Give your Feedback Handler a readable description. This will be shown in the header and can make your behavior easier to understand.

Intensity defines the strength of the LED light. It can be Off, Dimmed, or On.

Set the LED Color. You can select one from the color picker or even use a parameter to define the color of a component.
NOTE: You will not see a color show up if Intensity is OFF.

Make the component blink in a certain pattern. This is useful for cases where you want a button to attract additional attention, like warnings or other alerts.

The title appears on top of the display.

Select a font variation for the title.

Select whether the Title Bar should have a solid white background or be transparent. In SKAARHOJ default configs, a transparent title bar is often used to indicate that a button "Sets" the value written on it, while displays with a solid header bar usually show the current state of a value.

Specify the main text for the component. You can add dynamic values with parameters into the text using the helper window or braces {}.

Select a specific text size. This value corresponds to the font width and height as a comma-separated pair: 0,0 = Auto, 1,1 = smallest, 3,3 = largest, 1,2 = Tall and narrow, etc.

AutoWrap will automatically break the contents of Textline 1 to Textline 2 if the text exceeds the available display space.

By default, our displays do not support unicode characters. When turning on this option, text that contains unicode will automatically be rendered into an image, allowing the displays to fully support unicode.

Note: This may sometimes slightly change the rendering, or modify text size and font.

Set a condition for when to show the lock icon.

Set a condition for when to show the no access (forbidden sign).

Set a condition for when to show the fine icon, generally used to indicate when coarse mode is active.

Select one of several modifier icons to use. Modifier Icons are usually used to indicate what type of interaction is possible.

Tip: If you need these to be shown based on a condition, you will need to use several conditional feedback handlers.

Turning on this option will ensure no parameters are inherited from the Template Behavior for this entire Feedback. Read more about inheritance here: Behavior Inheritance.

Each Action can specify a different parameter to control. If no parameter is specified, the one defined at the top of the behavior form will be used.

Each Action can have a condition. If the condition is false, the Action remains disabled and is not used.

Example: This can be used to specify different Actions based on the value of a variable.

Specifies a condition that (if true) inverts the normal direction for control. If you would like to always invert it, simply select true.

Provide a general description for the Action.

Specify whether this handler reacts only on a down press (ActDown) or only on release (ActUp). If not set, it will fire in both cases.

When mapped to a Four-Way button or encoder, use this setting to filter for a specific event, like pressing only up.

This allows you to specify how a press of the component will change the parameter. The following options are available:

• Set
  Set a specific value (specified using set values, see below).

• Cycle Up
  Cycle up through the available options.

• Cycle Down
  Cycle down through the available options.

• Cycle Up and Roll Over
  Cycle up through the available options and continue at the start when going over the maximum.

• Cycle Down and Roll Over
  Cycle down through the available options and continue at the maximum when going below the start.

• Random
  Set a completely random value out of the possible ones that is not the same as the current value.

• Sequence
  Sequence allows you to set several values in sequence, even for different parameters. You can specify a different parameter at each step. Choose sequence and add several steps.

  

• Array-specific options for Variables:

  See Chapter Variables.

Specify the list of values that this Action selects from. This defaults to using all options from the main parameter of the behavior (:All modifier).

Specify a condition in which Rollover is allowed. Rollover means that when the end of the value range is reached, the next step jumps to the other end of the range.

Specify the fine step size for stepping through the parameter. You can either use the default for the behavior’s parameter (Behavior:IOReference:FineSteps) or specify your own.
For example: Select Literal Values -> then type 0.01 in the field.

The fine step size is used by default unless the CoarseCondition is true (see below).

Specify the coarse step size for stepping through the parameter. You can either use the default for the behavior’s parameter (Behavior:IOReference:CoarseSteps) or specify your own.
For example: Select Literal Values -> then type 10 in the field.

The coarse step size is used when the CoarseCondition is true (see below). In Reactor built-in behaviors like Change by step for long ranges, this is used when pressing down an encoder.

Selects between using fine steps (when false) or coarse steps (when true).

In Reactor built-in behaviors like Change by step for long ranges, this is used when pressing down an encoder.

When set to "Relative", and the component controls multiple parameters at once, they will all be stepped relative to their own values.

Otherwise, only the first value will be stepped, and all other values will be set to the destination value of the first.

Discontinuity specifies what happens if the parameter being controlled has a different value than the current setting of the analog component. It defines the takeover strategy.

For example: If Iris is mapped to a RCP Joystick but has been changed on the camera in the meantime.

• Double Linear: Double linear will map the value linearly from the current value towards each end of the value range. The rate of change (slope) may be different in each direction depending on the actual position of the analog component.

• Offset: Offset will change the value from the current value towards the ends using the same and original rate of change. This means it may not entirely reach the end value as the analog component hits its end stop or it may reach the end value earlier than when the analog component hits its end position.

• CatchUp: In this mode, the value won't change until the analog component is moved to the position that represents the current parameter value. At that instant, the analog component will linearly map its position to the value range of the parameter.

• None: The value will jump to the correct mapped value when the component is moved.

Some information on this feature can be found in this YouTube video:

Note: This is not recommended to be used with MultiBehaviors.

Event preprocessors allow all kinds of advanced modifications, like hold down, repeat, and other tricks. See the advanced chapter on Event Preprocessors for more details.

Turning on this option will ensure no parameters are inherited from the Template Behavior for this entire Feedback. Read more about inheritance here: Behavior Inheritance.