Operator Overloading in Delphi (2)-List of operators that can be reloaded

Category	Operator	Operator ID	Use
Conversion	Implicit conversion	Implicit	Implicit (A: type): resulttype;
	Explicit Conversion	Explicit	Explicit (A: type): resulttype;
RMB 1	-	Negative	Negative (A: type): resulttype;
	+	Positive	Positive (A: type): resulttype;
	INC	INC	INC (A: type): resulttype;
	Dec	Dec	Dec (A: type): resulttype
	Not	Logicalnot	Logicalnot (A: type): resulttype;
	Not	Bitwisenot	Bitwisenot (A: type): resulttype;
	Trunc	Trunc	Trunc (A: type): resulttype;
	Round	Round	Round (A: type): resulttype;
Comparison	=	Equal	Equal (A: type; B: type): Boolean;
	<>	Notequal	Notequal (A: type; B: type): Boolean;
	>	Greaterthan	Greaterthan (A: type; B: type) Boolean;
	> =	Greaterthanorequal	Greaterthanorequal (A: type; B: type ): Resulttype;
	<	Lessthan	Lessthan (A: type; B: type): resulttype;
	<=	Lessthanorequal	Lessthanorequal (A: type; B: type ): Resulttype;
Binary	+	Add	Add (A: type; B: type): resulttype;
	-	Subtract	Subtract (A: type; B: type): resulttype;
	*	Multiply	Multiply (A: type; B: type): resulttype;
	/	Divide	Divide (A: type; B: type): resulttype;
	Div	Intdivide	Intdivide (A: type; B: type): resulttype;
	MoD	Modulus	Modulus (A: type; B: type): resulttype;
	SHL	Leftshift	Leftshift (A: type; B: type): resulttype;
	SHR	Rightshift	Rightshift (A: type; B: type): resulttype;
	And	Logicaland	Logicaland (A: type; B: type): resulttype;
	Or	Logicalor	Logicalor (A: type; B: type): resulttype;
	XOR	Logicalxor	Logicalxor (A: type; B: type): resulttype;
	And	Bitwiseand	Bitwiseand (A: type; B: type): resulttype;
	Or	Bitwiseor	Bitwiseor (A: type; B: type): resulttype;
	XOR	Bitwisexor	Bitwisexor (A: type; B: type): resulttype;