private void updateSplits(long cumulativeTime, int cummulativeDistance, boolean reset) {
MyLog.i("RaceTimerFragment", "updateSplits for Athlete " + mAthleteNumber);
List<Split> splits = new ArrayList<>();
if (reset) {
tvAthletePace.setText(getActivity().getString(R.string.header_pace));
} else {
// gets the splits associated with the race Uuid
splits = Split.getAllSplits(mRaceUuid, false);
String paceAndDistance =
CommonMethods.getAveragePaceString(
cumulativeTime, cummulativeDistance, mPaceDistance, mPoolLengthUnits);
if (mIsClockRunning) {
paceAndDistance =
paceAndDistance
+ CommonMethods.getEstimatedTotalDistance(
cumulativeTime, cummulativeDistance, mEventDurationMs, mPoolLengthUnits);
}
tvAthletePace.setText(paceAndDistance);
}
mSplitArrayAdapter.setData(splits);
mSplitArrayAdapter.notifyDataSetChanged();
}
private void startRace() {
MyLog.i("RaceTimerFragment", "startRace for Athlete " + mAthleteNumber);
if (mSplitArrayAdapter.getCount() > 0) {
resetSplits();
}
disableAthlete();
showSplitButton();
mSelectedSwimEvent = MainActivity.getSelectedSwimEvent();
mLapNumber = 0;
mPreviousCummulativeTime = 0;
mIsClockRunning = true;
mRaceUuid = UUID.randomUUID().toString();
switch (mAthleteNumber) {
case 1:
MySettings.setAthlete1RaceUuid(mRaceUuid);
break;
case 2:
MySettings.setAthlete2RaceUuid(mRaceUuid);
break;
}
}
