/// <summary>
/// Gets the remaining distance and next "step" to the destination room
/// </summary>
/// <param name="destination">The room you're heading for</param>
/// <returns>distance (in rooms) and the next path you'd have to use</returns>
public Tuple <int, IPathway> GetDistanceAndNextStepDestination(ILocation destination)
{
int distance = -1;
IPathway nextStep = null;
return(new Tuple <int, IPathway>(distance, nextStep));
}
static void DrawPathFencesOnMap(TerrainMap map, IPathway path)
{
float xs = map.XSize / map.Resolution;
float zs = map.ZSize / map.Resolution;
Vector3 alongRow = new Vector3(xs, 0, 0);
Vector3 nextRow = new Vector3(-map.XSize, 0, zs);
Vector3 g = new Vector3((map.XSize - xs) / -2, 0, (map.ZSize - zs) / -2);
for (int j = 0; j < map.Resolution; j++)
{
for (int i = 0; i < map.Resolution; i++)
{
float outside = path.HowFarOutsidePath(g);
const float WALL_THICKNESS = 1.0f;
// set map cells adjacent to the outside edge of the path
if ((outside > 0) && (outside < WALL_THICKNESS))
{
map.SetMapBit(i, j, true);
}
// clear all other off-path map cells
if (outside > WALL_THICKNESS)
{
map.SetMapBit(i, j, false);
}
g += alongRow;
}
g += nextRow;
}
}
//This function pulls in the data from GREET that can be classified as user input, meaning it was a custom user value
//In order to change the values in GREET you go into the data editor tab, and select either the pathway or resource
//You want to change (in this case we are only looking at resources) and then change the values and hit apply
//After you apply the changes, you can hit the pull user values button and it will allow you to update values in real time
public void pullUserParameterValues()
{
IGDataDictionary <int, IResource> resources = ResultsAccess.controler.CurrentProject.Data.Resources;
IGDataDictionary <int, IPathway> pathways = ResultsAccess.controler.CurrentProject.Data.Pathways;
//The number value that goes into ValueForKey is the ID number for the pathway you are looking to use
IPathway myPathway = pathways.ValueForKey(CRUDE_PATHWAY_ID);
// Grab the int id for the resource
int productID = myPathway.MainOutputResourceID;
IResource resource = resources.ValueForKey(productID);
label11.Text = resource.Density.UserValue.ToString();
//The number value that goes into ValueForKey is the ID number for the pathway you are looking to use
myPathway = pathways.ValueForKey(COAL_PATHWAY_ID);
// Grab the int id for the resource
productID = myPathway.MainOutputResourceID;
resource = resources.ValueForKey(productID);
label10.Text = resource.LowerHeatingValue.UserValue.ToString();
//The number value that goes into ValueForKey is the ID number for the pathway you are looking to use
myPathway = pathways.ValueForKey(LSDIESEL_PATHWAY_ID);
// Grab the int id for the resource
productID = myPathway.MainOutputResourceID;
resource = resources.ValueForKey(productID);
label9.Text = resource.SulfurRatio.UserValue.ToString();
}
public void pullGREETParameterValues()
{
//You need to create these dictionaries in order to pull out the values you want
IGDataDictionary <int, IResource> resources = ResultsAccess.controler.CurrentProject.Data.Resources;
IGDataDictionary <int, IPathway> pathways = ResultsAccess.controler.CurrentProject.Data.Pathways;
//The number value that goes into ValueForKey is the ID number for the pathway you are looking to use
IPathway myPathway = pathways.ValueForKey(CRUDE_PATHWAY_ID);
// Grab the int id for the resource
int productID = myPathway.MainOutputResourceID;
IResource resource = resources.ValueForKey(productID);
label4.Text = resource.Density.GreetValue.ToString();
//The number value that goes into ValueForKey is the ID number for the pathway you are looking to use
myPathway = pathways.ValueForKey(COAL_PATHWAY_ID);
// Grab the int id for the resource
productID = myPathway.MainOutputResourceID;
resource = resources.ValueForKey(productID);
label5.Text = resource.LowerHeatingValue.GreetValue.ToString();
//The number value that goes into ValueForKey is the ID number for the pathway you are looking to use
myPathway = pathways.ValueForKey(LSDIESEL_PATHWAY_ID);
// Grab the int id for the resource
productID = myPathway.MainOutputResourceID;
resource = resources.ValueForKey(productID);
label7.Text = resource.SulfurRatio.GreetValue.ToString();
}
/// <summary>
/// is the given point inside the path tube?
/// </summary>
/// <param name="pathway"></param>
/// <param name="point"></param>
/// <returns></returns>
public static bool IsInsidePath(this IPathway pathway, Vector3 point)
{
float outside;
Vector3 tangent;
pathway.MapPointToPath(point, out tangent, out outside);
return(outside < 0);
}
/// <summary>
/// how far outside path tube is the given point? (negative is inside)
/// </summary>
/// <param name="pathway"></param>
/// <param name="point"></param>
/// <returns></returns>
public static float HowFarOutsidePath(this IPathway pathway, Vector3 point)
{
float outside;
Vector3 tangent;
pathway.MapPointToPath(point, out tangent, out outside);
return(outside);
}
/// <summary>
/// Executes this command
/// </summary>
public override void Execute()
{
var sb = new List <string>();
IPathway targetPath = (IPathway)Subject;
targetPath.FromLocation.MoveFrom((IMobile)Actor);
targetPath.ToLocation.MoveInto((IMobile)Actor);
targetPath.Enter.ExecuteMessaging(Actor, targetPath, null, targetPath.FromLocation, targetPath.ToLocation);
}
/// <summary>
/// Executes this command
/// </summary>
internal override bool ExecutionBody()
{
IPathway targetPath = (IPathway)Subject;
Actor.TryMoveTo(targetPath.Destination.GetContainerAsLocation());
targetPath.Enter.ExecuteMessaging(Actor, targetPath, null, targetPath.Origin, targetPath.Destination);
Actor.WriteTo(null);
return(true);
}
/// <summary>
/// Invoked when the user click on an item in the tree list view
/// Retrieve the IPathway or IMix object stored in the tag and sends it to the ResultsControl
/// for displaying the results associated with that pathway or mix main output
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
void treeView1_MouseDown(object sender, MouseEventArgs e)
{
treeView1.SelectedNode = treeView1.GetNodeAt(e.Location);
if (this.treeView1.SelectedNode != null)
{
Object tag = this.treeView1.SelectedNode.Tag;
IResults result = null;
int productID = -1;
string name = "";
//if the retrieved object is a pathway
if (tag is IPathway)
{
IPathway path = tag as IPathway;
//We ask the pathway what is the product defined as the main product for this pathway
//then store an integer that corresponds to an IResource.ID
productID = path.MainOutputResourceID;
//We use the ID of the Resource that corresponds to the main output of the pathway to get the correct results
Dictionary <int, IResults> availableResults = path.GetUpstreamResults(ResultsAccess.controler.CurrentProject.Data);
