Amtech Axpert-Eazy Series Instruction Manual page 166

Fn and Fm = Flag Number (0 to 99)
Result will be stored in Fn. (Fn = ~Fm)
26. NOT_REG (OPCODE
This command is used for logical NOT operation of selected Register.
Example,
NOT_REG Rn Rm
Where,
Rn = Register Number (0 to 85)
Rm = Register Number (0 to 114)
Result will be stored in Rn. (Rn = ~Rm)
27. WAND (OPCODE
This command is used for 16-bit logical AND operation of selected two Registers.
Example,
WAND Rn Rn1 Rn2
Where,
Rn = Register Number (0 to 85)
Rn1, Rn2 = Register Number (0 to 114)
Result will be stored in Rn (Rn = Rn1 & Rn2).
28. WOR (OPCODE
6
This command is used for 16-bit logical OR operation of selected two Registers.
Example,
WOR Rn Rn1 Rn2
Where,
Rn = Register Number (0 to 85)
Rn1, Rn2 = Register Number (0 to 114)
Result will be stored in Rn. (Rn = Rn1 | Rn2)
29. WXOR (OPCODE
This command is used for 16-bit logical XOR operation of selected two Registers.
Example,
WXOR Rn Rn1 Rn2
Where,
Rn = Register Number (0 to 85)
Rn1, Rn2 = Register Number (0 to 114)
Result will be stored in Rn. (Rn = Rn1 ^ Rn2)
30. NEG (OPCODE
This command is used for negative operation of selected Register.
Example,
NEG Rn
Where,
Rn = Register Number (0 to 85)
Result will be stored in Rn. (Rn = -Rn)
31. ABS (OPCODE
This command is used for absolute operation of selected Register.
Example,
ABS Rn
Where,
Rn = Register Number (0 to 85)
Result will be stored in Rn. (Rn = ABS (Rn))
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