public static double GetStandardFormulaValue(string formulaName, Dictionary <string, string> variables)
{
switch (formulaName)
{
case "Node": return(MathParsing.ParseMath("KCT_NODE", KCT_PresetManager.Instance.ActivePreset.formulaSettings.NodeFormula, variables));
case "UpgradeFunds": return(MathParsing.ParseMath("KCT_UPGRADE_FUNDS", KCT_PresetManager.Instance.ActivePreset.formulaSettings.UpgradeFundsFormula, variables));
case "UpgradeScience": return(MathParsing.ParseMath("KCT_UPGRADE_SCIENCE", KCT_PresetManager.Instance.ActivePreset.formulaSettings.UpgradeScienceFormula, variables));
case "Research": return(MathParsing.ParseMath("KCT_RESEARCH", KCT_PresetManager.Instance.ActivePreset.formulaSettings.ResearchFormula, variables));
case "EffectivePart": return(MathParsing.ParseMath("KCT_EFFECTIVE_PART", KCT_PresetManager.Instance.ActivePreset.formulaSettings.EffectivePartFormula, variables));
case "ProceduralPart": return(MathParsing.ParseMath("KCT_PROCEDURAL_PART", KCT_PresetManager.Instance.ActivePreset.formulaSettings.ProceduralPartFormula, variables));
case "BP": return(MathParsing.ParseMath("KCT_BP", KCT_PresetManager.Instance.ActivePreset.formulaSettings.BPFormula, variables));
case "KSCUpgrade": return(MathParsing.ParseMath("KCT_KSC_UPGRADE", KCT_PresetManager.Instance.ActivePreset.formulaSettings.KSCUpgradeFormula, variables));
case "Reconditioning": return(MathParsing.ParseMath("KCT_RECONDITIONING", KCT_PresetManager.Instance.ActivePreset.formulaSettings.ReconditioningFormula, variables));
case "BuildRate": return(MathParsing.ParseMath("KCT_BUILD_RATE", KCT_PresetManager.Instance.ActivePreset.formulaSettings.BuildRateFormula, variables));
case "UpgradeReset": return(MathParsing.ParseMath("KCT_UPGRADE_RESET", KCT_PresetManager.Instance.ActivePreset.formulaSettings.UpgradeResetFormula, variables));
case "InventorySales": return(MathParsing.ParseMath("KCT_INVENTORY_SALES", KCT_PresetManager.Instance.ActivePreset.formulaSettings.InventorySaleFormula, variables));
case "RolloutCost": return(MathParsing.ParseMath("KCT_ROLLOUT_COST", KCT_PresetManager.Instance.ActivePreset.formulaSettings.RolloutCostFormula, variables));
case "NewLaunchPadCost": return(MathParsing.ParseMath("KCT_NEW_LAUNCHPAD_COST", KCT_PresetManager.Instance.ActivePreset.formulaSettings.NewLaunchPadCostFormula, variables));
default: return(0);
}
}
public double CalculateCost(Dictionary <string, string> addlVariables = null)
{
if (addlVariables != null)
{
foreach (KeyValuePair <string, string> kvp in addlVariables)
{
Variables[kvp.Key] = kvp.Value;
}
}
if (Teacher != null)
{
Variables["TeachLvl"] = Teacher.experienceLevel.ToString();
// Variables.Add("TeachLvl", Teacher.experienceLevel.ToString());
int classID = -1;
if (Teacher.trait == "Pilot")
{
classID = 0;
}
else if (Teacher.trait == "Engineer")
{
classID = 1;
}
else if (Teacher.trait == "Scientist")
{
classID = 2;
}
Variables["TeachClass"] = classID.ToString();
//Variables.Add("TeachClass", classID.ToString());
}
Variables["FilledSeats"] = Students.Count.ToString();
// UnityEngine.Debug.Log("FilledSeats: " + Variables["FilledSeats"]);
//Variables.Add("FilledSeats", Students.Count.ToString());
// UnityEngine.Debug.Log(ConfigNodeExtensions.GetValueOrDefault(sourceNode, "costBase", "0"));
//recalculate the baseCost, seatCost, and teacherCost
costBase = MathParsing.ParseMath("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(sourceNode, "costBase", "0"), Variables);
costSeat = MathParsing.ParseMath("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(sourceNode, "costSeat", "0"), Variables);
if (Teacher != null)
{
costTeacher = 0;
}
else
{
costTeacher = MathParsing.ParseMath("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(sourceNode, "costTeacher", "0"), Variables);
}
double cost = costBase + costTeacher + (costSeat * Students.Count);
// UnityEngine.Debug.Log("Course cost: " + cost);
return(Math.Max(cost, 0.0));
}
public static void ReplaceValuesInNode(ConfigNode source, Dictionary <string, string> variables)
{
foreach (ConfigNode.Value val in source.values)
{
val.value = MathParsing.ReplaceMathVariables("FlightSchool", val.value, variables);
}
for (int i = 0; i < source.nodes.Count; i++)
{
ReplaceValuesInNode(source.nodes[i], variables); //recurse through all attached nodes
}
}
public static double GetStandardFormulaValue(string formulaName, Dictionary <string, string> variables)
{
KCT_Preset_Formula formulaSettings = PresetManager.Instance.ActivePreset.FormulaSettings;
switch (formulaName)
{
case "Node": return(MathParsing.ParseMath("KCT_NODE", formulaSettings.NodeFormula, variables));