if (availableResults.ContainsKey(productID))
{
result = availableResults[productID];
}
//We set the string variable as the name of the pathway
name = path.Name;
}
//if the retrieved object is a pathway
else if (tag is IMix)
{
IMix mix = tag as IMix;
//We ask the mix what is the product defined as the main product for this mix
//then store an integer that corresponds to an IResource.ID
productID = mix.MainOutputResourceID;
//We use the ID of the Resource that corresponds to the main output of the pathway to get the correct results
Dictionary <int, IResults> availableResults = mix.GetUpstreamResults(ResultsAccess.controler.CurrentProject.Data);
if (availableResults.ContainsKey(productID))
{
result = availableResults[productID];
}
//We set the string variable as the name of the pathway
name = mix.Name;
}
//if we found a pathway or a mix and we have all the necessary parameters
//we Invoke the SetResults method of our user control in charge of displaying the life cycle upstream results
if (result != null && productID != -1 && !String.IsNullOrEmpty(name))
{
this.resultsControl1.SetResults(name, result, productID);
}
}
}
/// <summary>
/// Creates a new pathway with a few processes, then inserts that pathway in the database
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void buttonNewPathway_Click(object sender, EventArgs e)
{
//Hardcoded crude oil resource ID, could be fetched from the IData class instead
int CRUDE_RES_ID = 23;
//Hardcoded process model id
int PROC_ID_REC = 200, PROC_ID_TRA = 1000, PROC_ID_STO = 201;
//Creates an instance of a pathway
IPathway path = _dataHelper.CreateNewPathway("Example4 Pathway");
//Retrieves process models from the current dataset
IProcess procr = _controller.CurrentProject.Data.Processes.ValueForKey(PROC_ID_REC);
IProcess proct = _controller.CurrentProject.Data.Processes.ValueForKey(PROC_ID_TRA);
IProcess procs = _controller.CurrentProject.Data.Processes.ValueForKey(PROC_ID_STO);
//Add processes models to the pathway, vertices will be created for each process model added to the pathway
IVertex vertexR = _dataHelper.PathwayAddModel(path, procr);
IVertex vertexT = _dataHelper.PathwayAddModel(path, proct);
IVertex vertexS = _dataHelper.PathwayAddModel(path, procs);
//finds input and outputs ID from the model, then add a connector in the pathway
IInput inpT = proct.FlattenInputList.First();
IIO outR = procr.FlattenAllocatedOutputList.First();
bool success = _dataHelper.PathwayAddConnector(path, vertexR.ID, outR.Id, vertexT.ID, inpT.Id);
//finds input and outputs ID from the model, then add a connector in the pathway
IInput inpS = procs.FlattenInputList.First();
IIO outT = proct.FlattenAllocatedOutputList.First();
success &= _dataHelper.PathwayAddConnector(path, vertexT.ID, outT.Id, vertexS.ID, inpS.Id);
//creates a pathway output then connect the last process in the pathway to that output
IIO pathOut = _dataHelper.PathwayCreateOutput(path, CRUDE_RES_ID);
success &= _dataHelper.PathwaySetMainOutput(path, pathOut.Id);
IIO outS = procs.FlattenAllocatedOutputList.First();
success &= _dataHelper.PathwayAddConnector(path, vertexS.ID, outS.Id, pathOut.Id);
//inserts the pathway to the current dataset
success &= _dataHelper.DataInsertOrUpdatePathway(path);
if (success)
{
MessageBox.Show("Pathway named : '" + path.Name + "' inserted in dataset");
}
else
{
MessageBox.Show("Failure");
}
}
/// <summary>
/// Executes this command
/// </summary>
public override void Execute()
{
List <string> sb = new List <string>();
IPathway targetPath = (IPathway)Subject;
Actor.TryMoveTo(targetPath.Destination.GetContainerAsLocation());
targetPath.Enter.ExecuteMessaging(Actor, targetPath, null, targetPath.Origin, targetPath.Destination);
//Render the next room to them
Look lookCommand = new Look()
{
Actor = Actor, Subject = null, OriginLocation = Actor.CurrentLocation
};
lookCommand.Execute();
}
/// <summary>
/// This function is pulling the BTUPerGal for Conventional Diesel so it can be used to calculate the gallons per trip. (This is ultimately recalculated in the Results code)
/// </summary>
/// <returns> The total BTUs per Gallon of conventional diesel </returns>
public double getApproxBTUperGAL()
{
IGDataDictionary <int, IResource> resources = ResultsAccess.controler.CurrentProject.Data.Resources;
IGDataDictionary <int, IPathway> pathways = ResultsAccess.controler.CurrentProject.Data.Pathways;
IGDataDictionary <int, IMix> mixes = ResultsAccess.controler.CurrentProject.Data.Mixes;
IPathway myPathway = pathways.ValueForKey(CD_PATH_ID);
int productID = myPathway.MainOutputResourceID;
productID = myPathway.MainOutputResourceID;
IResource ConvDiesel = resources.ValueForKey(productID);
if (ConvDiesel.LowerHeatingValue.UserValue == 0)
{
return((ConvDiesel.LowerHeatingValue.GreetValue) * (1 / GALLONS_PER_CUBIC_METER) * (1 / JOULES_PER_BTU));
}
else
{
return((ConvDiesel.LowerHeatingValue.UserValue) * (1 / GALLONS_PER_CUBIC_METER) * (1 / JOULES_PER_BTU));
}
}
//We have to render our pathway out, an empty space for the potential pathway back and the destination room
private static string[,,] AddDirectionToMap(string[,,] dataMap, MovementDirectionType transversalDirection, IRoom origin, int diameter, int centerX, int centerY, int centerZ, HashSet <IRoom> roomPool)
{
IEnumerable <IPathway> pathways = origin.GetPathways(true);
Tuple <int, int, int> directionalSteps = Utilities.GetDirectionStep(transversalDirection);
int xStepped = centerX + directionalSteps.Item1;
int yStepped = centerY + directionalSteps.Item2;
int zStepped = centerZ + directionalSteps.Item3;
//If we're not over diameter budget and there is nothing there already (we might have already rendered the path and room) then render it
//When the next room tries to render backwards it'll run into the existant path it came from and stop the chain here
if (xStepped > 0 && xStepped <= diameter &&
yStepped > 0 && yStepped <= diameter &&
zStepped > 0 && zStepped <= diameter &&
string.IsNullOrWhiteSpace(dataMap[xStepped - 1, yStepped - 1, zStepped - 1]))
{
IPathway thisPath = pathways.FirstOrDefault(path =>
(path.DirectionType == transversalDirection && path.Origin.Equals(origin) && path.Destination.GetType().GetInterfaces().Contains(typeof(IRoom))) ||
(path.DirectionType == Utilities.ReverseDirection(transversalDirection) && path.Destination.Equals(origin) && path.Origin.GetType().GetInterfaces().Contains(typeof(IRoom)))
);
if (thisPath != null)
{
string locId = thisPath.Destination.BirthMark;
if (thisPath.Destination.BirthMark.Equals(origin.BirthMark))
{
locId = thisPath.Origin.BirthMark;
}
IRoom passdownOrigin = LiveCache.Get <IRoom>(new LiveCacheKey(typeof(IRoom), locId));
if (passdownOrigin != null)
{
dataMap[xStepped - 1, yStepped - 1, zStepped - 1] = passdownOrigin.BirthMark;
