kgsueme/kgsueme/board.pl

package Gtk2::GoBoard;

use Scalar::Util;

use KGS::Constants;
use KGS::Game::Board;

use POSIX qw(ceil);

use Gtk2;

use Glib::Object::Subclass
   Gtk2::AspectFrame,
   properties => [
      Glib::ParamSpec->IV (
         "size",
         "Board Size",
         "The Go Board size, 2..38",
         2, 38, 19,
         [qw(construct-only writable readable)],
      ),
   ];

sub TRAD_WIDTH  (){  42.42 } # traditional board width
sub TRAD_HEIGHT (){  45.45 } # traditional board height
sub TRAD_SIZE_B (){   2.18 } # traditional black stone size
sub TRAD_SIZE_W (){   2.12 } # traditional white stone size

sub INIT_INSTANCE {
   my $self = shift;

   $self->double_buffered (0);
   $self->set (border_width => 0, shadow_type => 'none',
               obey_child => 0, ratio => TRAD_WIDTH / TRAD_HEIGHT);

   $self->add ($self->{canvas} = new Gtk2::DrawingArea);
   $self->{canvas}->signal_connect (configure_event => sub { $self->configure_event ($_[1]) });
}

sub FINALIZE_INSTANCE {
   my $self = shift;

   die "FINALIZE board\n";#d#
}

sub configure_event {
   my ($self, $event) = @_;

   $self->{window} = $self->{canvas}->window;

   $self->{window}->set_back_pixmap (undef, 0);
   # would need to use find color in colormap etc.
   $self->{window}->set_background (new Gtk2::Gdk::Color 0xe4e, 0xb4b4, 0x5f5f);
   $self->{window}->clear_area (0, 0, $self->allocation->width, $self->allocation->height);

   #^remove Glib::Source $self->{idle};
   $self->{idle} ||= add Glib::Idle sub {
      delete $self->{stack};

      $self->{width}  = $self->{canvas}->allocation->width;
      $self->{height} = $self->{canvas}->allocation->height;
      $self->draw_board ();

      $self->draw_stones (delete $self->{board}, 0) if $self->{board};
      $self->{window}->clear_area (0, 0, $self->{width}, $self->{height});

      delete $self->{idle};

      0;
   };

   1;
}

sub set_board {
   my ($self, $board) = @_;

   $self->draw_stones ($board, 1);
}

sub new_pixbuf {
   my ($w, $h, $alpha, $fill) = @_;

   my $pixbuf = new Gtk2::Gdk::Pixbuf 'rgb', $alpha, 8, $w, $h;
   $pixbuf->fill ($fill) if defined $fill;

   $pixbuf;
}

sub scale_pixbuf {
   my ($src, $w, $h, $mode, $alpha) = @_;

   my $dst = new_pixbuf $w, $h, $alpha;

   $src->scale(
      $dst, 0, 0, $w, $h, 0, 0,
      $w / $src->get_width, $h / $src->get_height,
      $mode,
   );

   $dst;
}

sub pixbuf_rect {
   my ($pb, $colour, $x1, $y1, $x2, $y2, $alpha) = @_;
   # we fake lines by... a horrible method :/
   my $colour_pb = new_pixbuf 1, 1, 0, $colour;
   $colour_pb->composite ($pb, $x1, $y1, $x2 - $x1 + 1, $y2 - $y1 + 1, $x1, $y1, $x2 + 1, $y2 + 1,
                          'nearest', $alpha);
}

sub center_text {
   my ($self, $drawable, $colour, $x, $y, $size, $text) = @_;

   # could be optimized by caching quite a bit

   my $context = $self->get_pango_context;
   my $font = $context->get_font_description;
   $font->set_size ($size * Gtk2::Pango->scale);

   my $layout = new Gtk2::Pango::Layout $context;
   $layout->set_text ($text);
   my ($w, $h) = $layout->get_pixel_size;

   my $gc = new Gtk2::Gdk::GC $drawable;
   my $r = (($colour >> 24) & 255) * 65535 / 255;
   my $g = (($colour >> 16) & 255) * 65535 / 255;
   my $b = (($colour >>  8) & 255) * 65535 / 255;
   $gc->set_rgb_fg_color (new Gtk2::Gdk::Color $r, $g, $b);
   
