public void AssertCorrectPeakIsTaggedAsFalsePositive()
{
var sA = new Bed <Peak>();
var r11 = new Peak(left: 10, right: 20, value: 1e-6);
sA.Add(r11, _chr, _strand);
sA.Add(new Peak(left: 100, right: 200, value: 1e-8), _chr, _strand);
sA.Add(new Peak(left: 1000, right: 2000, value: 1e-10), _chr, _strand);
sA.Add(new Peak(left: 10000, right: 20000, value: 1e-12), _chr, _strand);
var sB = new Bed <Peak>();
sB.Add(new Peak(left: 5, right: 12, value: 1e-7), _chr, _strand);
sB.Add(new Peak(left: 50, right: 120, value: 1e-9), _chr, _strand);
sB.Add(new Peak(left: 500, right: 1200, value: 1e-11), _chr, _strand);
sB.Add(new Peak(left: 5000, right: 12000, value: 1e-13), _chr, _strand);
var mspc = new Mspc();
mspc.AddSample(0, sA);
mspc.AddSample(1, sB);
var config = new Config(ReplicateType.Biological, 1e-4, 1e-6, 1e-6, 2, 5e-10F, MultipleIntersections.UseLowestPValue);
// Act
var res = mspc.Run(config);
// Assert
Assert.True(res[0].Chromosomes[_chr].Get(Attributes.FalsePositive).First().Source.Equals(r11));
}
public void AssignFalsePositive()
{
var sA = new Bed <Peak>();
sA.Add(new Peak(left: 10, right: 20, value: 1e-6), _chr, _strand);
sA.Add(new Peak(left: 100, right: 200, value: 1e-8), _chr, _strand);
sA.Add(new Peak(left: 1000, right: 2000, value: 1e-10), _chr, _strand);
sA.Add(new Peak(left: 10000, right: 20000, value: 1e-12), _chr, _strand);
var sB = new Bed <Peak>();
sB.Add(new Peak(left: 5, right: 12, value: 1e-7), _chr, _strand);
sB.Add(new Peak(left: 50, right: 120, value: 1e-9), _chr, _strand);
sB.Add(new Peak(left: 500, right: 1200, value: 1e-11), _chr, _strand);
sB.Add(new Peak(left: 5000, right: 12000, value: 1e-13), _chr, _strand);
var mspc = new Mspc();
mspc.AddSample(0, sA);
mspc.AddSample(1, sB);
var config = new Config(ReplicateType.Biological, 1e-4, 1e-6, 1e-6, 2, 5e-10F, MultipleIntersections.UseLowestPValue);
// Act
var res = mspc.Run(config);
// Assert
foreach (var sample in res)
{
Assert.True(sample.Value.Chromosomes[_chr].Count(Attributes.FalsePositive) == 2);
}
}
public static void Query(Player __instance)
{
worldSpawnSetted = worldSpawn;
var stoneCircle = new List <Vector3>();
var lastHomePoint = worldSpawn;
if (__instance.m_firstSpawn)
{
foreach (KeyValuePair <Vector2i, ZoneSystem.LocationInstance> keyValuePair in ZoneSystem.instance.m_locationInstances)
{
if (keyValuePair.Value.m_location.m_prefabName.ToLower().Contains("stonecircle"))
{
stoneCircle.Add(keyValuePair.Value.m_position);
}
}
System.Random random = new System.Random();
int index = random.Next(stoneCircle.Count);
__instance.transform.position = stoneCircle[index];
profile.SetHomePoint(stoneCircle[index]);
}
Vector3 customSpawnpoint = Game.instance.m_playerProfile.GetCustomSpawnPoint();
Bed haveBed = verifyBedNearby(customSpawnpoint, 5f);
if (haveBed == null && dead == true)
{
__instance.transform.position = worldSpawnSetted;
dead = false;
}
}
bool TryFindOffer()
{
Bed target = null;
for (int i = 0; i < beds.Count; i++)
{
if (beds[i].GetComponent <Bed>().RequestBed((Vector2)newUnit.transform.position))
{
target = beds[i].GetComponent <Bed>();
break;
}
}
if (target != null)
{
target.Initialize(newUnit);
newUnit.GetComponent <Pet>().OfferBed(target);
newUnit.transform.position = target.RequestPos();
return(true);
}
else
{
Destroy(newUnit);
return(false);
}
}
public void TestGetBed_ListOfBed()
{
//Arrange
int id = 1;
var bed = new Bed()
{
Id = id, Name = "bed1", IsActive = true, IsDeleted = false
