AppRender => GfxRender

Author: monkstone

basics/form/shape_transform.rb

@@ -16,7 +16,7 @@ class ShapeTransform < Processing::App
 
   def setup
     sketch_title 'Shape Transform'
-    @renderer = AppRender.new(self)
+    @renderer = GfxRender.new(self.g)
     no_stroke
     @angle_inc = PI / 300
     @pts = 4

basics/form/toroid.rb

@@ -108,7 +108,7 @@ def settings
   end
 
   def renderer
-    @renderer ||= AppRender.new(self)
+    @renderer ||= GfxRender.new(self.g)
   end
 end
 

basics/modules/module_two.rb

@@ -11,7 +11,7 @@ class ModuleTwo < Processing::App
 
   def setup
     sketch_title 'Module Two'
-    @renderer = Java::MonkstoneVecmath::AppRender.new(self)
+    @renderer = Java::MonkstoneVecmath::GfxRender.new(self.g)
     frame_rate 30
     reset_scene
   end

contributed/library/branch/branch.rb

@@ -1,7 +1,7 @@
 require 'forwardable'
 
 # Here we use the PiCrate Vec2D class, and not toxis Vec2D. We avoid using
-# ToxicLibsSupport, by using our own AppRender to translate Vec2D to vertices.
+# ToxicLibsSupport, by using our own GfxRender to translate Vec2D to vertices.
 # Further we use the power of ruby (metaprogramming) to make Branch enumerable
 # and use Forwardable to define which enumerable methods we want to use.
 class Branch

contributed/mycelium.rb

@@ -10,7 +10,7 @@ class Mycelium < Processing::App
   attr_reader :renderer, :root
 
   def setup
-    @renderer = AppRender.new(self)
+    @renderer = GfxRender.new(self.g)
     @root = Branch.new(
       self,
       Vec2D.new(0, height / 2),

contributed/mycelium_box.rb

@@ -12,7 +12,7 @@ class MyceliumBox < Processing::App
   def setup
     sketch_title 'Mycelium Box'
     Processing::ArcBall.init self
-    @renderer = AppRender.new(self)
+    @renderer = GfxRender.new(self.g)
     @root = Branch.new(
       self,
       Vec3D.new(0, 10, 10),

demo/elegant_ball.rb

@@ -3,7 +3,7 @@
 # Ben Notorianni aka lazydog
 #
 # elegant.rb
-java_import 'monkstone.vecmath.AppRender'
+java_import 'monkstone.vecmath.GfxRender'
 
 class ElegantBall < Processing::App
 
@@ -36,7 +36,7 @@ def draw
   end
 
   def renderer
-    @renderer ||= AppRender.new(self)
+    @renderer ||= GfxRender.new(self.g)
   end
 
   # Generate a vector whose components change smoothly over time in the range

demo/library/branch/branch.rb

@@ -1,7 +1,7 @@
 require 'forwardable'
 
 # Here we use the PiCrate Vec2D class, and not toxis Vec2D. We avoid using
-# ToxicLibsSupport, by using our own AppRender to translate Vec2D to vertices.
+# ToxicLibsSupport, by using our own GfxRender to translate Vec2D to vertices.
 # Further we use the power of ruby (metaprogramming) to make Branch enumerable
 # and use Forwardable to define which enumerable methods we want to use.
 class Branch

demo/mycelium.rb

@@ -10,7 +10,7 @@ class Mycelium < Processing::App
   attr_reader :renderer, :root
 
   def setup
-    @renderer = AppRender.new(self)
+    @renderer = GfxRender.new(self.g)
     @root = Branch.new(
       self,
       Vec2D.new(0, height / 2),

demo/mycelium_box.rb

@@ -12,7 +12,7 @@ class MyceliumBox < Processing::App
   def setup
     sketch_title 'Mycelium Box'
     Processing::ArcBall.init self
-    @renderer = AppRender.new(self)
+    @renderer = GfxRender.new(self.g)
     @root = Branch.new(
       self,
       Vec3D.new(0, 10, 10),