   $drawable->draw_layout ($gc, $x - $w*0.5, $y - $h*0.5, $layout);
}

# draw an empty board and attach the bg pixmap
sub draw_board {
   my ($self) = @_;
   my $canvas = $self->{canvas};

   my $size = $self->{size};

   my $w = $self->{width};
   my $h = $self->{height};

   my $pixmap = new Gtk2::Gdk::Pixmap $self->window, $w, $h, -1;

   my $gridcolour  = 0x88444400; # black is traditional, but only with overlapping stones
   my $labelcolour = 0x88444400;

   # we leave enough space for the shadows.. I like smaller stones, and we
   # do no need to do the nifty recursive screen updates that cgoban2 does
   # TODO: smaller == buggy, want visual perfectness
   my $borderw = int ($w / ($size + 3) * 0.5);
   my $borderh = $borderw;
   my $w2      = $w - $borderw * 2;
   my $h2      = $h - $borderh * 2;
   my $edge    = $self->{edge} = $w2 / ($size + 1) * 0.975 - 1;
   my $ofs     = $edge * 0.5;

   my @kx = map int ($w2 * $_ / ($size+1) + $borderw + 0.5), 0 .. $size; $self->{kx} = \@kx;
   my @ky = map int ($h2 * $_ / ($size+1) + $borderh + 0.5), 0 .. $size; $self->{ky} = \@ky;

   my $pixbuf;

   my ($bw, $bh) = ($::board_img->get_width, $::board_img->get_height);

   if ($w < $bw && $h < $bh) {
      $pixbuf = new_pixbuf $w, $h, 0;
      $::board_img->copy_area (0, 0, $w, $h, $pixbuf, 0, 0);
   } else {
      $pixbuf = scale_pixbuf $::board_img, $w, $h, $::config->{speed} ? 'nearest' : 'bilinear', 0;
   }

   my $linew = int ($w / 40 / $size);

   # ornamental border... we have time to waste :/
   pixbuf_rect $pixbuf, 0xffcc7700, 0, 0,           $w-1, $linew, 255;
   pixbuf_rect $pixbuf, 0xffcc7700, 0, 0,           $linew, $h-1, 255;
   pixbuf_rect $pixbuf, 0xffcc7700, $w-$linew-1, 0, $w-1, $h-1,   255;
   pixbuf_rect $pixbuf, 0xffcc7700, 0, $h-$linew-1, $w-1, $h-1,   255;

   for my $i (1 .. $size) {
      pixbuf_rect $pixbuf, $gridcolour, $kx[$i] - $linew, $ky[1] - $linew, $kx[$i] + $linew, $ky[$size] + $linew, 255;
      pixbuf_rect $pixbuf, $gridcolour, $kx[1] - $linew, $ky[$i] - $linew, $kx[$size] + $linew, $ky[$i] + $linew, 255;
   }

   # hoshi points
   my $hoshi = sub {
      my ($x, $y) = @_;
      my $hs = 1 | int $edge / 4;
      $hs = 5 if $hs < 5;
      $x = $kx[$x] - $hs / 2; $y = $ky[$y] - $hs / 2;

      # we use the shadow mask... not perfect, but I want to finish this
      $::shadow_img->composite ($pixbuf,
            $x, $y, ($hs + 1) x2, $x, $y,
            $hs / $::shadow_img->get_width, $hs / $::shadow_img->get_height,
            'bilinear', 255);
   };

   if ($size > 6) {
      my $h1 = $size < 10 ? 3 : 4; # corner / edge offset
      $hoshi->($h1, $h1);
      $hoshi->($size - $h1 + 1, $h1);
      $hoshi->($h1, $size - $h1 + 1);
      $hoshi->($size - $h1 + 1, $size - $h1 + 1);

      if ($size % 2) { # on odd boards, also the remaining 5
         my $h2 = ($size + 1) / 2;
         if ($size > 10) {
            $hoshi->($h1, $h2);
            $hoshi->($size - $h1 + 1, $h2);
            $hoshi->($h2, $size - $h1 + 1);
            $hoshi->($h2, $h1);
         }
         # the tengen
         $hoshi->($h2, $h2);
      }
   }

   # now we have a board sans text
   $pixmap->draw_pixbuf ($self->style->white_gc,
         $pixbuf,
         0, 0, 0, 0, $w, $h,
         "normal", 0, 0);

   # now draw the labels
   for my $i (1 .. $size) {
      # 38 max, but we allow a bit more
      my $label = (qw(- A  B  C  D  E  F  G  H  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z
                        AA BB CC DD EE FF GG HH JJ KK LL MM NN OO PP QQ RR SS TT UU VV WW XX YY ZZ))[$i];