};
var baseResult = new BaseResult <List <Bed> >()
{
Result = new List <Bed>()
{
bed
}
};
var pred = new Func <Bed, bool>(x => x.IsActive && !x.IsDeleted);
iBedLibrary.Setup(a => a.GetListByPredicate(It.Is <Func <Bed, bool> >(x => x.GetType() == pred.GetType()))).Returns(Task.FromResult(baseResult));
//Act
var bedList = roomRepository.GetBed();
//Assert
Assert.IsTrue(bedList != null);
Assert.IsTrue(bedList.Result is BaseResult <List <Bed> >);
Assert.IsTrue(bedList.Result.Result.Exists(x => x.Id == id));
}
public DataTable ShowBedInfoByDName(Bed bed)
{
Sqlhelper sqlhelper = new Sqlhelper();
DataTable datatable = sqlhelper.Exesql("SELECT * from Bed Where DName ='" + bed.DName + "'");
return(datatable);
}
public void ComputeAdjustedPValue()
{
var sA = new Bed <Peak>();
sA.Add(new Peak(left: 10, right: 20, value: 0.01), _chr, _strand);
sA.Add(new Peak(left: 100, right: 200, value: 0.001), _chr, _strand);
var sB = new Bed <Peak>();
sB.Add(new Peak(left: 5, right: 12, value: 0.01), _chr, _strand);
sB.Add(new Peak(left: 50, right: 120, value: 0.001), _chr, _strand);
var mspc = new Mspc();
mspc.AddSample(0, sA);
mspc.AddSample(1, sB);
var config = new Config(ReplicateType.Biological, 1e-1, 1e-2, 1e-2, 2, 0.05F, MultipleIntersections.UseLowestPValue);
// Act
var res = mspc.Run(config);
// Assert
Assert.True(res[0].Chromosomes[_chr].Get(Attributes.TruePositive).First().AdjPValue == 0.01);
Assert.True(res[0].Chromosomes[_chr].Get(Attributes.TruePositive).Last().AdjPValue == 0.002);
}
public void SingleNonOverlappingPeak(int c, int expected)
{
// Arrange
var sA = new Bed <Peak>();
sA.Add(new Peak(left: 10, right: 20, value: 0.01), "chr1", '*');
var sB = new Bed <Peak>();
sB.Add(new Peak(left: 30, right: 40, value: 0.01), "chr1", '*');
var mspc = new Mspc();
mspc.AddSample(0, sA);
mspc.AddSample(1, sB);
var config = new Config(ReplicateType.Biological, 1, 1, 1, c, 1F, MultipleIntersections.UseLowestPValue);
// Act
var res = mspc.Run(config);
// Assert
Assert.True(new[]
{
res[0].Chromosomes["chr1"].Get(Attributes.Confirmed).Count(),
res[1].Chromosomes["chr1"].Get(Attributes.Confirmed).Count()
}.All(x => x == expected));
}
public void OnlyOnePeakPerSampleIsConsideredForC()
{
// Arrange
var sA = new Bed <Peak>();
sA.Add(new Peak(left: 10, right: 20, value: 0.01), "chr1", '*');
var sB = new Bed <Peak>();
sB.Add(new Peak(left: 5, right: 12, value: 0.01), "chr1", '*');
sB.Add(new Peak(left: 14, right: 22, value: 0.01), "chr1", '*');
var sC = new Bed <Peak>();
sC.Add(new Peak(left: 24, right: 25, value: 0.01), "chr1", '*');
var mspc = new Mspc();
mspc.AddSample(0, sA);
mspc.AddSample(1, sB);
mspc.AddSample(2, sC);
var config = new Config(ReplicateType.Biological, 1, 1, 1, 3, 1F, MultipleIntersections.UseLowestPValue);
// Act
var res = mspc.Run(config);
// Assert
Assert.False(res[0].Chromosomes["chr1"].Get(Attributes.Confirmed).Any());
}
static void Main()
{
Console.WriteLine("Welcome to Furniture Shop");
Chair chair1 = new Chair();
Chair chair2 = new Chair();
Bed bed1 = new Bed();
Console.WriteLine("{0}\tprice{1}\tid={2}", chair2, chair2.price, chair2.GetHashCode());
Console.WriteLine("{0}\tprice{1}\tid={2}", chair1, chair1.price, chair1.GetHashCode());
Console.WriteLine("{0}\tprice{1}\tid={2}", bed1, bed1.price, bed1.GetHashCode());
LinkedList list = new LinkedList();
Set set = new Set();
list.Add(20);
list.Add(30);
set.Add(20);
set.Add(30);
DTable table1 = new DTable(); //which table?
