public void OnHomeButtonClicked(bool modeOn, bool statusOn)
{
ConnectionState connState = g_BLEAdapter.GetConnectionState();
if (ConnectionState.Connected == connState)
{
/* Send fitness command with status flag */
for (int i = 0; i < 4; i++)
{
SendCommand_Fitness(statusOn);
}
ClearCalibrationData();
g_waitingCmdRspFitness = new CmdRsp_fitness()
{
waitingFlag = true,
modeOn = modeOn,
statusOn = statusOn
};
/* Update fragment buttons with current values */
g_homeFragment.SetButtons(g_runtimeData.Mode, g_runtimeData.Status);
}
else
{
g_runtimeData.Mode = modeOn;
g_runtimeData.Status = false;
/* Update fragment buttons */
g_homeFragment.SetButtons(g_runtimeData.Mode, g_runtimeData.Status);
}
}
/************************************/
/* BLE Incoming Commands Processors */
/************************************/
private void ProcessAckCmd(int seqNo, byte[] payld)
{
if ((null != g_waitingCmdRspFitness) && (true == g_waitingCmdRspFitness.waitingFlag))
{
/* Update runtime data */
g_runtimeData.Mode = g_waitingCmdRspFitness.modeOn;
g_runtimeData.Status = g_waitingCmdRspFitness.statusOn;
g_runtimeData.RemainingRepetitionsCount = g_wearableSettingsIB.RemainingRepetitionsCount;
/* Update home fragment */
g_homeFragment.UpdateRepetitionsCount(g_runtimeData.RemainingRepetitionsCount);
g_homeFragment.SetButtons(g_runtimeData.Mode, g_runtimeData.Status);
g_waitingCmdRspFitness = null;
}
}
public void OnHomeCalibrationEnd()
{
/* Send fitness command with status flag */
ConnectionState connState = g_BLEAdapter.GetConnectionState();
if (ConnectionState.Connected == connState)
{
for (int i = 0; i < 10; i++)
{
SendCommand_Fitness(false);
}
}
g_waitingCmdRspFitness = new CmdRsp_fitness()
{
waitingFlag = true,
modeOn = false,
statusOn = false
};
/* Decide which axis presents maximum variance */
double xVar = MathHelper.Variance(g_ax_varCal);
double yVar = MathHelper.Variance(g_ay_varCal);
double zVar = MathHelper.Variance(g_az_varCal);
if (xVar > yVar && xVar > zVar)
{
g_runtimeData.ActiveAxis = 0;
CalculateThresholds(g_ax_meanCal.ToArray());
}
else if (yVar > xVar && yVar > zVar)
{
g_runtimeData.ActiveAxis = 1;
CalculateThresholds(g_ay_meanCal.ToArray());
}
else
{
g_runtimeData.ActiveAxis = 2;
CalculateThresholds(g_az_meanCal.ToArray());
}
ClearCalibrationData();
}
