EditorX-82 Actuator Outputs

The Actuator Outputs section configures the actuator outputs of the digitizer.

The actuator output section can display the currently active actuator output settings or the settings upon reset (eg. upon power-up). Click the button "Current" to switch to "Reset", and vice versa. You can also switch between the user interface for the configuration of MIDI System Exclusive control of actuator outputs (ie. directly via the EditorX user interface or via OSC messages that are automatically mapped to System Exclusive messages using the OSC window) or the user interface for the configuration of MIDI Channel Voice control of the actuator outputs (using eg. ControlChange messages). Click the button "SX" to switch to "CV" and vice versa.

Availability

If the port is used by a sensor, the menu of the actuator output with the same number is greyed out. Select one of the menu options to configure the port for actuator output (the sensor input will be greyed out and disabled instead).

Actuator Type

Three actuator types can be controlled by the digitizer. Actuators such as a relay or an LED are binary, ie. they have two states, and are controlled by applying 0 or 5V DC. Other actuators such as an RC servo are controlled by applying a regular recurring pulse of varying width, ie. pulse width modulation (PWM). The SeeRGB and FeelVibe actuators are controlled by using a synchronous serial digital protocol called I2C, which involves exchanging pulse trains that represent bytes between the sensor and the digitizer.

Current/Reset

If the Current/Reset button is set to Current (white), the ON/OFF buttons set the current state. If the button is set to Reset (light blue color), the ON/OFF buttons set the state of the actuator outputs at power-up or after a software reset. If the actuator output is configured to be controlled by a sensor input (see the input-output mapping section) or by MIDI Channel Voice messages (see below), the status is not updated to reflect the current status effectuated by the digitizer. However, if the actuator output status is not rapidly changing it's possible to use the Update button to retrieve the current actuator output status.

Binary DC Ouput

Select "Digital" from the menu for the output and use the top ON/OFF button to set the state.

See also the SET OUTPUT, DUMP OUTPUT, the SET OUTPUT INIT, DUMP OUTPUT INIT commands.

Pulse Width Modulation

Select "Digital" from the menu for the output and use the bottom On/Off button to enable/disable PWM. The bottom row of ON/OFF buttons enables/disables pulse width modulation output, and changes the text on the ON/OFF buttons in the top row to PWM. The top row of ON/OFF buttons now only set the state that the actuator output should have after pulse width modulation is turned off.

The number fields below the bottom row of ON/OFF buttons set the pulse width in milliseconds. If its color is red it sets the current pulse width, if its blue it sets the pulse width at power-up or after a software reset. If the actuator output is configured to be controlled by a sensor input (see the input-output mapping section), the pulse width number field is not updated to reflect the current pulse width effectuated by the digitizer. However, if the actuator output status is not rapidly changing it's possible to use the Update button to retrieve the current actuator output status.

See also the SET OUTPUT, DUMP OUTPUT, the SET OUTPUT INIT, DUMP OUTPUT INIT commands.

The Pulse Width Modulation section sets the pulse interval and the pulse width range which only can be configured for all actuator outputs at the same time. Increasing the pulse width range to at least half the interval is useful for dimming an LED such as the SeeGreen. The Servo button restores the pulse interval and pulse width range to default settings (a 1-2 ms wide pulse with 20 ms interval) for use with RC servos. RC servos need to be powered separately in order to operate, eg. by using the 5V from a USB port via a USB cable. An AuxCable can be modified to provide the necessary wiring to connect to the WiDig, or a cable can be made using HackPlugs.

See also the SET OUTPUT PULSE, DUMP OUTPUT PULSE commands.

I2C Actuators

The following I2C actuator presets are available:

• CVolt
• DriveM
• FeelVibe
• SeeRGB

CVolt

See the CVOLT function for more information.

DriveM

See the DRIVEM function for more information.

FeelVibe

See the FEELVIBE function for more information.

SeeRGB

See the SEERGB function for more information.

For I-O mapping as well as CV MIDI mapping, select "CVolt, "DriveM", "FeelVibe" or "SeeRGB" from the actuator type menu to control these I2C actuators. Use the top ON/OFF button to set the status. The button labeled "TC" or "CC" sets the output to use threshold control (TC), ie. trigger or toggle logic, or continuous control (CC), ie. direct or inverse translation. If the button shows "TC" the number box below it sets the time delay in seconds until the ON or OFF status is switched following a threshold crossing. Zero means infinite, ie. the status is never switched. If the button shows "CC", the number box below it sets the current actuator method. If the output is I-O mapped or CV MIDI mapped the displayed actuator method may not be the current method due to overriding sensor input or CV MIDI input. Click the U button next to the button labeled "Current" to update it.

Control With MIDI Channel Voice Messages

The actuators can be controlled by sending the same Channel Voice MIDI messages to the digitizer, as the ones that are configured for the sensor inputs to map to. Select a MIDI port to receive the CV messages for the control of actuators. The forward button enables or disables the sending of the received MIDI messages to the digitizer that's connected to EditorX. The view button enables or disables display of the received MIDI messages in the corresponding sensor input monitor(s).