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DATA_D that has the bit positions (#n) in the conversion source register, DATA_S (integer 32-bit data) is created. An encode process can be actualized with much fewer steps than creating DATA_D with the Compare instruction (EQ) and the Movement instruction (M0V). If there's "1" in multiple bits, the encode process will be made with the higher bit.
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In the case of conversion to values according to external input bit, if a circuit is created with the Compare/Movement formulas and the external input bit in a sequencer program, the Compare formula will increase by the number of input bits. Using the encode instruction above enables you to convert bits from 0 to 31 into numeric data with 2 rungs + (within Sub Routine) 3 rungs.
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Download a sample program file and detailed description.
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