string TextSummary()
{
if (mAgent.WasDestroyed || !AgentAssigned)
{
TargetAgent = null;
return("Lost");
}
sb.Clear();
sb
.Append("Name: ")
.Append(mAgent.AgentLocalName)
.AppendLine(((mAgent.Alive) ? "" : " (Deceased)"));
sb
.Append("Map: ")
.AppendLine(mAgent.CurrentMap.gameObject.name);
sb
.AppendFormat("Mass: {0} / {1} | MassPerTile: {2}\n", mAgent.Mass, mAgent.MaxMass, mAgent.MassPerTile);
//Will convert the rest of this to use stringbuilder later, as it annoys me - Zoru.
string returnText = sb.ToString();
if (mAgent.HasMetabolism && mAgent.Alive)
{
returnText += $"Energy: {mAgent.Metabolism.EnergyBudget}\n";
}
if (!mAgent.IsMindNull && mAgent.Alive)
{
UrbThinker Thinker = mAgent.Mind;
string Thoughts = "Thoughts- \n";
Thoughts += (Thinker.SafetyUrge > 0) ? "\tSafety Desire: " + Thinker.SafetyUrge + "\n" : "";
Thoughts += (Thinker.BreedUrge > 0) ? "\tBreed Desire: " + Thinker.BreedUrge + "\n" : "";
Thoughts += (Thinker.HungerUrge > 0) ? "\tHunger Desire: " + Thinker.HungerUrge + "\n" : "";
Thoughts += (Thinker.RestUrge > 0) ? "\tRest Desire: " + Thinker.RestUrge + "\n" : "";
returnText += Thoughts;
}
if (mAgent.HasBody)
{
UrbBody Body = mAgent.mBody;
string BodyAnatomy = "Body- \n";
if (Body.HasComposition)
{
UrbSubstance[] Ingredients = Body.BodyComposition.GetCompositionIngredients();
for (int b = 0; b < Ingredients.Length; b++)
{
BodyAnatomy += "\t" + Ingredients[b].Substance.ToString() + ":" + Ingredients[b].SubstanceAmount + "\n";
}
returnText += BodyAnatomy;
}
}
if (mAgent.IsSmelly)
{
UrbSmellSource smellSource = mAgent.SmellSource;
returnText += "EmittingSmells- \n";
returnText += $"\t SmellStrength: {smellSource.SmellStrength} \n";
returnText += $"\t Smells: [";
for (int i = 0; i < smellSource.SmellTag.Length; i++)
{
var scentTag = smellSource.SmellTag[i];
returnText += $"{scentTag.ToString()}";
if (i + 1 < smellSource.SmellTag.Length)
{
returnText += ", ";
}
else
{
returnText += " ]\n";
}
}
}
if (mAgent.IsBreeder)
{
UrbBreeder Breeder = mAgent.Breeder;
returnText += "Breeder- ";
if (Breeder.Gestating)
{
returnText += $"\tPregnant: {Breeder.Gestating} - Cannot Breed\n";
}
else
{
returnText += $"\tCanBreed: {Breeder.CanBreed} - Not Gestating\n";
}
if (Breeder.Gestating || Breeder.CanBreed)
{
returnText += $"\t{Breeder.BreedReason()}\n";
}
}
if (mAgent.IsEater)
{
UrbEater Eater = mAgent.Eater;
string FavoriteFood = "Diet- \n";
for (int f = 0; f < Eater.FoodSubstances.Length; f++)
{
FavoriteFood += "\t" + Eater.FoodSubstances[f].ToString() + "\n";
}
if (Eater.Stomach != null)
{
UrbSubstance[] Ingredients = Eater.Stomach.GetCompositionIngredients();
string StomachContents = "Stomach Contents- \n";
for (int b = 0; b < Ingredients.Length; b++)
{
if (Ingredients[b].SubstanceAmount > 0)
{
StomachContents += "\t" + Ingredients[b].Substance.ToString() + ":" + Ingredients[b].SubstanceAmount + "\n";
}
}
returnText += FavoriteFood + StomachContents;
}
}
return(returnText);
}
public override void ExecuteTileBehaviour()
{
executeTileBehaviour.Begin();
if (IsPaused || !mAgent.Alive)
{
_breedReason = "Game paused or agent is dead";
executeTileBehaviour.End();
return;
}
if (MateRequirement == 0 && CanBreed)
{
_breedReason = "MateRequirement is 0 and can breed";
Gestating = true;
executeTileBehaviour.End();
base.ExecuteTileBehaviour();
return;
}
int MateCount = 0;
for (int i = 0; i < RegisteredTiles.Length; i++)
{
if (RegisteredTiles[i] == null)
{
continue;
}
if (RegisteredTiles[i].Occupants == null)
{
continue;
}
for (int o = 0; o < RegisteredTiles[i].Occupants.Count; o++)
{
UrbAgent occupant = RegisteredTiles[i].Occupants[o];
if (occupant.WasDestroyed)
{
continue;
}
if (!occupant.IsBreeder || occupant.WasDestroyed || occupant == mAgent)
{
continue;
}
UrbBreeder PossibleMate = occupant.Breeder;
if (PossibleMate.BreedType != BreedType)
{
continue;
}
float Result = LoveAction.Execute(mAgent, PossibleMate.mAgent, 0);
if (Result <= 0)
{
continue;
}
mAgent.Express(UrbDisplayFace.Expression.Joy);
Result = LoveAction.Execute(PossibleMate.mAgent, mAgent, 0);
if (Result <= 0)
{
continue;
}
PossibleMate.mAgent.Express(UrbDisplayFace.Expression.Joy);
if (++MateCount >= MateRequirement)
{
Gestating = true;
break;
}
}
}
executeTileBehaviour.End();
base.ExecuteTileBehaviour();
}
