Digital Logic Toolbox

Not

Logical Negate (bitwise).

Module I/O
Left Input(s):	integer(1)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).
N bit(s)	sets bit depth of output(1-32).

If input is true, output is false, and vice versa.

And

Logical And.

Module I/O
Left Input(s):	integer(∞)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).
N bit(s)	sets bit depth of output(1-32).

If all the outputs are true, then output is true. If any inputs are

Or

Logical Or.

Module I/O
Left Input(s):	integer(∞)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).
N bit(s)	sets bit depth of output(1-32).

If at least one of the inputs are true, then output is true.

Exclusive Or

Logical Xor.

Module I/O
Left Input(s):	integer(∞)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).
N bit(s)	sets bit depth of output(1-32).

Integer Greater Than

Greater than for use with integers.

Module I/O
Top Input(s):	Input 2, integer(1)
Left Input(s):	Input 1, integer(1)
Module Properties
moduleColor	sets module color(RGB).
N bit(s)	sets bit depth of output(1-32).

If Input 1 (left) is greater than Input 2 (top), output is true.

Integer Greater Than or Equal

Greater than or equal for use with integers.

Module I/O
Top Input(s):	Input 2, integer(1)
Left Input(s):	Input 1, integer(1)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).
N bit(s)	sets bit depth of output(1-32).

If Input 1 (left) is greater than or equal to Input 2 (top), output is true.

Integer Equal

Equal for use with integers.

Module I/O
Top Input(s):	Input 2, integer(1)
Left Input(s):	Input 1, integer(1)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).
N bit(s)	sets bit depth of output(1-32).

If Input 1 is equal to Input 2, the output is true.

Integer Not Equal

Not Equal for use with integers.

Module I/O
Top Input(s):	Input 2, integer(1)
Left Input(s):	Input 1, integer(1)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).
N bit(s)	sets bit depth of output(1-32).

If Input 1 is not equal to Input 2, the output is true.

Integer Add

Addition for use with integers.

Module I/O
Left Input(s):	integer(∞)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).

Sums all inputs and outputs the result.

Integer Multiply

Multiplication for use with integers.

Module I/O
Left Input(s):	integer(∞)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).

Outputs the product of all the inputs.

Integer Subtract

Subtraction for use with integers.

Module I/O
Top Input(s):	Input 2, integer(1)
Left Input(s):	Input 1, integer(1)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).

Input 1 minus Input 2 equals output.

Integer Divide

Division for use with integers.

Module I/O
Top Input(s):	Input 2, integer(1)
Left Input(s):	Input 1, integer(1)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).

Input 1 divided by Input 2 equals output.

Integer Absolute Value

Calculates absolute value.

Module I/O
Left Input(s):	integer(1))
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).

Outputs the absolute value of the input.

Integer Power

Raises integer to a power.

Module I/O
Top Input(s):	Input 2, integer(1)
Left Input(s):	Input 1, integer(1)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).

Input 1 raised to the power of Input 2.

Integer Maximum

Outputs the maximum integer value.

Module I/O
Left Input(s):	integer(∞)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).

Returns the highest current value from all the inputs.

Integer Minimum

Outputs the minimum integer value.

Module I/O
Left Input(s):	integer(∞)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).

Returns the lowest current value from all the inputs.

Integer Remainder

The Modulus operator. Calculates remainder (for use with integers).

Module I/O
Top Input(s):	Input 2, integer(1)
Left Input(s):	Input 1, integer(1)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).

The remainder of Input 1 divided by Input 2. (e.g. 5%2=1).

Integer Random

Generates a random integer value.

Module I/O
Top Input(s):	Control, integer(1)
Right Output(s):	integer(∞)
Module Properties
moduleColor	sets module color(RGB).
N bit(s)	sets bit depth of output(1-32).

When Control receives a signal, it outputs a random integer of set bit depth.

Control

Opens and closes a switch.

Module I/O
Top Input(s):	Drag N, integer(1); Control, integer(1)
Left Input(s):	In, polymorph(1 per N)
Right Output(s):	Out, matching type(∞ per N)
Module Properties
moduleColor	sets module color(RGB).
N	sets the number of matching input and output pairs(1-512).

When Control receives a signal, a connection is made between corresponding inputs and outputs.

Sample

Sample input values on demand.

Pulse

Event production shaped pulse.

Delay

Delays sending current value until next event is received.

Accumulator

Counts events.

Multiplexer

Selects on input to be current output.

DeMultiplexer

Sends signal input to selected output.

Encoder

Converts bytes to integers.

Decoder

Converts the byte values of integers.

Exclusive

For radio button.

Clock Divider

Cycling clock.

Time

Provides current time (use with date module).

High Performance Counter

For fast timing.

Calibrate

Accommodates signal range (min to max).

Average Filter

Running average.

Delay Sustain

For use with musical modules.

State Object

State machine element (advanced).

Timers

Activates at regular specified time intervals.