LCPUSB Driver
このコンテンツはまだ日本語訳がありません。
The LCPUSBDriver is used to receive automation data from LCPUSB-compatible hardware connected directly to the machine via USB. This driver listens to data transmitted by the device and converts it into automation values that can be used within Disguise. As the driver handles USB communication directly, it does not require any network configuration such as ports, IP filters, or multicast settings.
In most cases, the default settings provide stable operation. Adjustments should only be made when working with custom hardware behaviour or filtering requirements.
Use the LCPUSBDriver when working with automation devices that communicate directly over USB rather than through a network connection. The driver reads positional, sensor, or control data from LCPUSB-compatible hardware and makes those values available inside Disguise for automation, logic, or interactive behaviours.
This driver is especially useful when:
- Connecting USB-based motion controllers, sensors, or custom hardware interfaces.
- Receiving low-latency data from devices that do not support network protocols.
- Prototyping or testing custom automation hardware in a controlled environment.
- Integrating compact or embedded microcontroller devices into automation workflows.
- Applying smoothing to noisy signals using the built-in low-pass filter.
- Ensuring stable communication when working without network infrastructure.
As LCPUSB communicates directly via USB, it is ideal for setups where reliability, simplicity, or portability is required—such as laboratory environments, small installations, or rapid prototyping workflows.
Driver Properties
Section titled “Driver Properties”
Sender
Section titled “Sender”Displays the active USB device acting as the data source.
If no compatible LCPUSB device is connected, this field will show None.
Select the appropriate device from the dropdown if multiple supported devices are available.
LP Filter Frequency (Hz)
Section titled “LP Filter Frequency (Hz)”Applies a low-pass filter to the incoming automation data.
Use this to smooth noisy or rapidly fluctuating values from the hardware device.
- Higher values → less smoothing, faster response
The default value is suitable for most workflows, but it can be tuned depending on the behaviour of the connected hardware.
Developer Documentation