void SortApplicationsBasedOnStats(Job job)
{
//arrange based on total stats
bool more = false;
do
{
more = false;
//loop through all applications
for (int a = 0; a < job.applications.Count - 1; a++)
{
//store stats
Stats currentStats = job.applications [a].stats;
Stats nextStats = job.applications [a + 1].stats;
//calculate total score
float currentStatsTotal = currentStats.dexterity + currentStats.intelligence + currentStats.strength;
float nextStatsTotal = nextStats.dexterity + nextStats.intelligence + nextStats.strength;
//test scores
if (currentStatsTotal < nextStatsTotal)
{
HumanLife temp = job.applications [a + 1];
job.applications [a + 1] = job.applications [a];
job.applications [a] = temp;
more = true;
}
}
} while (more);
}
public PurchaseOptions(int _index = 0, bool _delivery = false, bool _online = false, HumanLife _buyer = null)
{
index = _index;
online = _online;
delivery = _delivery;
buyer = _buyer;
}
//function to add worker to list
public virtual void AddWorker(HumanLife worker)
{
//setup worker data
workers.Add(ScriptableObject.CreateInstance <JobData>());
worker.stats.jobData = workers [workers.Count - 1];
workers [workers.Count - 1].worker = worker;
}
//function that handles what happens when workers work
public override bool Work(HumanLife student)
{
//increase each statGrowth by delta time and levelup if above 100
student.stats.intellegenceGrowth += Time.deltaTime * time.timeMult;
if (student.stats.intellegenceGrowth > 100)
{
student.stats.intellegenceGrowth = 0;
student.stats.intelligence++;
}
student.stats.strengthGrowth += Time.deltaTime * time.timeMult;
if (student.stats.strengthGrowth > 100)
{
student.stats.strengthGrowth = 0;
student.stats.strength++;
}
student.stats.dexterityGrowth += Time.deltaTime * time.timeMult;
if (student.stats.dexterityGrowth > 100)
{
student.stats.dexterityGrowth = 0;
student.stats.dexterity++;
}
return(true);
}
//function to add worker to list
public override void AddWorker(HumanLife worker)
{
//setup delivery data for worker
workers.Add(ScriptableObject.CreateInstance <DeliveryDetails>());
worker.stats.jobData = workers [workers.Count - 1];
workers [workers.Count - 1].worker = worker;
}
protected override bool Compare(Product one, HumanLife person)
{
switch (one.type)
{
case itemTypes.houses:
return(((HousingProduct)one).data.rooms.Count >= person.stats.accomodation.requiredRooms);
}
return(false);
}
public void Reproduce(HumanLife mate1, HumanLife mate2)
{
//create new child
GameObject temp = GameObject.Instantiate(baseObject, mate1.transform.position, mate1.transform.rotation);
HumanLife child = temp.GetComponent <HumanLife> ();
//reset desire to have kids
mate1.stats.wantKids = false;
mate2.stats.wantKids = false;
//setup accomodation data
mate1.stats.accomodation.occupants.Add(child);
mate2.stats.accomodation.occupants.Add(child);
child.stats.accomodation.occupants.Add(child);
child.stats.accomodation.occupants.Add(mate1);
child.stats.accomodation.occupants.Add(mate2);
child.stats.accomodation.requiredRooms = mate1.stats.accomodation.requiredRooms;
//setup relationship data
mate1.stats.relationship.Add(new Relation(child, 2));
mate2.stats.relationship.Add(new Relation(child, 2));
child.stats.relationship.Add(new Relation(mate1, 1));
child.stats.relationship.Add(new Relation(mate2, 1));
//calculate intellegence
if (Random.Range(0, 100) <= chanceOfMutation)
{
child.stats.intelligence = Random.Range(0, (mate1.stats.intelligence + mate2.stats.intelligence) / 2);
}
else
{
child.stats.intelligence = (mate1.stats.intelligence + mate2.stats.intelligence) / 2;
}
//calculate strength
if (Random.Range(0, 100) <= chanceOfMutation)
{
child.stats.strength = Random.Range(0, (mate1.stats.strength + mate2.stats.strength) / 2);
}
else
{
child.stats.strength = (mate1.stats.strength + mate2.stats.strength) / 2;
}
//calculate dexterity
if (Random.Range(0, 100) <= chanceOfMutation)
{
child.stats.dexterity = Random.Range(0, (mate1.stats.dexterity + mate2.stats.dexterity) / 2);
}
else
{
child.stats.dexterity = (mate1.stats.dexterity + mate2.stats.dexterity) / 2;
}
}
//function to remove applicant from list
public void RemoveApplication(HumanLife person)
{
//loop until applicant is found then remove it
for (int a = 0; a < applications.Count; a++)
{
if (applications [a] == person)
{
applications.RemoveAt(a);
return;
}
}
}
//function to check if products effects are below persons needs
protected override bool Compare(Product one, HumanLife person)
{
switch (((ItemProduct)one).data.itemType)
{
case itemTypes.food:
return(((ItemProduct)one).data.effect < (person.maxFood - person.food));
case itemTypes.energy:
return(((ItemProduct)one).data.effect < (person.maxEnergy - person.energy));
case itemTypes.happiness:
return(((ItemProduct)one).data.effect < (person.maxHappiness - person.happiness));
}
return(false);
}
// Update is called once per frame
void Update()
{
//test if left click is being activated
if (Input.GetMouseButton(0))
{
//raycast from mouse pointer to world space
RaycastHit hit;
if (Physics.Raycast(GetComponent <Camera> ().ScreenPointToRay(Input.mousePosition), out hit))
{
//reset variables
currentActor = null;
bus = null;
housing = null;
//grab any connected script