dataMap = AddFullRoomToMap(dataMap, passdownOrigin, diameter, xStepped, yStepped, zStepped, roomPool);
}
}
}
return(dataMap);
}
/// <summary>
/// Creates a new mix with a few pathways and mixes references, then inserts that mix in the database
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void buttonNewMix_Click(object sender, EventArgs e)
{
//Hardcoded crude oil resource ID, could be fetched from the IData class instead
int CRUDE_RES_ID = 23;
//Hardcoded pathway IDs
int CONV_CRD = 34, OILS_CRD = 36;
//Hardcoded mix ID (for the fun of it)
int MIX_CRD = 0;
//Creating a new instance of a mix
IMix mix = _dataHelper.CreateNewMix("Example4 Mix");
//Set the resource ID produced by this mix
_dataHelper.MixSetResource(mix, CRUDE_RES_ID);
//Retriving pathways to be added to the mix
IPathway path1 = _controller.CurrentProject.Data.Pathways.ValueForKey(CONV_CRD);
IPathway path2 = _controller.CurrentProject.Data.Pathways.ValueForKey(OILS_CRD);
IMix mix1 = _controller.CurrentProject.Data.Mixes.ValueForKey(MIX_CRD);
//Adding the different production items to the mix and define their shares
bool success = _dataHelper.MixAddFeed(mix, path1, 0.3);
success &= _dataHelper.MixAddFeed(mix, path2, 0.6);
success &= _dataHelper.MixAddFeed(mix, mix1, 0.1);
//Inserting the newly created mix to the database
success &= _dataHelper.DataInsertOrUpdateMix(mix);
if (success)
{
MessageBox.Show("Mix named : '" + mix.Name + "' inserted in dataset");
}
else
{
MessageBox.Show("Failure");
}
}
protected Vector3 SteerToStayOnPath(float predictionTime, IPathway path)
{
return(this.SteerToStayOnPath(predictionTime, path, MaxSpeed, annotation));
}
/// <summary>
/// Invoked when the user click on an item in the tree list view
/// Retrieve the IPathway or IMix object stored in the tag and sends it to the ResultsControl
/// for displaying the results associated with that pathway or mix main output
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
void treeView1_MouseDown(object sender, MouseEventArgs e)
{
treeView1.SelectedNode = treeView1.GetNodeAt(e.Location);
if (this.treeView1.SelectedNode != null)
{
Object tag = this.treeView1.SelectedNode.Tag;
IResults result = null;
int productID = -1;
string name = "";
if (tag is IPathway)
{//if the retrieved object is a pathway
IPathway path = tag as IPathway;
//We ask the pathway what is the product defined as the main product for this pathway
//then store an integer that corresponds to an IResource.ID
productID = ResultsAccess.controler.CurrentProject.Data.Helper.PathwayMainOutputResouce(path.Id);
//We use the ID of the Resource that corresponds to the main output of the pathway to get the correct results
Dictionary <IIO, IResults> availableResults = path.GetUpstreamResults(ResultsAccess.controler.CurrentProject.Data);
Guid desiredOutput = new Guid();
if (null == availableResults.Keys.SingleOrDefault(item => item.ResourceId == productID))
{
MessageBox.Show("Selected pathway does not produce the fuel selected. Please remove it from the Fule Types list");
return;
}
else
{
foreach (IIO io in availableResults.Keys.Where(item => item.ResourceId == productID))
{
desiredOutput = io.Id;
if (io.Id == path.MainOutput)
{
desiredOutput = io.Id;
break;
}
}
}
result = availableResults.SingleOrDefault(item => item.Key.Id == desiredOutput).Value;
//We set the string variable as the name of the pathway
name = path.Name;
}
else if (tag is IMix)
{//if the retrieved object is a mix
IMix mix = tag as IMix;
//We ask the mix what is the product defined as the main product for this mix
//then store an integer that corresponds to an IResource.ID
productID = mix.MainOutputResourceID;
//We use the ID of the Resource that corresponds to the main output of the pathway to get the correct results
var upstream = mix.GetUpstreamResults(ResultsAccess.controler.CurrentProject.Data);
if (null == upstream.Keys.SingleOrDefault(item => item.ResourceId == productID))
{
MessageBox.Show("Selected mix does not produce the fuel selected. Please remove it from the Fule Types list");
return;
}
//a mix has a single output so we can safely do the folowing
result = upstream.SingleOrDefault(item => item.Key.ResourceId == productID).Value;
//We set the string variable as the name of the pathway
name = mix.Name;
}
//if we found a pathway or a mix and we have all the necessary parameters
//we Invoke the SetResults method of our user control in charge of displaying the life cycle upstream results
if (result != null && productID != -1 && !String.IsNullOrEmpty(name))
{
this.resultsControl1.SetResults(name, result, productID);
}
}
}
/// <summary>
/// Pulls the main product resource from using a specific pathway
/// </summary>
/// <param name="path">The specific pathway you are getting the resource for</param>
/// <returns>The product of the pathway it was passed</returns>
public IResource getResourceUsed(IPathway path) { return ResultsAccess.controler.CurrentProject.Data.Resources.ValueForKey(path.MainOutputResourceID); }
/// <summary>
/// Pulls the main product resource from using a specific pathway
/// </summary>
/// <param name="path">The specific pathway you are getting the resource for</param>
/// <returns>The product of the pathway it was passed</returns>
public IResource getResourceUsed(IPathway path)
{
return(ResultsAccess.controler.CurrentProject.Data.Resources.ValueForKey(path.MainOutputResourceID));
}
/// <summary>
/// Restores live entity backup from Current
/// </summary>
/// <returns>Success state</returns>
public bool RestoreLiveBackup()
{
LiveData liveDataAccessor = new LiveData();
string currentBackupDirectory = liveDataAccessor.BaseDirectory + liveDataAccessor.CurrentDirectoryName;
//No backup directory? No live data.
if (!Directory.Exists(currentBackupDirectory))
{
return(false);
}
LoggingUtility.Log("World restored from current live INITIATED.", LogChannels.Backup, false);
try
{
//dont load players here
List <IEntity> entitiesToLoad = new List <IEntity>();
IEnumerable <Type> implimentedTypes = typeof(EntityPartial).Assembly.GetTypes().Where(ty => ty.GetInterfaces().Contains(typeof(IEntity)) &&
ty.IsClass &&
!ty.IsAbstract &&
!ty.GetCustomAttributes <IgnoreAutomatedBackupAttribute>().Any());
foreach (Type type in implimentedTypes.OrderByDescending(type => type == typeof(Gaia) ? 6 :
type == typeof(Zone) ? 5 :
type == typeof(Locale) ? 3 :
type == typeof(Room) ? 3 :
type == typeof(Pathway) ? 2 : 0))
{
if (!Directory.Exists(currentBackupDirectory + type.Name))
{
continue;
}
DirectoryInfo entityFilesDirectory = new DirectoryInfo(currentBackupDirectory + type.Name);
foreach (FileInfo file in entityFilesDirectory.EnumerateFiles())
{
entitiesToLoad.Add(liveDataAccessor.ReadEntity(file, type));
}
}
//Check we found actual data
if (!entitiesToLoad.Any(ent => ent.GetType() == typeof(Gaia)))
{
