tiling after ludwig danzer

Author: monkstone

external_library/java/hemesh/README.md

@@ -1,3 +1,3 @@
 # HE_Mesh
 
-Is 3D Geometry java library for processing by [Frederik Vanhoutte](http://www.wblut.com/) see http://www.wblut.com/he_mesh/ sketches in this folder are expected to work with version 5.1.2. The library has changed a lot over the years and not necessarily for the better (dependencies seem to be expanding exponentially, this cannot be a good thing, just look at the disaster that is ruby-on-rails). However Frederik Vanhoutte has developed some rather cool sketches, it's just that need a lot of imagination and persistence to create equally good ones using the library.
+Is a 3D Geometry java library for processing by [Frederik Vanhoutte](http://www.wblut.com/) see http://www.wblut.com/he_mesh/ sketches in this folder are expected to work with version 6.0.1. The library has changed a lot over the years and not necessarily for the better (dependencies seem to be expanding exponentially, this cannot be a good thing, just look at the disaster that is ruby-on-rails). However Frederik Vanhoutte has developed some rather cool sketches, it's just that it needs a lot of imagination and persistence to create equally good ones using this library.

external_library/java/hemesh/danzer.rb

@@ -0,0 +1,39 @@
+load_library :hemesh
+
+java_import 'wblut.core.WB_Version'
+java_import 'wblut.core.WB_Disclaimer'
+java_import 'wblut.geom.WB_Danzer'
+java_import 'wblut.geom.WB_Point'
+java_import 'wblut.processing.WB_Render3D'
+
+attr_reader :render, :danzerA, :danzerB, :danzerC, :scale
+
+def settings
+  size(1000, 1000, P3D)
+  smooth(8)
+end
+
+def setup
+  sketch_title 'Aperiodic Tiling after Ludwig Danzer'
+  stroke_weight(1.4)
+    no_fill
+    @render = WB_Render3D.new(self)
+    puts WB_Version::version
+    puts WB_Disclaimer::disclaimer
+    @scale = 550
+    @danzerA=WB_Danzer.new(scale, WB_Danzer::Type::A, WB_Point.new(-250,0,0))
+    danzerA.inflate(3)
+    @danzerB=WB_Danzer.new(scale, WB_Danzer::Type::B)
+    danzerB.inflate(3)
+    @danzerC=WB_Danzer.new(scale, WB_Danzer::Type::C, WB_Point.new(250,0,0))
+    danzerC.inflate(3)
+end
+
+def draw
+  background(55)
+  translate(width / 2, height / 2)
+  stroke(0)
+  render.drawTriangle2D(danzerA)
+  render.drawTriangle2D(danzerB)
+  render.drawTriangle2D(danzerC)
+end