P3m1 Reference Implementation - Versionsgeschichte

Gbachelier am 7. März 2015 um 20:48 Uhr

2015-03-07T20:48:23Z

Gbachelier am 7. März 2015 um 20:21 Uhr

2015-03-07T20:21:14Z

Gbachelier am 7. März 2015 um 15:36 Uhr

2015-03-07T15:36:07Z

Gbachelier am 5. März 2015 um 21:23 Uhr

2015-03-05T21:23:51Z

Gbachelier am 5. März 2015 um 21:18 Uhr

2015-03-05T21:18:19Z

Änderungen zeigen

Gbachelier am 3. März 2015 um 20:00 Uhr

2015-03-03T20:00:56Z

Gbachelier am 2. März 2015 um 21:51 Uhr

2015-03-02T21:51:12Z

Gbachelier am 27. Februar 2015 um 19:56 Uhr

2015-02-27T19:56:28Z

Gbachelier am 27. Februar 2015 um 19:55 Uhr

2015-02-27T19:55:14Z

Gbachelier am 27. Februar 2015 um 19:25 Uhr

2015-02-27T19:25:56Z

@@ Zeile 151: / Zeile 151: @@
 [[Datei:Tile after crmt 09.jpg  | 600px]]
-  # CRMT-COMMAND-LIST_10: f(G2) => (C0, Fo, R60, Fi, xt_w, yt_h)
+  # CRMT-COMMAND-LIST_10: f(G2) => (C0, Fo, R60, Fi, x1/2*t_w, yt_h)
   @$prototile_crm = ();
   $prototile_crm = $Shape_list->[0]->Clone();
@@ Zeile 159: / Zeile 159: @@
   $prototile_crm->Trim();                                                                     #$prototile_crm->Write(filename=>"$output_meta_folder/prototile_crm_AfterTrim.png");
   $prototile_crm->Flip();                                                                     #$prototile_crm->Write(filename=>"$output_meta_folder/prototile_crm_AfterFlip.png");
-  $tile->Composite(image=>$prototile_crm, compose=>'over', x=>$t_w/2, y=>$t_h, color=>'transparent', matte=>'true');
+  $tile->Composite(image=>$prototile_crm, compose=>'over', x=>1/2*$t_w, y=>$t_h, color=>'transparent', matte=>'true');
   $tile->Set(page=>'0x0+0+0');                                                                $tile->Write(filename=>"$output_meta_folder/tile_after_crmt_10.png");
                                                                                               $tile->Write(filename=>"$output_meta_folder/tile_after_crmt_10.jpg");
@@ Zeile 165: / Zeile 165: @@
 [[Datei:Tile after crmt 10.jpg  | 600px]]
-  # CRMT-COMMAND-LIST_11: f(G6) => (C0, Fo, R-60, xt_w, yt_h)  G5=Flip(G6)
+  # CRMT-COMMAND-LIST_11: f(G6) => (C0, Fo, R-60, x1/2*t_w, yt_h)  G5=Flip(G6)
   @$prototile_crm = ();
   $prototile_crm = $Shape_list->[0]->Clone();
@@ Zeile 222: / Zeile 222: @@
 If the image processing commands were combined and integrated one get a string that codes the building of a p3m1 tile from a given prototile triangle:
-$CRMT_string = 'C0, x0, y0, C0, Fo, R-60, x-1/2*t_w, y0, C0, Fo, R60, x1/2*t_w, y0, C0, Fo, R-60, Fi, xt_w, y0, C0, Fi, x3/2*t_w, y0, C0, Fo, R60, Fi, x2*t_w, y0, C0, Fo, R-60, x5/2*t_w, y0, C0, Fi, x0, yt_w, C0, Fo, R-60, Fi, x-1/2*t_w, yt_h, C0, Fo, R60, Fi, xt_w, yt_h, C0, Fo, R-60, xt_w, yt_h, C0, x3/2*t_w, yt_h, C0, Fo, R60, x2*t_w, yt_h, C0, Fo, R-60, Fi, x5/2*t_w, yt_h';
+$CRMT_string = 'C0, x0, y0, C0, Fo, R-60, x-1/2*t_w, y0, C0, Fo, R60, x1/2*t_w, y0, C0, Fo, R-60, Fi, xt_w, y0, C0, Fi, x3/2*t_w, y0, C0, Fo, R60, Fi, x2*t_w, y0, C0, Fo, R-60, x5/2*t_w, y0, C0, Fi, x0, yt_h, C0, Fo, R-60, Fi, x-1/2*t_w, yt_h, C0, Fo, R60, Fi, x1/2*t_w, yt_h, C0, Fo, R-60, xt_w, yt_h, C0, x3/2*t_w, yt_h, C0, Fo, R60, x2*t_w, yt_h, C0, Fo, R-60, Fi, x5/2*t_w, yt_h';
 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 p3m1 tile from any given equilateral triangle 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]].
 back to [[Exploring_a_Design_Space_for_Patterns_and_Tilings_Competition_2015]]

