public async Task <IActionResult> PayBolton(PayBoltonViewModel data)
{
try
{
var telOperator = TelecomOperator.GetList().SingleOrDefault(x => x.Id == data.TelecomOperatorId);
if (telOperator == null)
{
throw new Exception("TelecomOperator not found");
}
var simType = SimType.GetList().SingleOrDefault(x => x.Id == data.SimTypeId);
if (simType == null)
{
throw new Exception("SimType not found");
}
var boltonData = new TelecomeBoltonData(data.DestinationMobile, telOperator, simType, data.ProductId);
var tokenModel = await _services.GenerateTelecomeBoltonToken(data.Amount, GenerateCallbackUrl(Request), boltonData, data.Mobile);
return(View("Pay", tokenModel));
}
catch (Exception exc)
{
return(View("Error", new ErrorViewModel
{
Message = exc.Message
}));
}
}
public Area GetClosestAreaOfType(SimType type, Area notThisArea = null)
{
Area returnValue = null;
List <Area> availebleAreas = new List <Area>();
foreach (Area area in hotelArray)
{
if (area != null && area.Simtype == type && area != notThisArea)
{
availebleAreas.Add(area);
}
}
if (!IsNullOrEmpty(availebleAreas))
{
Dijkstra ds = new Dijkstra();
double shortestDistance = double.MaxValue;
foreach (Area area in availebleAreas)
{
double distance = ds.GetDistance(this.currentArea, area);
if (distance < shortestDistance)
{
shortestDistance = distance;
returnValue = area;
}
}
}
return(returnValue);
}
private void LoadSettings()
{
tbProduct.Text = mf.Products.Item(CurrentProduct).ProductName;
VolumeUnits.SelectedIndex = mf.Products.Item(CurrentProduct).QuantityUnits;
AreaUnits.SelectedIndex = mf.Products.Item(CurrentProduct).CoverageUnits;
RateSet.Text = mf.Products.Item(CurrentProduct).RateSet.ToString("N1");
FlowCal.Text = mf.Products.Item(CurrentProduct).FlowCal.ToString("N1");
TankSize.Text = mf.Products.Item(CurrentProduct).TankSize.ToString("N0");
ValveType.SelectedIndex = mf.Products.Item(CurrentProduct).ValveType;
TankRemain.Text = mf.Products.Item(CurrentProduct).CurrentTankRemaining().ToString("N0");
tbVCN.Text = (mf.Products.Item(CurrentProduct).VCN).ToString("G0");
tbSend.Text = (mf.Products.Item(CurrentProduct).SendTime).ToString("N0");
tbWait.Text = (mf.Products.Item(CurrentProduct).WaitTime).ToString("N0");
tbMinPWM.Text = (mf.Products.Item(CurrentProduct).MinPWM).ToString("N0");
tbCountsRev.Text = (mf.Products.Item(CurrentProduct).CountsRev.ToString("N0"));
string tmp = mf.Products.Item(CurrentProduct).ModuleID.ToString();
if (tmp == "99")
{
tmp = "";
}
tbConID.Text = tmp;
SelectedSimulation = mf.Products.Item(CurrentProduct).SimulationType;
switch (SelectedSimulation)
{
case SimType.VirtualNano:
rbVirtual.Checked = true;
break;
case SimType.RealNano:
rbReal.Checked = true;
break;
default:
rbNone.Checked = true;
break;
}
// VCN
rbVCN.Checked = (mf.Products.Item(CurrentProduct).UseVCN);
rbPID.Checked = !(mf.Products.Item(CurrentProduct).UseVCN);
// PID
tbPIDkp.Text = mf.Products.Item(CurrentProduct).PIDkp.ToString("N0");
tbPIDMinPWM.Text = mf.Products.Item(CurrentProduct).PIDminPWM.ToString("N0");
tbPIDLowMax.Text = mf.Products.Item(CurrentProduct).PIDLowMax.ToString("N0");
tbPIDHighMax.Text = mf.Products.Item(CurrentProduct).PIDHighMax.ToString("N0");
tbPIDDeadBand.Text = mf.Products.Item(CurrentProduct).PIDdeadband.ToString("N0");