throw new Exception("No Worlds found, failover.");
}
if (!entitiesToLoad.Any(ent => ent.GetType() == typeof(Zone)))
{
throw new Exception("No zones found, failover.");
}
//Shove them all into the live system first
foreach (IEntity entity in entitiesToLoad.OrderBy(ent => ent.Birthdate))
{
entity.UpsertToLiveWorldCache();
entity.KickoffProcesses();
}
//We need to pick up any places that aren't already live from the file system incase someone added them during the last session\
foreach (IGaiaTemplate thing in TemplateCache.GetAll <IGaiaTemplate>().Where(dt => !entitiesToLoad.Any(ent => ent.TemplateId.Equals(dt.Id) && ent.Birthdate >= dt.LastRevised)))
{
IGaia entityThing = Activator.CreateInstance(thing.EntityClass, new object[] { thing }) as IGaia;
entityThing.SpawnNewInWorld();
}
foreach (IZoneTemplate thing in TemplateCache.GetAll <IZoneTemplate>().Where(dt => !entitiesToLoad.Any(ent => ent.TemplateId.Equals(dt.Id) && ent.Birthdate >= dt.LastRevised)))
{
IZone entityThing = Activator.CreateInstance(thing.EntityClass, new object[] { thing }) as IZone;
entityThing.SpawnNewInWorld();
}
foreach (ILocaleTemplate thing in TemplateCache.GetAll <ILocaleTemplate>().Where(dt => !entitiesToLoad.Any(ent => ent.TemplateId.Equals(dt.Id) && ent.Birthdate >= dt.LastRevised)))
{
ILocale entityThing = Activator.CreateInstance(thing.EntityClass, new object[] { thing }) as ILocale;
entityThing.ParentLocation = entityThing.ParentLocation.GetLiveInstance();
entityThing.SpawnNewInWorld();
}
foreach (IRoomTemplate thing in TemplateCache.GetAll <IRoomTemplate>().Where(dt => !entitiesToLoad.Any(ent => ent.TemplateId.Equals(dt.Id) && ent.Birthdate >= dt.LastRevised)))
{
IRoom entityThing = Activator.CreateInstance(thing.EntityClass, new object[] { thing }) as IRoom;
entityThing.ParentLocation = entityThing.Template <IRoomTemplate>().ParentLocation.GetLiveInstance();
entityThing.SpawnNewInWorld();
}
foreach (IPathwayTemplate thing in TemplateCache.GetAll <IPathwayTemplate>().Where(dt => !entitiesToLoad.Any(ent => ent.TemplateId.Equals(dt.Id) && ent.Birthdate >= dt.LastRevised)))
{
IPathway entityThing = Activator.CreateInstance(thing.EntityClass, new object[] { thing }) as IPathway;
entityThing.SpawnNewInWorld();
}
//We have the containers contents and the birthmarks from the deserial
//I don't know how we can even begin to do this type agnostically since the collections are held on type specific objects without some super ugly reflection
foreach (Room entity in entitiesToLoad.Where(ent => ent.GetType() == typeof(Room)))
{
foreach (IInanimate obj in entity.Contents.EntitiesContained())
{
IInanimate fullObj = LiveCache.Get <IInanimate>(new LiveCacheKey(obj));
entity.MoveFrom(obj);
entity.MoveInto(fullObj);
}
foreach (INonPlayerCharacter obj in entity.MobilesInside.EntitiesContained())
{
INonPlayerCharacter fullObj = LiveCache.Get <INonPlayerCharacter>(new LiveCacheKey(obj));
entity.MoveFrom(obj);
entity.MoveInto(fullObj);
}
}
foreach (NonPlayerCharacter entity in entitiesToLoad.Where(ent => ent.GetType() == typeof(NonPlayerCharacter)))
{
foreach (IInanimate obj in entity.Inventory.EntitiesContained())
{
IInanimate fullObj = LiveCache.Get <IInanimate>(new LiveCacheKey(obj));
entity.MoveFrom(obj);
entity.MoveInto(fullObj);
}
}
foreach (Inanimate entity in entitiesToLoad.Where(ent => ent.GetType() == typeof(Inanimate)))
{
foreach (Tuple <string, IInanimate> obj in entity.Contents.EntitiesContainedByName())
{
IInanimate fullObj = LiveCache.Get <IInanimate>(new LiveCacheKey(obj.Item2));
entity.MoveFrom(obj.Item2);
entity.MoveInto(fullObj, obj.Item1);
}
foreach (Tuple <string, IInanimate> obj in entity.Contents.EntitiesContainedByName())
{
INonPlayerCharacter fullObj = LiveCache.Get <INonPlayerCharacter>(new LiveCacheKey(obj.Item2));
entity.MoveFrom((INonPlayerCharacter)obj.Item2);
entity.MoveInto(fullObj, obj.Item1);
}
}
//We need to poll the WorldMaps here and give all the rooms their coordinates as well as the zones their sub-maps
ParseDimension();
LoggingUtility.Log("World restored from current live.", LogChannels.Backup, false);
return(true);
}
catch (Exception ex)
{
LoggingUtility.LogError(ex);
}
return(false);
}
static void DrawPathFencesOnMap(TerrainMap map, IPathway path)
{
float xs = map.XSize / map.Resolution;
float zs = map.ZSize / map.Resolution;
Vector3 alongRow = new Vector3(xs, 0, 0);
Vector3 nextRow = new Vector3(-map.XSize, 0, zs);
Vector3 g = new Vector3((map.XSize - xs) / -2, 0, (map.ZSize - zs) / -2);
for (int j = 0; j < map.Resolution; j++)
{
for (int i = 0; i < map.Resolution; i++)
{
float outside = path.HowFarOutsidePath(g);
const float WALL_THICKNESS = 1.0f;
// set map cells adjacent to the outside edge of the path
if ((outside > 0) && (outside < WALL_THICKNESS))
map.SetMapBit(i, j, true);
// clear all other off-path map cells
if (outside > WALL_THICKNESS) map.SetMapBit(i, j, false);
g += alongRow;
}
g += nextRow;
}
}
/// <summary>
/// Pulls the needed GREET data, and makes final results calculations
/// </summary>
#region Final results calculation
private void treeView1_AfterSelect(object sender, TreeViewEventArgs e)
{
Object tag = tree_Main_Fuel_Pathways.SelectedNode.Tag;
if (tag is IPathway)
{
IData data = APIcontroller.getData();
IPathway path = tag as IPathway;
IResource resourceUsed = APIcontroller.getResourceUsed(path);
// Grabs the fuel used in the main engine to display to the user.
MainfuelUsed = APIcontroller.getFuelUsed(path);
IResults pathwayResults = APIcontroller.getPathwayResults(data, path);
teams_sheet.GALLONperTrip = APIcontroller.getGallonsPerMMBTU(resourceUsed) * teams_sheet.MMBTUinperTrip;
//These numbers will be used in calculations below, and are based on whether or not the user has edited GREET resource variables
double resourceDensity = APIcontroller.getResourceDensity(resourceUsed);
double resourceSulfurRatio = APIcontroller.getResourceSulfurRatio(resourceUsed);
double resourceLowerHeatingValue = APIcontroller.getResourceLowerHeatingValue(resourceUsed);
double resourceCarbonRatio = APIcontroller.getResourceCarbonRatio(resourceUsed);
double[] main_fuel_type = new double[7];
if (MainfuelUsed.Equals("Conventional Diesel"))
{
Array.Copy(teams_sheet.Diesel, main_fuel_type, teams_sheet.Diesel.Length);
}
else if (MainfuelUsed.Equals("Residual Oil"))
{
Array.Copy(teams_sheet.Residual_Oil, main_fuel_type, teams_sheet.Residual_Oil.Length);
}
else if (MainfuelUsed.Equals("Low-Sulfur Diesel"))
{
Array.Copy(teams_sheet.Ult_Low_Sulf, main_fuel_type, teams_sheet.Ult_Low_Sulf.Length);
}
else if (MainfuelUsed.Equals("Liquefied Natural Gas"))
{
Array.Copy(teams_sheet.Natural_Gas, main_fuel_type, teams_sheet.Natural_Gas.Length);
}
else if (MainfuelUsed.Equals("Biodiesel"))
{
Array.Copy(teams_sheet.Biodiesel, main_fuel_type, teams_sheet.Biodiesel.Length);
}
else
{
Array.Copy(teams_sheet.Fischer, main_fuel_type, teams_sheet.Fischer.Length);
}
//These should be relatively accurate no matter what, since it's a total energy and not the different engines
//Total Energy Well To Pump = mmbtu of fuel put into the engine * all sections of energy for what it took to create 1 mmbtu of fuel - the 1 mmbtu of fuel
TE_WTP = teams_sheet.MMBTUinperTrip * APIcontroller.getSumAllLifeCycleResources(pathwayResults) - 1 - teams_sheet.MMBTUinperTrip;
//TE_WTP = teams_sheet.MMBTUinperTrip * APIcontroller.getSumAllLifeCycleResources(pathwayResults);
//Total Energy Vessel Operation = mmbtu needed to put into the ship
TE_VO = teams_sheet.MMBTUinperTrip;
//Total Energy = Vessel Operation + Well to pump + aux vessel operation + aux well to pump
TE_Total = TE_WTP + TE_VO + AUX_TE_WTP + AUX_TE_VO;
// TODO: Implement Fossil Fuels and Petroleum Fuels
// Fossil Fuels in WTP = mmbtuin * a greet energy WTP value
//FF_WTP = teams_sheet.MMBTUinperTrip * pathwayResults.LifeCycleResourcesGroups(data).ElementAt(0).Value.Value;
//FF_Total = FF_WTP + FF_VO + AUX_FF_WTP + AUX_FF_VO;
FF_WTP = 0;
FF_Total = 0;
// Petroleum Fuel in WTP = mmbtuin * a greet energy WTP value
//PF_WTP = teams_sheet.MMBTUinperTrip * pathwayResults.LifeCycleResourcesGroups(data).ElementAt(2).Value.Value;
//PF_Total = PF_WTP + PF_VO + AUX_PF_WTP + AUX_PF_VO;
PF_WTP = 0;
PF_Total = 0;
// Volatile Organic Compounds
VOC_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 0) * teams_sheet.MMBTUinperTrip;
VOC_VO = main_fuel_type[0] * (1 / KWHRS_PER_HPHR) * teams_sheet.KWHOutperTrip;
VOC_Total = VOC_WTP + VOC_VO + AUX_VOC_WTP + AUX_VOC_VO;
// Carbon Monoxide
CO_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 1) * teams_sheet.MMBTUinperTrip;
CO_VO = (main_fuel_type[1] * (1 / KWHRS_PER_HPHR) * teams_sheet.KWHOutperTrip);
CO_Total = CO_WTP + CO_VO + AUX_CO_WTP + AUX_CO_VO;
// Nitrogen Dioxide
NOx_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 2) * teams_sheet.MMBTUinperTrip;
NOx_VO = main_fuel_type[2] * (1 / KWHRS_PER_HPHR) * teams_sheet.KWHOutperTrip;
NOx_Total = NOx_WTP + NOx_VO + AUX_NOx_WTP + AUX_NOx_VO;
// Particulate Matter 10
PM10_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 3) * teams_sheet.MMBTUinperTrip;
PM10_VO = main_fuel_type[3] * (1 / KWHRS_PER_HPHR) * teams_sheet.KWHOutperTrip;
PM10_Total = PM10_WTP + PM10_VO + AUX_PM10_WTP + AUX_PM10_VO;
// Particulate Matter 25
PM25_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 4) * teams_sheet.MMBTUinperTrip;
PM25_VO = main_fuel_type[4] * (1 / KWHRS_PER_HPHR) * teams_sheet.KWHOutperTrip;
PM25_Total = PM25_WTP + PM25_VO + AUX_PM25_WTP + AUX_PM25_VO;
// Sulfur Oxides
SOx_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 5) * teams_sheet.MMBTUinperTrip;
SOx_VO = resourceDensity * resourceSulfurRatio * GRAMS_PER_KILOGRAM * (1 / GALLONS_PER_CUBIC_METER) * GRAMS_SOX_PER_GRAMS_S * teams_sheet.GALLONperTrip;
SOx_Total = SOx_WTP + SOx_VO + AUX_SOx_WTP + AUX_SOx_VO;
// Methane
CH4_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 6) * teams_sheet.MMBTUinperTrip;
CH4_VO = main_fuel_type[5] * (1 / KWHRS_PER_HPHR) * teams_sheet.KWHOutperTrip;
CH4_Total = CH4_WTP + CH4_VO + AUX_CH4_WTP + AUX_CH4_VO;
// Carbon Dioxide
double gramsOfFuel = (1 / resourceLowerHeatingValue) * resourceDensity * JOULES_PER_MMBTU * GRAMS_PER_KILOGRAM * teams_sheet.MMBTUinperTrip;
CO2_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 8) * teams_sheet.MMBTUinperTrip;
CO2_VO = gramsOfFuel * resourceCarbonRatio * (44 / 12);
CO2_Total = CO2_WTP + CO2_VO + AUX_CO2_WTP + AUX_CO2_VO;
//Nitrous Oxide
N2O_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 7) * teams_sheet.MMBTUinperTrip;
N2O_VO = main_fuel_type[6] * (1 / KWHRS_PER_HPHR) * teams_sheet.KWHOutperTrip;
N2O_Total = N2O_WTP + N2O_VO + AUX_N2O_WTP + AUX_N2O_VO;
}
setLabels();
}
private static string RenderPathwayToAsciiForModals(IPathway path, string originId, MovementDirectionType directionType, bool forAdmin = false)
{
string returnValue = string.Empty;
string asciiCharacter = Utilities.TranslateDirectionToAsciiCharacter(directionType);
string destinationId = "";
string destinationName = string.Empty;
PathwayType pathType = PathwayType.None;
if (path != null && path.Destination != null)
{
destinationName = path.Destination.TemplateName;
destinationId = path.Destination.BirthMark;
pathType = path.Type;
}
if (forAdmin)
{
if (path != null)
{
if (pathType == PathwayType.Rooms)
{
returnValue = string.Format("<a href='#' class='editData pathway AdminEditPathway' pathwayId='{0}' fromRoom='{3}' toRoom='{4}' title='Edit - {5} path to {1}' data-id='{0}'>{2}</a>",
path.BirthMark, destinationName, asciiCharacter, originId, destinationId, directionType.ToString());
}
else
{
string classString = "zone";
if (pathType == PathwayType.Locale)
{
classString = "locale";
}
returnValue = string.Format("<a class='pathway {4}' title='{5}: {3} to {1}' data-id='{0}'>{2}</a>",
path.BirthMark, destinationName, asciiCharacter, directionType.ToString(), classString, path.TemplateName);
}
}
else
{
string roomString = string.Format("Add - {0} path and room", directionType.ToString());
if (!string.IsNullOrWhiteSpace(destinationName))
{
roomString = string.Format("Add {0} path to {1}", directionType.ToString(), destinationName);
}
returnValue = string.Format("<a href='#' class='addData pathway AdminAddPathway' pathwayId='-1' fromRoom='{0}' toRoom='{4}' data-direction='{1}' data-incline='{2}' title='{3}'>+</a>",
originId, Utilities.TranslateDirectionToDegrees(directionType).Item1, Utilities.GetBaseInclineGrade(directionType), roomString, destinationId);
}
}
else if (path != null)
{
if (pathType == PathwayType.Rooms)
{
returnValue = string.Format("<a href='#' class='pathway nonAdminPathway' title='{3}: {1}{4} to {2}{5}' data-id='{6}'>{0}</a>",
asciiCharacter, directionType, destinationName, path.TemplateName, originId, destinationId, path.BirthMark);
}
else
{
string classString = "zone";
if (pathType == PathwayType.Locale)
{
classString = "locale";
}
returnValue = string.Format("<a class='pathway {4}' title='{5}: {3} to {1}' data-id='{0}'>{2}</a>",
path.BirthMark, destinationName, asciiCharacter, directionType.ToString(), classString, path.TemplateName);
}
}
return(returnValue);
}
private static string[,] RenderRoomAndPathwaysForMapNode(int x, int y, IRoom Room, IRoom centerRoom, string[,] expandedMap, bool currentRoom, bool forAdmin, MapRenderMode renderMode)
{
IEnumerable <IPathway> pathways = Room.GetPathways();
int expandedRoomX = x * 3 + 1;
int expandedRoomY = y * 3 + 1;
switch (renderMode)
{
case MapRenderMode.Normal:
IPathway ePath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.East);
IPathway nPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.North);
IPathway nePath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.NorthEast);
IPathway nwPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.NorthWest);
IPathway sPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.South);
IPathway sePath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.SouthEast);
IPathway swPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.SouthWest);
IPathway wPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.West);
//The room
expandedMap[expandedRoomX, expandedRoomY] = RenderRoomToAscii(Room, Room.GetZonePathways().Any(), Room.GetLocalePathways().Any()
, !forAdmin && currentRoom, forAdmin);
expandedMap[expandedRoomX - 1, expandedRoomY + 1] = RenderPathwayToAsciiForModals(nwPath, Room.BirthMark, MovementDirectionType.NorthWest, forAdmin);
expandedMap[expandedRoomX, expandedRoomY + 1] = RenderPathwayToAsciiForModals(nPath, Room.BirthMark, MovementDirectionType.North, forAdmin);
expandedMap[expandedRoomX + 1, expandedRoomY + 1] = RenderPathwayToAsciiForModals(nePath, Room.BirthMark, MovementDirectionType.NorthEast, forAdmin);
expandedMap[expandedRoomX - 1, expandedRoomY] = RenderPathwayToAsciiForModals(wPath, Room.BirthMark, MovementDirectionType.West, forAdmin);
expandedMap[expandedRoomX + 1, expandedRoomY] = RenderPathwayToAsciiForModals(ePath, Room.BirthMark, MovementDirectionType.East, forAdmin);
expandedMap[expandedRoomX - 1, expandedRoomY - 1] = RenderPathwayToAsciiForModals(swPath, Room.BirthMark, MovementDirectionType.SouthWest, forAdmin);
expandedMap[expandedRoomX, expandedRoomY - 1] = RenderPathwayToAsciiForModals(sPath, Room.BirthMark, MovementDirectionType.South, forAdmin);
expandedMap[expandedRoomX + 1, expandedRoomY - 1] = RenderPathwayToAsciiForModals(sePath, Room.BirthMark, MovementDirectionType.SouthEast, forAdmin);
break;
case MapRenderMode.Upwards:
IPathway upPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.Up);
IPathway upePath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.UpEast);
IPathway upnPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.UpNorth);
IPathway upnePath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.UpNorthEast);
IPathway upnwPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.UpNorthWest);
IPathway upsPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.UpSouth);
IPathway upsePath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.UpSouthEast);
IPathway upswPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.UpSouthWest);
IPathway upwPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.UpWest);
expandedMap[expandedRoomX, expandedRoomY] = RenderPathwayToAsciiForModals(upPath, Room.BirthMark, MovementDirectionType.Up, forAdmin);
expandedMap[expandedRoomX - 1, expandedRoomY + 1] = RenderPathwayToAsciiForModals(upnwPath, Room.BirthMark, MovementDirectionType.UpNorthWest, forAdmin);
expandedMap[expandedRoomX, expandedRoomY + 1] = RenderPathwayToAsciiForModals(upnPath, Room.BirthMark, MovementDirectionType.UpNorth, forAdmin);
expandedMap[expandedRoomX + 1, expandedRoomY + 1] = RenderPathwayToAsciiForModals(upnePath, Room.BirthMark, MovementDirectionType.UpNorthEast, forAdmin);
expandedMap[expandedRoomX - 1, expandedRoomY] = RenderPathwayToAsciiForModals(upwPath, Room.BirthMark, MovementDirectionType.UpWest, forAdmin);
expandedMap[expandedRoomX + 1, expandedRoomY] = RenderPathwayToAsciiForModals(upePath, Room.BirthMark, MovementDirectionType.UpEast, forAdmin);
expandedMap[expandedRoomX - 1, expandedRoomY - 1] = RenderPathwayToAsciiForModals(upswPath, Room.BirthMark, MovementDirectionType.UpSouthWest, forAdmin);
expandedMap[expandedRoomX, expandedRoomY - 1] = RenderPathwayToAsciiForModals(upsPath, Room.BirthMark, MovementDirectionType.UpSouth, forAdmin);
expandedMap[expandedRoomX + 1, expandedRoomY - 1] = RenderPathwayToAsciiForModals(upsePath, Room.BirthMark, MovementDirectionType.UpSouthEast, forAdmin);
break;
case MapRenderMode.Downwards:
IPathway downPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.Down);
IPathway downePath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.DownEast);
IPathway downnPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.DownNorth);
IPathway downnePath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.DownNorthEast);
IPathway downnwPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.DownNorthWest);
IPathway downsPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.DownSouth);
IPathway downsePath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.DownSouthEast);
IPathway downswPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.DownSouthWest);
IPathway downwPath = pathways.FirstOrDefault(path => path.DirectionType == MovementDirectionType.DownWest);
expandedMap[expandedRoomX, expandedRoomY] = RenderPathwayToAsciiForModals(downPath, Room.BirthMark, MovementDirectionType.Down, forAdmin);
expandedMap[expandedRoomX - 1, expandedRoomY + 1] = RenderPathwayToAsciiForModals(downnwPath, Room.BirthMark, MovementDirectionType.DownNorthWest, forAdmin);
expandedMap[expandedRoomX, expandedRoomY + 1] = RenderPathwayToAsciiForModals(downnPath, Room.BirthMark, MovementDirectionType.DownNorth, forAdmin);
expandedMap[expandedRoomX + 1, expandedRoomY + 1] = RenderPathwayToAsciiForModals(downnePath, Room.BirthMark, MovementDirectionType.DownNorthEast, forAdmin);
expandedMap[expandedRoomX - 1, expandedRoomY] = RenderPathwayToAsciiForModals(downwPath, Room.BirthMark, MovementDirectionType.DownWest, forAdmin);
expandedMap[expandedRoomX + 1, expandedRoomY] = RenderPathwayToAsciiForModals(downePath, Room.BirthMark, MovementDirectionType.DownEast, forAdmin);
expandedMap[expandedRoomX - 1, expandedRoomY - 1] = RenderPathwayToAsciiForModals(downswPath, Room.BirthMark, MovementDirectionType.DownSouthWest, forAdmin);
expandedMap[expandedRoomX, expandedRoomY - 1] = RenderPathwayToAsciiForModals(downsPath, Room.BirthMark, MovementDirectionType.DownSouth, forAdmin);
expandedMap[expandedRoomX + 1, expandedRoomY - 1] = RenderPathwayToAsciiForModals(downsePath, Room.BirthMark, MovementDirectionType.DownSouthEast, forAdmin);
break;
}
return(expandedMap);
}
public static Vector3 SteerToFollowPath(this IVehicle vehicle, bool direction, float predictionTime, IPathway path, float maxSpeed, out float currentPathDistance, IAnnotationService annotation = null)
{
// our goal will be offset from our path distance by this amount
float pathDistanceOffset = (direction ? 1 : -1) * predictionTime * vehicle.Speed;
// predict our future position
Vector3 futurePosition = vehicle.PredictFuturePosition(predictionTime);
// measure distance along path of our current and predicted positions
currentPathDistance = path.MapPointToPathDistance(vehicle.Position);
float futurePathDistance = path.MapPointToPathDistance(futurePosition);
// are we facing in the correction direction?
bool rightway = ((pathDistanceOffset > 0) ?
