public void EnableInputSender(AirVRInputSender sender)
{
if (senders.ContainsKey(sender.name) == false)
{
senders.Add(sender.name, sender);
if (initialized)
{
sender.OnRegistered(onairvr_RegisterInputSender(sender.name));
}
}
}
public void DisableInputSender(AirVRInputSender sender)
{
if (senders.ContainsKey(sender.name))
{
if (sender.isRegistered)
{
onairvr_UnregisterInputSender((byte)sender.deviceID);
sender.OnUnregistered();
}
senders.Remove(sender.name);
}
}
public void PendState(AirVRInputSender sender, byte control, byte state)
{
PendStateImpl(sender.id, control, state);
}
public void UnregisterInputSender(AirVRInputSender sender)
{
senders.Remove(sender.id);
}
public void RegisterInputSender(AirVRInputSender sender)
{
senders[sender.id] = sender;
}
public void PendRaycastHit(AirVRInputSender sender, byte control, Vector3 origin, Vector3 hitPosition, Vector3 hitNormal)
{
PendRaycastHitImpl(sender.id, control, origin, hitPosition, hitNormal);
}
public void PendPose(AirVRInputSender sender, byte control, Vector3 position, Quaternion rotation)
{
PendPoseImpl(sender.id, control, position, rotation);
}
public void PendQuaternion(AirVRInputSender sender, byte controlID, Quaternion value)
{
Assert.IsTrue(sender.isRegistered);
PendInputFloat4Impl((byte)sender.deviceID, controlID, new Vector4(value.x, value.y, value.z, value.w), (byte)SendingPolicy.Always);
}
public void PendAxis(AirVRInputSender sender, byte control, float axis)
{
PendAxisImpl(sender.id, control, axis);
}
public void PendTrackedDeviceFeedback(AirVRInputSender sender, byte controlID, Vector3 rayOrigin, Vector3 hitPosition, Vector3 hitNormal)
{
Assert.IsTrue(sender.isRegistered);
PendTrackedDeviceFeedbackImpl((byte)sender.deviceID, controlID, rayOrigin, hitPosition, hitNormal, (byte)SendingPolicy.NonzeroAlwaysZeroOnce);
}
public void PendTransform(AirVRInputSender sender, byte controlID, Vector3 position, Quaternion orientation)
{
Assert.IsTrue(sender.isRegistered);
PendInputTransformImpl((byte)sender.deviceID, controlID, position, orientation, (byte)SendingPolicy.Always);
}
public void PendButton(AirVRInputSender sender, byte controlID, bool value)
{
PendAxis(sender, controlID, value ? 1.0f : 0.0f);
}
public void PendButton(AirVRInputSender sender, byte controlID, float value)
{
PendAxis(sender, controlID, value);
}
public void PendAxis(AirVRInputSender sender, byte controlID, float value)
{
Assert.IsTrue(sender.isRegistered);
PendInputFloatImpl((byte)sender.deviceID, controlID, value, (byte)SendingPolicy.NonzeroAlwaysZeroOnce);
}
public void PendVector2D(AirVRInputSender sender, byte controlID, Vector2 value)
{
Assert.IsTrue(sender.isRegistered);
PendInputFloat2Impl((byte)sender.deviceID, controlID, value, (byte)SendingPolicy.Always);
}
public bool CheckIfInputSenderAvailable(AirVRInputSender sender)
{
return(senders.ContainsValue(sender) && sender.isRegistered);
}
public void PendAxis2D(AirVRInputSender sender, byte control, Vector2 axis2D)
{
PendAxis2DImpl(sender.id, control, axis2D);
}
public void PendTouch(AirVRInputSender sender, byte controlID, Vector2 position, bool touch)
{
Assert.IsTrue(sender.isRegistered);
PendInputTouchImpl((byte)sender.deviceID, controlID, position, touch ? 1.0f : 0.0f, (byte)SendingPolicy.NonzeroAlwaysZeroOnce);
}