table1.Add(2, 3, 4);
Table table2 = new Table();
Console.WriteLine(table2.price);
Search search = new Search();
Console.WriteLine(search);
}
private Mspc <Peak> InitializeMSPC()
{
var sA = new Bed <Peak>();
sA.Add(r11, "chr1", '*');
sA.Add(r12, "chr1", '*');
var sB = new Bed <Peak>();
sB.Add(r21, "chr1", '*');
sB.Add(r22, "chr1", '*');
sB.Add(r23, "chr1", '*');
var sC = new Bed <Peak>();
sC.Add(r31, "chr1", '*');
sC.Add(r32, "chr1", '*');
sC.Add(r33, "chr1", '*');
var mspc = new Mspc();
mspc.AddSample(0, sA);
mspc.AddSample(1, sB);
mspc.AddSample(2, sC);
return(mspc);
}
public void T1()
{
// Arrange
var sA = new Bed <Peak>();
var r11 = new Peak(left: 10, right: 20, value: 1e-4, name: "r11");
sA.Add(r11, _chr, _strand);
var sB = new Bed <Peak>();
sB.Add(new Peak(left: 5, right: 12, value: 1e-4, name: "r21"), _chr, _strand);
sB.Add(new Peak(left: 18, right: 25, value: 1e-4, name: "r22"), _chr, _strand);
var mspc = new Mspc();
mspc.AddSample(0, sA);
mspc.AddSample(1, sB);
var config = new Config(ReplicateType.Biological, 1e-3, 1e-8, 1e-8, 2, 1F, MultipleIntersections.UseLowestPValue);
// Act
var res = mspc.Run(config);
// Assert
Assert.True(res[0].Chromosomes[_chr].Get(Attributes.Discarded).Count() == 1);
Assert.False(res[0].Chromosomes[_chr].Get(Attributes.Confirmed).Any());
Assert.True(res[0].Chromosomes[_chr].Get(Attributes.Discarded).ToList()[0].Source.CompareTo(r11) == 0);
}
public override string ToString()
{
string returnval = "Currently:\n";
if (Bed != null)
{
returnval += "The Bed Temperature:\n" + Bed.ToString();
}
if (Tools != null)
{
foreach (OctoprintTemperature Tool in Tools)
{
returnval += "The Printhead tool:\n" + Tool.ToString();
}
}
if (History != null)
{
returnval += "Past Temperature:\n";
foreach (OctoprintHistoricTemperatureState State in History)
{
returnval += State.ToString();
}
}
return(returnval);
}
[InlineData(1e-6)] // Background should not be counted
public void StepNotMoreThanStepCount(double tauW)
{
// Arrange
var s1 = new Bed <Peak>();
s1.Add(new Peak(10, 20, 1E-4), _chr, _strand);
s1.Add(new Peak(30, 40, 1E-5), _chr, _strand);
s1.Add(new Peak(50, 60, 1E-6), _chr, _strand);
s1.Add(new Peak(70, 80, 1E-7), _chr, _strand);
s1.Add(new Peak(90, 99, 1E-8), _chr, _strand);
var s2 = new Bed <Peak>();
s2.Add(new Peak(11, 18, 1E-4), _chr, _strand);
s2.Add(new Peak(33, 38, 1E-5), _chr, _strand);
s2.Add(new Peak(55, 58, 1E-6), _chr, _strand);
var mspc = new Mspc();
mspc.AddSample(0, s1);
mspc.AddSample(1, s2);
var messages = new List <ProgressReport>();
mspc.StatusChanged += (object sender, ValueEventArgs e) => messages.Add(e.Value);
// Act
mspc.RunAsync(new Config(ReplicateType.Biological, tauW, tauW, tauW, 2, 0.05F, MultipleIntersections.UseLowestPValue));
mspc.Done.WaitOne();
// Assert
Assert.DoesNotContain(messages, x => x.Step > x.StepCount);
}
void Awake()
{
letters = "ABCDEFGHIJKLMNOPQRSTUVWXYZ ,.!?'".ToLower().ToCharArray();
bed = GameObject.FindGameObjectWithTag("Bed").GetComponent <Bed>();
ButtonCall(true);
DoWave(waveNo);
}
