public int UpgradeKarmaCost()
{
if (_character.Improvements.Any(x => ((x.ImproveType == Improvement.ImprovementType.SkillGroupDisable && x.ImprovedName == Name) ||
(x.ImproveType == Improvement.ImprovementType.SkillGroupCategoryDisable && GetRelevantSkillCategories.Contains(x.ImprovedName))) && x.Enabled))
{
return(-1);
}
int rating = SkillList.Min(x => x.TotalBaseRating);
int intReturn = 0;
int intOptionsCost = 1;
if (rating == 0)
{
intOptionsCost = Character.Options.KarmaNewSkillGroup;
intReturn = intOptionsCost;
}
else if (RatingMaximum > rating)
{
intOptionsCost = Character.Options.KarmaImproveSkillGroup;
intReturn = (rating + 1) * intOptionsCost;
}
else
{
return(-1);
}
List <string> lstRelevantCategories = GetRelevantSkillCategories.ToList();
decimal decMultiplier = 1.0m;
int intExtra = 0;
foreach (Improvement objLoopImprovement in _character.Improvements)
{
if ((objLoopImprovement.Maximum == 0 || rating <= objLoopImprovement.Maximum) && objLoopImprovement.Minimum <= rating &&
(string.IsNullOrEmpty(objLoopImprovement.Condition) || (objLoopImprovement.Condition == "career") == _character.Created || (objLoopImprovement.Condition == "create") != _character.Created) && objLoopImprovement.Enabled)
{
if (objLoopImprovement.ImprovedName == Name || string.IsNullOrEmpty(objLoopImprovement.ImprovedName))
{
if (objLoopImprovement.ImproveType == Improvement.ImprovementType.SkillGroupKarmaCost)
{
intExtra += objLoopImprovement.Value;
}
else if (objLoopImprovement.ImproveType == Improvement.ImprovementType.SkillGroupKarmaCostMultiplier)
{
decMultiplier *= objLoopImprovement.Value / 100.0m;
}
}
else if (lstRelevantCategories.Contains(objLoopImprovement.ImprovedName))
{
if (objLoopImprovement.ImproveType == Improvement.ImprovementType.SkillGroupCategoryKarmaCost)
{
intExtra += objLoopImprovement.Value;
}
else if (objLoopImprovement.ImproveType == Improvement.ImprovementType.SkillGroupCategoryKarmaCostMultiplier)
{
decMultiplier *= objLoopImprovement.Value / 100.0m;
}
}
}
}
if (decMultiplier != 1.0m)
{
intReturn = decimal.ToInt32(decimal.Ceiling(intReturn * decMultiplier));
}
intReturn += intExtra;
return(Math.Max(intReturn, Math.Min(1, intOptionsCost)));
}