//获取当前连接设备列表
public static List <CDevice> GetCDevices()
{
List <CDevice> deviceList = new List <CDevice>();
AndroidJavaObject devices = ControllerAndroid.getCDevices();
if (devices != null)
{
int size = devices.Call <int>("size");
for (int i = 0; i < size; i++)
{
AndroidJavaObject device = devices.Call <AndroidJavaObject>("get", i);
if (device != null)
{
AndroidJavaObject usbDevice = device.Call <AndroidJavaObject>("getUdevice");
AndroidJavaObject bluetoothDevice = device.Call <AndroidJavaObject>("getBdevice");
if (usbDevice != null)
{
deviceList.Add(new CDevice(usbDevice, device.Call <bool>("isQuat"), device.Call <int>("getType")));
}
else if (bluetoothDevice != null)
{
deviceList.Add(new CDevice(bluetoothDevice, device.Call <bool>("isQuat"), device.Call <int>("getType"), device.Call <int>("getMode")));
}
else
{
deviceList.Add(new CDevice(device.Call <string>("getName"), device.Call <bool>("isQuat"), device.Call <int>("getType"), device.Call <int>("getMode")));
}
}
}
}
return(deviceList);
}
//获取Sensor数据
public static CSensorEvent GetCSensorEvent(int type, int deviceId = DeviceID)
{
AndroidJavaObject sensorEvent = ControllerAndroid.getCSensorEvent(type, deviceId);
if (sensorEvent == null)
{
return(null);
}
return(new CSensorEvent(sensorEvent.Call <int>("getType"), sensorEvent.Call <int>("getDeviceId"), sensorEvent.Call <long>("getEventTime"), sensorEvent.Call <float[]>("getValues")));
}
//获取自行车数据
public static CBikeEvent GetCBikeEvent(int deviceId = DeviceID)
{
AndroidJavaObject bikeEvent = ControllerAndroid.getCBikeEvent(deviceId);
if (bikeEvent == null)
{
return(null);
}
return(new CBikeEvent(bikeEvent.Call <int>("getDeviceId"), bikeEvent.Call <int>("getAngle"), bikeEvent.Call <long>("getEventTime")));
}
//获取支持的外设设备名称
public static List <string> getCSupportDevices()
{
List <string> deviceList = new List <string>();
AndroidJavaObject devices = ControllerAndroid.getCSupportDevices();
if (devices != null)
{
int size = devices.Call <int>("size");
for (int i = 0; i < size; i++)
{
deviceList.Add(devices.Call <string>("get", i));
}
}
return(deviceList);
}
public static void Init()
{
if (nibiruOsServiceObject != null)
{
return;
}
#if UNITY_ANDROID && !UNITY_EDITOR
Debug.Log("-------NibiruTaskLib-------Version-------" + version);
ConnectToActivity();
nibiruSDKClass = GetClass(NibiruSDKClassName);
nibiruOsServiceObject = nibiruSDKClass.CallStatic <AndroidJavaObject>("getNibiruOSService", androidActivity);
ControllerAndroid.onStart();
#endif
}
//获取外设相关信息
//获取按键状态
//返回值：keystate 一维数组，数组下标即为按键键值，对应的值则为按键状态
//所有按键键值定义请参考CKeyEvent中的静态常量定义
//例子：int action = keystate[CKeyEvent.KEYCODE_DPAD_UP];
//action表示KEYCODE_DPAD_UP 的状态，如果为CKeyEvent.ACTION_DOWN表 示按下状态，否则为弹起状态。
public static int[] GetKeyAction(int deviceId = DeviceID)
{
return(ControllerAndroid.getKeyAction(deviceId));
}
public static void Destroy()
{
ControllerAndroid.onStop();
}
//获取左右手模式 0:right, 1:left
public static int GetHandMode()
{
return(ControllerAndroid.getHandMode());
}
//设置遥感转键值或者 Touch 转键值,参数值motionType 在 CMotionType 类中定义,如 CMotionType.REPORT_KEY
public static void SetMotionType(int motionType)
{
ControllerAndroid.setMotionType(motionType);
}
//获取当前连接设备类型 返回值int 型数据，具体参考 CDevice 中静态常量，如CDevice.DEVICE_NINE_GAMEPAD
public static int GetDeviceType()
{
return(ControllerAndroid.getDeviceType());
}
//判断当前是否有支持四元素的设备连接
public static bool IsQuatConn()
{
return(ControllerAndroid.isQuatConn());
}
//获取所有连接设备 deviceId
public static int[] GetDeviceIds()
{
return(ControllerAndroid.getDeviceIds());
}
//获取 Touch 事件数据 返回值4维数组，对应关系为 x = touch[2] , y = touch[3]
public static float[] GetTouch(int deviceId = DeviceID)
{
return(ControllerAndroid.getTouch(deviceId));
}
//获取手势识别状态 返回值int 类型，具体定义在 CGestureEvent 静态常量中，例如：CGestureEvent.GESTURE_SLIP_UP
public static int GetGesture(int deviceId = DeviceID)
{
return(ControllerAndroid.getGesture(deviceId));
}
//断开设备连接
public static void Disconnect(AndroidJavaObject bluetoothDevice)
{
ControllerAndroid.disconnect(bluetoothDevice);
}
public static onDeviceConnectState deviceConnectState = null; // 此处相当于定义函数指针了
public static void setOnDeviceListener(onDeviceConnectState listener)
{
deviceConnectState = listener;
ControllerAndroid.setOnDeviceListener(new OnDeviceListener());
}
private void RefreshPower()
{
float eulerX = m_transform.parent.eulerAngles.x;
bool showBattery = (eulerX < 180 && eulerX >= 20) || (eulerX > 180 && eulerX <= 340);
if (!showBattery && powerRenderMat.enabled)
{
powerRenderMat.enabled = false;
return;
}
powerRenderMat.enabled = showBattery;
int getControllerPower = 0;
if (InteractionManager.IsControllerConnected())
{
getControllerPower = InteractionManager.GetControllerPower(noloType == CDevice.NOLO_TYPE.LEFT ? InteractionManager.NACTION_HAND_TYPE.HAND_LEFT :
InteractionManager.NACTION_HAND_TYPE.HAND_RIGHT);
}
else
{
if (ControllerAndroid.isDeviceConn((int)noloType))
{
getControllerPower = ControllerAndroid.getNoloControllerPower(noloType);
}
else if (ControllerAndroid.isQuatConn())
{
getControllerPower = ControllerAndroid.getControllerPower();
}
}
if (powerRenderMat.enabled && powerValue != getControllerPower)
{
if (getControllerPower <= 10)
{
powerRenderMat.material = power1Red;
}
else if (getControllerPower < 20)
{
powerRenderMat.material = power1;
}
else if (getControllerPower < 40)
{
powerRenderMat.material = power2;
}
else if (getControllerPower < 60)
{
powerRenderMat.material = power3;
}
else if (getControllerPower < 80)
{
powerRenderMat.material = power4;
}
else
{
powerRenderMat.material = power5;
}
powerValue = getControllerPower;
}
}