// Validate Bed Id exists in Database
protected void BedIdValidate(object sender, ServerValidateEventArgs e)
{
try
{
int id;
// Try parse input to int
if (int.TryParse(e.Value, out id))
{
// Get bed from database with provided id
// using stored procedure
Bed bed = BedUtility.GetBed(id);
// Valid if found
if (bed != null)
{
e.IsValid = true;
return;
}
}
// Throw exception if no valid bed found
// or input not parsable to int
throw new Exception();
}
// Invalid if any exception caught
catch (Exception)
{
e.IsValid = false;
}
}
// EA is genius... fix for genius coding in Bed.RelinquishOwnershipOfBed
public static void HandleDoubleBed(Sim newOwner, Bed bed, BedData entryPart)
{
if (newOwner != null && bed != null && entryPart != null)
{
// from BedMultiPart:ClaimOwnership
bool flag = (newOwner.Service != null) && (newOwner.Service.ServiceType == ServiceType.Butler);
if (flag || ((newOwner.Household != null) && ((newOwner.Household.LotHome == bed.LotCurrent) || bed.IsTent)))
{
bed.RelinquishOwnershipOfBeds(newOwner, false);
entryPart.Owner = newOwner;
if (!flag)
{
newOwner.Household.HouseholdSimsChanged += new Household.HouseholdSimsChangedCallback(bed.HouseholdSimsChanged);
}
if (flag)
{
BedData otherPart = bed.PartComponent.GetOtherPart(entryPart) as BedData;
if ((otherPart != null) && (otherPart.Owner == null))
{
otherPart.Owner = newOwner;
}
}
newOwner.Bed = bed;
}
}
}
public Boolean ShowBedInfo(Bed bed)
{
Sqlhelper sqlhelper = new Sqlhelper();
DataTable datatable = new DataTable();
datatable = sqlhelper.Exesql("SELECT * from BEd WHERE BID = '" + bed.BID + "' ");
if (datatable.Rows.Count > 0)
{
bed.BID = datatable.Rows[0]["BID"].ToString();
bed.State = datatable.Rows[0]["State"].ToString();
bed.DName = datatable.Rows[0]["DName"].ToString();
/*if (datatable.Rows[0]["PatientID"] == null)
* {
* bed.PatientID = 0;
* }
* else {
* bed.PatientID = int.Parse(datatable.Rows[0]["PatientID"].ToString());
* }
* bed.TurningOut = datatable.Rows[0]["TurningOut"].ToString();
*/
return(true);
}
else
{
return(false);
}
}
public void DoNotCountOverlapsFromSameSample()
{
// Arrange
var sA = new Bed <Peak>();
sA.Add(new Peak(left: 10, right: 20, value: 0.01, hashSeed: "0"), "chr1", '*');
sA.Add(new Peak(left: 10, right: 20, value: 0.01, hashSeed: "1"), "chr1", '*');
sA.Add(new Peak(left: 10, right: 20, value: 0.01, hashSeed: "2"), "chr1", '*');
sA.Add(new Peak(left: 10, right: 20, value: 0.01, hashSeed: "3"), "chr1", '*');
var sB = new Bed <Peak>();
sB.Add(new Peak(left: 5, right: 12, value: 0.01), "chr1", '*');
var sC = new Bed <Peak>();
sC.Add(new Peak(left: 18, right: 25, value: 0.01), "chr1", '*');
var mspc = new Mspc();
mspc.AddSample(0, sA);
mspc.AddSample(1, sB);
mspc.AddSample(2, sC);
var config = new Config(ReplicateType.Biological, 1, 1, 1, 5, 1F, MultipleIntersections.UseLowestPValue);
// Act
var res = mspc.Run(config);
// Assert
Assert.True(res[0].Chromosomes["chr1"].Count(Attributes.Confirmed) == 0);
}
protected override Room DoPostPutDto(Client currentClient, RoomDTO dto, Room entity, string path, object param)