      $self->center_text ($pixmap, $labelcolour, $kx[$i], $borderh,       $ofs * 0.7, $label);
      $self->center_text ($pixmap, $labelcolour, $kx[$i], $h2 + $borderh, $ofs * 0.7, $label);
      $self->center_text ($pixmap, $labelcolour, $borderw, $ky[$i],       $ofs * 0.7, $size - $i + 1);
      $self->center_text ($pixmap, $labelcolour, $w2 + $borderw, $ky[$i], $ofs * 0.7, $size - $i + 1);
   }

   $self->{window}->set_back_pixmap ($pixmap, 0);

   $self->{backgroundpm} = $pixmap;
   $self->{backgroundpb} = $pixbuf;
}

# create a stack of stones
sub get_stack {
   my ($self, $mark, $size) = @_;

   $self->{stack}{$mark} ||= do {
      my @stack;
      my $csize = ceil $size;
      my $shadow = $size * 0.05;

      for my $stone ($mark & MARK_W ? @::white_img : @::black_img) {
         my $base = new_pixbuf +(ceil $size + $shadow) x2, 1, 0x00000000;

         # zeroeth the shadow
         if (~$mark & MARK_GRAYED and $mark & (MARK_B | MARK_W)) {
            $::shadow_img->composite (
               $base, $shadow, $shadow, $csize, $csize, $shadow, $shadow,
               $size / $::shadow_img->get_width, $size / $::shadow_img->get_height,
               'bilinear', 128
            );
         }

         for ([MARK_B, $mark & MARK_GRAYED ?  96 : 255, 1],
              [MARK_W, $mark & MARK_GRAYED ? 160 : 255, TRAD_SIZE_W / TRAD_SIZE_B]) {
            my ($mask, $alpha, $scale) = @$_;
            if ($mark & $mask) {
               $stone->composite (
                  $base, 0, 0, $csize, $csize, ($size * (1 - $scale) * 0.5 ) x2,
                  $size * $scale / $stone->get_width, $size * $scale / $stone->get_height,
                  'bilinear', $alpha
               );
            }
         }

         # then the small stones
         for ([MARK_SMALL_B, $::black_img[$rand % @::black_img]],
              [MARK_SMALL_W, $::white_img[$rand % @::white_img]]) {
            my ($mask, $img) = @$_;
            if ($mark & $mask) {
               $img->composite (
                  $base, (int $size / 4) x2, (ceil $size / 2 + 1) x2, ($size / 4) x2,
                  $size / $img->get_width / 2, $size / $img->get_height / 2,
                  'bilinear', 255
               );
            }
         }

         # and lastly any markers
         my $dark_bg = ! ! ($mark & (MARK_B | MARK_GRAY_B));

         for ([MARK_CIRCLE,   $::circle_img[$dark_bg]],
              [MARK_TRIANGLE, $::triangle_img[$dark_bg]],
              [MARK_SQUARE,   $::square_img[$dark_bg]]) {
           my ($mask, $img) = @$_;
           if ($mark & $mask) {
              $img->composite (
                 $base, 0, 0, $size, $size, 0, 0,
                 $size / $img->get_width, $size / $img->get_height,
                 'bilinear', 176
              );
           }
         }

         push @stack, $base;
      }

      \@stack;
   }
}

sub draw_stones {
   my ($self, $board, $dopaint) = @_;

   if ($self->{backgroundpb}) {
      my @areas;

      my $old  = delete $self->{board};
      my $size = $self->{size};
      my $edge = int ($self->{edge}) | 1;
      my $ofs  = $edge * 0.5;
      my $kx   = $self->{kx};
      my $ky   = $self->{ky};

      for my $x (1 .. $size) {
         for my $y (1 .. $size) {
            my $mark = $board->{board}[$x-1][$y-1];
            my $mold = $old->{board}[$x-1][$y-1];

            if ($mold != $mark) {
               my $rand = ($x ^ $y ^ 0x5555);

               my $shadow = $edge * 0.05;
               my @area  = ($kx->[$x] - $ofs, $ky->[$y] - $ofs,
                            $edge + $shadow, $edge + $shadow);
               my @areai = ((ceil $area[0]), (ceil $area[1]),
                            (int $area[2]), (int $area[3])); # area, integer
               
               my $pb = new_pixbuf @areai[2,3];
               $self->{backgroundpb}->copy_area (@areai, $pb, 0, 0);

               if ($mark & ~MARK_LABEL) {
                  my $stack = $self->get_stack ($mark, $edge);

                  $stack->[$rand % @$stack]
                        ->composite ($pb, 0, 0, @areai[2,3], 0, 0,
                                     1, 1, 'nearest', 255);
               }