tbPIDBrakePoint.Text = mf.Products.Item(CurrentProduct).PIDbrakepoint.ToString("N0");
LoadSecCK();
tbSenID.Text = mf.Products.Item(CurrentProduct).SensorID.ToString();
}
private void ckSimulate_CheckedChanged(object sender, EventArgs e)
{
SetButtons(true);
if (ckSimulate.Checked)
{
SelectedSimulation = SimType.VirtualNano;
}
else
{
SelectedSimulation = SimType.None;
}
}
public override void DrawYourself(Graphics target, SimType AreaType, int stars = 0)
{
if (AreaType == SimObject.SimType.Elevator)
{
target.DrawImage(image, location.X + 58, location.Y, image.Width, image.Height);
}
else
{
if (drawMe)
{
target.DrawImage(image, location.X, location.Y + 25, image.Width, image.Height);
}
}
}
public static string GetLocalizedName(SimType type)
{
switch (type)
{
case SimType.Vampire:
return(OccultTypeHelper.GetLocalizedName(OccultTypes.Vampire));
case SimType.Mummy:
return(OccultTypeHelper.GetLocalizedName(OccultTypes.Mummy));
case SimType.SimBot:
case SimType.Frankenstein:
return(OccultTypeHelper.GetLocalizedName(OccultTypes.Frankenstein));
case SimType.ImaginaryFriend:
return(OccultTypeHelper.GetLocalizedName(OccultTypes.ImaginaryFriend));
case SimType.Unicorn:
return(OccultTypeHelper.GetLocalizedName(OccultTypes.Unicorn));
case SimType.Genie:
return(OccultTypeHelper.GetLocalizedName(OccultTypes.Genie));
case SimType.Werewolf:
return(OccultTypeHelper.GetLocalizedName(OccultTypes.Werewolf));
case SimType.Fairy:
return(OccultTypeHelper.GetLocalizedName(OccultTypes.Fairy));
case SimType.Witch:
return(OccultTypeHelper.GetLocalizedName(OccultTypes.Witch));
case SimType.Mermaid:
return(OccultTypeHelper.GetLocalizedName(OccultTypes.Mermaid));
case SimType.Plantsim:
return(OccultTypeHelper.GetLocalizedName(OccultTypes.PlantSim));
case SimType.Plumbot:
return(OccultTypeHelper.GetLocalizedName(OccultTypes.Robot));
case SimType.TimeTraveler:
return(OccultTypeHelper.GetLocalizedName(OccultTypes.TimeTraveler));
default:
return(Common.Localize("SimType:" + type));
}
}
private void RadioButtonChanged(object sender, EventArgs e)
{
int Result;
RadioButton rb = sender as RadioButton;
if (rb != null)
{
if (rb.Checked)
{
int.TryParse(rb.Tag.ToString(), out Result);
if (SelectedSimulation != (SimType)Result)
{
SetButtons(true);
}
SelectedSimulation = (SimType)Result;
}
}
}
private void LoadSettings()
{
byte tempB;
tbProduct.Text = mf.Products.Item(CurrentProduct).ProductName;
VolumeUnits.SelectedIndex = mf.Products.Item(CurrentProduct).QuantityUnits;
AreaUnits.SelectedIndex = mf.Products.Item(CurrentProduct).CoverageUnits;
RateSet.Text = mf.Products.Item(CurrentProduct).RateSet.ToString("N1");
FlowCal.Text = mf.Products.Item(CurrentProduct).FlowCal.ToString("N1");
TankSize.Text = mf.Products.Item(CurrentProduct).TankSize.ToString("N0");
ValveType.SelectedIndex = mf.Products.Item(CurrentProduct).ValveType;
cbVR.SelectedIndex = mf.Products.Item(CurrentProduct).VariableRate;
TankRemain.Text = mf.Products.Item(CurrentProduct).CurrentTankRemaining().ToString("N0");
tbCountsRev.Text = (mf.Products.Item(CurrentProduct).CountsRev.ToString("N0"));
string tmp = mf.Products.Item(CurrentProduct).ModuleID.ToString();
if (tmp == "99")
{
tmp = "";
}
tbConID.Text = tmp;
