func init
	// adds using namespace
	sys.add_use('System.Drawing')

	// initialize instance
	params = this.props('Constructor').value
	if(params == 'Constructor')
		params = '' + sys.get_typed_field('new PointF(0.0F, 0.0F)', "location", 107) + ', ' + sys.get_typed_field('new SizeF(0.0F, 0.0F)', "size", 107)
	elseif(params == 'Constructor2')
		params = '' + sys.get_typed_field('0.0F', "x", 107) + ', ' + sys.get_typed_field('0.0F', "y", 107) + ', ' + sys.get_typed_field('0.0F', "width", 107) + ', ' + sys.get_typed_field('0.0F', "height", 107)
	end
	sys.add_object(this.codename, 'RectangleF', params)

	// makes implementation methods for properties
	sys._prop_init('.Bottom', 1, 0, 107)
	sys._prop_init('.Height', 1, 1, 107)
	sys._prop_init('IsEmpty', 1, 0, 104)
	sys._prop_init('.Left', 1, 0, 107)
	sys._prop_init('.Location', 1, 1, 0)
	sys._prop_init('.Right', 1, 0, 107)
	sys._prop_init('.Size', 1, 1, 0)
	sys._prop_init('.Top', 1, 0, 107)
	sys._prop_init('.Width', 1, 1, 107)
	sys._prop_init('.X', 1, 1, 107)
	sys._prop_init('.Y', 1, 1, 107)

	// makes implementation of methods as properties
	sys._mtd_as_prop_init('GetHashCode()')
	sys._mtd_as_prop_init('ToString()')
	sys._mtd_as_prop_init('RectangleF')
end

func doRectangle(data)
	blk.println(this.codename, ' = ', d("rect1"), ';')
end

func doConstructor(data)
	blk.println(this.codename, ' = new RectangleF(', d("location", 20, data), ', ', d("size", 20, data), ');')
end

func doConstructor2(data)
	blk.println(this.codename, ' = new RectangleF(', d("x", 107, data), ', ', d("y", 107, data), ', ', d("width", 107, data), ', ', d("height", 107, data), ');')
end

func Empty
	return('RectangleF.Empty')
end

func doContains(data)
	if(linked("onContains"))
		event("onContains", this.codename + '.Contains(' + d("pt") + ')')
	else
		blk.println(this.codename, '.Contains(', d("pt"), ');')
	end
end

func doContains2(data)
	if(linked("onContains"))
		event("onContains", this.codename + '.Contains(' + d("rect1") + ')')
	else
		blk.println(this.codename, '.Contains(', d("rect1"), ');')
	end
end

func doContains3(data)
	if(linked("onContains"))
		event("onContains", this.codename + '.Contains(' + d("x") + ', ' + d("y") + ')')
	else
		blk.println(this.codename, '.Contains(', d("x"), ', ', d("y"), ');')
	end
end

func doEquals(data)
	if(linked("onEquals"))
		event("onEquals", this.codename + '.Equals(' + d("obj") + ')')
	else
		blk.println(this.codename, '.Equals(', d("obj"), ');')
	end
end

func doFromLTRB(data)
	if(sys.is_linked(3))
		blk.println(this.codename, ' = RectangleF.FromLTRB(', d("left"), ', ', d("top"), ', ', d("right"), ', ', d("bottom"), ');')
		event("onFromLTRB", this.codename)
	else
		event("onFromLTRB", 'RectangleF.FromLTRB(' + d("left") + ', ' + d("top") + ', ' + d("right") + ', ' + d("bottom") + ')')
	end
end

func doInflate(data)
	blk.println(this.codename, '.Inflate(', d("size", 20, data), ');')
end

func doInflate2(data)
	blk.println(this.codename, '.Inflate(', d("x"), ', ', d("y"), ');')
end

func doInflate3(data)
	if(sys.is_linked(3))
		blk.println(this.codename, ' = RectangleF.Inflate(', d("rect1"), ', ', d("x"), ', ', d("y"), ');')
		event("onInflate", this.codename)
	else
		event("onInflate", 'RectangleF.Inflate(' + d("rect1") + ', ' + d("x") + ', ' + d("y") + ')')
	end
end

func doIntersect(data)
	blk.println(this.codename, '.Intersect(', d("rect1"), ');')
end

func doIntersect2(data)
	if(sys.is_linked(3))
		blk.println(this.codename, ' = RectangleF.Intersect(', d("rect1"), ', ', d("rect2"), ');')
		event("onIntersect", this.codename)
	else
		event("onIntersect", 'RectangleF.Intersect(' + d("rect1") + ', ' + d("rect2") + ')')
	end
end

func doIntersectsWith(data)
	if(linked("onIntersectsWith"))
		event("onIntersectsWith", this.codename + '.IntersectsWith(' + d("rect1") + ')')
	else
		blk.println(this.codename, '.IntersectsWith(', d("rect1"), ');')
	end
end

func doOffset(data)
	blk.println(this.codename, '.Offset(', d("pos"), ');')
end

func doOffset2(data)
	blk.println(this.codename, '.Offset(', d("x"), ', ', d("y"), ');')
end

func doUnion(data)
	if(sys.is_linked(3))
		blk.println(this.codename, ' = RectangleF.Union(', d("rect1"), ', ', d("rect2"), ');')
		event("onUnion", this.codename)
	else
		event("onUnion", 'RectangleF.Union(' + d("rect1") + ', ' + d("rect2") + ')')
	end
end