noelwarr

class Object
	
	def self.method_added(m)
		super(m)
		if @wrap_method
			@wrap_method = nil
			a = "__#{m}__".to_sym
			alias_method a, m 
			define_method(m){
			 	begin

noelwarr

//hello_world.cpp
//The following DOESN'T compile
#include <ruby.h>

#include <boost/shared_ptr.hpp>

#include <CGAL/Exact_predicates_inexact_constructions_kernel.h>
#include <CGAL/Polygon_2.h>
#include <CGAL/create_straight_skeleton_2.h> //ADDING THIS CAUSES COMPILATION TO FAIL
 

noelwarr

# Use needle by telling it how many cpus you want to use
# and what you want it to do.
# Then just feed it data and watch all your cores go crazy.
# You can feed it standard ruby objects and it will return all
# results in the same order you gave them to it.
# n = Needle.new(cpus) {|input| input.do_something }
# result_of_all = n.sew[a,b,c,d,e,f,g,h,i...]

# uncomment the lines at the bottom to run the test

noelwarr

class DynameshTool
  def initialize
	end

	def sort_vertices(v1,v2,orientation,direction,view)
		coords = [v1,v2].collect{|v|
			pos = view.screen_coords(v.position)
			case orientation
			when :horizontal 	then pos[0]
			when :vertical		then pos[1]

noelwarr

class Nester
  def initialize
		@checklist = []
	end

	def nest(source, target, source_sym = nil)
		if source.is_a?(Module)
			source_sym = source.name.split("::").last.to_sym if source_sym.nil?
			if source.is_a?(Class)
				kls = source.clone

noelwarr

#Slicer takes a polyhedron and slices it accross the xy plane
#at a given interval. It uses a technique called vertex shifting
#to avoid planes intercepting vertices and edges.
#It has only been tested on triangulated manifold volumes.

class Slicer

  #Specify the starting and finishing values for the z axis
  #Optionally specify how often to perform the slice
  def initialize(z_from, z_to, z_step = 0.5)