SelectedSimulation = mf.Products.Item(CurrentProduct).SimulationType;
ckSimulate.Checked = (SelectedSimulation == SimType.VirtualNano);
// PID
tbPIDkp.Text = mf.Products.Item(CurrentProduct).PIDkp.ToString("N0");
tbPIDMinPWM.Text = mf.Products.Item(CurrentProduct).PIDminPWM.ToString("N0");
tbPIDLowMax.Text = mf.Products.Item(CurrentProduct).PIDLowMax.ToString("N0");
tbPIDHighMax.Text = mf.Products.Item(CurrentProduct).PIDHighMax.ToString("N0");
tbPIDDeadBand.Text = mf.Products.Item(CurrentProduct).PIDdeadband.ToString("N0");
tbPIDBrakePoint.Text = mf.Products.Item(CurrentProduct).PIDbrakepoint.ToString("N0");
byte temp = mf.Products.Item(CurrentProduct).PIDTimed;
if (temp == 0)
{
ckTimedResponse.Checked = false;
tbTimedAdjustment.Enabled = false;
tbTimedAdjustment.Text = "0";
}
else
{
ckTimedResponse.Checked = true;
tbTimedAdjustment.Enabled = true;
tbTimedAdjustment.Text = temp.ToString("N0");
}
tbSenID.Text = mf.Products.Item(CurrentProduct).SensorID.ToString();
rbSinglePulse.Checked = !(mf.Products.Item(CurrentProduct).UseMultiPulse);
rbMultiPulse.Checked = (mf.Products.Item(CurrentProduct).UseMultiPulse);
// load defaults if blank
byte.TryParse(tbPIDkp.Text, out tempB);
if (tempB == 0)
{
tbPIDkp.Text = "50";
tbPIDHighMax.Text = "100";
tbPIDBrakePoint.Text = "20";
tbPIDLowMax.Text = "80";
tbPIDMinPWM.Text = "30";
tbPIDDeadBand.Text = "4";
tbTimedAdjustment.Text = "0";
ckTimedResponse.Checked = false;
SaveSettings();
}
tbMinUPM.Text = mf.Products.Item(CurrentProduct).MinUPM.ToString("N1");
ckOffRate.Checked = mf.Products.Item(CurrentProduct).UseOffRateAlarm;
tbOffRate.Text = mf.Products.Item(CurrentProduct).OffRateSetting.ToString("N0");
}
/// <summary> /// Draws a simobject on the hotel /// </summary> /// <param name="target">Grapic of the hotel</param> /// <param name="AreaType">the type of area to draw</param> /// <param name="stars">(optional) number of stars to draw on a room</param> public abstract void DrawYourself(Graphics target, SimType AreaType, int stars = 0);
public SimTypeScoring(int hit, int miss, SimType type)
: base(hit, miss)
{
mType = type;
}
public static string GetLocalizedName(SimType type)
{
switch (type)
{
case SimType.Vampire:
return OccultTypeHelper.GetLocalizedName(OccultTypes.Vampire);
case SimType.Mummy:
return OccultTypeHelper.GetLocalizedName(OccultTypes.Mummy);
case SimType.SimBot:
case SimType.Frankenstein:
return OccultTypeHelper.GetLocalizedName(OccultTypes.Frankenstein);
case SimType.ImaginaryFriend:
return OccultTypeHelper.GetLocalizedName(OccultTypes.ImaginaryFriend);
case SimType.Unicorn:
return OccultTypeHelper.GetLocalizedName(OccultTypes.Unicorn);
case SimType.Genie:
return OccultTypeHelper.GetLocalizedName(OccultTypes.Genie);
case SimType.Werewolf:
return OccultTypeHelper.GetLocalizedName(OccultTypes.Werewolf);
case SimType.Fairy:
return OccultTypeHelper.GetLocalizedName(OccultTypes.Fairy);
case SimType.Witch:
return OccultTypeHelper.GetLocalizedName(OccultTypes.Witch);
case SimType.Mermaid:
return OccultTypeHelper.GetLocalizedName(OccultTypes.Mermaid);
case SimType.Plantsim:
return OccultTypeHelper.GetLocalizedName(OccultTypes.PlantSim);
case SimType.Plumbot:
return OccultTypeHelper.GetLocalizedName(OccultTypes.Robot);