@@ Zeile 128: / Zeile 128: @@
 [[Datei:Tile after crmt 07.jpg  | 600px]]
-  # CRMT-COMMAND-LIST_08:  f(G1) = (C0, Fi, x0, yt_w)
+  # CRMT-COMMAND-LIST_08:  f(G1) = (C0, Fi, x0, yt_h)
   @$prototile_crm = ();
   $prototile_crm = $Shape_list->[0]->Clone();                                                #$prototile_crm->Write(filename=>"$output_meta_folder/prototile_crm_AfterGeneration.png");

@@ Zeile 222: / Zeile 222: @@
 If the image processing commands were combined and integrated one get a string that codes the building of a p3m1 tile from a given prototile triangle:
-$CRMT_string = 'C0, x0, y0, C0, Fo, R-60, x-1/2*t_w, y0, C0, Fo, R60, xt_w, y0, C0, Fo, R-60, Fi, xt_w, y0, C0, Fi, x3/2*t_w, y0, C0, Fo, R60, Fi, x2*t_w, y0, C0, Fo, R-60, x5/2*t_w, y0, C0, Fi, x0, yt_w, C0, Fo, R-60, Fi, x-1/2*t_w, yt_h, C0, Fo, R60, Fi, xt_w, yt_h, C0, Fo, R-60, xt_w, yt_h, C0, x3/2*t_w, yt_h, C0, Fo, R60, x2*t_w, yt_h, C0, Fo, R-60, Fi, x5/2*t_w, yt_h';
+$CRMT_string = 'C0, x0, y0, C0, Fo, R-60, x-1/2*t_w, y0, C0, Fo, R60, x1/2*t_w, y0, C0, Fo, R-60, Fi, xt_w, y0, C0, Fi, x3/2*t_w, y0, C0, Fo, R60, Fi, x2*t_w, y0, C0, Fo, R-60, x5/2*t_w, y0, C0, Fi, x0, yt_w, C0, Fo, R-60, Fi, x-1/2*t_w, yt_h, C0, Fo, R60, Fi, xt_w, yt_h, C0, Fo, R-60, xt_w, yt_h, C0, x3/2*t_w, yt_h, C0, Fo, R60, x2*t_w, yt_h, C0, Fo, R-60, Fi, x5/2*t_w, yt_h';
 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 p3m1 tile from any given equilateral triangle 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]].
 back to [[Exploring_a_Design_Space_for_Patterns_and_Tilings_Competition_2015]]

← Nächstältere Version		Version vom 5. März 2015, 21:23 Uhr
Zeile 213:		Zeile 213:

	[[Datei:Tile after crmt 14.jpg \| 600px]]		[[Datei:Tile after crmt 14.jpg \| 600px]]
−

