//using at end of trening
public MapResultPage(List <Plugin.Geolocator.Abstractions.Position> newTrening, MapPreparedData newTreningData, object mapPolyline)
{
InitializeComponent();
resultRoad = new List <Plugin.Geolocator.Abstractions.Position>(newTrening);
resultData = new MapPreparedData(newTreningData);
workoutManager = DBConnection.MainConnection.WorkoutItem;
mapManager = DBConnection.MainConnection.MapPoint;
sendMapPointList = new List <MapPointItem>();
//ToLocalTime
switch (Device.RuntimePlatform)
{
case Device.iOS:
break;
case Device.Android:
this.Title = "Add";
break;
case Device.UWP:
break;
}
ResultMap.DrawRoadAtStart(mapPolyline);
}
private DBConnection()
{
Client = new MobileServiceClient(Constants.ApplicationURL);
const string offlineDbPath = @"localstore.db";
var store = new MobileServiceSQLiteStore(offlineDbPath);
store.DefineTable <WorkoutItem>();
store.DefineTable <UserItem>();
store.DefineTable <MapPointItem>();
//Initializes the SyncContext using the default IMobileServiceSyncHandler.This class executes the async calls to synchronize the database
Client.SyncContext.InitializeAsync(store, new MobileServiceSyncHandler());
WorkoutItem = new WorkoutItemManager(Client);
MapPoint = new MapPointManager(Client);
UserItem = new UserItemManager(Client);
UserLogin = DependencyService.Get <ILoginSupplier>();
}
public WorkoutListPage()
{
InitializeComponent();
managerWorkout = DBConnection.MainConnection.WorkoutItem;
managerMapPoints = DBConnection.MainConnection.MapPoint;
StackLUWP.IsVisible = false;
switch (Device.RuntimePlatform)
{
case Device.UWP: //Windows:
StackLUWP.IsVisible = true;
var syncButton = new Button {
Text = "Items synchronization",
HeightRequest = 30
};
syncButton.Clicked += OnRefreshButtonUWP;
buttonsPanel.Children.Add(syncButton);
break;
}
}
public static void TurnOver()
{
dayNumber++;
totalNumOfMeatToConsume = numberOfAvailSlaves + numberOfBusySlaves + numberOfInjuredSlaves;
numberOfMeat -= totalNumOfMeatToConsume;
numberOfDeaths = Mathf.RoundToInt(numberOfBusySlaves * Random.Range(0f, maxProbOfDeath));
numberOfInjured = Mathf.RoundToInt((numberOfBusySlaves - numberOfDeaths) * Random.Range(0f, maxProbOfInjure));
numberOfAvailSlaves = numberOfAvailSlaves + numberOfBusySlaves + numberOfInjuredSlaves - numberOfDeaths - numberOfInjured;
numberOfInjuredSlaves = numberOfInjured;
if (numberOfBusySlaves > 0)
{
for (int i = 0; i < MapPointManager.countOfMapPoints; i++)
{
if (MapPointManager.requestExplore[i])
{
MapPointManager.requestExplore[i] = false;
checkExploreSuccess = Random.Range(0f, 1f) > (1 - maxProbOfExploreSuccess);
if (checkExploreSuccess)
{
mapPointsCleared += 1;
}
}
if (MapPointManager.requestHunt[i])
{
MapPointManager.requestHunt[i] = false;
totalNumOfMeatToCol += numOfMeatToCol[i];
}
}
}
numberOfMeat += totalNumOfMeatToCol;
numberOfBusySlaves = 0;
tmpNumbers[0].text = dayNumber.ToString();
tmpNumbers[1].text = numberOfAvailSlaves.ToString();
tmpNumbers[2].text = numberOfBusySlaves.ToString();
tmpNumbers[3].text = numberOfInjuredSlaves.ToString();
tmpNumbers[4].text = numberOfMeat.ToString();
MapPointManager.displayMapPoints();
reportTexts[0].text = numberOfInjured + " SLAVES GOT INJURED";
reportTexts[1].text = numberOfDeaths + " SLAVES DIED";
reportTexts[2].text = totalNumOfMeatToCol + " MEAT COLLECTED";
reportTexts[3].text = totalNumOfMeatToConsume + " MEAT CONSUMED";
if (checkExploreSuccess)
{
reportTexts[4].text = "EXPLORE SUCCEEDED";
}
else
{
reportTexts[4].text = "EXPLORE FAILED OR NO EXPLORE AT ALL";
}
checkExploreSuccess = false;
dailyReport.SetActive(true);
totalNumOfMeatToCol = 0;
for (int i = 0; i < MapPointManager.slavesAssignedToPoints.Length; i++)
{
if (MapPointManager.slavesAssignedToPoints[i].activeSelf)
{
MapPointManager.slavesAssignedToPoints[i].GetComponent <TextMeshProUGUI>().text = "0";
MapPointManager.slavesAssignedToPoints[i].SetActive(false);
}
}
}
