private void updateTimer_Tick(object sender, EventArgs e)
{
dg.Update();
labelCurrentTime.Text = dg.Time.currentvalue / 60 + ":" + dg.Time.currentvalue % 60;
heartbeatMinLbl.Text = dg.HeartBeat.value1 + "";
heartbeatMaxLbl.Text = dg.HeartBeat.value2 + "";
heartbeatCurLbl.Text = dg.HeartBeat.currentvalue + "";
rpmMinLbl.Text = dg.RPM.value1 + "";
rpmMaxLbl.Text = dg.RPM.value2 + "";
rpmCurLbl.Text = dg.RPM.currentvalue + "";
speedMinLbl.Text = dg.Speed.value1 + "";
speedMaxLbl.Text = dg.Speed.value2 + "";
speedCurLbl.Text = dg.Speed.currentvalue + "";
distanceMinLbl.Text = dg.Distance.value1 + "";
distanceMaxLbl.Text = dg.Distance.value2 + "";
distanceCurLbl.Text = dg.Distance.currentvalue + "";
powerMinLbl.Text = dg.Power.value1 + "";
powerMaxLbl.Text = dg.Power.value2 + "";
powerCurLbl.Text = dg.Power.currentvalue + "";
energyMinLbl.Text = dg.Energy.value1 + "";
energyMaxLbl.Text = dg.Energy.value2 + "";
energyCurLbl.Text = dg.Energy.currentvalue + "";
actpowerMinLbl.Text = dg.ActualPower.value1 + "";
actpowerMaxLbl.Text = dg.ActualPower.value2 + "";
actpowerCurLbl.Text = dg.ActualPower.currentvalue + "";
}
private void updateTimer_Tick(object sender, EventArgs e)
{
labelCurrentTime.Text = dg.Time.currentvalue / 60 + ":" + dg.Time.currentvalue % 60;
dg.Update();
}
