![]() Get the currently set value of the axis (between minValue and maxValue). axis property from a ViGEmTarget instance. You can not instantiate this class directly, instead you get objects of this class from the. This class represents a single axis on a controller. Set the value of the button (either true or false). Get the currently set value of this button. button property from a ViGEmTarget instance. This class represents a single button on a controller. Just be warned that you need to call update() periodically (and probably with a high update rate) if you want the gyro and accelerometer values to make any sense/be usable. I have no idea if this is correct way to do it, but I have no way to test it unfortunately. Ergo, this library will measure the time between updates and increment the timestamp by the measured time multiplied by 188/1.25. According to the documentation, this timestamp "usually increments" by 188 when the controller is updating every 1.25ms. Note about the gyroscope and the accelerometer: The values they produce are processed as a function of time, therefore each input report contains a timestamp so the receiving application can calculate the change over time. Each value is in g-force and must be between -4 and 4. Set the current accelerometer measurement. SetAccelerometer(x, y, z) ( DS4ControllerExtended only) Each value is in degrees and must be between -20. SetGyro(pitch, yaw, roll) ( DS4ControllerExtended only) You can add up to 3 of these before having to call update(), but it is usually advised to submit new touch events as soon as they are available. Resets all buttons and axes to their unpressed/neutral states.ĪddTouch(touch) ( DS4ControllerExtended only)Īdd a DS4TrackpadTouch object to the current input report. If updateMode is set to "auto" (default), this method will be called automatically if a value is changed. Submit updated button and axis values to the driver. This is equivalent of unplugging the controller. Returns null on success and an Error on error.ĭisconnect the controller from the driver. productID: Specify a custom device product ID.vendorID: Specify a custom device vendor ID.The opts parameter is an object with the following optional properties: This is equivalent of plugging the controller into a USB port. This values corresponds to the player number displayed on the LEDs. Get the user index of the virtual Xbox controller. batteryLevel (only DS4ControllerExtended)Īll of these buttons are instances of InputAxis (documented below).This property is the same for both controller types. Get an object containing all the axes of the controller. X360Controller has the following buttons:Īll of these buttons are instances of InputButton (documented below). This property differs between the controller types. Get an object containing all the buttons of the controller. ![]() but don't forget that you have to call update() yourself when in this mode. Set to "manual" if you often update multiple values at once. Per default the mode is set to "auto", which leads to every change of each button or axis to be sent to the driver instantly. Can only be accessed after connect() has been called. Either "Xbox360Wired", "XboxOneWired" or "DualShock4Wired". Get a string describing the type of the device. Most of the methods and properties are the same for both controller types and where they aren't, the differences will be made clear. ViGEmTargetīoth X360Controller and DS4Controller inherit from this class, but you can not instantiate it yourself. If the extended parameter is set to true, a DS4ControllerExtended will be instantiated, which gives access to an experimental feature, allowing access to gyro, accelerometer, trackpad and more, but which is otherwise exactly the same as DS4Controller. Returns null on success and an Error if there was an error.Ĭreate a new X360Controller instance, with this client as its parent.Ĭan only be called after a connection to the driver has been established.Ĭreate a new DS4Controller instance, with this client as its parent. Methods ViGEmClientĬonnect to the ViGEmBus driver. More examples can be found in the examples/ directory. setValue ( 1 ) // press in left trigger all the way controller. setValue ( - 0.5 ) // move left stick 50% down controller. setValue ( 0.5 ) // move left stick 50% to the left controller. connect ( ) // plug in the virtual controller // change some axes and buttons controller. connect ( ) // establish connection to the ViGEmBus driver let controller = client. Const ViGEmClient = require ( 'vigemclient' ) let client = new ViGEmClient ( ) client. ![]()
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