#include <fstream>
#include <iostream>
#include <memory>
#include "MUREGlobal.hxx"
#include "Shape.hxx"
#include "MathNode.hxx"
#include "ConnectorPlugin.hxx"
#include "MCSource.hxx"
#include "MURE.hxx"

Functions
Shape_ptr	operator& (Shape_ptr A, Shape_ptr B)

Shape_ptr &	operator&= (Shape_ptr &A, Shape_ptr B)

Shape_ptr &	operator\|= (Shape_ptr &A, Shape_ptr B)

Shape_ptr	operator\| (Shape_ptr A, Shape_ptr B)

Shape_ptr &	operator>> (Shape_ptr &B, Shape_ptr &A)

Shape_ptr	operator! (Shape_ptr A)
	!A is an other way to obtain A->Not().

Function Documentation

◆ operator!()

Shape_ptr operator! ( Shape_ptr A )

!A is an other way to obtain A->Not().

◆ operator&()

Shape_ptr operator&	(	Shape_ptr	A,
		Shape_ptr	B
	)

Intersection of A and B. Syntax: A &B

◆ operator&=()

Shape_ptr & operator&=	(	Shape_ptr &	A,
		Shape_ptr	B
	)

Intersection of A and B. Syntax: A &= B

◆ operator>>()

Shape_ptr & operator>>	(	Shape_ptr &	B,
		Shape_ptr &	A
	)

 Put the Shape(_ptr) B in A.

    //@ Syntax:  B>>A.
    //@ Returns A to allow C>>B>>A;
    //@ Note:
    //@   The Translate/Rotate function will be applied on Inside Shape:
    //@   A->Translate(1, 1, 1);  will translate A, B and C.
    //@
    //@   When doing C>>B>>A, IsnsideShape of A is C and B; idem for Original InsideShape
    //@  (fInsideShape[0]=C, fInsideShape[1]=B).
    //@  if then A>>D; Original IsnsideShape of A are C and B, IsnsideShape of A have been cleared
    //@  and IsnsideShape of D are C, B and A.
    //

◆ operator|()

Shape_ptr operator\|	(	Shape_ptr	A,
		Shape_ptr	B
	)

Union of A and B. Syntax: A | B

◆ operator|=()

Shape_ptr & operator\|=	(	Shape_ptr &	A,
		Shape_ptr	B
	)

Union of A and B. Syntax: A |= B