//nvm can't help myself
// IT WORKS!
// right, except due to annoying float problems it still ends up slightly off.
// I think I'll need to move everything to decimal or even just ints with larger ranges
private float adjustNeed(NeedNames need, bool worsening)
{
if (worsening)
{
if (needsCollections[need][NeedTraits.OptimumValue] > needsCollections[need][NeedTraits.WorstValue]) // if worsening is downwards
{
if (needStates[need] > needsCollections[need][NeedTraits.WorstValue])
{
return(needsCollections[need][NeedTraits.DecayRate] * -1.0f); // Provide a negative number to worsen down.
}
else
{
return(0.0f);
}
}
else // if worsening is upwards
{
if (needStates[need] < needsCollections[need][NeedTraits.WorstValue])
{
return(needsCollections[need][NeedTraits.DecayRate]);
}
else
{
return(0.0f);
}
}
}
else
{
if (needsCollections[need][NeedTraits.OptimumValue] < needsCollections[need][NeedTraits.WorstValue]) // if improving is downwards
{
if (needStates[need] > needsCollections[need][NeedTraits.OptimumValue])
{
return(needsCollections[need][NeedTraits.DecayRate] * -1.0f); // Provide a negative number to improve down to.
}
else
{
return(0.0f);
}
}
else // if improving is upwards
{
if (needStates[need] < needsCollections[need][NeedTraits.OptimumValue])
{
return(needsCollections[need][NeedTraits.DecayRate]); // Provide a negative number to worsen down.
}
else
{
return(0.0f);
}
}
}
}
// I should have another method or fix/extend the one below to from a given need, find out which is the most relevent job.
// There might be wisdom in changing this from void to a return type of state or task, to help keep track of things though unsure of how to do so currently.
private void ChooseTask(bool isInTaskCurrently = false) // I changed the name because the pawn might remain in a given task/state upon evaluation
{
var chosenNeed = EvaluateNeeds(needStates, isInTaskCurrently);
//Ideally I should use some sort of match function here but I'm too lazt atm
if (chosenNeed == NeedNames.Rest)
{
GD.Print("choose rest");
currentTargetNeed = NeedNames.Rest;
var taskResult = Rest();
}
else
{
GD.Print("choose walk");
currentTargetNeed = NeedNames.Boredom;
var taskResult = Wander();
Task task = DelayedReadyWorkAround("blah");
}
}