               # speed none, normal, max
               $self->{backgroundpm}->draw_pixbuf ($self->style->black_gc, $pb,
                                        0, 0, @areai, 'max', 0, 0);
               
               # labels are handled here because they are quite rare
               if ($mark & MARK_LABEL) {
                  my $white = $mark & (MARK_W | MARK_GRAY_W) ? 0 : 0xffffff00;

                  if ($white) {
                     $self->center_text ($self->{backgroundpm}, 0,
                                         $area[0] + $ofs * 1.1, $area[1] + $ofs * 1.1,
                                         $ofs * 0.7, $self->{board}{label}[$x-1][$y-1]);
                  }
                  $self->center_text ($self->{backgroundpm}, $white,
                                      $area[0] + $ofs, $area[1] + $ofs,
                                      $ofs * 0.7, $self->{board}{label}[$x-1][$y-1]);
               }

               # a single full clear_area is way faster than many single calls here
               push @areas, \@areai if $dopaint;

               #my $redraw; $redraw = sub {
               #   my ($x, $y) = @_;
               #   return if $old->{board}[$x][$y] & MARK_REDRAW;
               #   $old->{board}[$x][$y] |= MARK_REDRAW;
               #   $redraw->($x+1, $y) if $old->{board}[$x+1][$y] & (MARK_W | MARK_B | MARK_GREY_W | MARK_GREY_B);
               #   $redraw->($x, $y+1) if $old->{board}[$x][$y+1] & (MARK_W | MARK_B | MARK_GREY_W | MARK_GREY_B);
               #};
               #
               #$redraw->($x-1, $y-1);
            }
         }
      }

      if (@areas) {
         # the "cut-off" point is arbitrary
         if (@areas > 16) {
            # update a single rectangle only
            my $rect = new Gtk2::Gdk::Rectangle @{pop @areas};
            $rect = $rect->union (new Gtk2::Gdk::Rectangle @$_) for @areas;
            $self->{window}->clear_area ($rect->values);
         } else {
            # update all the affected rectangles
            $self->{window}->clear_area (@$_) for @areas;
         }
      }
   }

   $self->{board} = $board;
   #d# save
   #Storable::nstore { board => $self->{board}, size => $self->{size}, path => $self->{path}}, "testboard.storable";
}

sub FINALIZE {
   warn "FINALIZE(@_)\n";#d#
   my ($self) = @_;
   $self->{userpanel}[$_] && (delete $self->{userpanel}[$_])->destroy
      for BLACK, WHITE;
   $self->SUPER::destroy;
   delete $self->{app}{gamelist}{game}{$self->{channel}};
}

1;