(currentPathDistance < futurePathDistance) :
(currentPathDistance > futurePathDistance));
// find the point on the path nearest the predicted future position
Vector3 tangent;
float outside;
Vector3 onPath = path.MapPointToPath(futurePosition, out tangent, out outside);
// no steering is required if (a) our future position is inside
// the path tube and (b) we are facing in the correct direction
if ((outside <= 0) && rightway)
{
//We're going at max speed, in the right direction. don't need to do anything
if (vehicle.Speed >= maxSpeed)
{
return(Vector3.Zero);
}
//Predict vehicle position and sample multiple times, incresingly far along the path
var seek = path.MapPointToPath(vehicle.PredictFuturePosition(predictionTime / 3), out tangent, out outside);
for (int i = 0; i < 3; i++)
{
var s = path.MapPointToPath(seek + tangent * vehicle.Speed / (i + 1), out tangent, out outside);
//terminate search if we wander outside the path
if (outside > 0)
{
break;
}
seek = s;
if (annotation != null)
{
annotation.Circle3D(0.3f, seek, Vector3.Up, Color.Green, 6);
}
}
//Steer towards future path point
return(vehicle.SteerForSeek(seek, maxSpeed, annotation));
}
// otherwise we need to steer towards a target point obtained
// by adding pathDistanceOffset to our current path position
float targetPathDistance = currentPathDistance + pathDistanceOffset;
Vector3 target = path.MapPathDistanceToPoint(targetPathDistance);
if (annotation != null)
{
annotation.PathFollowing(futurePosition, onPath, target, outside);
}
// return steering to seek target on path
return(SteerForSeek(vehicle, target, maxSpeed));
}
public static Vector3 SteerToFollowPath(this IVehicle vehicle, bool direction, float predictionTime, IPathway path, float maxSpeed, IAnnotationService annotation = null)
{
float pathDistance;
return(SteerToFollowPath(vehicle, direction, predictionTime, path, maxSpeed, out pathDistance, annotation));
}
public static Vector3 SteerToStayOnPath(this IVehicle vehicle, float predictionTime, IPathway path, float maxSpeed, IAnnotationService annotation = null)
{
// predict our future position
Vector3 futurePosition = vehicle.PredictFuturePosition(predictionTime);
// find the point on the path nearest the predicted future position
Vector3 tangent;
float outside;
Vector3 onPath = path.MapPointToPath(futurePosition, out tangent, out outside);
if (outside < 0)
{
return(Vector3.Zero); // our predicted future position was in the path, return zero steering.
}
// our predicted future position was outside the path, need to
// steer towards it. Use onPath projection of futurePosition
// as seek target
if (annotation != null)
{
annotation.PathFollowing(futurePosition, onPath, onPath, outside);
}
return(vehicle.SteerForSeek(onPath, maxSpeed));
}
protected Vector3 SteerToFollowPath(bool direction, float predictionTime, IPathway path)
{
return(this.SteerToFollowPath(direction, predictionTime, path, MaxSpeed, annotation));
}
/// <summary>
/// Gets the main, general fuel used after a specific pathway is selected. i.e. "Conventional Diesel"
/// </summary>
/// <param name="pathway">The specific pathway selected</param>
/// <returns>A strong of the general fuel used</returns>
public string getFuelUsed(IPathway pathway)
{
return(getResources().AllValues.Where(item => item.Id == pathway.MainOutputResourceID).ElementAt(0).Name);
}
// ----------------------------------------------------------------------------
// Path Following behaviors
public Vector3 steerToStayOnPath(float predictionTime, IPathway path)
{
// predict our future position
Vector3 futurePosition = predictFuturePosition (predictionTime);
// find the point on the path nearest the predicted future position
PathRelativePosition tStruct = new PathRelativePosition();
Vector3 onPath = path.MapPointToPath(futurePosition, ref tStruct);
if (tStruct.outside < 0)
{
// our predicted future position was in the path,
// return zero steering.
return Vector3.zero;
}
else
{
// our predicted future position was outside the path, need to
// steer towards it. Use onPath projection of futurePosition
// as seek target
#if ANNOTATE_PATH
annotatePathFollowing (futurePosition, onPath, onPath,tStruct.outside);
#endif
return steerForSeek (onPath);
}
}
public PathWalker(IPathway path, IAnnotationService annotation, List<PathWalker> vehicles)
:base(annotation)
{
Path = path;
_vehicles = vehicles;
}
private void treeView2_AfterSelect(object sender, TreeViewEventArgs e)
{
Object tag = tree_Aux_Fuel_Pathways.SelectedNode.Tag;
if (tag is IPathway)
{
IData data = APIcontroller.getData();
IPathway path = tag as IPathway;
IResource resourceUsed = APIcontroller.getResourceUsed(path);
// Gets the fuel used in the auxiliary engine to display to the user.
auxFuelUsed = APIcontroller.getFuelUsed(path);
IResults pathwayResults = APIcontroller.getPathwayResults(data, path);
// These numbers will be used in calculations below, and are based on whether or not the user has tried to edit GREET resource variables
double resourceDensity = APIcontroller.getResourceDensity(resourceUsed);
double resourceSulfurRatio = APIcontroller.getResourceSulfurRatio(resourceUsed);
double resourceLowerHeatingValue = APIcontroller.getResourceLowerHeatingValue(resourceUsed);
double resourceCarbonRatio = APIcontroller.getResourceCarbonRatio(resourceUsed);
double[] aux_fuel_type = new double[7];
if (auxFuelUsed.Equals("Conventional Diesel"))
{
Array.Copy(teams_sheet.Aux_Diesel, aux_fuel_type, teams_sheet.Aux_Diesel.Length);
}
else if (auxFuelUsed.Equals("Residual Oil"))
{
Array.Copy(teams_sheet.Aux_Residual_Oil, aux_fuel_type, teams_sheet.Aux_Residual_Oil.Length);
}
else if (auxFuelUsed.Equals("Low-Sulfur Diesel"))
{
Array.Copy(teams_sheet.Aux_Ult_Low_Sulf, aux_fuel_type, teams_sheet.Aux_Ult_Low_Sulf.Length);
}
else if (auxFuelUsed.Equals("Liquefied Natural Gas"))
{
Array.Copy(teams_sheet.Aux_Natural_Gas, aux_fuel_type, teams_sheet.Aux_Natural_Gas.Length);
}
else if (auxFuelUsed.Equals("Biodiesel"))
{
Array.Copy(teams_sheet.Aux_Biodiesel, aux_fuel_type, teams_sheet.Aux_Biodiesel.Length);
}
else
{
Array.Copy(teams_sheet.Aux_Fischer, aux_fuel_type, teams_sheet.Aux_Fischer.Length);
}
teams_sheet.AuxEngineGALLONperTrip = (1 / resourceLowerHeatingValue) * GALLONS_PER_CUBIC_METER * JOULES_PER_MMBTU * teams_sheet.AuxEngineMMBTUinperTrip;
AUX_TE_WTP = teams_sheet.AuxEngineMMBTUinperTrip * APIcontroller.getSumAllLifeCycleResources(pathwayResults) - 1 - teams_sheet.AuxEngineMMBTUinperTrip;
AUX_TE_VO = teams_sheet.AuxEngineMMBTUinperTrip;
TE_Total = TE_WTP + TE_VO + AUX_TE_WTP + AUX_TE_VO;
// TODO: Implement Fossil Fuels and Petroleum Fuels
