public static void CreateTouchDetector(TactonicDevice device)
{
detector = new TactonicTouchDetector();
detector.SetTouchInfo(device);
deviceHandle = new TactonicDevice();
deviceHandle.serialNumber = device.serialNumber;
}
public static void AddTouchCallback(TactonicDevice device, TactonicTouchCallback callback)
{
if (device.serialNumber == deviceHandle.serialNumber)
{
detector.AddTouchCallback(callback);
}
}
internal TactonicTouchDetector()
{
nextID=(0);
stopping=(false);
touchCallbackLen=(0);
gestureCallbackLen=(0);
device = new TactonicDevice();
}
public TactonicFrame(TactonicDevice device)
{
forces = new int[device.rows*device.cols];
rows = device.rows;
cols = device.cols;
numForces = device.rows*device.cols;
frameNumber = 0;
time = 0;
}
internal TactonicTouchEvent(TactonicDevice deviceInfo)
{
device = new TactonicDevice();
device.cols = deviceInfo.cols;
device.rows = deviceInfo.rows;
device.serialNumber = deviceInfo.serialNumber;
device.rowSpacingUM = deviceInfo.rowSpacingUM;
device.colSpacingUM = deviceInfo.colSpacingUM;
frame = new TactonicTouchFrame();
}
public static void AddFrameCallback(TactonicDevice device, TactonicFrameCallback callback)
{
for (int i = 0; i < deviceList.numDevices; i++)
{
if (device.serialNumber == deviceList.devices[i].serialNumber)
{
tactonicUSBList[i].AddFrameCallback(callback);
}
}
}
internal TactonicUSB(FTDI ftdiHandle)
{
ftdi = ftdiHandle;
deviceFrameInfo = new TactonicDevice();
tileFrameInfo = new TactonicDevice();
frameCallbackList = new TactonicFrameCallback[32];
frameCallbackLen = 0;
deviceFrames = new TactonicFrame[2];
isStopped = false;
isTiles = false;
numTiles = 1;
tileX = new int[16];
tileY = new int[16];
tileID = new int[16];
stackPath = new int[16];
tileNum = 0;
}
// Use this for initialization
void Start()
{
rend = GetComponent<Renderer> ();
tex = new Texture2D (1,1,TextureFormat.RGBAFloat,false);
rend.material.mainTexture = tex;
TactonicDeviceList dl = Tactonic.GetDeviceList ();
if (dl.GetNumDevices () > id) {
device = dl.GetDevice (id);
Debug.Log ("id: " + id + ", serial number: " + device.serialNumber);
frame = new TactonicFrame (device);
Tactonic.AddFrameCallback (device, this);
Tactonic.StartDevice (device);
newFrame = false;
tex.Resize (device.GetRows (), device.GetCols ());
Debug.Log ("rows: " + device.GetRows() + ", cols: " + device.GetCols());
} else {
Debug.Log ("id " + id + " not found! " + dl.GetNumDevices () + " devices found.");
}
}
internal void GetDeviceInfo(TactonicDevice info)
{
info.rows = deviceFrameInfo.rows;
info.cols = deviceFrameInfo.cols;
info.rowSpacingUM = deviceFrameInfo.rowSpacingUM;
info.colSpacingUM = deviceFrameInfo.colSpacingUM;
info.serialNumber = deviceFrameInfo.serialNumber;
}
internal void SetTouchInfo(TactonicDevice deviceInfo)
{
frameEvent = new TactonicFrameEvent(device);
touchEvent = new TactonicTouchEvent(device);
device.serialNumber = deviceInfo.serialNumber;
device.rows = deviceInfo.rows;
device.cols = deviceInfo.cols;
device.rowSpacingUM = deviceInfo.rowSpacingUM;
device.colSpacingUM = deviceInfo.colSpacingUM;
frameEvent.device = device;
for(int i = 0; i < 8; i++){
forceFrames[i] = new TactonicFrame(device);
touchFrames[i] = new TactonicTouchFrame();
}
}
public static void DestroyTouchDetector(TactonicDevice device)
{
RemoveFrameCallback(device, detector);
}
public static void StopTouchDetector(TactonicDevice device)
{
if (device.serialNumber == deviceHandle.serialNumber)
{
RemoveFrameCallback(device, detector);
detector.Stop();
}
}
public static void StopDevice(TactonicDevice device)
{
for (int i = 0; i < deviceList.numDevices; i++)
{
if (device.serialNumber == deviceList.devices[i].serialNumber)
{
tactonicUSBList[i].StopDevice();
}
}
}
public static void StartTouchDetector(TactonicDevice device)
{
if (device.serialNumber == deviceHandle.serialNumber)
{
detector.Start();
AddFrameCallback(device, detector);
}
}