bus = hit.collider.GetComponent <Business> ();
housing = hit.collider.GetComponent <Housing> ();
currentActor = hit.collider.GetComponent <HumanLife> ();
//if house exists ignore business script
if (housing != null)
{
bus = null;
}
//check if object has a script
if (bus != null || housing != null || currentActor != null)
{
//check if object has changed
if (bus != lastBusiness || housing != lastHousing || currentActor != lastActor)
{
offset = 0;
offset2 = 0;
currentJob = null;
currentHome = null;
}
}
}
//update last selected object
lastBusiness = bus;
lastHousing = housing;
lastActor = currentActor;
}
}
//test if the person can afford the product
protected override bool CompareCost(Product one, HumanLife person)
{
float allCash = 0;
float allCashMonth = 0;
//add up all buyers income per month
for (int a = 0; a < person.stats.accomodation.occupants.Count; a++)
{
allCashMonth += person.stats.accomodation.occupants [a].incomePerMonth;
allCash += person.stats.accomodation.occupants [a].cash;
}
//half the potential cost so the buyers can afford other items
allCashMonth /= 2;
allCash /= 2;
return(one.cost <= allCashMonth && ((HousingProduct)one).data.initialCost <= allCash);
}
//function to check distance to a business
public static bool checkDistanceBusiness(HumanLife actor, NavMeshAgent agent, Business business, Vector3 destination, float distance)
{
//check if distance to destination is larger than distance
if (Vector3.Distance(agent.transform.position, destination) > distance)
{
//check if the business is not online or the actor doesn't have internet
if (!(business.online && actor.accessToInternet))
{
//enable the navmesh agent
agent.enabled = true;
//sets the navmesh agent's destination
agent.SetDestination(destination);
return(false);
}
}
//if actor is within range disable navmesh agent
agent.enabled = false;
return(true);
}
//function to remove worker from list
public void RemoveWorker(HumanLife worker, bool addToRequiredWorkers)
{
//loop until worker is found then remove it
for (int a = 0; a < workers.Count; a++)
{
if (workers [a].worker == worker)
{
workers [a].worker.stats.job = null;
workers [a].worker.stats.jobData = null;
workers.RemoveAt(a);
break;
}
}
//add to required workers if needed
if (addToRequiredWorkers)
{
requiredWorkers++;
jobSearchTime = jobSearchResetTime;
}
}
//virtual function for workers to work
public virtual bool Work(HumanLife worker)
{
return(true);
}
public ShopTest(itemTypes type = 0, string name = "", HumanLife life = null)
{
productType = type;
productName = name;
person = life;
}
public Relation(HumanLife _other, int type)
{
other = _other;
relationType = type;
}
public DeliveryDetails(HumanLife actor) : base(actor)
{
}
//function that handles what happens when workers work
public override bool Work(HumanLife worker)
{
//cast workers stats to delivery info
DeliveryDetails workerStats = (DeliveryDetails)worker.stats.jobData;
//check if worker has a current delivery
if (workerStats.deliveryToBeMade)
{
//check if worker has delivery items
if (workerStats.deliveryItems.Count != 0)
{
//check if worker is able to move
if (workerStats.startDeliveryTime <= 0)
{
//check if recipient still exists
if (workerStats.recipient)
{
//travel to recipent
if (Functions.checkDistance(worker.agent, workerStats.destination, worker.minDist))
{
//add all delivery items to recipient
foreach (Item item in workerStats.deliveryItems)
{
workerStats.recipient.inventory.Add(item);
}
//reset delivery details
workerStats.deliveryItems.Clear();
workerStats.recipient.waitingForDelivery--;
workerStats.recipient = null;
}
}
else
{
//clear current delivery data
workerStats.deliveryItems.Clear();
workerStats.recipient = null;
}
}
else
{
workerStats.startDeliveryTime -= Time.deltaTime;
}
}
else
{
//travel to business location
if (Functions.checkDistance(worker.agent, worker.stats.company.buildingPosition.transform.position, worker.minDist))
{
//reset delivery data when worker back at work
workerStats.deliveryToBeMade = false;
workerStats.ignoreDistance = false;
}
}
}
else
{
//check if delivery jobs are available
if (deliveryJobs.Count > 0)
{
//check if first delivery job has a recipient
if (deliveryJobs [0].recipient)
{
//setup delivery information
workerStats.deliveryItems = deliveryJobs [0].items;
workerStats.recipient = deliveryJobs [0].recipient;
workerStats.destination = deliveryJobs [0].recipient.transform.position;
workerStats.deliveryToBeMade = true;
workerStats.ignoreDistance = true;
workerStats.startDeliveryTime = 0;
}
deliveryJobs.RemoveAt(0);
}
}
return(true);
}
public virtual bool CompareProduct(Product one, HumanLife person)
{
return(Compare(one, person));
}
//function that handles what happens when workers work
public override bool Work(HumanLife worker)
{
//add value above to business cash
GetComponent <Business>().cash += 1 * Time.deltaTime;
return(true);
}
protected abstract bool Compare(Product one, HumanLife person);
protected override bool CompareCost(Product one, HumanLife person)
{
return(false);
}
//test if the person can afford the product
protected override bool CompareCost(Product one, HumanLife person)
{
return(((ItemProduct)one).cost <= person.cash);
}
public JobData(HumanLife actor)
{
worker = actor;
}
