Pmm Reference Implementation - Versionsgeschichte

Gbachelier am 5. März 2015 um 21:20 Uhr

2015-03-05T21:20:17Z

Gbachelier am 3. März 2015 um 09:38 Uhr

2015-03-03T09:38:27Z

Gbachelier am 3. März 2015 um 09:34 Uhr

2015-03-03T09:34:22Z

Gbachelier: Die Seite wurde neu angelegt: „Let $image be an image from which a rectangle part should be cut out and used as prototile for the pmm tile. There are two free parameters needed for the gener…“

2015-03-03T09:26:28Z

Die Seite wurde neu angelegt: „Let $image be an image from which a rectangle part should be cut out and used as prototile for the pmm tile. There are two free parameters needed for the gener…“

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Let $image be an image from which a rectangle part should be cut out and used as prototile for the pmm tile. There are two free parameters needed for the generation of a pmm tile and that is the width $t_w and the height $t_h of the rectangle and there is no need for a mask like the other cases p4m, p3m1 and p6m.

After a rectangle is selected In an empty pmm tile is generated for example with transparent background. It has 2 times the width and 2 times the hight of the prototile rectangle:

# GENERATE EMPTY pmm-TILE $tile AS A FUNCTION OF $prototile
$tile_w = 2 * $t_w;
$tile_h = 2 * $t_h;
$tile->Set(size=>"$tile_w x $tile_h"); print "generate empty tile with tile_w x tile_h = $tile_w x $tile_h \n";
$tile->Read('xc:none'); #$tile->Write(filename=>"$output_meta_folder/tile_AfterGeneration.png");

What follows is a sequence of 4 image processing operations, the CRMT commands that takes a clone of the prototile, rotates it, Flop and/or Flip it and makes a composite operation with compose=>over that includes a translation of the prototile over the tile image. The images are shown in jpg which means that the transparent background is transformed to black.

# CRMT-COMMAND-LIST_01: (C0, x0, y0)
@$prototile_crm = ();
$prototile_crm = $Shape_list-[0]->Clone(); #$prototile_crm->Write(filename=>"$output_meta_folder/prototile_crm_AfterGeneration.png");
$tile->Composite(image=>$prototile_crm, compose=>'over', x=>'0', y=>'0', color=>'transparent', matte=>'true');
$tile->Set(page=>'0x0+0+0'); #$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_01.png");
$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_01.jpg");

[[Datei:Pmm tile after crmt 01.jpg | 400px]]

# CRMT-COMMAND-LIST_02: (C0, Fo, xt_w, y0)
@$prototile_crm = ();
$prototile_crm = $Shape_list->[0]->Clone();
$prototile_crm->Flop();
$tile->Composite(image=>$prototile_crm, compose=>'over', x=>$t_w, y=>'0', color=>'transparent', matte=>'true');
$tile->Set(page=>'0x0+0+0'); #$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_02.png");
$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_02.jpg");
# CRMT-COMMAND-LIST_03: (C0, Fi, x0, yt_h)
@$prototile_crm = ();
$prototile_crm = $Shape_list->[0]->Clone();
$prototile_crm->Flip();
$tile->Composite(image=>$prototile_crm, compose=>'over', x=>'0', y=>$t_h, color=>'transparent', matte=>'true');
$tile->Set(page=>'0x0+0+0'); #$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_03.png");
$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_03.jpg");

# CRMT-COMMAND-LIST_04: (C0, Fi, Fo, xt_w, yt_h)
@$prototile_crm = ();
$prototile_crm = $Shape_list->[0]->Clone();
$prototile_crm->Flip();
$prototile_crm->Flop();
$tile->Composite(image=>$prototile_crm, compose=>'over', x=>$t_w, y=>$t_h, color=>'transparent', matte=>'true');
$tile->Set(page=>'0x0+0+0'); #$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_04.png");
$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_04.jpg");

@@ Zeile 12: / Zeile 12: @@
 What follows is a sequence of 4 image processing operations, the CRMT commands that takes a clone of the prototile, rotates it, Flop and/or Flip it and makes a composite operation with compose=>over that includes a translation of the prototile over the tile image. The images are shown in jpg which means that the transparent background is transformed to black.
   # CRMT-COMMAND-LIST_01: (C0, x0, y0)
@@ Zeile 63: / Zeile 62: @@
 [[Datei:Pmm tile after crmt 04.jpg  | 400px]]

