protected override void OnLoadFromConfig(ConfigNode node)
{
base.OnLoadFromConfig(node);
rewardFunds = ConfigNodeUtil.ParseValue<double>(node, "rewardFunds");
explorationType = ConfigNodeUtil.ParseValue<ExplorationType>(node, "explorationType");
}
protected override void OnLoadFromConfig(ConfigNode node)
{
base.OnLoadFromConfig(node);
rewardFunds = ConfigNodeUtil.ParseValue <double>(node, "rewardFunds");
explorationType = ConfigNodeUtil.ParseValue <ExplorationType>(node, "explorationType");
}
public ExplorationData GetRandomData(ExplorationType type)
{
if (type == ExplorationType.Common)
{
return GetRandomData();
}
List<ExplorationData> dataList = typeDic[type];
int index = RandomUtils.Range(0, dataList.Count);
return dataList[index];
}
static string ExplorationTypeNamePlural(ExplorationType type)
{
switch (type)
{
case ExplorationType.Biome:
return "biomes";
case ExplorationType.CelestialBody:
return "celestial bodies";
}
return "";
}
static string ExplorationTypeNamePlural(ExplorationType type)
{
switch (type)
{
case ExplorationType.Biome:
return "biomes";
case ExplorationType.CelestialBody:
return "celestial bodies";
}
return "";
}
private void applyBonusAndPenalties(BonusAndPenalties bonusOrPenalty, ExplorationType explorationType, int access)
{
double bonusOrPenaltyValue = 0;
if (bonusOrPenalty == BonusAndPenalties.ALFA)
{
bonusOrPenaltyValue = this.Alfa;
}
else if (bonusOrPenalty == BonusAndPenalties.BETA)
{
bonusOrPenaltyValue = this.Beta;
}
else if (bonusOrPenalty == BonusAndPenalties.RHO)
{
bonusOrPenaltyValue = this.Rho;
}
else if (bonusOrPenalty == BonusAndPenalties.SIGMA)
{
bonusOrPenaltyValue = this.Sigma;
}
KeyValuePair <int, int> indices = Spectrum.GetIndexesFromAccess(access, this.frequencySegments);
double modifiedValue = this.EstimationMatrix[indices.Key, indices.Value] * bonusOrPenaltyValue;
double specificMaximum;
if (explorationType == ExplorationType.ACCESS)
{
specificMaximum = this.MaximumValue;
}
else
{
specificMaximum = this.NonAccessMaximumValue;
}
if (modifiedValue < specificMaximum && modifiedValue > this.MinimumValue)
{
this.EstimationMatrix[indices.Key, indices.Value] = modifiedValue;
}
else if (modifiedValue < this.MinimumValue)
{
this.EstimationMatrix[indices.Key, indices.Value] = this.MinimumValue;
}
if (modifiedValue > specificMaximum)
{
this.EstimationMatrix[indices.Key, indices.Value] = specificMaximum;
}
}
private void applyBonusAndPenalties(BonusAndPenalties bonusOrPenalty, ExplorationType explorationType, int access)
{
double bonusOrPenaltyValue = 0;
if (bonusOrPenalty == BonusAndPenalties.ALFA)
{
bonusOrPenaltyValue = this.Alfa;
}
else if (bonusOrPenalty == BonusAndPenalties.BETA)
{
bonusOrPenaltyValue = this.Beta;
}
else if (bonusOrPenalty == BonusAndPenalties.RHO)
{
bonusOrPenaltyValue = this.Rho;
}
else if (bonusOrPenalty == BonusAndPenalties.SIGMA)
{
bonusOrPenaltyValue = this.Sigma;
}
KeyValuePair<int, int> indices = Spectrum.GetIndexesFromAccess(access, this.frequencySegments);
double modifiedValue = this.EstimationMatrix[indices.Key, indices.Value] * bonusOrPenaltyValue;
double specificMaximum;
if (explorationType == ExplorationType.ACCESS)
{
specificMaximum = this.MaximumValue;
}
else
{
specificMaximum = this.NonAccessMaximumValue;
}
if (modifiedValue < specificMaximum && modifiedValue > this.MinimumValue)
{
this.EstimationMatrix[indices.Key, indices.Value] = modifiedValue;
}
else if (modifiedValue < this.MinimumValue)
{
this.EstimationMatrix[indices.Key, indices.Value] = this.MinimumValue;
}
if (modifiedValue > specificMaximum)
{
this.EstimationMatrix[indices.Key, indices.Value] = specificMaximum;
}
}
public static Exploration Create(ExplorationType type, List<object> paramList = null)
{
ExplorationData data = ExplorationDataManager.Instance.GetRandomData(type);
Exploration expl = DoCreate(data, paramList);
return expl;
}
private void CreateExploration(ExplorationType type, PositionScript birth, List<object> paramList = null)
{
if (birth != null)
{
Exploration expl = ExplorationFactory.Create(type, paramList);
expl.SetPosition(birth.transform.position);
expl.SetRotation(birth.transform.eulerAngles.y);
explorationProxy.AddInBlock(expl);
}
}