccc := c1;
'A' : ccc := round((c1*c1+(15-c1)*c2)/15);
'W' : begin
ccc := c1 - 7;
ccc := ccc + c2;
if ccc > 15 then ccc := 15;
if ccc < 0 then ccc := 0
end;
'O' : if c1 = 0 then ccc := c2
else ccc := c1;
'U' : if c2 = 0 then ccc := c1
else ccc := c2;
'H' : if y < 100 then
begin
if c1 = 0 then ccc := c2
else ccc := c1
end else
begin
if c2 = 0 then ccc := c1
else ccc := c2;
end;
'V' : if x < 160 then
begin
if c1 = 0 then ccc := c2
else ccc := c1
end else
begin
if c2 = 0 then ccc := c1
else ccc := c2;
end;
'B' : begin
screenad(1,0);
c := point(x,y);
screenad(0,0);
if c = 0 then
begin
if c1 = 0 then ccc := c2
else ccc := c1
end else
begin
if c2 = 0 then ccc := c1
else ccc := c2;
end;
end;
'M' : if c1 >= cl1 then ccc := maxcolor
else if c1 < c then ccc := 0
else ccc := c1;
'=' : if c1 = 0 then ccc := c2
else ccc := round((c1+c2)/2);
'\' : if c1 = 0 then ccc := c2
else if c2 = 0 then ccc := c1
else ccc := round((c1+c2)/2);
'0' : if c1 = 0 then ccc := 0
else ccc := c2;
']' : begin
if c1 <> 0 then c2 := 0;
ccc := c2
end;
'[' : begin
if c1 <> 0 then c2 := maxcolor;
ccc := c2
end;
'I' : begin
if c1 <> 0 then c2 := c2+1;
if c2 > maxcolor then c2 := maxcolor;
ccc := c2
end;
'D' : begin
if c1 <> 0 then c2 := c2-1;
if c2 < 0 then c2 := 0;
ccc := c2
end;
'5' : if c1 = 0 then ccc := c2
else if odd(x+1) then ccc := c1
else ccc := c2;
'6' : if c1 = 0 then ccc := c2
else if odd(y+1) then ccc := c1
else ccc := c2;
'7' : if c1 = 0 then ccc := c2
else if odd(x+y+1) then ccc := c1
else ccc := c2;
'8' : if c1 = 0 then ccc := c2
else if odd(x-y+200) then ccc := c1
else ccc := c2;
'S' : ccc := point(((-xx+x+640) mod 320),
((-yy+y+400) mod 200));
'T' : begin
ccc := point(-xx+x,-yy+y);
if ((-xx+x) < 0) or ((-xx+x) > maxhor)
or ((-yy+y) < 0) or ((-yy+y) > maxver) then ccc := 0
end;
'X' : begin
ccc := c1;
cx := maxhor -x -x
end;
'Y' : begin
ccc := c1;
cy := maxver -y -y
end;
end;
pset(x+dx+cx,y+dy+cy,ccc)
end;
end;
'.' : begin gscreen; scrn0to1 end;
',' : begin gscreen; scrn1to0 end;
'J' : begin gscreen; SwapOverUnder end;
'F' : fixscreen;
'U' : undofix;
'>' : if not vramsave('PIC\TMP.FRM') then writeln('Error!');
'<' : if not vramload('PIC\TMP.FRM') then writeln('Error!');
'8' : scrntoems((2+1)*animofset+1);
'9' : emstoscrn((2+1)*animofset+1);
'W' : begin
emstoframe320(0,(2+1)*animofset+1);
scrntoems((2+1)*animofset+1);
frame320toframe0(0);
end;
'^' : scrntoems((2+1)*animofset+3);
'B' : emstoscrn((2+1)*animofset+3);
'X' : color_op;
'Y' : begin
writeln(' Chenge Color ');
write(' from = '); readln(c1);
write(' to = '); readln(c2);
gscreen;
for x := 0 to maxhor do
for y := 0 to maxver do
if point(x,y)=c1 then pset( x,y,c2 );
end;
'R' : begin
gscreen;
for x := 0 to maxhor do
for y := 0 to maxver do
pset( x,y,( 15 - point(x,y) ) )
end;
'Z' : begin exiffcolor(0); wait end;
'/' : picopcmp;
end;
until command = 'Q';
end;
begin
end.