case "UpgradeFunds": return(MathParsing.ParseMath("KCT_UPGRADE_FUNDS", formulaSettings.UpgradeFundsFormula, variables));
case "UpgradesForScience": return(MathParsing.ParseMath("KCT_UPGRADES_FOR_SCIENCE", formulaSettings.UpgradesForScience, variables));
case "Research": return(MathParsing.ParseMath("KCT_RESEARCH", formulaSettings.ResearchFormula, variables));
case "EffectivePart": return(MathParsing.ParseMath("KCT_EFFECTIVE_PART", formulaSettings.EffectivePartFormula, variables));
case "ProceduralPart": return(MathParsing.ParseMath("KCT_PROCEDURAL_PART", formulaSettings.ProceduralPartFormula, variables));
case "BP": return(MathParsing.ParseMath("KCT_BP", formulaSettings.BPFormula, variables));
case "KSCUpgrade": return(MathParsing.ParseMath("KCT_KSC_UPGRADE", formulaSettings.KSCUpgradeFormula, variables));
case "Reconditioning": return(MathParsing.ParseMath("KCT_RECONDITIONING", formulaSettings.ReconditioningFormula, variables));
case "BuildRate": return(MathParsing.ParseMath("KCT_BUILD_RATE", formulaSettings.BuildRateFormula, variables));
case "UpgradeReset": return(MathParsing.ParseMath("KCT_UPGRADE_RESET", formulaSettings.UpgradeResetFormula, variables));
case "InventorySales": return(MathParsing.ParseMath("KCT_INVENTORY_SALES", formulaSettings.InventorySaleFormula, variables));
case "IntegrationTime": return(MathParsing.ParseMath("KCT_INTEGRATION_TIME", formulaSettings.IntegrationTimeFormula, variables));
case "IntegrationCost": return(MathParsing.ParseMath("KCT_INTEGRATION_COST", formulaSettings.IntegrationCostFormula, variables));
case "RolloutCost": return(MathParsing.ParseMath("KCT_ROLLOUT_COST", formulaSettings.RolloutCostFormula, variables));
case "NewLaunchPadCost": return(MathParsing.ParseMath("KCT_NEW_LAUNCHPAD_COST", formulaSettings.NewLaunchPadCostFormula, variables));
case "RushCost": return(MathParsing.ParseMath("KCT_RUSH_COST", formulaSettings.RushCostFormula, variables));
case "AirlaunchCost": return(MathParsing.ParseMath("KCT_AIRLAUNCH_COST", formulaSettings.AirlaunchCostFormula, variables));
case "AirlaunchTime": return(MathParsing.ParseMath("KCT_AIRLAUNCH_TIME", formulaSettings.AirlaunchTimeFormula, variables));
case "EngineRefurb": return(MathParsing.ParseMath("KCT_ENGINE_REFURB", formulaSettings.EngineRefurbFormula, variables));
default: return(0);
}
}
public static double GetStandardFormulaValue(string formulaName, Dictionary <string, string> variables)
{
switch (formulaName)
{
case "Node": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.NodeFormula, variables));
case "UpgradeFunds": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.UpgradeFundsFormula, variables));
case "UpgradeScience": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.UpgradeScienceFormula, variables));
case "Research": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.ResearchFormula, variables));
case "EffectivePart": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.EffectivePartFormula, variables));
case "ProceduralPart": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.ProceduralPartFormula, variables));
case "BP": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.BPFormula, variables));
case "KSCUpgrade": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.KSCUpgradeFormula, variables));
case "Reconditioning": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.ReconditioningFormula, variables));
case "BuildRate": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.BuildRateFormula, variables));
case "SimCost": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.SimCostFormula, variables));
case "KerbinSimCost": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.KerbinSimCostFormula, variables));
case "UpgradeReset": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.UpgradeResetFormula, variables));
case "InventorySales": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.InventorySaleFormula, variables));
case "RolloutCost": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.RolloutCostFormula, variables));
case "NewLaunchPadCost": return(MathParsing.ParseMath(KCT_PresetManager.Instance.ActivePreset.formulaSettings.NewLaunchPadCostFormula, variables));
default: return(0);
}
}
/// <summary>
/// Populates all fields from the provided ConfigNode, parsing all formulas
/// </summary>
/// <param name="variables"></param>
public void PopulateFromSourceNode(Dictionary <string, string> variables, ConfigNode source = null)
{
if (source == null)
{
source = sourceNode;
}
Variables = variables;
