func init
	// adds using namespace
	sys.add_use('System.Drawing.Drawing2D')

	// initialize instance
	params = this.props('Constructor').value
	if(params == 'Constructor')
		params = ''
	elseif(params == 'Constructor2')
		params = '' + d("Rect", 20) + ', ' + sys.structure_array('null', 'PlgPts', 'Point')
	elseif(params == 'Constructor3')
		params = '' + d("Rect", 20) + ', ' + sys.structure_array('null', 'PlgPts', 'PointF')
	elseif(params == 'Constructor4')
		params = '' + d("m11", 107) + ', ' + d("m12", 107) + ', ' + d("m21", 107) + ', ' + d("m22", 107) + ', ' + d("dx", 107) + ', ' + d("dy", 107)
	end
	sys.add_object(this.codename, 'Matrix', params)

	// makes implementation methods for properties
	sys._prop_init('Elements', 1, 0, 0)
	sys._prop_init('IsIdentity', 1, 0, 104)
	sys._prop_init('IsInvertible', 1, 0, 104)
	sys._prop_init('.OffsetX', 1, 0, 107)
	sys._prop_init('.OffsetY', 1, 0, 107)

	// makes implementation of methods as properties
	sys._mtd_as_prop_init('Clone()')
	sys._mtd_as_prop_init('GetHashCode()')
	sys._mtd_as_prop_init('.Matrix')

	// makes implementation of simple methods
	sys._method_init('Dispose')
	sys._method_init('Invert')
	sys._method_init('Reset')
end

func doConstructor()
	blk.println(this.codename, ' = new Matrix();')
end

func doConstructor2(data)
	blk.println(this.codename, ' = new Matrix(', d("rect"), ', ', sys.structure_array(data, 'PlgPts', 'Point'), ');')
end

func doConstructor3(data)
	blk.println(this.codename, ' = new Matrix(', d("rect"), ', ', sys.structure_array(data, 'PlgPts', 'PointF'), ');')
end

func doConstructor4(data)
	blk.println(this.codename, ' = new Matrix(', d("m11", 107), ', ', d("m12", 107), ', ', d("m21", 107), ', ', d("m22", 107), ', ', d("dx", 107), ', ', d("dy", 107), ');')
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 doMultiply(data)
	blk.println(this.codename, '.Multiply(', d("matrix"), ');')
end

func doMultiply2(data)
	blk.println(this.codename, '.Multiply(', d("matrix"), ', ', d("Order", 20), ');')
end

func doRotate(data)
	blk.println(this.codename, '.Rotate(', d("angle", 107), ');')
end

func doRotate2(data)
	blk.println(this.codename, '.Rotate(', d("angle", 107), ', ', d("Order", 20), ');')
end

func doRotateAt(data)
	blk.println(this.codename, '.RotateAt(', d("angle", 107), ', ', d("point", 20), ');')
end

func doRotateAt2(data)
	blk.println(this.codename, '.RotateAt(', d("angle", 107), ', ', d("point", 20), ', ', d("Order", 20), ');')
end

func doScale(data)
	blk.println(this.codename, '.Scale(', d("scaleX", 107), ', ', d("scaleY", 107), ');')
end

func doScale2(data)
	blk.println(this.codename, '.Scale(', d("scaleX", 107), ', ', d("scaleY", 107), ', ', d("Order", 20), ');')
end

func doShear(data)
	blk.println(this.codename, '.Shear(', d("shearX", 107), ', ', d("shearY", 107), ');')
end

func doShear2(data)
	blk.println(this.codename, '.Shear(', d("shearX", 107), ', ', d("shearY", 107), ', ', d("Order", 20), ');')
end

func doTransformPoints(data)
	blk.println(this.codename, '.TransformPoints(', sys.structure_array(data, 'Pts', 'Point'), ');')
end

func doTransformPoints2(data)
	blk.println(this.codename, '.TransformPoints(', sys.structure_array(data, 'Pts', 'PointF'), ');')
end

func doTransformVectors(data)
	blk.println(this.codename, '.TransformVectors(', sys.structure_array(data, 'Pts', 'Point'), ');')
end

func doTransformVectors2(data)
	blk.println(this.codename, '.TransformVectors(', sys.structure_array(data, 'Pts', 'PointF'), ');')
end

func doTranslate(data)
	blk.println(this.codename, '.Translate(', d("offsetX", 107), ', ', d("offsetY", 107), ');')
end

func doTranslate2(data)
	blk.println(this.codename, '.Translate(', d("offsetX", 107), ', ', d("offsetY", 107), ', ', d("Order", 20), ');')
end

func doVectorTransformPoints(data)
	blk.println(this.codename, '.VectorTransformPoints(', sys.structure_array(data, 'Pts', 'Point'), ');')
end