Revision:	1.16
Committed:	Fri Jul 25 03:50:33 2003 UTC (20 years, 10 months ago) by pcg
Content type:	text/plain
Branch:	MAIN
Changes since 1.15:	+6 -5 lines
Log Message:	* empty log message *
#	User	Rev	Content
1	pcg	1.2	package Gtk2::GoBoard;
2	pcg	1.1
3	pcg	1.11	use Scalar::Util;
4
5	pcg	1.16	use KGS::Constants;
6			use KGS::Game::Board;
7
8			use POSIX qw(ceil);
9
10	pcg	1.10	use Gtk2;
11	pcg	1.16
12	pcg	1.10	use Glib::Object::Subclass
13	pcg	1.11	Gtk2::AspectFrame,
14	pcg	1.10	properties => [
15			Glib::ParamSpec->IV (
16			"size",
17			"Board Size",
18			"The Go Board size, 2..38",
19			2, 38, 19,
20			[qw(construct-only writable readable)],
21			),
22			];
23	pcg	1.1
24	pcg	1.11	sub TRAD_WIDTH (){ 42.42 } # traditional board width
25			sub TRAD_HEIGHT (){ 45.45 } # traditional board height
26			sub TRAD_SIZE_B (){ 2.18 } # traditional black stone size
27			sub TRAD_SIZE_W (){ 2.12 } # traditional white stone size
28
29	pcg	1.4	sub INIT_INSTANCE {
30	pcg	1.1	my $self = shift;
31
32			$self->double_buffered (0);
33	pcg	1.14	$self->set (border_width => 0, shadow_type => 'none',
34			obey_child => 0, ratio => TRAD_WIDTH / TRAD_HEIGHT);
35	pcg	1.1
36	pcg	1.11	$self->add ($self->{canvas} = new Gtk2::DrawingArea);
37			$self->{canvas}->signal_connect (configure_event => sub { $self->configure_event ($_[1]) });
38	pcg	1.1	}
39
40	pcg	1.11	sub FINALIZE_INSTANCE {
41			my $self = shift;
42	pcg	1.1
43	pcg	1.11	die "FINALIZE board\n";#d#
44			}
45	pcg	1.1
46			sub configure_event {
47			my ($self, $event) = @_;
48
49	pcg	1.11	$self->{window} = $self->{canvas}->window;
50
51			$self->{window}->set_back_pixmap (undef, 0);
52			# would need to use find color in colormap etc.
53			$self->{window}->set_background (new Gtk2::Gdk::Color 0xe4e, 0xb4b4, 0x5f5f);
54			$self->{window}->clear_area (0, 0, $self->allocation->width, $self->allocation->height);
55
56			#^remove Glib::Source $self->{idle};
57			$self->{idle} \|\|= add Glib::Idle sub {
58			delete $self->{stack};
59	pcg	1.1
60	pcg	1.11	$self->{width} = $self->{canvas}->allocation->width;
61			$self->{height} = $self->{canvas}->allocation->height;
62			$self->draw_board ();
63	pcg	1.1
64	pcg	1.11	$self->draw_stones (delete $self->{board}, 0) if $self->{board};
65			$self->{window}->clear_area (0, 0, $self->{width}, $self->{height});
66
67			delete $self->{idle};
68
69			0;
70			};
71	pcg	1.1
72			1;
73			}
74
75	pcg	1.11	sub set_board {
76			my ($self, $board) = @_;
77
78			$self->draw_stones ($board, 1);
79			}
80
81	pcg	1.1	sub new_pixbuf {
82			my ($w, $h, $alpha, $fill) = @_;
83
84			my $pixbuf = new Gtk2::Gdk::Pixbuf 'rgb', $alpha, 8, $w, $h;
85			$pixbuf->fill ($fill) if defined $fill;
86
87			$pixbuf;
88			}
89
90			sub scale_pixbuf {
91			my ($src, $w, $h, $mode, $alpha) = @_;
92
93			my $dst = new_pixbuf $w, $h, $alpha;
94
95			$src->scale(
96			$dst, 0, 0, $w, $h, 0, 0,
97			$w / $src->get_width, $h / $src->get_height,
98			$mode,
99			);
100
101			$dst;
102			}
103
104			sub pixbuf_rect {
105			my ($pb, $colour, $x1, $y1, $x2, $y2, $alpha) = @_;
106			# we fake lines by... a horrible method :/
107			my $colour_pb = new_pixbuf 1, 1, 0, $colour;
108			$colour_pb->composite ($pb, $x1, $y1, $x2 - $x1 + 1, $y2 - $y1 + 1, $x1, $y1, $x2 + 1, $y2 + 1,
109			'nearest', $alpha);
110			}
111
112	pcg	1.3	sub center_text {
113			my ($self, $drawable, $colour, $x, $y, $size, $text) = @_;
114
115	pcg	1.11	# could be optimized by caching quite a bit
116
117	pcg	1.3	my $context = $self->get_pango_context;