case SimType.TimeTraveler:
return OccultTypeHelper.GetLocalizedName(OccultTypes.TimeTraveler);
default:
return Common.Localize("SimType:" + type);
}
}
public static bool Matches(SimDescription sim, SimType type)
{
switch (type)
{
case SimType.MiniSim:
return false;
case SimType.Dead:
return IsDead(sim);
case SimType.Alive:
return !IsDead(sim);
case SimType.Resident:
return (sim.LotHome != null);
case SimType.Service:
return IsService(sim);
case SimType.Tourist:
return IsTourist(sim);
case SimType.Townie:
return ((sim.LotHome == null) && (!IsSpecial(sim)));
case SimType.Mummy:
return sim.IsMummy;
case SimType.SimBot:
case SimType.Frankenstein:
return sim.IsFrankenstein;
case SimType.Plumbot:
return sim.IsEP11Bot;
case SimType.TimeTraveler:
return sim.IsTimeTraveler;
case SimType.PlayableGhost:
return sim.IsPlayableGhost;
case SimType.Pregnant:
return sim.IsPregnant;
case SimType.Vampire:
return sim.IsVampire;
case SimType.ImaginaryFriend:
return sim.IsImaginaryFriend;
case SimType.Genie:
return sim.IsGenie;
case SimType.Mermaid:
return sim.IsMermaid;
case SimType.Human:
if (!sim.IsHuman) return false;
if (sim.IsPlayableGhost) return false;
if (sim.OccultManager == null) return true;
return !sim.OccultManager.HasAnyOccultType();
case SimType.Animal:
return !sim.IsHuman;
case SimType.Occult:
if (sim.OccultManager == null) return false;
return sim.OccultManager.HasAnyOccultType();
case SimType.Werewolf:
return sim.IsWerewolf;
case SimType.Fairy:
return sim.IsFairy;
case SimType.Witch:
return sim.IsWitch;
case SimType.Zombie:
return sim.IsZombie;
case SimType.BoneHilda:
return sim.IsBonehilda;
case SimType.Unicorn:
return sim.IsUnicorn;
case SimType.Alien:
return sim.IsAlien;
case SimType.Plantsim:
return sim.IsPlantSim;
case SimType.Selectable:
return IsSelectable(sim);
case SimType.NonSelectable:
return !IsSelectable(sim);
case SimType.ActiveFamily:
return (Household.ActiveHousehold == sim.Household);
case SimType.NonActiveFamily:
return (Household.ActiveHousehold != sim.Household);
case SimType.Hybrid:
if (sim.OccultManager == null) return false;
if (sim.OccultManager.mOccultList == null) return false;
return (sim.OccultManager.mOccultList.Count > 1);
case SimType.Single:
return (sim.Partner == null);
case SimType.Partnered:
return (sim.Partner != null);
case SimType.Steady:
if (sim.Partner == null) return false;
return !sim.IsMarried;
case SimType.Married:
if (sim.Partner == null) return false;
return sim.IsMarried;
case SimType.Straight:
if (sim.IsMale)
{
if (sim.mGenderPreferenceMale > 0) return false;
return (sim.mGenderPreferenceFemale > 0);
}
else
{
if (sim.mGenderPreferenceFemale > 0) return false;
return (sim.mGenderPreferenceMale > 0);
}
case SimType.Gay:
if (sim.IsMale)
{
if (sim.mGenderPreferenceFemale > 0) return false;
return (sim.mGenderPreferenceMale > 0);
}
else
{
if (sim.mGenderPreferenceMale > 0) return false;
return (sim.mGenderPreferenceFemale > 0);
}
case SimType.Bisexual:
if (sim.mGenderPreferenceMale < 0) return false;
return (sim.mGenderPreferenceFemale > 0);
case SimType.Foreign:
return (sim.HomeWorld != GameUtils.GetCurrentWorld());
case SimType.Local:
return (sim.HomeWorld == GameUtils.GetCurrentWorld());
case SimType.StrandedCouple:
if (sim.Partner == null) return false;
return (sim.Household != sim.Partner.Household);
case SimType.Dog:
return sim.IsADogSpecies;
case SimType.Cat:
return sim.IsCat;
case SimType.Horse:
return sim.IsHorse;
case SimType.Deer:
return sim.IsDeer;
case SimType.Raccoon:
return sim.IsRaccoon;
case SimType.Role:
return sim.HasActiveRole;
case SimType.WildHorse:
return (sim.IsHorse && sim.IsWildAnimal);
case SimType.Stray:
return (!sim.IsHorse && sim.IsWildAnimal);
case SimType.Employed:
return (sim.CareerManager != null && sim.CareerManager.mJob != null);
case SimType.Unemployed:
return (sim.CareerManager != null && sim.CareerManager.mJob == null);
case SimType.HasDegree:
try
{
// Error regarding (I believe) custom degrees and AcademicDegreeStaticData call in IsDegreeCompleted
if (sim.CareerManager != null && sim.CareerManager.DegreeManager != null && sim.CareerManager.DegreeManager.GetCompletedDegreeEntries().Count > 0)
{
return true;
}
}
catch
{ }
return false;
case SimType.Degreeless:
try
{
if (sim.CareerManager != null && sim.CareerManager.DegreeManager != null && sim.CareerManager.DegreeManager.GetCompletedDegreeEntries().Count == 0)
{
return true;
}
}
catch
{ }
return false;
}
return false;
}
public static bool Matches(MiniSimDescription sim, SimType type)
{
switch(type)
{
case SimType.MiniSim:
return true;
case SimType.Dead:
return IsDead(sim);
case SimType.Alive:
return !IsDead(sim);
case SimType.Service:
return sim.IsServicePerson;
case SimType.Mummy:
return sim.IsMummy;
case SimType.Alien:
return sim.IsAlien;
case SimType.Animal:
return !sim.IsHuman;
case SimType.Fairy:
return sim.IsFairy;
case SimType.Frankenstein:
case SimType.SimBot:
return sim.IsFrankenstein;
case SimType.PlayableGhost:
return sim.IsPlayableGhost;
case SimType.Unicorn:
return sim.IsUnicorn;
case SimType.Vampire:
return sim.IsVampire;
case SimType.Werewolf:
return sim.IsWerewolf;
case SimType.Witch:
return sim.IsWitch;
case SimType.Genie:
return sim.IsGenie;
case SimType.Mermaid:
return sim.IsMermaid;
case SimType.Human:
return sim.IsHuman;
case SimType.Married:
return sim.IsMarried;
case SimType.Partnered:
return sim.HasPartner;
case SimType.Foreign:
return (sim.HomeWorld != GameUtils.GetCurrentWorld());
case SimType.Local:
return (sim.HomeWorld == GameUtils.GetCurrentWorld());
case SimType.Plumbot:
return sim.IsEP11Bot;
case SimType.Dog:
return sim.IsADogSpecies;
case SimType.Cat:
return sim.IsCat;
case SimType.Horse:
return sim.IsHorse;
case SimType.Deer:
return sim.IsDeer;
case SimType.Raccoon:
return sim.IsRaccoon;
case SimType.Role:
return sim.HasAssignedRole;
case SimType.Employed:
return sim.JobIcon != string.Empty;
case SimType.Unemployed:
return sim.JobIcon == string.Empty;
case SimType.HasDegree:
return sim.mDegrees.Count > 0;
case SimType.Degreeless:
return sim.mDegrees.Count == 0;
}
return false;
}
public SimTypeTagListingOption(SimType data)
: base(Common.Localize("SimType:" + data))
{
mData = data;
}
public ColorPregnancyGenderSetting(SimType data)
{
mData = data;
}
public ColorSetting(SimType data)
{
mData = data;
}
public RelationshipStatusTagListingOption(SimType data)
: base(Common.Localize("SimType:" + data))
{
mData = data;
}
public static bool Matches(SimDescription sim, SimType type)
