TcxLap * Edge305Device::getLapHeader(D1011 * lapData) {
TcxLap * singleLap = new TcxLap();
//TODO: Think about letting TcxLap calculate that itself
uint32 dur = lapData->total_time;
stringstream ss;
int hun = dur % 100;
dur -= hun;
dur /= 100;
ss << dur << "." << hun ;
singleLap->setTotalTimeSeconds(ss.str());
ss.str(""); ss << lapData->total_dist;
singleLap->setDistanceMeters(ss.str());
ss.str(""); ss << lapData->max_speed;
singleLap->setMaximumSpeed(ss.str());
ss.str(""); ss << lapData->calories;
singleLap->setCalories(ss.str());
if ( lapData->avg_heart_rate != 0 ) {
ss.str("");
ss << (unsigned int)(lapData->avg_heart_rate);
singleLap->setAverageHeartRateBpm(ss.str());
}
if ( lapData->max_heart_rate != 0 ) {
ss.str("");
ss << (unsigned int)(lapData->max_heart_rate);
singleLap->setMaximumHeartRateBpm(ss.str());
}
if (lapData->intensity == D1001_active) {
singleLap->setIntensity(TrainingCenterDatabase::Active);
} else {
singleLap->setIntensity(TrainingCenterDatabase::Resting);
}
if (this->runType == 1) {
singleLap->setCadenceSensorType(TrainingCenterDatabase::Footpod);
} else {
singleLap->setCadenceSensorType(TrainingCenterDatabase::Bike);
}
if ( lapData->avg_cadence != 0xff ) {
ss.str("");
ss << (unsigned int)(lapData->avg_cadence);
singleLap->setCadence(ss.str());
}
switch (lapData->intensity) {
case D1011_manual: singleLap->setTriggerMethod(TrainingCenterDatabase::Manual); break;
case D1011_distance: singleLap->setTriggerMethod(TrainingCenterDatabase::Distance); break;
case D1011_location: singleLap->setTriggerMethod(TrainingCenterDatabase::Location); break;
case D1011_time: singleLap->setTriggerMethod(TrainingCenterDatabase::Time); break;
case D1011_heart_rate: singleLap->setTriggerMethod(TrainingCenterDatabase::HeartRate); break;
}
return singleLap;
}