118			my $font = $context->get_font_description;
119			$font->set_size ($size * Gtk2::Pango->scale);
120
121			my $layout = new Gtk2::Pango::Layout $context;
122			$layout->set_text ($text);
123			my ($w, $h) = $layout->get_pixel_size;
124
125	pcg	1.11	my $gc = new Gtk2::Gdk::GC $drawable;
126			my $r = (($colour >> 24) & 255) * 65535 / 255;
127			my $g = (($colour >> 16) & 255) * 65535 / 255;
128			my $b = (($colour >> 8) & 255) * 65535 / 255;
129			$gc->set_rgb_fg_color (new Gtk2::Gdk::Color $r, $g, $b);
130	pcg	1.3
131	pcg	1.11	$drawable->draw_layout ($gc, $x - $w0.5, $y - $h0.5, $layout);
132	pcg	1.3	}
133
134			# draw an empty board and attach the bg pixmap
135	pcg	1.1	sub draw_board {
136	pcg	1.11	my ($self) = @_;
137	pcg	1.1	my $canvas = $self->{canvas};
138
139			my $size = $self->{size};
140
141	pcg	1.11	my $w = $self->{width};
142			my $h = $self->{height};
143
144			my $pixmap = new Gtk2::Gdk::Pixmap $self->window, $w, $h, -1;
145	pcg	1.3
146	pcg	1.12	my $gridcolour = 0x88444400; # black is traditional, but only with overlapping stones
147			my $labelcolour = 0x88444400;
148
149	pcg	1.1	# we leave enough space for the shadows.. I like smaller stones, and we
150	pcg	1.11	# do no need to do the nifty recursive screen updates that cgoban2 does
151	pcg	1.14	# TODO: smaller == buggy, want visual perfectness
152	pcg	1.11	my $borderw = int ($w / ($size + 3) * 0.5);
153	pcg	1.14	my $borderh = $borderw;
154	pcg	1.11	my $w2 = $w - $borderw * 2;
155			my $h2 = $h - $borderh * 2;
156			my $edge = $self->{edge} = $w2 / ($size + 1) * 0.975 - 1;
157			my $ofs = $edge * 0.5;
158	pcg	1.1
159	pcg	1.11	my @kx = map int ($w2 * $_ / ($size+1) + $borderw + 0.5), 0 .. $size; $self->{kx} = \@kx;
160			my @ky = map int ($h2 * $_ / ($size+1) + $borderh + 0.5), 0 .. $size; $self->{ky} = \@ky;
161	pcg	1.1
162			my $pixbuf;
163
164			my ($bw, $bh) = ($::board_img->get_width, $::board_img->get_height);
165
166	pcg	1.11	if ($w < $bw && $h < $bh) {
167			$pixbuf = new_pixbuf $w, $h, 0;
168			$::board_img->copy_area (0, 0, $w, $h, $pixbuf, 0, 0);
169	pcg	1.1	} else {
170	pcg	1.11	$pixbuf = scale_pixbuf $::board_img, $w, $h, $::config->{speed} ? 'nearest' : 'bilinear', 0;
171	pcg	1.1	}
172
173	pcg	1.11	my $linew = int ($w / 40 / $size);
174	pcg	1.1
175			# ornamental border... we have time to waste :/
176	pcg	1.11	pixbuf_rect $pixbuf, 0xffcc7700, 0, 0, $w-1, $linew, 255;
177			pixbuf_rect $pixbuf, 0xffcc7700, 0, 0, $linew, $h-1, 255;
178			pixbuf_rect $pixbuf, 0xffcc7700, $w-$linew-1, 0, $w-1, $h-1, 255;
179			pixbuf_rect $pixbuf, 0xffcc7700, 0, $h-$linew-1, $w-1, $h-1, 255;
180	pcg	1.1
181			for my $i (1 .. $size) {
182	pcg	1.12	pixbuf_rect $pixbuf, $gridcolour, $kx[$i] - $linew, $ky[1] - $linew, $kx[$i] + $linew, $ky[$size] + $linew, 255;
183			pixbuf_rect $pixbuf, $gridcolour, $kx[1] - $linew, $ky[$i] - $linew, $kx[$size] + $linew, $ky[$i] + $linew, 255;
184	pcg	1.1	}
185
186			# hoshi points
187			my $hoshi = sub {
188			my ($x, $y) = @_;
189	pcg	1.11	my $hs = 1 \| int $edge / 4;
190			$hs = 5 if $hs < 5;
191			$x = $kx[$x] - $hs / 2; $y = $ky[$y] - $hs / 2;
192	pcg	1.1
193			# we use the shadow mask... not perfect, but I want to finish this
194			$::shadow_img->composite ($pixbuf,
195	pcg	1.11	$x, $y, ($hs + 1) x2, $x, $y,
196	pcg	1.1	$hs / $::shadow_img->get_width, $hs / $::shadow_img->get_height,
197	pcg	1.11	'bilinear', 255);
198	pcg	1.1	};
199
200	pcg	1.11	if ($size > 6) {
201			my $h1 = $size < 10 ? 3 : 4; # corner / edge offset