{
if (entity == null)
{
entity = new Room();
}
else
{
if (dto.RefHide == null)
{
dto.RefHide = entity.RefHide;
}
if (dto.Color == null)
{
dto.Color = entity.Color;
}
}
GetMapper.Map <RoomDTO, Room>(dto, entity);
if (dto.BillItemCategory != null)
{
entity.BillItemCategory = BillItemCategoryService.PreProcessDTOPostPut(validationDictionnary, dto.HomeId, dto.BillItemCategory, currentClient, path);
}
if (dto.RoomCategory != null)
{
entity.RoomCategory = RoomCategoryService.PreProcessDTOPostPut(validationDictionnary, dto.HomeId, dto.RoomCategory, currentClient, path);
}
if (dto.Beds != null)
{
BedRepository.DeleteRange(entity.Beds.Where(d => !dto.Beds.Any(x => x.Id == d.Id)));
dto.Beds.ForEach(bed =>
{
if (entity.Beds.Count != 0 && bed.Id != 0 &&
entity.Beds.Find(p => p.Id == bed.Id) != null)
{
return;
}
Bed toAdd = BedService.PreProcessDTOPostPut(validationDictionnary, dto.HomeId, bed, currentClient, path);
if (toAdd != null)
{
entity.Beds.Add(toAdd);
}
});
}
if (dto.Documents != null)
{
DocumentRepository.DeleteRange(entity.Documents.Where(d => !dto.Documents.Any(x => x.Id == d.Id)));
dto.Documents.ForEach(document =>
{
Document toAdd = DocumentService.PreProcessDTOPostPut(validationDictionnary, dto.HomeId, document, currentClient, path);
if (toAdd != null)
{
entity.Documents.Add(toAdd);
}
});
}
return(entity);
}
public void Init(Bed bed, Need Need)
{
Bed = bed;
NPC owner = gameObject.GetComponent <NPC>();
owner.SetDestination(bed.GetLocation());
this.Need = Need;
}
protected override void OnBedReached(Bed bed)
{
Debug.Log("LIE DOWN!");
// lie down in the f*****g bed
transform.rotation = bed.GetLieRotation();
transform.position = bed.GetLiePosition();
isInBed = true;
}
public void WheelBedOut(Bed b, GameObject go)
{
float time = 0.5f + ((float)(5 - b.berth.column) * 0.35f);
go.transform.DOMove(new Vector3(18f, go.transform.position.y, 0f), time)
.SetEase(Ease.Linear)
.OnComplete(() => RecycleBed(b, go));
}
public ActionResult DeleteConfirmed(int id)
{
Bed bed = db.Bed.Find(id);
db.Bed.Remove(bed);
db.SaveChanges();
return(RedirectToAction("Index"));
}
static void Main(string[] args)
{
Bed bed = RoomObject.RoomName("Bed");
Console.WriteLine(bed.name);
//outline:Bed
Console.Read();
}
protected void RemoveFromSurgery()
{
if (currentBed != null)
{
currentBed.RemovePerson(this);
currentBed = null;
}
}
public Room()
{
Beds = new Bed[3];
for (int b = 0; b < Beds.Length; b++)
{
Beds[b] = new Bed();
}
}
public void PutBed(Bed bed)
{
var unitofwork = _repositoryHelper.GetUnitOfWork();
var repo = _repositoryHelper.GetRepository <IBedRepository>(unitofwork);
repo.Update(bed);
unitofwork.SaveChangesAsync();
}
public RoomTypePrivateRoomData()
{
Id = RoomId;
Name = STRINGS.ROOMS.TYPES.PRIVATEROOM.NAME;
Tooltip = STRINGS.ROOMS.TYPES.PRIVATEROOM.TOOLTIP;
Effect = STRINGS.ROOMS.TYPES.PRIVATEROOM.EFFECT;
Catergory = Db.Get().RoomTypeCategories.Sleep;
ConstraintPrimary = new RoomConstraints.Constraint((Func <KPrefabID, bool>)(bc => bc.HasTag(RoomConstraints.ConstraintTags.Bed) ||
