void PenCommV2Callbacks.onReceivePenStatus(IPenComm sender, bool locked, int passwdMaxReTryCount
, int passwdRetryCount, long timestamp, short autoShutdownTime
, int maxForce, int battery, int usedmem, bool useOfflineData
, bool autoPowerOn, bool penCapPower, bool hoverMode
, bool beep, short penSensitivity
, PenCommV2.UsbMode usbmode, bool downsampling, string btLocalName
, PenCommV2.DataTransmissionType dataTransmissionType)
{
this.BeginInvoke(new MethodInvoker(delegate()
{
prgPower.Maximum = 100;
prgPower.Value = battery > 100 ? 100 : battery;
prgStorage.Maximum = 100;
prgStorage.Value = usedmem;
}));
}
void PenCommV2Callbacks.onReceivePenStatus(IPenComm sender, bool locked, int passwdMaxReTryCount, int passwdRetryCount, long timestamp, short autoShutdownTime, int maxForce, int battery, int usedmem, bool useOfflineData, bool autoPowerOn, bool penCapPower, bool hoverMode, bool beep, short penSensitivity, PenCommV2.UsbMode usbmode, bool downsampling, string btLocalName, PenCommV2.DataTransmissionType dataTransmissionType)
{
PenStatusReceived?.Invoke(sender);
}
void PenCommV2Callbacks.onReceivePenStatus(IPenComm sender, bool locked, int passwdMaxReTryCount, int passwdRetryCount, long timestamp, short autoShutdownTime, int maxForce, int battery, int usedmem, bool useOfflineData, bool autoPowerOn, bool penCapPower, bool hoverMode, bool beep, short penSensitivity, PenCommV2.UsbMode usbmode, bool downsampling, string btLocalName, PenCommV2.DataTransmissionType dataTransmissionType)
{
//this.BeginInvoke(new MethodInvoker(delegate ()
//{
// nmPowerOffTime.Value = autoShutdownTime;
// tbFsrStep.Value = penSensitivity;
// cbBeep.Checked = beep;
// cbHover.Checked = hoverMode;
// cbOfflineData.Enabled = true;
// cbOfflineData.Checked = useOfflineData;
// cbPenCapPower.Enabled = true;
// cbPenCapPower.Checked = penCapPower;
// cbPenTipPowerOn.Checked = autoPowerOn;
// prgPower.Maximum = 100;
// prgPower.Value = battery > 100 ? 100 : battery;
// prgStorage.Maximum = 100;
// prgStorage.Value = usedmem;
//}));
}
