Mathematical Processor Blocks

• Absolute ()
• Add ()
• ArcCos ()
• ArcSin ()
• ArcTan ()
• Cos ()
• Divide ()
• Exp ()
• Ln ()
• Log ()
• Minimum ()
• Maximum ()
• Modulo ()
• Multiply ()
• Power ()
• Sin ()
• SquareRoot ()
• Subtract ()
• Tan ()

Other Functions:

• Ceil () see Round ()
• Floor () see Round ()
• Sum () see Mix ()

---

Absolute ()

Absolute (
        bypass: off
)

---

Add ()

Add (
        bypass: off
)

[ X, Y ] >> Add () >> Result;

---

ArcCos ()

ArcCos (
        bypass: off
)

---

ArcSin ()

ArcSin (
        bypass: off
)

---

ArcTan ()

ArcTan (
        bypass: off
)

---

Cos ()

Cos (
        bypass: off
)

---

Divide ()

Divide (
        bypass: off
)

[ X, Y ] >> Divide () >> Result;

[ 3, 2 ] >> Divide () >> Result;        # Result is Integer of value 1
[ 3, 2.0] >> Divide () >> Result;       # Result is Real of value 1.5
[ 3.0 , 2.0] >> Divide () >> Result;    # Result is Real of value 1.5

---

Exp ()

Exp (
        bypass: off
)

---

Ln ()

Logarithm to exponential base

Ln (
        bypass: off
)

---

Log ()

Logarithm to arbitrary base

Log (
        base:   10
        bypass: off
)

---

Minimum ()

Minimum (
        bypass: off
)

[ X, Y ] >> Minimum () >> Result;

---

Maximum ()

Maximum (
        bypass: off
)

[ X, Y ] >> Maximum () >> Result;

---

Modulo ()

Returns the remainder of the division of the input by the modulus

Modulo (
        modulus:        1
        bypass:         off
)

---

Multiply ()

Multiply (
        bypass: off
)

[ X, Y ] >> Multiply () >> Result;

---

Power ()

Power (
        exponent:       2
        bypass:         off
)

---

Sin ()

Sin (
        bypass: off
)

---

SquareRoot ()

SquareRoot (
        bypass: off
)

---

Subtract ()

Subtract (
        bypass: off
)

[ X, Y ] >> Subtract () >> Result;

---

Tan ()

Tan (
        bypass: off
)