@@ Zeile 1: / Zeile 1: @@
 Let $image be an image from which a triangle part should be cut out and used as prototile for the p3m1 tile. There is only one free parameter needed for the generation of a p3m1 tile from a equilateral triangle mask and that is the width of the triangle: $t_w. The height is computed with: $t_h = int(1/2 * sqrt(3) * $t_w)+1;
-In the following relative translation parameters are used that are referencing to the one prototile that is used viz. to $t_w and $t_h. If patterns are generated with more than one prototile reletive parameters should are referencing to the width and height of the pattern image that itself be constructed as a function of the widths and heights of the prototile set and a multiplicator. Such a function ($w_P, $h_P) = f($mult, $w_S_i, $h_S_i | i = 1, …, n) is specified in the [[Exploring_a_Design_Space_for_Patterns_and_Tilings_Competition_2015#Definition_of_the_Pattern_Design_Space | design space definition]].
+In the following relative translation parameters are used that are referencing to the one prototile that is used viz. to $t_w and $t_h. If patterns are generated with more than one prototile relative parameters should referencing to the width and height of the pattern image that itself is constructed as a function of the widths and heights of the prototile set and a general multiplicator or two multiplicators for width and height. Such a function ($w_P, $h_P) = f($mult, $w_S_i, $h_S_i | i = 1, …, n) or f($mult_w, $mult_h, $w_S_i, $h_S_i | i = 1, …, n) is specified in the [[Exploring_a_Design_Space_for_Patterns_and_Tilings_Competition_2015#Definition_of_the_Pattern_Design_Space | design space definition]].
   # GENERATE MASK/S
@@ Zeile 13: / Zeile 13: @@
 [[Datei:Mask AfterGeneration.png  | 300px]]
-The prototile is generated with the triangle mask and the image by a composite command:
+The prototile is generated with the triangle mask and the image and the rusult is pushed in a image list for all the prototiles to reflect the general case that a pattern is made of more than one prototile type:
-  # GENERATE PROTOTILE/S AND
+  # GENERATE PROTOTILE/S
   $mask->Composite(image=>$image, compose=>'in', color=>'transparent', matte=>'true');     print "generate prototile \n";
   $mask->Set(page=>'0x0+0+0');					                         $mask->Write(filename=>"$output_meta_folder/mask_AfterCompose.png");
 [[Datei:Mask AfterCompose.png  | 300px]]

← Nächstältere Version		Version vom 2. März 2015, 21:51 Uhr
Zeile 1:		Zeile 1:
−	Let $image be an image from which a ~~tringle~~ part should be cut out and used as prototile for the p3m1 tile. There is only one free parameter needed for the generation of a p3m1 tile from a equilateral triangle mask and that is the width of the triangle: $t_w. The height is computed with: $t_h = int(1/2 * sqrt(3) * $t_w)+1;	+	Let $image be an image from which a triangle part should be cut out and used as prototile for the p3m1 tile. There is only one free parameter needed for the generation of a p3m1 tile from a equilateral triangle mask and that is the width of the triangle: $t_w. The height is computed with: $t_h = int(1/2 * sqrt(3) * $t_w)+1;

	In the following relative translation parameters are used that are referencing to the one prototile that is used viz. to $t_w and $t_h. If patterns are generated with more than one prototile reletive parameters should are referencing to the width and height of the pattern image that itself be constructed as a function of the widths and heights of the prototile set and a multiplicator. Such a function ($w_P, $h_P) = f($mult, $w_S_i, $h_S_i \| i = 1, …, n) is specified in the [[Exploring_a_Design_Space_for_Patterns_and_Tilings_Competition_2015#Definition_of_the_Pattern_Design_Space \| design space definition]].		In the following relative translation parameters are used that are referencing to the one prototile that is used viz. to $t_w and $t_h. If patterns are generated with more than one prototile reletive parameters should are referencing to the width and height of the pattern image that itself be constructed as a function of the widths and heights of the prototile set and a multiplicator. Such a function ($w_P, $h_P) = f($mult, $w_S_i, $h_S_i \| i = 1, …, n) is specified in the [[Exploring_a_Design_Space_for_Patterns_and_Tilings_Competition_2015#Definition_of_the_Pattern_Design_Space \| design space definition]].

