void Awake()
{
current = this;
//Create the other vehicles which we attach to the moise
GameObject deadCarMouseObj = Instantiate(car_marker.gameObject) as GameObject;
GameObject deadSemiMouseObj = Instantiate(semi_marker.gameObject) as GameObject;
GameObject deadSemiWithTrailerMouseObj = Instantiate(semiWithTrailer_marker.gameObject) as GameObject;
car_mouse = deadCarMouseObj.transform;
semi_mouse = deadSemiMouseObj.transform;
semiWithTrailer_mouse = deadSemiWithTrailerMouseObj.transform;
startPos = car_selfDriving.position;
startRot = car_selfDriving.rotation;
}
// Use this for initialization
void Start()
{
sim = SimController.INSTANCE;
distance = .9f * sim.radius;
sun = sim.skyModel.GetSun();
float size = 20.0f; //transform.localScale.magnitude;
transform.localScale = new Vector3(size, size, size);
dirLight = GetComponent <Light> ();
SetPosition();
//Debug.Log("light pos -> "+ dirLight.transform.position.ToString ());
}
private static void CreateSimFiles(string[] args)
{
string setInfoXmlPath, setName;
try
{
setInfoXmlPath = args[1];
setName = args[2];
}
catch
{
Console.WriteLine("-s <setInfoXmlPath> <name>");
return;
}
SimController.CreateSimFiles(setInfoXmlPath, setName);
}
private static void CalculateEntropy(string[] args)
{
string setInfoXmlPath, ipdFilePath;
try
{
setInfoXmlPath = args[1];
ipdFilePath = args[2];
}
catch
{
Console.WriteLine("-en <setInfoXmlPath> <ipdFilePath>");
return;
}
SimController.CalculateEntropy(setInfoXmlPath, ipdFilePath);
}
private static void ParseBinFrequencyFile(string[] args)
{
string resultsDir, rawBinFreqFile;
try
{
resultsDir = args[1];
rawBinFreqFile = args[2];
}
catch (Exception)
{
Console.WriteLine("-pb <resultsDir> <rawBinFreqFile>");
return;
}
SimController.ParseBinFrequencyFile(resultsDir, rawBinFreqFile);
}
private static void CreateTestScript(string[] args)
{
string processDir, setInfoXmlPath;
try
{
setInfoXmlPath = args[1];
processDir = args[2];
}
catch (Exception)
{
Console.WriteLine("-ct <setInfoXmlPath> <processDir>");
return;
}
SimController.CreateTestScript(setInfoXmlPath, processDir);
}
private static void TestResults(string[] args)
{
string resultsDir, captureIpdFileIdent, setInfoXmlPath;
try
{
setInfoXmlPath = args[1];
resultsDir = args[2];
captureIpdFileIdent = args[3];
}
catch (Exception)
{
Console.WriteLine("-tr <setInfoXmlPath> <resultsDirectory> <captureIpdFileIdentifier>");
return;
}
SimController.TestResults(resultsDir, captureIpdFileIdent, setInfoXmlPath);
}
private static void ParseIPDS_TraceFile(string[] args)
{
string processDir, traceFileIdent, outputFileIdent, sourceIpIdent, setInfoXmlPath;
try
{
processDir = args[1];
traceFileIdent = args[2];
outputFileIdent = args[3];
sourceIpIdent = args[4];
setInfoXmlPath = args[5];
}
catch (Exception)
{
Console.WriteLine("-pt <processDir> <traceFileIdentifier> <outputFileIdentifier> <sourceIpIdent> <setInfoXmlPath>");
return;
}
SimController.ParseIPDS_TraceFile(processDir, traceFileIdent, outputFileIdent, sourceIpIdent, setInfoXmlPath);
}
void setTargetNode()
{
if (currentNode.ways.Count != 0)
{
// have to randomize them later.
Vector3 targetPosition = currentNode.ways[Random.Range(0, currentNode.ways.Count)];
// if there are multiple path connect give less weightage to where car came from..
if (currentNode.ways.Count > 1)
{
bool accept = false;
while (!accept)
{
if (targetPosition == previousLocation)
{
int chance = Random.Range(0, 5);
if (chance == 3)
{
accept = true;
}
else
{
targetPosition = currentNode.ways[Random.Range(0, currentNode.ways.Count)];
}
}
else
{
accept = true;
}
}
}
List <Node> nodeList = SimController.nodeList;
targetNode = nodeList.Find(node => (node.location == targetPosition));
}
else
{
targetNode = currentNode;
}
speedReductionFactor = SimController.getRoadTraffic(targetNode.location, currentNode.location);
}
void addCarToRoadAndNodeList()
{
MPACColonyRoadList = new List <Road> ();
MPACColonyNodeList = new List <Node> ();
foreach (Road road in SimController.roadList)
{
MPACColonyRoadList.Add(road);
}
//// NODE LIST
foreach (Node node in SimController.nodeList)
{
Node n = new Node(node.location);
Vector3[] ways = (Vector3[])node.ways.ToArray().Clone();
n.ways.AddRange(ways);
MPACColonyNodeList.Add(n);
}
// add all the cars on the map as seperate roads...
foreach (GameObject car in CarGenerator.carList)
{
Vector3 carTarget = car.transform.GetComponent <carController_new> ().targetNode.location;
Vector3 carCurrent = car.transform.GetComponent <carController_new> ().currentNode.location;
// add the road from car to target node....
Road r = new Road(car.transform.position, carTarget);
float trafficLoad = SimController.getRoadTraffic(carTarget, carCurrent);
r.TrafficLoad = trafficLoad;
MPACColonyRoadList.Add(r);
// add a new node for car and set only one way to the target location.
Node carNode = new Node(car.transform.position);
carNode.ways.Add(carTarget);
MPACColonyNodeList.Add(carNode);
// add a new way to car in the target node...
int carTargetIndex = MPACColonyNodeList.FindIndex(node => node.location == carTarget);
MPACColonyNodeList [carTargetIndex].ways.Add(car.transform.position);
}
}
// Use this for initialization
void Start()
{
sim = SimController.INSTANCE;
skyModel = sim.skyModel;
LocationSettings location = sim.GetLocation();
double angle = 90.0d - location.Latitude;
earthAxis = new Vector3(0.0f, (float)Math.Sin(angle * M.DEG2RAD), (float)Math.Cos(angle * M.DEG2RAD));
Quaternion q = Quaternion.Euler((float)angle, 0, 0);
gameObject.transform.localRotation = q;
//correction for hour angle
//TODO
Debug.Log(string.Format("Angle {0}", angle));
Debug.Log(string.Format("Quaternion {0}", q));
}
// Use this for initialization
void Start()
{
sim = SimController.INSTANCE;
skyModel = sim.skyModel;
go = new GameObject();
}
//This event fires when a menu item or toolbar button is clicked. So if you added a button or menu
//on the Initialize event, then this is where you would handle it.
public void ItemClicked(string ItemName, ref bool Handled)
{
if (ItemName == this.strBTNRun)
{
//显示仿真窗口
//scConvas.Show();
this.convas.Show();
// SimController.Run();
SimController.StartSimulate();
Handled = true;
TBTN_Config.Enabled = false;
TBTN_Pause.Enabled = true;
TBTN_ChartMeanSpeed.Enabled = false;
TBTN_ChartSpaceTime.Enabled = false;
TBTN_ChartSpeedTime.Enabled = false;
TBTN_ShowData.Enabled = false;
}
if (ItemName == this.strBTNConfig)
{
TBTN_Run.Enabled = true;
TBTN_Pause.Enabled = true;
this.convas = this.mMapWin.UIPanel.CreatePanel("TranSimGIS", MapWindowDockStyle.Right);
TrafficSim.SimConfig cs = new TrafficSim.SimConfig();
if (cs.ShowDialog() == DialogResult.OK)
{
// SimController.iMobileCount = cs.iCarCount;
// SimController.iSimInterval = cs.iSimSpeed;
// ModelSetting.dRate = cs.dRatio;
// ModelSetting. = cs.dRatio;
//.i = cs.iCellWidth;
}
cs.Dispose();
// SimController.ConfigSimEnvironment(this.convas);
TBTN_Config.Enabled = false;
TBTN_Pause.Enabled = true;
Handled = true;
}
//暂停
if (ItemName == this.strBTNPause)
{
//SimController.IsPause = true;
SimController.bIsExit = true;
TBTN_Run.Enabled = true;
TBTN_ChartMeanSpeed.Enabled = true;
TBTN_ChartSpaceTime.Enabled = true;
TBTN_ChartSpeedTime.Enabled = true;
TBTN_ShowData.Enabled = true;
TBTN_Config.Enabled = false;
Handled = true;
}
//平均速度
if (ItemName == this.strBTNMeanSpeed)
{
MeanSpeed msc = new MeanSpeed();
msc.Show();
Handled = true;
}
//时间空间图
if (ItemName == this.strBTNSpaceTime)
{
TimeSpace tsc = new TimeSpace();
tsc.Show();
Handled = true;
}
//速度时间图
if (ItemName == this.strBTNSpeedTime)
{
SpeedTime st = new SpeedTime();
st.Show();
Handled = true;
}
//速度时间图
if (ItemName == this.strBTNShowData)
{
DataOutputer dop = new DataOutputer();