202			$hoshi->($h1, $h1);
203			$hoshi->($size - $h1 + 1, $h1);
204			$hoshi->($h1, $size - $h1 + 1);
205			$hoshi->($size - $h1 + 1, $size - $h1 + 1);
206
207			if ($size % 2) { # on odd boards, also the remaining 5
208			my $h2 = ($size + 1) / 2;
209			if ($size > 10) {
210			$hoshi->($h1, $h2);
211			$hoshi->($size - $h1 + 1, $h2);
212			$hoshi->($h2, $size - $h1 + 1);
213			$hoshi->($h2, $h1);
214			}
215			# the tengen
216			$hoshi->($h2, $h2);
217	pcg	1.1	}
218			}
219
220	pcg	1.3	# now we have a board sans text
221			$pixmap->draw_pixbuf ($self->style->white_gc,
222			$pixbuf,
223	pcg	1.11	0, 0, 0, 0, $w, $h,
224	pcg	1.3	"normal", 0, 0);
225
226			# now draw the labels
227			for my $i (1 .. $size) {
228			# 38 max, but we allow a bit more
229			my $label = (qw(- A B C D E F G H J K L M N O P Q R S T U V W X Y Z
230			AA BB CC DD EE FF GG HH JJ KK LL MM NN OO PP QQ RR SS TT UU VV WW XX YY ZZ))[$i];
231
232	pcg	1.12	$self->center_text ($pixmap, $labelcolour, $kx[$i], $borderh, $ofs * 0.7, $label);
233			$self->center_text ($pixmap, $labelcolour, $kx[$i], $h2 + $borderh, $ofs * 0.7, $label);
234			$self->center_text ($pixmap, $labelcolour, $borderw, $ky[$i], $ofs * 0.7, $size - $i + 1);
235			$self->center_text ($pixmap, $labelcolour, $w2 + $borderw, $ky[$i], $ofs * 0.7, $size - $i + 1);
236	pcg	1.3	}
237
238	pcg	1.11	$self->{window}->set_back_pixmap ($pixmap, 0);
239	pcg	1.3
240			$self->{backgroundpm} = $pixmap;
241			$self->{backgroundpb} = $pixbuf;
242	pcg	1.1	}
243
244	pcg	1.11	# create a stack of stones
245			sub get_stack {
246			my ($self, $mark, $size) = @_;
247	pcg	1.4
248	pcg	1.11	$self->{stack}{$mark} \|\|= do {
249			my @stack;
250			my $csize = ceil $size;
251			my $shadow = $size * 0.05;
252	pcg	1.1
253	pcg	1.13	for my $stone ($mark & MARK_W ? @::white_img : @::black_img) {
254	pcg	1.11	my $base = new_pixbuf +(ceil $size + $shadow) x2, 1, 0x00000000;
255	pcg	1.2
256	pcg	1.11	# zeroeth the shadow
257	pcg	1.13	if (~$mark & MARK_GRAYED and $mark & (MARK_B \| MARK_W)) {
258	pcg	1.11	$::shadow_img->composite (
259			$base, $shadow, $shadow, $csize, $csize, $shadow, $shadow,
260			$size / $::shadow_img->get_width, $size / $::shadow_img->get_height,
261			'bilinear', 128
262			);
263			}
264	pcg	1.1
265	pcg	1.13	for ([MARK_B, $mark & MARK_GRAYED ? 96 : 255, 1],
266			[MARK_W, $mark & MARK_GRAYED ? 160 : 255, TRAD_SIZE_W / TRAD_SIZE_B]) {
267	pcg	1.11	my ($mask, $alpha, $scale) = @$_;
268			if ($mark & $mask) {
269			$stone->composite (
270			$base, 0, 0, $csize, $csize, ($size * (1 - $scale) * 0.5 ) x2,
271			$size * $scale / $stone->get_width, $size * $scale / $stone->get_height,
272			'bilinear', $alpha
273			);
274			}
275			}
276	pcg	1.1
277	pcg	1.11	# then the small stones
278			for ([MARK_SMALL_B, $::black_img[$rand % @::black_img]],
279			[MARK_SMALL_W, $::white_img[$rand % @::white_img]]) {
280			my ($mask, $img) = @$_;
281			if ($mark & $mask) {
282			$img->composite (
283			$base, (int $size / 4) x2, (ceil $size / 2 + 1) x2, ($size / 4) x2,
284			$size / $img->get_width / 2, $size / $img->get_height / 2,
285			'bilinear', 255
286			);
287	pcg	1.1	}
288	pcg	1.11	}
289
290			# and lastly any markers
291			my $dark_bg = ! ! ($mark & (MARK_B \| MARK_GRAY_B));
292
293			for ([MARK_CIRCLE, $::circle_img[$dark_bg]],
294			[MARK_TRIANGLE, $::triangle_img[$dark_bg]],
295			[MARK_SQUARE, $::square_img[$dark_bg]]) {
296			my ($mask, $img) = @$_;
297			if ($mark & $mask) {
298			$img->composite (
299			$base, 0, 0, $size, $size, 0, 0,
