/// <summary>
/// DailyVisit before function
/// </summary>
/// <param name="plantBlob"></param>
/// <param name="plantLocation"></param>
/// <param name="plantTile"></param>
/// <param name="soilLocation"></param>
/// <param name="soilTile"></param>
/// <param name="universe"></param>
/// <param name="weatherWatered"></param>
/// <returns></returns>
public bool DailyVisit(Blob plantBlob, Vector3I plantLocation, Tile plantTile, Vector3I soilLocation, Tile soilTile, EntityUniverseFacade universe, bool weatherWatered)
{
// Return true in case it concerns a greenhouse plant
int day = universe.DayNightCycle().Day;
int season = universe.DayNightCycle().GetSeason();
bool watered = GameContext.FarmingDatabase.IsWateredMaterial(soilTile.Configuration);
if (GameContext.PlantDatabase.IsGrowable(plantTile))
{
PlantConfiguration plantConfiguration = GameContext.PlantDatabase.GetByTile(plantTile.Configuration);
DeterministicRandom rnd = GameContext.RandomSource;
bool requiresWatering = GameContext.PlantDatabase.RequiresWatering(plantTile);
long lastChangedDay = plantBlob.GetLong("day", -1L);
int prevSeason2 = (int)plantBlob.GetLong("season", -1L);
List <Totem> totems;
Totem totem;
bool plantedInGreenhouse = (PlantLogic.GetValidTotemsOfType(PlantLogic.GreenhouseTotemCode, out totems) && PlantLogic.IsInTotemsRegion(totems, plantLocation, out totem));
if (plantConfiguration.LivesInSeason(SeasonHelper.FromInt(season)) ||
!plantConfiguration.LivesInSeason(SeasonHelper.FromInt(season)) && !plantedInGreenhouse)
{
return(true);
}
Logger.WriteLine("Custom plant DailyVisit");
if (prevSeason2 == -1)
{
prevSeason2 = season;
}
if (lastChangedDay == -1 || lastChangedDay > day)
{
lastChangedDay = day - 1;
PlantLogic.FarmDatabaseTileUpdated.Invoke(GameContext.FarmingDatabase, new object[] { plantLocation, lastChangedDay, plantConfiguration.GatherableIsHarvestable, season });
}
Vector2I window2 = default(Vector2I);
Vector2I window3 = default(Vector2I);
Logger.WriteLine("Plant: " + plantConfiguration.Code);
Logger.WriteLine("Watered: " + watered.ToString() + " | RequiresWatering: " + requiresWatering.ToString() + " | CanWilt: " + plantConfiguration.CanWilt(plantTile, out window2).ToString() + " | CanWither: " + plantConfiguration.CanWither(plantTile, out window3).ToString());
long totalDays = day - lastChangedDay;
int growthDays = 0;
int daysPassed = 1;
for (int i = 0; i < totalDays; i++)
{
Vector2I window = default(Vector2I);
if (!watered && requiresWatering && plantConfiguration.CanWilt(plantTile, out window))
{
Logger.WriteLine("Wilting result:" + ((bool)PlantLogic.FarmDatabaseChangeTile.Invoke(GameContext.FarmingDatabase, new object[] { plantLocation, plantConfiguration.MakeWiltedTile(plantTile), universe, plantConfiguration.GatherableIsHarvestable, null, TileAccessFlags.IgnoreEntities })).ToString());
int transitionPeriod3 = rnd.Next(window.X, window.Y);
if (transitionPeriod3 <= daysPassed - growthDays &&
(bool)PlantLogic.FarmDatabaseChangeTile.Invoke(GameContext.FarmingDatabase, new object[] { plantLocation, plantConfiguration.MakeWiltedTile(plantTile), universe, plantConfiguration.GatherableIsHarvestable, null, TileAccessFlags.IgnoreEntities }))
{
Logger.WriteLine("Wilting greenhouse plant");
break;
}
}
if (!watered && requiresWatering && plantConfiguration.CanWither(plantTile, out window))
{
Logger.WriteLine("Withering result: " + ((bool)PlantLogic.FarmDatabaseChangeTile.Invoke(GameContext.FarmingDatabase, new object[] { plantLocation, plantConfiguration.MakeWitheredTile(plantTile), universe, plantConfiguration.GatherableIsHarvestable, null, TileAccessFlags.IgnoreEntities })).ToString());
int transitionPeriod2 = rnd.Next(window.X, window.Y);
if (transitionPeriod2 <= daysPassed - growthDays &&
(bool)PlantLogic.FarmDatabaseChangeTile.Invoke(GameContext.FarmingDatabase, new object[] { plantLocation, plantConfiguration.MakeWitheredTile(plantTile), universe, plantConfiguration.GatherableIsHarvestable, null, TileAccessFlags.IgnoreEntities }))
{
Logger.WriteLine("Withering greenhouse plant");
break;
}
}
if (!watered && requiresWatering && !plantConfiguration.CanWilt(plantTile, out window) && !plantConfiguration.CanWither(plantTile, out window))
{
Logger.WriteLine("Set as harvestable");
PlantLogic.FarmDatabaseTileUpdated.Invoke(GameContext.FarmingDatabase, new object[] { plantLocation, day, plantConfiguration.GatherableIsHarvestable, season });
break;
}
if ((watered || !requiresWatering || (plantConfiguration.GatherableIsHarvestable && rnd.NextBool())) && plantConfiguration.CanGrow(plantTile, SeasonHelper.FromInt(season), out window))
{
int transitionPeriod = rnd.Next(window.X, window.Y);
if (transitionPeriod <= daysPassed - growthDays &&
(bool)PlantLogic.FarmDatabaseChangeTile.Invoke(GameContext.FarmingDatabase, new object[] { plantLocation, plantConfiguration.MakeGrowTile(plantTile, rnd), universe, plantConfiguration.GatherableIsHarvestable, null, TileAccessFlags.IgnoreEntities }))
{
growthDays += transitionPeriod;
if (!universe.ReadTile(plantLocation, TileAccessFlags.None, out plantTile))
{
return(true);
}
}
}
daysPassed++;
}
if (!weatherWatered && watered)
{
Tile unwateredTile = (Tile)PlantLogic.FarmDatabaseMakeUnwateredMaterial.Invoke(GameContext.FarmingDatabase, new object[] { soilTile });
PlantLogic.FarmDatabaseChangeTile.Invoke(null, new object[] { soilLocation, unwateredTile, universe, false, null, TileAccessFlags.IgnoreEntities });
}
Tile tempPlant = default(Tile);
PlantConfiguration config = default(PlantConfiguration);
bool isMaterialWaterable = (bool)PlantLogic.FarmDatabaseIsMaterialWaterable.Invoke(GameContext.FarmingDatabase, new object[] { soilTile.Configuration });
if (weatherWatered && !watered && isMaterialWaterable && universe.ReadTile(plantLocation, TileAccessFlags.None, out tempPlant) && GameContext.PlantDatabase.TryGetByTile(tempPlant, out config))
{
Tile wateredTile = (Tile)PlantLogic.FarmDatabaseMakeWateredMaterial.Invoke(GameContext.FarmingDatabase, new object[] { soilTile });
PlantLogic.FarmDatabaseChangeTile.Invoke(null, new object[] { soilLocation, wateredTile, universe, false, null, TileAccessFlags.IgnoreEntities });
}
return(false);
}
return(true);
}
