NCT Group 99M Arc tangent #i = Atan #j, Logarithm natural #i = LN #j, Absolute value #i = ABS #j

Models: 2000M 99M

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Arc tangent - #i = ATAN #j

The code of the function is ATAN.

As a result of operation, variable #i will assume the arc tangent of variable #j in degrees. The result, i.e. the value of #i, lies between +90° and -90°.

Exponent with base e: #i = EXP #j The code of the function is EXP.

As a result of the operation, variable #i will assume the #j-th power of the natural number (e).

Logarithm natural: #i = LN #j

The code of the function is LN.

As a result of operation, variable #i will assume the logarithm natural of number #j. The value of #j may not be 0 or a negative number.

Absolute value: #i = ABS #j

The code of the function is ABS.

As a result of operation, variable #i will assume the absolute value of variable #j.

Conversion from binary into binary-coded decimal: #i = BCD #j

The code of the function is BCD.

As a result of operation, variable #i will assume the BCD value of variable #j. The value range of variable #j is 0 to 99999999.

Conversion from binary-coded decimal into binary: #i = BIN #j

The code of the function is BIN.

As a result of the operation, variable #i will assume the binary value of variable #j. The value range of variable #j is 0 to 99999999.

Discard fractions less than 1: #i = FIX #j The code of the function is FIX.

This operation will discard the fraction of variable #j, and that value will be put in variable #i. For example,

#130 = FIX 4.8 = 4 #131 = FIX –6.7 = –6

Add 1 for fractions less than 1: #i = FUP #j The code of the function is FUP

This operation will discard the fraction of variable #j, and will add 1 to #j in absolute value. For example,

#130 = FUP 12.1 = 13 #131 = FUP –7.3 = –8

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NCT Group 99M, 2000M manual Arc tangent #i = Atan #j, Logarithm natural #i = LN #j, Absolute value #i = ABS #j