Computes the absolute value of its input

Computes the sum of its inputs

Computes the logical "and" of its inputs

Computes the arccosine of its input

Computes the arcsine of its input

Computes the arctangent of its input

Computes the average of its inputs

A component that evaluates an Axon expression

The base spec for all math components that operate on two inputs

Compute the bitwise and value of the input and the mask

A bit-wise masking operation

Compute the bitwise or value of the input and the mask

Compute the bitwise xor (exclusive or) of the input and the mask

Boolean constant

Bool delay

A Bool latch

A Bool select

A Bool switch

Convert a Bool value to a StatusBool

The base spec for all mathematical comparison operators

Computes the cosine of its input

Current clock time

A digital input demultiplexer

Computes the quotient of its inputs (A / B)

Computes A == B

Computes out = e ^ inA where e is Euler's number

Computes out = inA!

A folder is used as the standard component for containing other components

Computes A > B

Computes A >= B

HxComp is the common base type for all control components

A "rising-edge" latch

Computes A < B

Computes A <= B

Computes the log base 10 of its input

Computes the natural logarithm of its input

The base spec for all logic components

The base spec for all math components

Finds the maximum value of its valid inputs and sets that value to out

Computes the min, max, and avg of up to 10 inputs

Finds the minimum value of its valid inputs and sets that value to out

Computes the modulus of its inputs (A % B)

Generates an oscillating binary pulse

Computes the product of its inputs

Computes the negation of its input

Computes the logical negation of its input

Computes A != B

Number constant

A Number latch

A Number select

A Number switch

Takes a 64-bit number (converted to an Int) and sets the various output bits accordingly

Convert a Number to a StatusNumber

Computes the logical "or" of its inputs

Computes a raised to the b power

The base spec for all logic components that operate on up to four inputs

The base spec for all math components that operate on up to four inputs

Generates a random number such that out = random() * multiplier + offset where random() generates a number between 0.0 (inclusive) and 1.0 (exclusive)

Computes the sine of its input

The output of this component generates a sine wave

Computes the square root of its input

Standard status flags

StatusBool pairs a boolean with status flags

Convert a StatusBool to a Bool value

StatusNumber pairs a number with status flags

Convert a StatusNumber to a Number

StatusStr pairs a string or enum name with status flags

Convert a StatusStr to a StatusNumber

Contains a slot for each status flag

StatusVal pairs status flags with a scalar value

Concatenates up to four strings

Str constant

Checks if inB can be found within inA

A Str latch

Computes the length of the input Str

A Str select

Extracts a sub-string of the input

A Str switch

Tests two strings based on the selected test type

Tests available to the StrTest component

Convert a Str to a StatusStr

Removes whitespace from the beginning and end of a Str

Computes the difference of its inputs (A - B)

A switch selectes one of two inputs based on the current value of the inSwitch slot

Computes the cosine of its input

Computes the difference in time between in1 and in2 by subtracting in2 from in1

The base spec for all math components that operate on one input

Computes the exclusive-or of its inputs