← Nächstältere Version		Version vom 27. Februar 2015, 19:56 Uhr
Zeile 215:		Zeile 215:
	$CRMT_string = 'C0, x0, y0, C0, Fo, R-60, x-1/2t_w, y0, C0, Fo, R60, xt_w, y0, C0, Fo, R-60, Fi, xt_w, y0, C0, Fi, x3/2t_w, y0, C0, Fo, R60, Fi, x2t_w, y0, C0, Fo, R-60, x5/2t_w, y0, C0, Fi, x0, yt_w, C0, Fo, R-60, Fi, x-1/2t_w, yt_h, C0, Fo, R60, Fi, xt_w, yt_h, C0, Fo, R-60, xt_w, yt_h, C0, x3/2t_w, yt_h, C0, Fo, R60, x2t_w, yt_h, C0, Fo, R-60, Fi, x5/2t_w, yt_h';		$CRMT_string = 'C0, x0, y0, C0, Fo, R-60, x-1/2t_w, y0, C0, Fo, R60, xt_w, y0, C0, Fo, R-60, Fi, xt_w, y0, C0, Fi, x3/2t_w, y0, C0, Fo, R60, Fi, x2t_w, y0, C0, Fo, R-60, x5/2t_w, y0, C0, Fi, x0, yt_w, C0, Fo, R-60, Fi, x-1/2t_w, yt_h, C0, Fo, R60, Fi, xt_w, yt_h, C0, Fo, R-60, xt_w, yt_h, C0, x3/2t_w, yt_h, C0, Fo, R60, x2t_w, yt_h, C0, Fo, R-60, Fi, x5/2t_w, yt_h';

−	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 p3m1 tile from any given equilateral triangle 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]].	+	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 p3m1 tile from any given equilateral triangle 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]].

← Nächstältere Version		Version vom 27. Februar 2015, 19:55 Uhr
Zeile 209:		Zeile 209:

	[[Datei:Tile after diagonal workaround.jpg \| 600px]]		[[Datei:Tile after diagonal workaround.jpg \| 600px]]
		+
		+
		+	If the image processing commands were combined and integrated one get a string that codes the building of a p3m1 tile from a given prototile triangle:
		+
		+	$CRMT_string = 'C0, x0, y0, C0, Fo, R-60, x-1/2t_w, y0, C0, Fo, R60, xt_w, y0, C0, Fo, R-60, Fi, xt_w, y0, C0, Fi, x3/2t_w, y0, C0, Fo, R60, Fi, x2t_w, y0, C0, Fo, R-60, x5/2t_w, y0, C0, Fi, x0, yt_w, C0, Fo, R-60, Fi, x-1/2t_w, yt_h, C0, Fo, R60, Fi, xt_w, yt_h, C0, Fo, R-60, xt_w, yt_h, C0, x3/2t_w, yt_h, C0, Fo, R60, x2t_w, yt_h, C0, Fo, R-60, Fi, x5/2t_w, yt_h';
		+
		+	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 p3m1 tile from any given equilateral triangle 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]].

@@ Zeile 9: / Zeile 9: @@
   $t_w_1_2 = int(1/2 * $t_w)+1;	                                                         #print "triangle_half_wide t_w_1_2 = $t_w_1_2 \n";
   $mask->Draw(primitive=>'polyline', points => "0,0 $t_w,0 $t_w_1_2,$t_h", fill=>'red');   #$mask->Write(filename=>"$output_meta_folder/mask_AfterGeneration.png");
 The prototile is generated with the triangle mask and the image by a composite command: