Gates Arithmetic

Contents

1 Absolute
2 Add
3 And / Add
4 Average
5 Ceiling (Round up)
6 Clamp
7 Delta
8 Delta (Rectified)
9 Divide
10 Exp
11 Exponential Powers
12 Floor (Round down)
13 Identity (No change)
14 Increment
15 Increment/Decrement
16 Inverse
17 Log
18 Log 10
19 Modulo
20 Multiply
21 Negate
22 Pi
23 Percent
24 Random
25 Round
26 Sign
27 Square Root
28 Subtract

Absolute
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Returns the absolute value of A

Add
Inputs: Type-Number A B C D E F G H
Outputs: Type-Number Out
Description: Adds the inputs together.
Any amount of inputs can be used.

And / Add
Inputs: Type-Number A B
Outputs: Type-Number Out
Description: Outputs 0 if either input is negative or zero. Otherwise, outputs A + B.

Average
Inputs: Type-Number A B C D E F G H
Outputs: Type-Number Out
Description: Outputs the sum of the inputs divided by the number of inputs

Ceiling (Round up)
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Outputs A rounded up to the nearest whole number

Clamp
Inputs: Type-Number A Min Max
Outputs: Type-Number Out
Description: Clamps A between Min and Max

Delta
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Outputs the current value of A minus the previous value of A. This is updated whenever the value of A changes.

Delta (Rectified)
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Outputs the current value of A minus the value of A at the previous tick.
Modulo is applied to the output to prevent it from giving values outside the -180 to 180 range

Divide
Inputs: Type-Number A B
Outputs: Type-Number Out
Description: Divides A by B

Exp
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Outputs the number e to the power of A

Exponential Powers
Inputs: Type-Number A B
Outputs: Type-Number Out
Description: Outputs A to the power of B

Floor (Round down)
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Outputs A rounded down to the nearest whole number

Identity (No change)
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Outputs A.
Useful for organizing your wiring

Increment
Inputs: Type-Number A Clk Reset
Outputs: Type-Number Out
Description: Stores a number in memory, and always outputs that number. On the rising edge of Clk, A is added to the stored number. On the rising edge of Reset, the stored number is reset to 0.

Increment/Decrement
Inputs: Type-Number A Increment Decrement Reset
Outputs: Type-Number Out
Description: Like Increment, but Clk is renamed to Increment, and Decrement is added. On the rising edge of Decrement, A is subtracted from the stored number.

Inverse
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Outputs 1 divided by A

Log
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Outputs the logarithm to the base e of A

Log 10
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Outputs the logarithm to the base 10 of A

Modulo
Inputs: Type-Number A B
Outputs: Type-Number Out
Description: Outputs the remainder of A divided by B. Note: this can be negative if A is negative.

Multiply
Inputs: Type-Number A B C D E F G H
Outputs: Type-Number Out
Description: Multiplies all its inputs. You don't need to wire all the inputs if you don't need them.

Negate
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Outputs A negated. (For example, 5 negated is -5. -2 negated is 2.

Pi
Inputs: None
Outputs: Type-Number Out
Description: Outputs Pi (3.14159...)

Percent
Inputs: Type-Number Value Max
Outputs: Type-Number Out
Description: Outputs what percentage Value is of Max. For example, 20 is 50% of 40, so this would output 50 if Value was 20 and Max was 40.

Random
Inputs: Type-Number A B
Outputs: Type-Number Out
Description: Outputs a random number between A and B every tick

Round
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Outputs A rounded to the nearest whole number

Sign
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Outputs -1 when A is less than 0

Outputs 0 when A is equal to 0
Outputs 1 when A is greater than 0

Square Root
Inputs: Type-Number A
Outputs: Type-Number Out
Description: Outputs the square root of A

Subtract
Inputs: Type-Number A B
Outputs: Type-Number Out
Description: Outputs the B subtracted from A