{
switch (type)
{
case SimType.MiniSim:
return(false);
case SimType.Dead:
return(IsDead(sim));
case SimType.Alive:
return(!IsDead(sim));
case SimType.Resident:
return(sim.LotHome != null);
case SimType.Service:
return(IsService(sim));
case SimType.Tourist:
return(IsTourist(sim));
case SimType.Townie:
return((sim.LotHome == null) && (!IsSpecial(sim)));
case SimType.Mummy:
return(sim.IsMummy);
case SimType.SimBot:
case SimType.Frankenstein:
return(sim.IsFrankenstein);
case SimType.Plumbot:
return(sim.IsEP11Bot);
case SimType.TimeTraveler:
return(sim.IsTimeTraveler);
case SimType.PlayableGhost:
return(sim.IsPlayableGhost);
case SimType.Pregnant:
return(sim.IsPregnant);
case SimType.Vampire:
return(sim.IsVampire);
case SimType.ImaginaryFriend:
return(sim.IsImaginaryFriend);
case SimType.Genie:
return(sim.IsGenie);
case SimType.Mermaid:
return(sim.IsMermaid);
case SimType.Human:
if (!sim.IsHuman)
{
return(false);
}
if (sim.IsPlayableGhost)
{
return(false);
}
if (sim.OccultManager == null)
{
return(true);
}
return(!sim.OccultManager.HasAnyOccultType());
case SimType.Animal:
return(!sim.IsHuman);
case SimType.Occult:
if (sim.OccultManager == null)
{
return(false);
}
return(sim.OccultManager.HasAnyOccultType());
case SimType.Werewolf:
return(sim.IsWerewolf);
case SimType.Fairy:
return(sim.IsFairy);
case SimType.Witch:
return(sim.IsWitch);
case SimType.Zombie:
return(sim.IsZombie);
case SimType.BoneHilda:
return(sim.IsBonehilda);
case SimType.Unicorn:
return(sim.IsUnicorn);
case SimType.Alien:
return(sim.IsAlien);
case SimType.Plantsim:
return(sim.IsPlantSim);
case SimType.Selectable:
return(IsSelectable(sim));
case SimType.NonSelectable:
return(!IsSelectable(sim));
case SimType.ActiveFamily:
return(Household.ActiveHousehold == sim.Household);
case SimType.NonActiveFamily:
return(Household.ActiveHousehold != sim.Household);
case SimType.Hybrid:
if (sim.OccultManager == null)
{
return(false);
}
if (sim.OccultManager.mOccultList == null)
{
return(false);
}
return(sim.OccultManager.mOccultList.Count > 1);
case SimType.Single:
return(sim.Partner == null);
case SimType.Partnered:
return(sim.Partner != null);
case SimType.Steady:
if (sim.Partner == null)
{
return(false);
}
return(!sim.IsMarried);
case SimType.Married:
if (sim.Partner == null)
{
return(false);
}
return(sim.IsMarried);
case SimType.Straight:
if (sim.IsMale)
{
if (sim.mGenderPreferenceMale > 0)
{
return(false);
}
return(sim.mGenderPreferenceFemale > 0);
}
else
{
if (sim.mGenderPreferenceFemale > 0)
{
return(false);
}
return(sim.mGenderPreferenceMale > 0);
}
case SimType.Gay:
if (sim.IsMale)
{
if (sim.mGenderPreferenceFemale > 0)
{
return(false);
}
return(sim.mGenderPreferenceMale > 0);
}
else
{
if (sim.mGenderPreferenceMale > 0)
{
return(false);
}
return(sim.mGenderPreferenceFemale > 0);
}
case SimType.Bisexual:
if (sim.mGenderPreferenceMale < 0)
{
return(false);
}
return(sim.mGenderPreferenceFemale > 0);
case SimType.Foreign:
return(sim.HomeWorld != GameUtils.GetCurrentWorld());
case SimType.Local:
return(sim.HomeWorld == GameUtils.GetCurrentWorld());
case SimType.StrandedCouple:
if (sim.Partner == null)
{
return(false);
}
return(sim.Household != sim.Partner.Household);
case SimType.Dog:
