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 completeRace(String lastLapDistanceString, String timerName, String eventLocation) {
int lastLapDistance = Integer.valueOf(lastLapDistanceString);
// create last split
int totalDistance = (mLapNumber * mLapDistance) + lastLapDistance;
String averagePaceString =
CommonMethods.getAveragePaceString(
mEventDurationMs, totalDistance, mPaceDistance, mPoolLengthUnits);
long splitTime = mEventDurationMs - mPreviousCummulativeTime;
createSplit(
mSelectedAthlete,
mSelectedSwimEvent,
mLapNumber + 1,
totalDistance,
splitTime,
mEventDurationMs);
// create event summary
mSwimEventSummary = new SwimEventSummary();
mSwimEventSummary.newInstance(
mRaceUuid,
mSelectedSwimEvent,
mSelectedAthlete,
mStartTime,
timerName,
eventLocation,
mPoolLength,
mPoolLengthUnits,
totalDistance,
averagePaceString);
mSwimEventSummary.pinInBackground();
// Mark splits as Race Complete
markSplitsRaceComplete();
MyLog.i("RaceTimerFragment", "completeRace: for Athlete " + mAthleteNumber);
}
@Override
public void onActivityCreated(Bundle savedInstanceState) {
super.onActivityCreated(savedInstanceState);
if (savedInstanceState != null) {
MyLog.i("RaceTimerFragment", "onActivityCreated: savedInstanceState Not Null");
if (savedInstanceState.containsKey(ARG_ATHLETE_NUMBER)) {
mAthleteNumber = savedInstanceState.getInt(ARG_ATHLETE_NUMBER);
}
if (savedInstanceState.containsKey(ARG_RACE_UUID)) {
mRaceUuid = savedInstanceState.getString(ARG_RACE_UUID);
}
} else {
switch (mAthleteNumber) {
case 1:
mRaceUuid = MySettings.getAthlete1RaceUuid();
break;
case 2:
mRaceUuid = MySettings.getAthlete2RaceUuid();
break;
}
}
MyLog.i(
"RaceTimerFragment",
"onActivityCreated: Athlete" + mAthleteNumber + "RaceUuid: " + mRaceUuid);
if (mAthleteNumber == 1) {
mLapDistance = MySettings.getLapDistance();
mPaceDistance = MySettings.getPaceDistance();
mPoolLength = MySettings.getPoolLength();
mPoolLengthUnits = MySettings.getPoolLengthUnits();
mEventDurationMs = MySettings.getEventDurationMinutes() * 60000;
mSplitButtonDisableDurationMs = MySettings.getSplitButtonDisabledSeconds() * 1000;
}
int spnAthletesStartingPosition = 0;
switch (mAthleteNumber) {
case 1:
if (!MySettings.getSelectedAthlete1ID().equals(MySettings.NOT_AVAILABLE)) {
spnAthletesStartingPosition =
mAthleteSpinnerAdapter.getItemPosition(MySettings.getSelectedAthlete1ID());
}
break;
case 2:
if (!MySettings.getSelectedAthlete2ID().equals(MySettings.NOT_AVAILABLE)) {
spnAthletesStartingPosition =
mAthleteSpinnerAdapter.getItemPosition(MySettings.getSelectedAthlete2ID());
}
break;
}
mOkToResetLapCounter = false;
spnAthletes.setSelection(spnAthletesStartingPosition);
mIsClockRunning = false;
String pace = getActivity().getString(R.string.header_pace);
if (mSplitsOfCompletedRace.size() > 0) {
Split lastSplit = mSplitsOfCompletedRace.get(0);
long cummulativeDurationMs = lastSplit.getAccumulativeTimeMs();
int cummulativeDistance = lastSplit.getDistance();
pace =
CommonMethods.getAveragePaceString(
cummulativeDurationMs, cummulativeDistance, mPaceDistance, mPoolLengthUnits);
}
tvAthletePace.setText(pace);
}