initial AppRender -> GfxRender refactor

Author: monkstone

CHANGELOG.md

@@ -1 +1,3 @@
 **v0.3.0** Initial version
+
+**v0.4.0** Refactor `AppRender` to `GfxRender`

README.md

@@ -23,7 +23,7 @@ Or install it yourself as:
 All you need to do is `require 'vecmath'` to use `Vec2D` and `Vec3D` classes in your application.
 For `:to_vertex` functionality you need to create a renderer:-
 ```ruby
-@renderer = AppRender.new(graphics) # where graphics is instance of PGraphics
+@renderer = GfxRender.new(graphics) # where graphics is instance of PGraphics
 # Usage
 vec.to_vertex(@renderer)
 ```

docs/_posts/2019-03-01-Using-Vec2D.md

@@ -13,7 +13,7 @@ GEM_HOME = '/home/tux/.gem/ruby/2.6.0'
 require 'vecmath'
 require 'forwardable'
 
-# Here we use the JRubyArt Vec2D class, and AppRender class (for vec.to_vertex)
+# Here we use the JRubyArt Vec2D class, and GfxRender class (for vec.to_vertex)
 # Further we use the power of ruby (metaprogramming) to make Branch enumerable
 # and use Forwardable to define which enumerable methods we want to use.
 visor_class :Branch do
@@ -33,7 +33,7 @@ visor_class :Branch do
   attr_reader :position, :dir, :path, :children, :xbound, :speed, :ybound, :app
 
   def initialize(pos, dir, speed)
-    @renderer ||= AppRender.new(graphics)
+    @renderer ||= GfxRender.new(graphics)
     @position = pos
     @dir = dir
     @speed = speed

docs/_posts/2019-03-01-Using-Vec3D.md

@@ -15,7 +15,7 @@ color_mode(RGB, 1)
 
 def draw
   background(0)
-  @renderer ||= AppRender.new(graphics)
+  @renderer ||= GfxRender.new(graphics)
   # Move the origin so that the scene is centered on the screen.
   translate(width / 2, height / 2, 0.0)
   # Set up the lighting.

docs/_posts/2019-03-01-welcome-to-vecmath-gem.md

@@ -6,7 +6,7 @@ categories: vecmath update
 ---
 # Background
 
-The vecmath Vec2D and Vec3D classes were originally build for JRubyArt and provide more ruby-like vector classes than the somewhat suspect vanilla processing PVector class (that doesn't know whether it's 2D or 3D). Further the AppRender class enables direct writing of vector to vertex
+The vecmath Vec2D and Vec3D classes were originally build for JRubyArt and provide more ruby-like vector classes than the somewhat suspect vanilla processing PVector class (that doesn't know whether it's 2D or 3D). Further the GfxRender class enables direct writing of vector to vertex
 
 # Building the Gem
 

docs/about.md

@@ -6,7 +6,7 @@ permalink: about
 
   - Vec2D and Vec3D classes from [JRubyArt](https://github.com/ruby-processing/JRubyArt)
 
-  - AppRender and ShapeRender that allow for direct writing of vector to vertex
+  - GfxRender and ShapeRender that allow for direct writing of vector to vertex
 
   - ColorUtil facilitates use of web string for colors
 

lib/vecmath.rb

@@ -6,6 +6,6 @@ module Vecmath
   Java::Monkstone::JRLibrary.load(JRuby.runtime)
 end
 
-java_import 'monkstone.vecmath.AppRender'
+java_import 'monkstone.vecmath.GfxRender'
 java_import 'monkstone.vecmath.ShapeRender'
 java_import 'monkstone.ColorUtil'

lib/vecmath/version.rb

@@ -1,3 +1,3 @@
 module Vecmath
-  VERSION = "0.3.0"
+  VERSION = "0.4.0"
 end

samples/mycelium.rb

@@ -3,7 +3,7 @@
 require 'vecmath'
 require 'forwardable'
 
-# Here we use the JRubyArt Vec2D class, and AppRender class (for vec.to_vertex)
+# Here we use the JRubyArt Vec2D class, and GfxRender class (for vec.to_vertex)
 # Further we use the power of ruby (metaprogramming) to make Branch enumerable
 # and use Forwardable to define which enumerable methods we want to use.
 visor_class :Branch do
@@ -23,7 +23,7 @@
   attr_reader :position, :dir, :path, :children, :xbound, :speed, :ybound, :app
 
   def initialize(pos, dir, speed)
-    @renderer ||= AppRender.new(graphics)
+    @renderer ||= GfxRender.new(graphics)
     @position = pos
     @dir = dir
     @speed = speed

src/monkstone/vecmath/AppRender.java src/monkstone/vecmath/GfxRender.javasrc/monkstone/vecmath/AppRender.java renamed to src/monkstone/vecmath/GfxRender.java

@@ -6,15 +6,15 @@
  * Renderer
  * Copyright (c) 2018 Martin Prout
  */
-public class AppRender implements JRender {
+public class GfxRender implements JRender {
 
     final PGraphics g;
 
     /**
      *
      * @param pg PGraphics
      */
-    public AppRender(final PGraphics pg) {
+    public GfxRender(final PGraphics pg) {
         this.g = pg;
     }