bc.HasTag(RoomConstraints.ConstraintTags.LuxuryBed)),
(Func <Room, bool>)null,
name: STRINGS.ROOMS.CRITERIA.ANYBED.NAME,
description: STRINGS.ROOMS.CRITERIA.ANYBED.DESCRIPTION);
ConstrantsAdditional = new RoomConstraints.Constraint[6]
{
new RoomConstraints.Constraint(
(Func <KPrefabID, bool>)null,
(Func <Room, bool>)(room =>
{
int count = 0;
if (room != null)
{
foreach (KPrefabID building in room.buildings)
{
if (building != null)
{
Bed bed = building.GetComponent <Bed>();
if (bed != null)
{
count++;
}
}
}
}
return(count == 1);
}),
name: STRINGS.ROOMS.CRITERIA.ONLYONEBED.NAME,
description: STRINGS.ROOMS.CRITERIA.ONLYONEBED.DESCRIPTION),
RoomConstraints.DECORATIVE_ITEM_20,
RoomConstraints.NO_INDUSTRIAL_MACHINERY,
RoomConstraints.CEILING_HEIGHT_4,
RoomConstraints.MINIMUM_SIZE_12,
RoomConstraintTags.GetMaxSizeConstraint(Settings.Instance.PrivateBedroom.MaxSize)
};
RoomDetails = new RoomDetails.Detail[2]
{
new RoomDetails.Detail((Func <Room, string>)(room => string.Format((string)ROOMS.DETAILS.SIZE.NAME, (object)room.cavity.numCells))),
new RoomDetails.Detail((Func <Room, string>)(room => string.Format((string)ROOMS.DETAILS.BUILDING_COUNT.NAME, (object)room.buildings.Count)))
};
Priority = 2;
Upgrades = null;
SingleAssignee = false;
PriorityUse = false;
Effects = null;
SortKey = SortingCounter.GetAndIncrement(SortingCounter.BedroomSortKey + 1);
}
private void StopSleeping()
{
Bed b = (Bed)TheMap.Value.GetUnit(BedID.Value);
b.SleepingUnitsByID.Remove(Owner.Value.ID);
BedID = null;
b.OnKilled -= Callback_BedDestroyed;
}
public GoodsPackage PrepareTruckWithGoods()
{
var truck = new GoodsPackage() { GoodsInside = new List<Goods>() };
var bed = new Bed();
var doubleTriplePackedBed = new GoodsPackage()
{
GoodsInside = new List<Goods>() { new GoodsPackage() {
GoodsInside = new List<Goods>() { bed } } }
};
truck.GoodsInside.Add(doubleTriplePackedBed);
truck.GoodsInside.Add(new TV());
truck.GoodsInside.Add(new TV());
truck.GoodsInside.Add(new GoodsPackage()
{
GoodsInside = new List<Goods>() {
new Laptop(), new Laptop(), new Laptop() }
});
return truck;
}
public void RemoveBed(Bed bed)
{
_beds.Remove(bed);
}
protected void RemoveFromSurgery()
{
if (currentBed != null) {
currentBed.RemovePerson(this);
currentBed = null;
}
}
protected virtual void OnBedReached(Bed bed)
{
Debug.LogWarning("OnBedReached() not overriden in class " + this.ToString());
}
public bool Sleep()
{
Bed bed = GetBed();
if (bed != null && !bed.IsTaken)
{
_currentBed = bed;
bed.Take();
_isSleeping = true;
Animator.SetBool("IsSleeping", true);
}
return _isSleeping;
}
protected override void OnBedReached(Bed bed)
{
transform.position = bed.GetPrimaryPosition();
operationTimer = 5;
//if (OperationProbability(currentBed.patient)) {
// currentBed.nurse.exp -= 5;
// currentBed.patient.Kill();
//} else {
// currentBed.nurse.exp += 3;
// exp += 10;
//}
}
public BedroomSim(Bed bed)
{
_bed = bed;
FindBedroomValue();
}
protected override void OnBedReached(Bed bed)
{
Debug.Log("LIE DOWN!");
// lie down in the f*****g bed