dop.Show();
Handled = true;
}
}
public void RunDay()
{
int i, j;
Delivery delivery;
UnityEngine.Debug.Log("Before RunDay: " + SimController.DayNum);
// print shifts
UnityEngine.Debug.Log("Shifts:");
for (i = 0; i < 3; i++)
{
UnityEngine.Debug.Log("Shift" + (i + 1) + " --> " + ((ShiftInfo)Shifts[i]).ToString());
}
// print deliveries
for (i = 0; i < Deliveries.Count; i++)
{
Delivery temp = (Delivery)Deliveries[i];
UnityEngine.Debug.Log("Delivery Item: " + temp.foodItem.Name + " Quantity: " + temp.Quantity + " Exp: " + temp.Expedited + " ArrivalDate: " + temp.ArrivalDate);
}
// print BOH stock
for (i = 0; i < Stock.Count; i++)
{
FoodItem food = (FoodItem)Stock[i];
UnityEngine.Debug.Log("BOH " + food.Name + ": " + food.StockBOH);
}
// simulate day
DailyEmployeePayout = 0.0m;
DailyDeliveryCost = 0.0m;
DailyRevenue = 0;
ShiftRevenue = new decimal[3];
DailyItemsSold = 0;
ShiftItemsSold = new int[3];
RegUT = new double[3];
StartOfDayCash = Cash;
for (i = 0; i < 3; i++)
{
ShiftRevenue[i] = 0;
ShiftItemsSold[i] = 0;
}
CheckoutsPerformed = 0;
CheckoutsPossible = 0;
DeliveriesOrdered = 0;
// pay for deliveries ordered today
for (i = 0; i < Deliveries.Count; i++)
{
delivery = (Delivery)Deliveries[i];
// check for expedited is redundant (thus not here)
if (delivery.OrderDate == SimController.DayNum)
{
Cash -= delivery.Cost;
DailyDeliveryCost += delivery.Cost;
DeliveriesOrdered++;
}
}
// get standard deliveries
for (i = 0; i < Deliveries.Count; i++)
{
delivery = (Delivery)Deliveries[i];
// check for expedited is redundant (thus not here)
if (delivery.ArrivalDate == SimController.DayNum && delivery.Expedited)
{
ProcessDelivery(delivery.foodItem, delivery.Quantity);
Deliveries.RemoveAt(i);
i--;
}
}
// For each shift
for (i = 0; i < 3; i++)
{
Store.ShiftInfo shift = (Store.ShiftInfo)Shifts[i];
// pay employees
DailyEmployeePayout += (decimal)shift.TotalEmployees * HourlyPay;
// 1. process expedited deliveries --> Expedited deliveries come during shift 2
if (i == 1)
{
for (j = 0; j < Deliveries.Count; j++)
{
delivery = (Delivery)Deliveries[j];
// check for expedited is redundant (thus not here)
if (delivery.ArrivalDate == SimController.DayNum)
{
ProcessDelivery(delivery.foodItem, delivery.Quantity);
Deliveries.RemoveAt(j);
j--;
}
}
}
// 2. restock before "shift"
Restock(i);
// 3. during shift, people buy goods
// modeled closely to Real-Time AR tablet logic
// IMPORTANT: if Simulation.TimeBetweenCheckouts == 10, numCheckoutsPerHour MUST equal 6
// for checkouts to be balanced
for (j = 0; j < NUM_CHECKOUTS_PER_HOUR; j++)
{
PullItemsOffShelves(i);
checkoutFoods(i);
}
// items that are not checked out but are brought to registers need to be returned
ReturnItemsToShelves();
RegUT[i] = 100.0 * CheckoutsPerformed / CheckoutsPossible;
UnityEngine.Debug.Log("Register UT for shift " + (i + 1) + " is " + RegUT[i]);
// 4. restock after "shift"
Restock(i);
}
// expire foods
ExpireFoods();
// print BOH stock
UnityEngine.Debug.Log("After RunDay" + SimController.DayNum);
for (i = 0; i < Stock.Count; i++)
{
FoodItem food = (FoodItem)Stock[i];
UnityEngine.Debug.Log("BOH " + food.Name + ": " + food.StockBOH);
}
// Deduct today's orders (set by SetDeliveries() )
Cash -= DeliveryCost;
Cash -= DailyEmployeePayout;
UnityEngine.Debug.Log("Cash: " + Cash);
// load PostDayReport
SimController.LoadResults();
}
void Awake()
{
sim = SimController.INSTANCE;
moon = sim.skyModel.GetMoon();
}