Delta AS Series Programming Manual page 231

AS Ser ies Pro gra mm in g M anu al
Classification
_3
F
3 - 5 0
Instruction code
API
16-bit 32-bit
1905 EPOP –
1904 EPUSH –
0105 – F-
0106 – F*
0107 – F/
0104 – F+
1504 – FACOS
0028 – FAND<
0029 – FAND<=
0025 – FAND<>
0024 – FAND=
0026 – FAND>
0027 – FAND>=
1503 – FASIN
1505 – FATAN
0212 – FBCD
0213 – FBIN
0056 – FCMP
1501 – FCOS
1507 – FCOSH
1510 – FDEG
1513 – FEXP
0022 – FLD<
0023 – FLD<=
0019 – FLD<>
0018 – FLD=
0020 – FLD>
0021 – FLD>=
1515 – FLN
1514 – FLOG
1224 – FMEAN
0211 – FNEG
Pulse
instruction

Reading data into the index registers

Storing the contents of the index registers
Subtracting floating-point numbers

S -S =D
1 2
Multiplying floating-point numbers

S *S =D
1 2
Dividing floating-point numbers

S /S =D
1 2
Adding floating-point numbers

S1+S2=D

Arccosine of the floating-point number
– S1＜S2
– S1<=S2
–
S1≠S2
–
S1＝S2
– S1＞S2
–
S1>=S2

Arcsine of a floating-point number

Arctangent of a floating-point number
Converting a binary floating-point number into a

decimal floating-point number
Converting a decimal floating-point number into a

binary floating-point number

Comparing floating-point numbers

Cosine of a floating-point number

Hyperbolic cosine of a floating-point number

Converting radians to degrees

The exponent of a floating-point number
– S1＜S2
–
S1<=S2
–
S1≠S2
– S1＝S2
– S1＞S2
– S1>=S2

Natural logarithm of a binary floating-point number

Logarithm of a floating-point number

The mean of floating point numbers

Reversing the sign of a floating-point number
Function