transform.rotation = bed.GetLieRotation();
transform.position = bed.GetLiePosition();
isInBed = true;
}
public void WakeUp()
{
_isSleeping = false;
Animator.SetBool("IsSleeping", false);
_currentBed.Leave();
_currentBed = null;
}
public void AddBed(Bed bed)
{
_beds.Add(bed);
}
// EA is genius... fix for genius coding in Bed.RelinquishOwnershipOfBed
public static void HandleDoubleBed(Sim newOwner, Bed bed, BedData entryPart)
{
if (newOwner != null && bed != null && entryPart != null)
{
// from BedMultiPart:ClaimOwnership
bool flag = (newOwner.Service != null) && (newOwner.Service.ServiceType == ServiceType.Butler);
if (flag || ((newOwner.Household != null) && ((newOwner.Household.LotHome == bed.LotCurrent) || bed.IsTent)))
{
bed.RelinquishOwnershipOfBeds(newOwner, false);
entryPart.Owner = newOwner;
if (!flag)
{
newOwner.Household.HouseholdSimsChanged += new Household.HouseholdSimsChangedCallback(bed.HouseholdSimsChanged);
}
if (flag)
{
BedData otherPart = bed.PartComponent.GetOtherPart(entryPart) as BedData;
if ((otherPart != null) && (otherPart.Owner == null))
{
otherPart.Owner = newOwner;
}
}
newOwner.Bed = bed;
}
}
}
public void doSleep(Bed.hourList _hr)
{
if (delaySleep == false)
{
foreach (Bed _bd in bedList)
{
_bd.GetComponentInChildren<OTSprite>().alpha = 0f;
}
delaySleep = true;
plr.foodState -= 1;
switch (_hr)
{
case Bed.hourList.Three :
{
currH += 1;
checkHour();
hourChecked = false;
currH += 1;
checkHour();
hourChecked = false;
currH += 1;
checkHour();
hourChecked = false;
plr.giveSleep();
break;
}
case Bed.hourList.Six :
{
currH += 1;
checkHour();
hourChecked = false;
currH += 1;
checkHour();
hourChecked = false;
currH += 1;
checkHour();
hourChecked = false;
currH += 1;
checkHour();
hourChecked = false;
currH += 1;
checkHour();
hourChecked = false;
currH += 1;
checkHour();
hourChecked = false;
plr.giveSleep();
plr.giveSleep();
break;
}
}
StartCoroutine("delayedSleep");
}
}
protected override void OnBedReached(Bed bed)
{
//float oldY = transform.position.y;
transform.position = bed.GetAssistPosition();
transform.position += new Vector3(0f, 1f - 0.144761f, 0f);
}
public override string GetInteractionName(Sim actor, Bed target, InteractionObjectPair iop)
{
return base.GetInteractionName(actor, target, new InteractionObjectPair(sOldSingleton, target));
}
public void LayInBed(Bed pBed)
{
if(pBed == null) {
D.LogError(name + " is trying to sit on pOtherTing that is null");
return;
}
if(bed == null) {
bed = pBed;
}
position = pBed.position;
direction = pBed.exitPoint == 1 ? pBed.direction : IntPoint.Turn(pBed.direction, 180);
laying = true;
if (actionName != "Sleeping") {
StopAction ();
bool sleepyEnough = sleepiness > 20.0f;
bool tooSunny = _worldSettings.gameTimeClock.isDaytime;
if(isAvatar && !sleepyEnough) {
_worldSettings.Notify(name, "Not feeling tired enough to sleep");
}
else if(isAvatar && tooSunny && sleepiness < 80.0f) {
_worldSettings.Notify(name, "It's too bright to sleep");
}
else {
StartAction("FallingAsleep", null, 3f, LONG_TIME);
}
}
}