return(sim.IsADogSpecies);
case SimType.Cat:
return(sim.IsCat);
case SimType.Horse:
return(sim.IsHorse);
case SimType.Deer:
return(sim.IsDeer);
case SimType.Raccoon:
return(sim.IsRaccoon);
case SimType.Role:
return(sim.HasActiveRole);
case SimType.WildHorse:
return(sim.IsHorse && sim.IsWildAnimal);
case SimType.Stray:
return(!sim.IsHorse && sim.IsWildAnimal);
case SimType.Employed:
return(sim.CareerManager != null && sim.CareerManager.mJob != null);
case SimType.Unemployed:
return(sim.CareerManager != null && sim.CareerManager.mJob == null);
case SimType.HasDegree:
try
{
// Error regarding (I believe) custom degrees and AcademicDegreeStaticData call in IsDegreeCompleted
if (sim.CareerManager != null && sim.CareerManager.DegreeManager != null && sim.CareerManager.DegreeManager.GetCompletedDegreeEntries().Count > 0)
{
return(true);
}
}
catch
{ }
return(false);
case SimType.Degreeless:
try
{
if (sim.CareerManager != null && sim.CareerManager.DegreeManager != null && sim.CareerManager.DegreeManager.GetCompletedDegreeEntries().Count == 0)
{
return(true);
}
}
catch
{ }
return(false);
}
return(false);
}
public static bool Matches(MiniSimDescription sim, SimType type)
{
switch (type)
{
case SimType.MiniSim:
return(true);
case SimType.Dead:
return(IsDead(sim));
case SimType.Alive:
return(!IsDead(sim));
case SimType.Service:
return(sim.IsServicePerson);
case SimType.Mummy:
return(sim.IsMummy);
case SimType.Alien:
return(sim.IsAlien);
case SimType.Animal:
return(!sim.IsHuman);
case SimType.Fairy:
return(sim.IsFairy);
case SimType.Frankenstein:
case SimType.SimBot:
return(sim.IsFrankenstein);
case SimType.PlayableGhost:
return(sim.IsPlayableGhost);
case SimType.Unicorn:
return(sim.IsUnicorn);
case SimType.Vampire:
return(sim.IsVampire);
case SimType.Werewolf:
return(sim.IsWerewolf);
case SimType.Witch:
return(sim.IsWitch);
case SimType.Genie:
return(sim.IsGenie);
case SimType.Mermaid:
return(sim.IsMermaid);
case SimType.Human:
return(sim.IsHuman);
case SimType.Married:
return(sim.IsMarried);
case SimType.Partnered:
return(sim.HasPartner);
case SimType.Foreign:
return(sim.HomeWorld != GameUtils.GetCurrentWorld());
case SimType.Local:
return(sim.HomeWorld == GameUtils.GetCurrentWorld());
case SimType.Plumbot:
return(sim.IsEP11Bot);
case SimType.Dog:
return(sim.IsADogSpecies);
case SimType.Cat:
return(sim.IsCat);
case SimType.Horse:
return(sim.IsHorse);
case SimType.Deer:
return(sim.IsDeer);
case SimType.Raccoon:
return(sim.IsRaccoon);
case SimType.Role:
return(sim.HasAssignedRole);
case SimType.Employed:
return(sim.JobIcon != string.Empty);
case SimType.Unemployed:
return(sim.JobIcon == string.Empty);
case SimType.HasDegree:
return(sim.mDegrees.Count > 0);
case SimType.Degreeless:
return(sim.mDegrees.Count == 0);
}
return(false);
}
public static GameObject CreateLodData(int lodIdx, int lodCount, GameObject attachGO, float baseVertDensity, SimType simType, Dictionary <System.Type, SimSettingsBase> cachedSettings)
{
var go = attachGO ?? new GameObject(string.Format("{0}Cam{1}", simType.ToString(), lodIdx));
if (attachGO == null)
{
// Add component if we are creating a loddata GO anew
go.AddComponent <LodTransform>().InitLODData(lodIdx, lodCount);;
}
LodData sim;
switch (simType)
{