// Fossil Fuels in WTP = mmbtuin * a greet energy WTP value
//AUX_FF_WTP = teams_sheet.AuxEngineMMBTUinperTrip * pathwayResults.LifeCycleResourcesGroups(data).ElementAt(0).Value.Value;
//FF_Total = FF_WTP + FF_VO + AUX_FF_WTP + AUX_FF_VO;
AUX_FF_WTP = 0;
FF_Total = 0;
// Petroleum Fuel in WTP = mmbtuin * a greet energy WTP value
//AUX_PF_WTP = teams_sheet.AuxEngineMMBTUinperTrip * pathwayResults.LifeCycleResourcesGroups(data).ElementAt(2).Value.Value;
//PF_Total = PF_WTP + PF_VO + AUX_PF_WTP + AUX_PF_VO;
AUX_PF_WTP = 0;
PF_Total = 0;
AUX_VOC_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 0) * teams_sheet.MMBTUinperTrip;
AUX_VOC_VO = aux_fuel_type[0] * (1 / KWHRS_PER_HPHR) * teams_sheet.AuxEngineKWHoutperTrip;
VOC_Total = VOC_WTP + VOC_VO + AUX_VOC_WTP + AUX_VOC_VO;
AUX_CO_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 1) * teams_sheet.MMBTUinperTrip;
AUX_CO_VO = aux_fuel_type[1] * (1 / KWHRS_PER_HPHR) * teams_sheet.AuxEngineKWHoutperTrip;
CO_Total = CO_WTP + CO_VO + AUX_CO_WTP + AUX_CO_VO;
AUX_NOx_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 2) * teams_sheet.MMBTUinperTrip;
AUX_NOx_VO = aux_fuel_type[2] * (1 / KWHRS_PER_HPHR) * teams_sheet.AuxEngineKWHoutperTrip;
NOx_Total = NOx_WTP + NOx_VO + AUX_NOx_WTP + AUX_NOx_VO;
AUX_PM10_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 3) * teams_sheet.MMBTUinperTrip;
AUX_PM10_VO = aux_fuel_type[3] * (1 / KWHRS_PER_HPHR) * teams_sheet.AuxEngineKWHoutperTrip;
PM10_Total = PM10_WTP + PM10_VO + AUX_PM10_WTP + AUX_PM10_VO;
AUX_PM25_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 4) * teams_sheet.MMBTUinperTrip;
AUX_PM25_VO = aux_fuel_type[4] * (1 / KWHRS_PER_HPHR) * teams_sheet.AuxEngineKWHoutperTrip;
PM25_Total = PM25_WTP + PM25_VO + AUX_PM25_WTP + AUX_PM25_VO;
AUX_SOx_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 5) * teams_sheet.MMBTUinperTrip;
AUX_SOx_VO = resourceDensity * resourceSulfurRatio * GRAMS_PER_KILOGRAM * (1 / GALLONS_PER_CUBIC_METER) * GRAMS_SOX_PER_GRAMS_S * teams_sheet.AuxEngineGALLONperTrip;
SOx_Total = SOx_WTP + SOx_VO + AUX_SOx_WTP + AUX_SOx_VO;
AUX_CH4_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 6) * teams_sheet.MMBTUinperTrip;
AUX_CH4_VO = aux_fuel_type[5] * (1 / KWHRS_PER_HPHR) * teams_sheet.AuxEngineKWHoutperTrip;
CH4_Total = CH4_WTP + CH4_VO + AUX_CH4_WTP + AUX_CH4_VO;
double gramsOfFuel = (1 / resourceLowerHeatingValue) * resourceDensity * JOULES_PER_MMBTU * GRAMS_PER_KILOGRAM * teams_sheet.AuxEngineMMBTUinperTrip;
AUX_CO2_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 8) * teams_sheet.MMBTUinperTrip;
AUX_CO2_VO = gramsOfFuel * resourceCarbonRatio * (44 / 12);
CO2_Total = CO2_WTP + CO2_VO + AUX_CO2_WTP + AUX_CO2_VO;
AUX_N2O_WTP = APIcontroller.getResourceWTPEmissions(pathwayResults, 7) * teams_sheet.MMBTUinperTrip;
AUX_N2O_VO = aux_fuel_type[6] * (1 / KWHRS_PER_HPHR) * teams_sheet.AuxEngineKWHoutperTrip;
N2O_Total = N2O_WTP + N2O_VO + AUX_N2O_WTP + AUX_N2O_VO;
}
setLabels();
}
/// <summary>
/// Gets the main, general fuel used after a specific pathway is selected. i.e. "Conventional Diesel"
/// </summary>
/// <param name="pathway">The specific pathway selected</param>
/// <returns>A strong of the general fuel used</returns>
public string getFuelUsed(IPathway pathway)
{
return getResources().AllValues.Where(item => item.Id == pathway.MainOutputResourceID).ElementAt(0).Name;
}
public PathWalker(IPathway path, IAnnotationService annotation, List <PathWalker> vehicles)
: base(annotation)
{
Path = path;
_vehicles = vehicles;
}
/// <summary>
/// Gets the IResults of a specified pathway from a specified data set.
/// </summary>
/// <param name="data">A specific data set</param>
/// <param name="pathway">The pathway to grab results from</param>
/// <returns>IResults from the specified pathway</returns>
public IResults getPathwayResults(IData data, IPathway pathway) { return pathway.GetUpstreamResults(data).ElementAt(0).Value; }
/// <summary>
/// Something went wrong with restoring the live backup, this loads all persistence singeltons from the database (rooms, paths, spawns)
/// </summary>
/// <returns>success state</returns>
public bool NewWorldFallback()
{
LiveData liveDataAccessor = new LiveData();
//This means we delete the entire Current livedata dir since we're falling back.
string currentLiveDirectory = liveDataAccessor.BaseDirectory + liveDataAccessor.CurrentDirectoryName;
//No backup directory? No live data.
if (Directory.Exists(currentLiveDirectory))
{
DirectoryInfo currentDir = new DirectoryInfo(currentLiveDirectory);
LoggingUtility.Log("Current Live directory deleted during New World Fallback Procedures.", LogChannels.Backup, true);
try
{
currentDir.Delete(true);
}
catch
{
//occasionally will be pissy in an async situation
}
}
//Only load in stuff that is static and spawns as singleton
//We need to pick up any places that aren't already live from the file system incase someone added them during the last session\
foreach (IGaiaTemplate thing in TemplateCache.GetAll <IGaiaTemplate>())
{
IGaia entityThing = Activator.CreateInstance(thing.EntityClass, new object[] { thing }) as IGaia;
}
foreach (IZoneTemplate thing in TemplateCache.GetAll <IZoneTemplate>())
{
IZone entityThing = Activator.CreateInstance(thing.EntityClass, new object[] { thing }) as IZone;
}
foreach (ILocaleTemplate thing in TemplateCache.GetAll <ILocaleTemplate>())
{
ILocale entityThing = Activator.CreateInstance(thing.EntityClass, new object[] { thing }) as ILocale;
entityThing.ParentLocation = entityThing.Template <ILocaleTemplate>().ParentLocation.GetLiveInstance();
entityThing.GetFromWorldOrSpawn();
}
foreach (IRoomTemplate thing in TemplateCache.GetAll <IRoomTemplate>())
{
IRoom entityThing = Activator.CreateInstance(thing.EntityClass, new object[] { thing }) as IRoom;
entityThing.ParentLocation = entityThing.Template <IRoomTemplate>().ParentLocation.GetLiveInstance();
entityThing.GetFromWorldOrSpawn();
}
foreach (IPathwayTemplate thing in TemplateCache.GetAll <IPathwayTemplate>())
{
IPathway entityThing = Activator.CreateInstance(thing.EntityClass, new object[] { thing }) as IPathway;
}
ParseDimension();
LoggingUtility.Log("World restored from data fallback.", LogChannels.Backup, true);
return(true);
}
/// <summary>
/// Gets the IResults of a specified pathway from a specified data set.
/// </summary>
/// <param name="data">A specific data set</param>
/// <param name="pathway">The pathway to grab results from</param>
/// <returns>IResults from the specified pathway</returns>
public IResults getPathwayResults(IData data, IPathway pathway)
{
return(pathway.GetUpstreamResults(data).ElementAt(0).Value);
}
