public IEnumerator _writeSlices(Vector2[,,] d, bool sullied)
{
float startTime = Time.timeSinceLevelLoad;
if (touchPanel != null && touchPanel.serial.isConnected)
{
pcbIoState = pcbState.WORKING;
_recordingMode = false;
//prepare the pcb to accept our data
if (sullied)
{
touchPanel.serial.SendSerialMessage("write2");
}
else
{
touchPanel.serial.SendSerialMessage("write1"); //perfect slices
}
while (!_recordingMode)
{
if (_serialTimeOutCheck(startTime))
{
yield break;
}
yield return(pcbIoState);
}
string saveData;
utils.vert2Bin(d, out saveData);
touchPanel.serial.SendSerialMessage(saveData);
while (_recordingMode)//don't exit until we are done.
{
if (_serialTimeOutCheck(startTime))
{
yield break;
}
yield return(pcbIoState);
}
pcbIoState = pcbState.SUCCESS;
yield break;
}
pcbIoState = pcbState.FAIL;
}
public IEnumerator _writeSettings(string settingsData)
{
float startTime = Time.timeSinceLevelLoad;
if (touchPanel != null && touchPanel.serial.isConnected)
{
pcbIoState = pcbState.WORKING;
_recordingMode = false;
//prepare the pcb to accept our data
touchPanel.serial.SendSerialMessage("write0"); //settings data
while (!_recordingMode)
{
if (_serialTimeOutCheck(startTime))
{
yield break;
}
yield return(pcbIoState);
}
settingsData = dataFileDict.base64Encode(settingsData);
touchPanel.serial.SendSerialMessage(settingsData);
while (_recordingMode)//don't exit until we are done.
{
if (_serialTimeOutCheck(startTime))
{
yield break;
}
yield return(pcbIoState);
}
pcbIoState = pcbState.SUCCESS;
yield break;
}
pcbIoState = pcbState.FAIL;
}
