private void ConstructListFromXML(string filePath)
{
XmlDocument doc = new XmlDocument();
doc.Load(filePath);
try
{
foreach (XmlNode node in doc.DocumentElement)
{
if (node.NodeType == XmlNodeType.Comment)
{
continue;
}
SpawnData dat = new SpawnData();
dat.PartyTemplate = (PartyTemplateObject)MBObjectManager.Instance.ReadObjectReferenceFromXml("party_template", typeof(PartyTemplateObject), node);
if (node.Attributes["spawn_clan"] == null)
{
dat.SpawnClan = (Clan)MBObjectManager.Instance.ReadObjectReferenceFromXml("bandit_clan", typeof(Clan), node);
}
else
{
dat.SpawnClan = (Clan)MBObjectManager.Instance.ReadObjectReferenceFromXml("spawn_clan", typeof(Clan), node);
}
//have bannerlord read attributes
int i = 0;
string s = "overriden_spawn_clan";
while (true)
{
string s1 = s + "_" + i.ToString();
if (node.Attributes[s1] == null || node.Attributes[s1].InnerText == "")
{
break;
}
else
{
dat.OverridenSpawnClan.Add((Clan)MBObjectManager.Instance.ReadObjectReferenceFromXml(s1, typeof(Clan), node));
}
i++;
}
int j = 0;
string st = "overriden_spawn_culture";
while (true)
{
string s1 = st + "_" + j.ToString();
if (node.Attributes[s1] == null || node.Attributes[s1].InnerText == "")
{
break;
}
else
{
dat.OverridenSpawnCultures.Add(((CultureObject)MBObjectManager.Instance.ReadObjectReferenceFromXml(s1, typeof(CultureObject), node)).GetCultureCode());
}
j++;
}
j = 0;
st = "overriden_spawn_settlement";
while (true)
{
string s1 = st + "_" + j.ToString();
if (node.Attributes[s1] == null || node.Attributes[s1].InnerText == "")
{
break;
}
else
{
dat.OverridenSpawnSettlements.Add(((Settlement)MBObjectManager.Instance.ReadObjectReferenceFromXml(s1, typeof(Settlement), node)));
}
j++;
}
//get elements
dat.MaximumOnMap = node["MaximumOnMap"] == null? 0 : int.Parse(node["MaximumOnMap"].InnerText);
if (dat.MaximumOnMap < 1)
{
throw new Exception("the node 'MaximumOnMap' cannot be less than 1!");
}
dat.PartyType = node["PartyType"] == null ? MobileParty.PartyTypeEnum.Bandit : StringToPartyTypeEnumIfInvalidBandit(node["PartyType"].InnerText);
dat.ChanceOfSpawn = node["ChanceOfSpawn"] == null? 1 : float.Parse(node["ChanceOfSpawn"].InnerText);
dat.Name = node["Name"] == null ? "Unnamed" : node["Name"].InnerText;
dat.ChanceInverseConstant = node["ChanceInverseConstant"] == null? 0 : float.Parse(node["ChanceInverseConstant"].InnerText);
dat.RepeatSpawnRolls = node["RepeatSpawnRolls"] == null? 1 : int.Parse(node["RepeatSpawnRolls"].InnerText);
dat.PatrolAroundSpawn = node["PatrolAroundSpawn"] == null ? false : bool.Parse(node["PatrolAroundSpawn"].InnerText);
dat.MinimumNumberOfDaysUntilSpawn = node["MinimumNumberOfDaysUntilSpawn"] == null ? -1 : int.Parse(node["MinimumNumberOfDaysUntilSpawn"].InnerText);
dat.AttackClosestIfIdleForADay = node["AttackClosestIfIdleForADay"] == null ? true : bool.Parse(node["AttackClosestIfIdleForADay"].InnerText);
//try spawn at list creation
if (node["TrySpawnAt"] != null && node["TrySpawnAt"].InnerText != "")
{
dat.TrySpawnAtList = ConstructTrySettlementList(node["TrySpawnAt"].InnerText);
}
//message
string msg = node["SpawnMessage"] == null? "" : node["SpawnMessage"].InnerText;
string color = node["SpawnMessageColor"] == null ? "" : node["SpawnMessageColor"].InnerText;
if (msg != "")
{
if (color == "")
{
dat.spawnMessage = new InformationMessage(msg, Color.Black);
}
else
{
Color c = UX.GetMessageColour(color) == "" ? (color[0] == '#'? Color.ConvertStringToColor(color) : Color.Black) : Color.ConvertStringToColor(UX.GetMessageColour(color));
dat.spawnMessage = new InformationMessage(msg, c);
}
}
//handle extra linear speed.
