/*
* gets called from the GUI to get updated telemetry.
* so whilst we are at it we check button status too and
* act accordingly.
*
*/
void
FortiusController::getRealtimeData(RealtimeData &rtData)
{
// Added Distance and Steering here but yet to RealtimeData
int Buttons, Status, Steering;
double Power, HeartRate, Cadence, Speed, Distance;
if(!myFortius->isRunning())
{
QMessageBox msgBox;
msgBox.setText("Cannot Connect to Fortius");
msgBox.setIcon(QMessageBox::Critical);
msgBox.exec();
parent->Stop(1);
return;
}
// get latest telemetry
myFortius->getTelemetry(Power, HeartRate, Cadence, Speed, Distance, Buttons, Steering, Status);
//
// PASS BACK TELEMETRY
//
rtData.setWatts(Power);
rtData.setHr(HeartRate);
rtData.setCadence(Cadence);
rtData.setSpeed(Speed);
// post processing, probably not used
// since its used to compute power for
// non-power devices, but we may add other
// calculations later that might apply
// means we could calculate power based
// upon speed even for a Fortius!
processRealtimeData(rtData);
//
// BUTTONS
//
// ignore other buttons if calibrating
if (parent->calibrating) return;
// ADJUST LOAD
if ((Buttons&FT_PLUS)) parent->Higher();
if ((Buttons&FT_MINUS)) parent->Lower();
// LAP/INTERVAL
if (Buttons&FT_ENTER) parent->newLap();
// CANCEL
if (Buttons&FT_CANCEL) parent->Stop(0);
// Ensure we set the UI load to the actual setpoint from the fortius (as it will clamp)
rtData.setLoad(myFortius->getLoad());
rtData.setSlope(myFortius->getGradient());
}
/*
* gets called from the GUI to get updated telemetry.
* so whilst we are at it we check button status too and
* act accordingly.
*
*/
void
ComputrainerController::getRealtimeData(RealtimeData &rtData)
{
int Buttons, Status;
bool calibration;
double Power, HeartRate, Cadence, Speed, RRC, Load, Gradient;
uint8_t ss[24];
if(!myComputrainer->isRunning())
{
QMessageBox msgBox;
msgBox.setText(tr("Cannot Connect to Computrainer"));
msgBox.setIcon(QMessageBox::Critical);
msgBox.exec();
parent->Stop(1);
return;
}
// get latest telemetry
myComputrainer->getTelemetry(Power, HeartRate, Cadence, Speed,
RRC, calibration, Buttons, ss, Status);
// Check CT if F3 has been pressed for Calibration mode FIRST befoire we do anything else
if (Buttons&CT_F3) {
parent->Calibrate();
}
// ignore other buttons and anything else if calibrating
if (parent->calibrating) return;
//
// PASS BACK TELEMETRY
//
rtData.setWatts(Power);
rtData.setHr(HeartRate);
rtData.setCadence(Cadence);
rtData.setSpeed(Speed);
memcpy(rtData.spinScan, ss, 24);
// post processing, probably not used
// since its used to compute power for
// non-power devices, but we may add other
// calculations later that might apply
// means we could calculate power based
// upon speed even for CT!
processRealtimeData(rtData);
//
// BUTTONS
//
// ADJUST LOAD & GRADIENT
Load = myComputrainer->getLoad();
Gradient = myComputrainer->getGradient();
// the calls to the parent will determine which mode we are on (ERG/SPIN) and adjust load/slop appropiately
if ((Buttons&CT_PLUS) && !(Buttons&CT_F3)) {
parent->Higher();
}
if ((Buttons&CT_MINUS) && !(Buttons&CT_F3)) {
parent->Lower();
}
rtData.setLoad(Load);
rtData.setSlope(Gradient);
#if 0 // F3 now toggles calibration
// FFWD/REWIND
if ((Buttons&CT_PLUS) && (Buttons&CT_F3)) {
parent->FFwd();
}
if ((Buttons&CT_MINUS) && (Buttons&CT_F3)) {
parent->Rewind();
}
#endif
// LAP/INTERVAL
if (Buttons&CT_F1 && !(Buttons&CT_F3)) {
parent->newLap();
}
if ((Buttons&CT_F1) && (Buttons&CT_F3)) {
parent->FFwdLap();
}
// if Buttons == 0 we just pressed stop!
if (Buttons&CT_RESET) {
parent->Stop(0);
}
// displaymode
if (Buttons&CT_F2) {
parent->nextDisplayMode();
}
}
