Built-in processors

The Input System package comes with a set of built-in Processors, which you can use with bindings, actions and controls.

Processor name	Description	Operand type	Parameters
Clamp	Clamps input values to the [min..max] range.	float	float min float max
Invert	Inverts the values from a Control (that is, multiplies the values by −1).	float	None
InvertVector2	Inverts the values from a Control (that is, multiplies the values by −1). Inverts the x-axis of the vector if invertX is true, and the y-axis if invertY is true.	Vector2	bool invertX bool invertY
Invert Vector 3	Inverts the values from a Control (that is, multiplies the values by −1). Inverts the x-axis of the vector if invertX is true, the y-axis if invertY is true, and the z-axis if invertZ is true.	Vector3	bool invertX bool invertY bool invertZ
Normalize	Normalizes input values in the range [min..max] to unsigned normalized form [0..1] if min is >= zero, and to signed normalized form [-1..1] if min < zero.	float	float min float max float zero
NormalizeVector2	Normalizes input vectors to be of unit length (1). This is the same as calling Vector2.normalized.	Vector2	None
NormalizeVector3	Normalizes input vectors to be of unit length (1). This is the same as calling Vector3.normalized.	Vector3	None
Scale	Multiplies all input values by factor.	float	float factor
ScaleVector2	Multiplies all input values by x along the x-axis and by y along the y-axis.	Vector2	float x float y
ScaleVector3	Multiplies all input values by x along the x-axis, by y along the y-axis, and by z along the z-axis.	Vector3	float x float y float z
AxisDeadzone	Scales the values of a Control so that any value with an absolute value smaller than min is 0, and any value with an absolute value larger than max is 1 or −1. Many Controls don't have a precise resting point (that is, they don't always report exactly 0 when the Control is in the center). Using the min value on a deadzone Processor avoids unintentional input from such Controls. Also, some Controls don't consistently report their maximum values when moving the axis all the way. Using the max value on a deadzone Processor ensures that you always get the maximum value in such cases.	float	float min float max
StickDeadzone	Scales the values of a Vector2 Control, such as a stick, so that any input vector with a magnitude smaller than min results in (0,0), and any input vector with a magnitude greater than max is normalized to length 1. Many Controls don't have a precise resting point (that is, they don't always report exactly 0,0 when the Control is in the center). Using the min value on a deadzone Processor avoids unintentional input from such Controls. Also, some Controls don't consistently report their maximum values when moving the axis all the way. Using the max value on a deadzone Processor ensures that you always get the maximum value in such cases.	Vector2	float min float max