float extraSpeed = float.MinValue;
if (node["ExtraLinearSpeed"] != null)
{
if (!float.TryParse(node["ExtraLinearSpeed"].InnerText, out extraSpeed))
{
throw new Exception("ExtraLinearSpeed must be a float value! ");
}
Main.customSpeedModel.RegisterPartyExtraSpeed(dat.PartyTemplate.StringId, extraSpeed);
}
//handle base speed override
float baseSpeedOverride = float.MinValue;
if (node["BaseSpeedOverride"] != null)
{
if (!float.TryParse(node["BaseSpeedOverride"].InnerText, out baseSpeedOverride))
{
throw new Exception("BaseSpeedOverride must be a float value! ");
}
Main.customSpeedModel.RegisterPartyBaseSpeed(dat.PartyTemplate.StringId, baseSpeedOverride);
}
else
{
Main.customSpeedModel.RegisterPartyBaseSpeed(dat.PartyTemplate.StringId, float.MinValue);
}
//patrol around closest lest interrupted and switch
if (node["PatrolAroundClosestLestInterruptedAndSwitch"] != null)
{
bool val = false;
if (!bool.TryParse(node["PatrolAroundClosestLestInterruptedAndSwitch"].InnerText, out val))
{
break;
}
if (!val)
{
break;
}
XmlNode innerNode = node["PatrolAroundClosestLestInterruptedAndSwitch"];
float minDays = 0;
float maxDays = 10;
List <SpawnSettlementType> TryPatrolAround = new List <SpawnSettlementType>();
try
{
if (!float.TryParse(innerNode.Attributes["min_stable_days"].InnerText, out minDays))
{
throw new Exception("min_stable_days must be a float value!");
}
if (!float.TryParse(innerNode.Attributes["max_stable_days"].InnerText, out maxDays))
{
throw new Exception("max_stable_days must be a float value!");
}
if (innerNode.Attributes["try_patrol_around"] != null && innerNode.Attributes["try_patrol_around"].InnerText != "")
{
TryPatrolAround = ConstructTrySettlementList(innerNode.Attributes["try_patrol_around"].InnerText);
}
}catch
{
throw new Exception("not all attributes in PatrolAroundClosestLestInterruptedAndSwitch were filled properly!");
}
dat.PatrolAroundClosestLestInterruptedAndSwitch =
new AI.PatrolAroundClosestLestInterruptedAndSwitchBehaviour.PatrolAroundClosestLestInterruptedAndSwitchBehaviourData(null, minDays, maxDays, TryPatrolAround);
}
//min max party speed modifiers
float minSpeed = float.MinValue;
if (node["MinimumFinalSpeed"] != null)
{
if (!float.TryParse(node["MinimumFinalSpeed"].InnerText, out minSpeed))
{
throw new Exception("MinimumFinalSpeed must be a float value! ");
}
Main.customSpeedModel.RegisterPartyMinimumSpeed(dat.PartyTemplate.StringId, minSpeed);
}
float maxSpeed = float.MinValue;
if (node["MaximumFinalSpeed"] != null)
{
if (!float.TryParse(node["MaximumFinalSpeed"].InnerText, out maxSpeed))
{
throw new Exception("MaximumFinalSpeed must be a float value! ");
}
Main.customSpeedModel.RegisterPartyMaximumSpeed(dat.PartyTemplate.StringId, maxSpeed);
}
//Spawn along with
int k = 0;
string str = "spawn_along_with";
while (true)
{
string s1 = str + "_" + k.ToString();
if (node.Attributes[s1] == null || node.Attributes[s1].InnerText == "")
{
break;
}
else
{
PartyTemplateObject pt = (PartyTemplateObject)MBObjectManager.Instance.ReadObjectReferenceFromXml(s1, typeof(PartyTemplateObject), node);
dat.SpawnAlongWith.Add(new AccompanyingParty(pt, NameSignifierData.Instance.GetPartyNameFromID(pt.StringId),
NameSignifierData.Instance.GetPartyFollowBehaviourFlagFromID(pt.StringId)));
Main.customSpeedModel.RegisterPartyExtraSpeed(pt.StringId, NameSignifierData.Instance.GetSpeedModifierFromID(pt.StringId));
Main.customSpeedModel.RegisterPartyBaseSpeed(pt.StringId, NameSignifierData.Instance.GetBaseSpeedModifierOverrideFromID(pt.StringId));
if (minSpeed != float.MinValue)
{
Main.customSpeedModel.RegisterPartyMinimumSpeed(pt.StringId, minSpeed);
}
if (maxSpeed != float.MinValue)
{
Main.customSpeedModel.RegisterPartyMaximumSpeed(pt.StringId, maxSpeed);
}
}
k++;
}
data.Add(dat);
if (!partyIDtoData.ContainsKey(dat.PartyTemplate.StringId)) //TODO add way to alert modder that he should use one party template for one AI
{
partyIDtoData.Add(dat.PartyTemplate.StringId, dat);
}
}
}
catch (Exception e)
{
ErrorHandler.HandleException(e, "Spawn Data Parsing of " + filePath);
}
}
public CSPartyData(SpawnData spawnData, Settlement latestClosestSettlement)
{
this.spawnBaseData = spawnData;
this.latestClosestSettlement = latestClosestSettlement;
}