300			$size / $img->get_width, $size / $img->get_height,
301			'bilinear', 176
302			);
303			}
304			}
305
306			push @stack, $base;
307			}
308
309			\@stack;
310			}
311			}
312
313			sub draw_stones {
314			my ($self, $board, $dopaint) = @_;
315	pcg	1.1
316	pcg	1.11	if ($self->{backgroundpb}) {
317			my @areas;
318
319			my $old = delete $self->{board};
320			my $size = $self->{size};
321			my $edge = int ($self->{edge}) \| 1;
322			my $ofs = $edge * 0.5;
323			my $kx = $self->{kx};
324			my $ky = $self->{ky};
325
326			for my $x (1 .. $size) {
327			for my $y (1 .. $size) {
328			my $mark = $board->{board}[$x-1][$y-1];
329			my $mold = $old->{board}[$x-1][$y-1];
330
331			if ($mold != $mark) {
332			my $rand = ($x ^ $y ^ 0x5555);
333
334			my $shadow = $edge * 0.05;
335			my @area = ($kx->[$x] - $ofs, $ky->[$y] - $ofs,
336			$edge + $shadow, $edge + $shadow);
337			my @areai = ((ceil $area[0]), (ceil $area[1]),
338			(int $area[2]), (int $area[3])); # area, integer
339
340			my $pb = new_pixbuf @areai[2,3];
341			$self->{backgroundpb}->copy_area (@areai, $pb, 0, 0);
342
343			if ($mark & ~MARK_LABEL) {
344			my $stack = $self->get_stack ($mark, $edge);
345
346			$stack->[$rand % @$stack]
347			->composite ($pb, 0, 0, @areai[2,3], 0, 0,
348			1, 1, 'nearest', 255);
349			}
350
351			# speed none, normal, max
352			$self->{backgroundpm}->draw_pixbuf ($self->style->black_gc, $pb,
353			0, 0, @areai, 'max', 0, 0);
354
355			# labels are handled here because they are quite rare
356			if ($mark & MARK_LABEL) {
357			my $white = $mark & (MARK_W \| MARK_GRAY_W) ? 0 : 0xffffff00;
358
359			if ($white) {
360			$self->center_text ($self->{backgroundpm}, 0,
361			$area[0] + $ofs * 1.1, $area[1] + $ofs * 1.1,
362			$ofs * 0.7, $self->{board}{label}[$x-1][$y-1]);
363			}
364			$self->center_text ($self->{backgroundpm}, $white,
365			$area[0] + $ofs, $area[1] + $ofs,
366	pcg	1.3	$ofs * 0.7, $self->{board}{label}[$x-1][$y-1]);
367			}
368	pcg	1.11
369			# a single full clear_area is way faster than many single calls here
370			push @areas, \@areai if $dopaint;
371
372			#my $redraw; $redraw = sub {
373			# my ($x, $y) = @_;
374			# return if $old->{board}[$x][$y] & MARK_REDRAW;
375			# $old->{board}[$x][$y] \|= MARK_REDRAW;
376			# $redraw->($x+1, $y) if $old->{board}[$x+1][$y] & (MARK_W \| MARK_B \| MARK_GREY_W \| MARK_GREY_B);
377			# $redraw->($x, $y+1) if $old->{board}[$x][$y+1] & (MARK_W \| MARK_B \| MARK_GREY_W \| MARK_GREY_B);
378			#};
379			#
380			#$redraw->($x-1, $y-1);
381	pcg	1.3	}
382	pcg	1.1	}
383	pcg	1.2	}
384
385	pcg	1.11	if (@areas) {
386			# the "cut-off" point is arbitrary
387			if (@areas > 16) {
388			# update a single rectangle only
389			my $rect = new Gtk2::Gdk::Rectangle @{pop @areas};
390			$rect = $rect->union (new Gtk2::Gdk::Rectangle @$_) for @areas;
391			$self->{window}->clear_area ($rect->values);
392			} else {
393			# update all the affected rectangles
394			$self->{window}->clear_area (@$_) for @areas;
395			}
396	pcg	1.1	}
397			}
398
399			$self->{board} = $board;
400			#d# save
401			#Storable::nstore { board => $self->{board}, size => $self->{size}, path => $self->{path}}, "testboard.storable";
402			}
403
404			sub FINALIZE {
405			warn "FINALIZE(@_)\n";#d#
406			my ($self) = @_;
407			$self->{userpanel}[$_] && (delete $self->{userpanel}[$_])->destroy
408			for BLACK, WHITE;
409			$self->SUPER::destroy;
410	pcg	1.15	delete $self->{app}{gamelist}{game}{$self->{channel}};
411	pcg	1.1	}
412
413			1;
414