@@ Zeile 1: / Zeile 1: @@
 Let $image be an image from which a rectangle part should be cut out and used as prototile for the pmm tile. There are two free parameters needed for the generation of a pmm tile and that is the width $t_w and the height $t_h of the rectangle and there is no need for a mask like the other cases p4m, p3m1 and p6m.
@@ Zeile 7: / Zeile 9: @@
   $tile_w = 2 * $t_w;
   $tile_h = 2 * $t_h;
-  $tile->Set(size=>"$tile_w x $tile_h");                                                   print "generate empty tile with tile_w x tile_h = $tile_w x $tile_h \n";
+  $tile->Set(size=>"$tile_w x $tile_h");  print "generate empty tile with tile_w x tile_h = $tile_w x $tile_h \n";
-  $tile->Read('xc:none');                                                                  #$tile->Write(filename=>"$output_meta_folder/tile_AfterGeneration.png");
+  $tile->Read('xc:none');  #$tile->Write(filename=>"$output_meta_folder/tile_AfterGeneration.png");
@@ Zeile 15: / Zeile 17: @@
   # CRMT-COMMAND-LIST_01: (C0, x0, y0)
   @$prototile_crm = ();
-  $prototile_crm = $Shape_list-[0]->Clone();                                             #$prototile_crm->Write(filename=>"$output_meta_folder/prototile_crm_AfterGeneration.png");
+  $prototile_crm = $Shape_list-[0]->Clone();
   $tile->Composite(image=>$prototile_crm, compose=>'over', x=>'0', y=>'0', color=>'transparent', matte=>'true');
-  $tile->Set(page=>'0x0+0+0');                                                           #$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_01.png");
+  $tile->Set(page=>'0x0+0+0');
-                                                                                        $tile->Write(filename=>"$output_meta_folder/tile_after_crmt_01.jpg");
+ #$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_01.png");
@@ Zeile 29: / Zeile 32: @@
   $prototile_crm->Flop();
   $tile->Composite(image=>$prototile_crm, compose=>'over', x=>$t_w, y=>'0', color=>'transparent', matte=>'true');
-  $tile->Set(page=>'0x0+0+0');                                                            #$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_02.png");
+  $tile->Set(page=>'0x0+0+0');
-                                                                                         $tile->Write(filename=>"$output_meta_folder/tile_after_crmt_02.jpg");
+ #$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_02.png");
+ $tile->Write(filename=>"$output_meta_folder/tile_after_crmt_02.jpg");
@@ Zeile 42: / Zeile 45: @@
   $prototile_crm->Flip();
   $tile->Composite(image=>$prototile_crm, compose=>'over', x=>'0', y=>$t_h, color=>'transparent', matte=>'true');
-  $tile->Set(page=>'0x0+0+0');                                                              #$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_03.png");
+  $tile->Set(page=>'0x0+0+0');
-                                                                                           $tile->Write(filename=>"$output_meta_folder/tile_after_crmt_03.jpg");
+ #$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_03.png");
+ $tile->Write(filename=>"$output_meta_folder/tile_after_crmt_03.jpg");
@@ Zeile 56: / Zeile 59: @@
   $prototile_crm->Flop();
   $tile->Composite(image=>$prototile_crm, compose=>'over', x=>$t_w, y=>$t_h, color=>'transparent', matte=>'true');
-  $tile->Set(page=>'0x0+0+0');                                                              #$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_04.png");
+  $tile->Set(page=>'0x0+0+0');
-                                                                                           $tile->Write(filename=>"$output_meta_folder/tile_after_crmt_04.jpg");
+ #$tile->Write(filename=>"$output_meta_folder/tile_after_crmt_04.png");
+ $tile->Write(filename=>"$output_meta_folder/tile_after_crmt_04.jpg");
@@ Zeile 69: / Zeile 72: @@
 Such a string is written in a txt file and an CRMT-image interpreter, that has be be programmed, should be able to reconstruct the building of a pmm tile from any given rectangle prototile. The gole here is an image interpreter that should be able to build tiles from the command strings that were generated from Evolutionary Algorithms environments in the [[Exploring_a_Design_Space_for_Patterns_and_Tilings_Competition_2015 | Patterns and Tilings Competition]].