private ElevatorOpenness ChooseElevatorOpenness(float wealthLevel)
{
var firstOpenness = new KeyValuePair <ElevatorOpenness, float>(ElevatorOpenness.Closed, ProceduralManager.instance.minThresholdValue);
var secondOpenness = new KeyValuePair <ElevatorOpenness, float>(ElevatorOpenness.Opened, ProceduralManager.instance.maxTresholdValue);
return(ProceduralCalculations.GetRandomFrom2Value(firstOpenness, secondOpenness, wealthLevel));
}
private RoadType ChooseRoadType(float wealthLevel)
{
var firstRoadType = new KeyValuePair <RoadType, float>(RoadType.Cross, ProceduralManager.instance.minThresholdValue);
var secondRoadType = new KeyValuePair <RoadType, float>(RoadType.Straight, ProceduralManager.instance.maxTresholdValue);
return(ProceduralCalculations.GetRandomFrom2Value(firstRoadType, secondRoadType, wealthLevel));
}
private int GetNbElevator(float wealthLevel)
{
var firstNumber = new KeyValuePair <int, float>(1, ProceduralManager.instance.minThresholdValue);
var secondNumber = new KeyValuePair <int, float>(2, ProceduralManager.instance.maxTresholdValue);
return(ProceduralCalculations.GetRandomFrom2Value(firstNumber, secondNumber, wealthLevel));
}
private ElevatorGeoForm ChooseElevatorForm(float wealthLevel)
{
var firstForm = new KeyValuePair <ElevatorGeoForm, float>(ElevatorGeoForm.Squared, ProceduralManager.instance.minThresholdValue);
var secondForm = new KeyValuePair <ElevatorGeoForm, float>(ElevatorGeoForm.Rounded, ProceduralManager.instance.maxTresholdValue);
return(ProceduralCalculations.GetRandomFrom2Value(firstForm, secondForm, wealthLevel));
}
public bool ChooseIfHub(float wealthLevel)
{
var firstYesorNo = new KeyValuePair <bool, float>(true, ProceduralManager.instance.minThresholdValue);
var secondYesorNo = new KeyValuePair <bool, float>(false, ProceduralManager.instance.maxTresholdValue);
return(ProceduralCalculations.GetRandomFrom2Value(firstYesorNo, secondYesorNo, wealthLevel));
}
public WealthStair ChooseWealthStair(float wealthLevel)
{
var firstWealthStair = new KeyValuePair <WealthStair, float>(WealthStair.Poor, ProceduralManager.instance.minThresholdValue);
var secondWealthStair = new KeyValuePair <WealthStair, float>(WealthStair.Rich, ProceduralManager.instance.maxTresholdValue);
return(ProceduralCalculations.GetRandomFrom2Value(firstWealthStair, secondWealthStair, wealthLevel));
}
public WidthStair ChooseWidthStair(float wealthLevel)
{
var firstWidth = new KeyValuePair <WidthStair, float>(WidthStair.Simple, ProceduralManager.instance.minThresholdValue);
var secondWidth = new KeyValuePair <WidthStair, float>(WidthStair.Double, ProceduralManager.instance.maxTresholdValue);
return(ProceduralCalculations.GetRandomFrom2Value(firstWidth, secondWidth, wealthLevel));
}
public DirectionHub ChooseDirectionHub(bool isHub, float wealthLevel)
{
if (!isHub)
{
return(DirectionHub.Null);
}
var firstDirection = new KeyValuePair <DirectionHub, float>(DirectionHub.Inside, ProceduralManager.instance.minThresholdValue);
var secondDirection = new KeyValuePair <DirectionHub, float>(DirectionHub.Outside, ProceduralManager.instance.maxTresholdValue);
return(ProceduralCalculations.GetRandomFrom2Value(firstDirection, secondDirection, wealthLevel));
}
public LengthStair ChooseLengthStair(float wealthLevel, bool isLongIntegrated)
{
var lengths = new Dictionary <LengthStair, float>();
if (isLongIntegrated)
{
lengths.Add(LengthStair.Long, 1f);
lengths.Add(LengthStair.Medium, .5f);
lengths.Add(LengthStair.Short, 0f);
return(ProceduralCalculations.GetRandomTFromPool(lengths, wealthLevel));
}
else
{
var firstLength = new KeyValuePair <LengthStair, float>(LengthStair.Medium, 1f);
var secondLength = new KeyValuePair <LengthStair, float>(LengthStair.Short, 0f);
return(ProceduralCalculations.GetRandomFrom2Value(firstLength, secondLength, wealthLevel));
}
}