id = MathParsing.ReplaceMathVariables("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "id"), variables);
name = MathParsing.ReplaceMathVariables("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "name"), variables);
description = MathParsing.ReplaceMathVariables("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "description"), variables);
bool.TryParse(MathParsing.ReplaceMathVariables("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "Available", "True"), variables), out Available);
List <string> tmpList = MathParsing.ReplaceMathVariables("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "activePreReqs"), variables).Split(',').ToList();
tmpList.ForEach((s) => s.Trim());
if (!tmpList.TrueForAll(s => s == ""))
{
activePreReqs = tmpList.ToArray();
}
else
{
activePreReqs = new string[] { }
};
//activePreReqs = tmpList.ToArray();
tmpList = MathParsing.ReplaceMathVariables("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "preReqs"), variables).Split(',').ToList();
tmpList.ForEach((s) => s.Trim());
if (!tmpList.TrueForAll(s => s == ""))
{
preReqs = tmpList.ToArray();
}
else
{
preReqs = new string[] { }
};
tmpList = MathParsing.ReplaceMathVariables("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "conflicts"), variables).Split(',').ToList();
tmpList.ForEach((s) => s.Trim());
//conflicts = tmpList.ToArray();
if (!tmpList.TrueForAll(s => s == ""))
{
conflicts = tmpList.ToArray();
}
else
{
conflicts = new string[] { }
};
time = MathParsing.ParseMath("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "time", "0"), variables);
bool.TryParse(MathParsing.ReplaceMathVariables("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "required", "false"), variables), out required);
string repeatStr = MathParsing.ReplaceMathVariables("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "required", "false"), variables).Trim();
switch (repeatStr)
{
case "NEVER": repeatable = RepeatMode.NEVER; break;
case "EXPIRED": repeatable = RepeatMode.EXPIRED; break;
case "ALWAYS": repeatable = RepeatMode.ALWAYS; break;
default: repeatable = RepeatMode.NEVER; break;
}
tmpList = MathParsing.ReplaceMathVariables("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "classes"), variables).Split(',').ToList();
tmpList.ForEach((s) => s.Trim());
//classes = tmpList.ToArray();
if (!tmpList.TrueForAll(s => s == ""))
{
classes = tmpList.ToArray();
}
else
{
classes = new string[] { }
};
minLevel = (int)(MathParsing.ParseMath("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "minLevel", "0"), variables));
maxLevel = (int)(MathParsing.ParseMath("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "maxLevel", "5"), variables));
seatMax = (int)(MathParsing.ParseMath("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "seatMax", "-1"), variables));
seatMin = (int)(MathParsing.ParseMath("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "seatMin", "0"), variables));
costBase = MathParsing.ParseMath("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "costBase", "0"), variables);
costSeat = MathParsing.ParseMath("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "costSeat", "0"), variables);
costTeacher = MathParsing.ParseMath("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "costTeacher", "0"), variables);
tmpList = MathParsing.ReplaceMathVariables("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "teachClasses"), variables).Split(',').ToList();
tmpList.ForEach((s) => s.Trim());
if (!tmpList.TrueForAll(s => s == ""))
{
teachClasses = tmpList.ToArray();
}
else
{
teachClasses = new string[] { }
};
teachMinLevel = (int)(MathParsing.ParseMath("FlightSchool", ConfigNodeExtensions.GetValueOrDefault(source, "teachMinLevel", "0"), variables));
//get the REWARD nodes and replace any variables in there too
ConfigNode r = source.GetNode("REWARD");
if (r != null)
{
ReplaceValuesInNode(r, variables);
RewardLog = r.GetNode("FLIGHTLOG");
r.TryGetValue("XPAmt", ref rewardXP);
}
/* Expiry = source.GetNodes("EXPIRY");
* foreach (ConfigNode node in Expiry)
* ConfigNodeExtensions.ReplaceValuesInNode(node, variables);*/
/*string logStr = "Course created";
* logStr += "\nID: " + id;
* logStr += "\nName: " + name;
* logStr += "\nAvailable: " + Available;
* logStr += "\nprereqs: " + preReqs.Length;
* logStr += "\ntime: " + time;
* logStr += "\nrepeatable: " + repeatable;
* logStr += "\nteachMin: " + teachMinLevel;
* logStr += "\nXP: " + rewardXP;
* logStr += "\nLog: ";
* if (RewardLog != null)
* foreach (ConfigNode.Value v in RewardLog.values)
* logStr += "\n" + v.value;
*
* UnityEngine.Debug.Log(logStr);*/
}
