| Group | Expression | Purpose | Defined Variables | ||||||
|---|---|---|---|---|---|---|---|---|---|
| Define | #i=#j | Define or substitute one variable for another | #100=#103 | #100= | 2 | #101 | = | 0 | |
| ----- | #i=#j+#k | Sum | #100=#101+#102 | #100= | 1 | #102 | = | 1 | |
| #i=#j-#k | Subtract | #100=#101-#102 | #100= | -1 | #103 | = | 2 | ||
| #100=#101OR#102 | #100= | 1 | #104 | = | 0 | ||||
| #i=#jOR#k | Logical Sum | #100=#102OR#103 | #100= | 1 | #105 | = | 5 | ||
| Addition | #100=#101OR#104 | #100= | 0 | #106 | = | -9 | |||
| #100= | #107 | = | 1.2 | ||||||
| #i=#jXOR#k | Exclusive OR | #100= | |||||||
| ----- | #100= | ||||||||
| ----- | #i=#j*#k | Product | #100=#103*#105 | #100= | 10 | ||||
| #i=#j/#k | Quotient | #100=#105/#103 | #100= | 2.5 | |||||
| Multiplication | #100=#101AND#102 | #100= | 0 | ||||||
| #i=#jAND#k | Logical Product | #100=#102AND#103 | #100= | 1 | |||||
| ----- | #100=#101AND#104 | #100= | 0 | ||||||
| ----- | #i=SIN[#j] | Sine | #100=SINE[#105] | #100= | |||||
| #i=ASIN[#j] | Arcsine | #100=ASIN[#105] | #100= | ||||||
| #i=COS[#j] | Cosine | #100=COS[#105] | #100= | ||||||
| #i=ACOS[#j] | Arccosine | #100=ACOS[#105] | #100= | ||||||
| #i=TAN[#j] | Tangent | #100=TAN[#105] | #100= | ||||||
| #i=ATAN[#j] | Arctangent | #100=ATAN[#105] | #100= | ||||||
| #i=SQRT[#j] | Square Root | #100=SQRT[#106] | #100= | 3 | |||||
| #i=ABS[#j] | Absolute Value | #100=ABS[#106] | #100= | 9 | |||||
| Functions | #i=BIN[#j] | Convert BCD to Bin | #100=BIN[#105] | #100= | |||||
| #i=BCD[#j] | Convert Bin to BCD | #100=BCD[#105] | #100= | ||||||
| #i=ROUND[#j] | Round off value | #100=ROUND[#107] | #100= | 1 | |||||
| #i=FIX[#j] | Discard fractions less than 1 | #100=FIX[#107] | #100= | ||||||
| #i=FUP[#j] | Add 1 to fractions less than 1 | #100=FUP[#107] | #100= | ||||||
| #i=LN[#j] | Logarithm | #100=LN[#105] | #100= | ||||||
| #i=EXP[#j] | index | #100=EXP[#105] | #100= | ||||||
| ----- | #i=ADP[#j] | add decimal point | #100=ADP[#102] | #100= | 1. |