case SimType.AnimatedWaves:
sim = go.AddComponent <LodDataAnimatedWaves>();
go.AddComponent <LodDataSeaFloorDepth>();
go.AddComponent <ReadbackLodData>();
break;
case SimType.DynamicWaves:
sim = go.AddComponent <LodDataDynamicWaves>();
break;
case SimType.Foam:
sim = go.AddComponent <LodDataFoam>();
break;
case SimType.Flow:
sim = go.AddComponent <LodDataFlow>();
go.AddComponent <ReadbackLodData>();
break;
case SimType.Shadow:
sim = go.AddComponent <LodDataShadow>();
break;
default:
Debug.LogError("Unknown sim type: " + simType.ToString());
return(null);
}
// create a shared settings object if one doesnt already exist
SimSettingsBase settings;
if (!cachedSettings.TryGetValue(sim.GetType(), out settings))
{
settings = sim.CreateDefaultSettings();
cachedSettings.Add(sim.GetType(), settings);
}
sim.UseSettings(settings);
if (attachGO == null)
{
// Add components if we are creating a loddata GO anew
var cam = go.AddComponent <Camera>();
cam.clearFlags = sim.CamClearFlags;
cam.backgroundColor = new Color(0f, 0f, 0f, 0f);
cam.cullingMask = 0;
cam.orthographic = true;
cam.nearClipPlane = 1f;
cam.farClipPlane = 500f;
cam.renderingPath = RenderingPath.Forward;
cam.useOcclusionCulling = false;
cam.allowHDR = true;
cam.allowMSAA = false;
cam.allowDynamicResolution = false;
var cart = go.AddComponent <CreateAssignRenderTexture>();
cart._targetName = go.name;
cart._width = cart._height = (int)(4 * baseVertDensity);
cart._depthBits = 0;
cart._format = sim.TextureFormat;
cart._wrapMode = TextureWrapMode.Clamp;
cart._antiAliasing = 1;
cart._filterMode = FilterMode.Bilinear;
cart._anisoLevel = 0;
cart._useMipMap = false;
cart._createPingPongTargets = sim as LodDataPersistent != null;
cart.Create();
var apply = go.AddComponent <ApplyLayers>();
apply._cullIncludeLayers = new string[] { string.Format("LodData{0}", simType.ToString()) };
}
return(go);
}
public override void DrawYourself(Graphics target, SimType SimType, int stars = 0)
{
Brush color = new SolidBrush(Color.FromArgb(255, 0, 0));
// setting background color for each room
switch (SimType)
{
case SimType.Reception:
break;
case SimType.Room:
color = new SolidBrush(Color.FromArgb(180, 182, 110));
break;
case SimType.Gym:
color = new SolidBrush(Color.FromArgb(211, 192, 142));
break;
case SimType.Cinema:
color = new SolidBrush(Color.FromArgb(21, 90, 107));
break;
case SimType.Pool:
color = new SolidBrush(Color.FromArgb(223, 209, 143));
break;
case SimType.Restaurant:
break;
case SimType.Stairwell:
break;
case SimType.ElevatorShaft:
break;
default:
break;
}
target.FillRectangle(color, location.X, location.Y, roomWidth * width, roomHeight * height);
// placing tile image
TextureBrush brush = new TextureBrush(image);
target.FillRectangle(brush, location.X, location.Y + (roomHeight * (height - 1)), roomWidth * width, roomHeight);
// placing door and stars on room
if (SimType == SimType.Room)
{
//draw door and stars
Image door = Resources.Door;
Image star = Resources.star;
int size = 10;
target.DrawImage(door, location.X + 25, location.Y + (roomHeight * (height - 1)) + 8);
for (int i = 0; i < stars; i++)
{
target.DrawImage(star, location.X + 70 + ((i * (size + 3))), location.Y + (roomHeight * (height - 1)) + 13, size, size);
}
}
}