private void CalculateCropNutrition(int PlotWeek, int CropWeek, Crop crop)
{
decimal fertilizer = plotWeeks[PlotWeek].SoilNutrition - crop.GetNeededNutrition();
if (plotWeeks[PlotWeek].SoilNutrition < crop.GetNeededNutrition())
{
// Not enough Nutrition
crop.setCropHealth(-15, CropWeek);
}
// Crop Absorb Nutrients
AddFertilizerToSoil(PlotWeek, -(crop.GetNeededNutrition()));
}
private string reasonOfDeath(Crop crop)
{
int weekofdeath = 0;
int weekThatHoldsCrop = 0;
for (int i = 0; i < plotWeeks.Count; i++)
{
if (!plotWeeks[i].isEmpty && plotWeeks[i].getCrop() == crop)
{
weekThatHoldsCrop = i;
break;
}
}
for (int i = weekofdeath; i < crop.GetMaturityLength(); i++)
{
if (crop.weeks[i].Health < 4)
{
weekofdeath = i - 1;
break;
}
else
{
weekThatHoldsCrop++;
}
}
if (plotWeeks[weekThatHoldsCrop].Water < crop.GetWaterMinimum())
{
return(crop.GetCropName() + " Died from lack of Water");
}
else if (plotWeeks[weekThatHoldsCrop].SoilNutrition < crop.GetNeededNutrition())
{
return(crop.GetCropName() + " Died from lack of Nutrients");
}
decimal temp = plotWeeks[weekThatHoldsCrop].weather.GetTemp();
decimal tempDifference = temp - crop.GetTemperature();
if (tempDifference < -4)
{
// Too cold
return(crop.GetCropName() + " died because it is too cold");
}
else if (tempDifference > 5)
{
//Too Hot
return(crop.GetCropName() + " Died because it is too warm");
}
else
{
return("Unknown Reasons");
}
}
private void NurishLand(int week, Crop crop)
{
CalculateWeatherFactors(week);
AddWaterToSoil(week, -soiltype.GetWaterLoseRate());
decimal AmountOfWaterToAdd = 0;
decimal hundred = 100;
decimal percentage = 1;
if (simulation.Watering == "Minimal")
{
AmountOfWaterToAdd = crop.GetWaterMinimum() + (crop.GetWaterMinimum() / 100);
percentage = 5;
}
else if (simulation.Watering == "Sufficent")
{
AmountOfWaterToAdd = ((crop.GetWaterMaximum() + crop.GetWaterMinimum()) / 2) - (crop.GetWaterMinimum() / 100);
percentage = 10;
}
else if (simulation.Watering == "Abundant")
{
AmountOfWaterToAdd = crop.GetWaterMaximum() - ((crop.GetWaterMaximum() + crop.GetWaterMinimum()) / 10);
percentage = 15;
}
decimal minimumPercentageWater = percentage / hundred;
//Give the Plot Enough Water
if (((plotWeeks[week].Water - (plotWeeks[week].Water * minimumPercentageWater)) < AmountOfWaterToAdd))
{
if (AmountOfWaterToAdd - plotWeeks[week].Water < (soiltype.GetMaximumWater() * minimumPercentageWater))
{
AmountOfWaterToAdd = (soiltype.GetMaximumWater() * minimumPercentageWater) + (AmountOfWaterToAdd - plotWeeks[week].Water);
}
else
{
AmountOfWaterToAdd = AmountOfWaterToAdd - plotWeeks[week].Water;
}
decimal excesswater = AddWaterToSoil(week, AmountOfWaterToAdd);
PlotWaterCost += addWaterCost(AmountOfWaterToAdd - excesswater);
crop.WaterCosts += addWaterCost(AmountOfWaterToAdd - excesswater);
}
//Nutrition Factors
decimal AmountOfFertilizerToAdd = 0;
if (simulation.Fertilizer == "Minimal")
{
AmountOfFertilizerToAdd = (crop.GetNeededNutrition() / Convert.ToDecimal(crop.GetMaturityLength())) * Convert.ToDecimal(0.5);
}
else if (simulation.Fertilizer == "Sufficent")
{
AmountOfFertilizerToAdd = crop.GetNeededNutrition() / Convert.ToDecimal(crop.GetMaturityLength());
}
else if (simulation.Fertilizer == "Abundant")
{
AmountOfFertilizerToAdd = (crop.GetNeededNutrition() / Convert.ToDecimal(crop.GetMaturityLength())) * Convert.ToDecimal(1.5);
}
//Give the Plot Enough Nutrition
if (plotWeeks[week].SoilNutrition < AmountOfFertilizerToAdd)
{
AmountOfFertilizerToAdd = AmountOfFertilizerToAdd - plotWeeks[week].SoilNutrition;
AddFertilizerToSoil(week, (AmountOfFertilizerToAdd));
PlotFertilizerCost += addFertilizerCost(AmountOfFertilizerToAdd);
crop.FertilizerCosts += addFertilizerCost(AmountOfFertilizerToAdd);
}
}
