private void InitSimulation()
{
v = new Visualization(dimX, canvas, polytope);
v.DrawPoints = drawPts;
switch (polytope)
{
case Polytope.Simplex:
d0 = Simplex.GenerateDistanceMatrix(dimX);
minimalization = new GradientDescent(d0, alpha, Simplex.GetVerticesCount(dimX));
//minimalization = new SimulatedAnnealing(1000, Simplex.GetVerticesCount(dimX), d0, dimY);
break;
case Polytope.Hypercube:
d0 = Hypercube.GenerateDistanceMatrix(dimX);
minimalization = new GradientDescent(d0, alpha, Hypercube.GetVerticesCount(dimX));
//minimalization = new SimulatedAnnealing(1000, Hypercube.GetVerticesCount(dimX), d0, dimY);
break;
default:
break;
}
mds = new MDS(MDS.EuclideanDistance, MDS.KruskalStress, minimalization);
s = mds.InitPos();
stressDisplay.Text = s.GetValue().ToString();
DrawSolution(s, zoom);
iterationDisplay.Text = "0";
}
/// <summary>
/// Loads MDS data from disk
/// </summary>
/// <returns>ReturnObject: Status bearing object</returns>
/// <remarks>
/// <para>Loads the MDS database from disk. If there is no file, we're screwed.</para>
/// <para>Once MDS has been loaded, it's immediately transferred to the SDS, and
/// the loading object is nulled.</para>
/// <para>Raises the LoadMDSDataEevent(RO) on completion.</para>
/// </remarks>
ReturnObject LoadMDSData()
{
ReturnObject ro;
if (File.Exists(MDSFilePath + MDSFileName))
{
try
{
string stringMDS = File.ReadAllText(MDSFilePath + MDSFileName);
MDS mds = JsonConvert.DeserializeObject <MDS>(stringMDS);
gds.SDS.TransferFromMDS(mds);
mds = null;
ro = new ReturnObject(Enums.Return_Status.OK, "MDS loaded and transferred to SDS.", "MDS loaded and transferred to SDS.", null);
}
catch (Exception ex)
{
ro = new ReturnObject(Enums.Return_Status.Error, "Error loading MDS.", "Error loading MDS: " + ex.Message, null);
}
}
else
{
//Uh...we don't have the file on disk...
ro = new ReturnObject(Enums.Return_Status.Error, "Master data file was not found. Please reinstall.", "MDS file wasn't found at path " + MDSFilePath + MDSFileName, null);
}
OnLoadMDSDataEvent(ro);
return(ro);
}
private void ResetSimulation(object sender, RoutedEventArgs e)
{
// Stop simulation
simulationInProgress = false;
timer.Stop();
startButton.Content = "Start";
// Clear canvas
if (v != null)
{
v.Clear();
}
mds = null;
s = null;
v = null;
minimalization = null;
// Reset simulation
InitSimulation();
// Unblock Controls
ToggleControlsClear(false);
ToggleControlsSimulation(false);
}
// [FunctionName("ProcessEvents")]
public Task <MDS> ProcessEvents(ItemEvent itemEvent)
{
StoreItems currentStoreItem;
MDS currentMDS = new MDS();
if (storeItems == null)
{
storeItems = new Dictionary <string, StoreItems>();
}
if (itemEvent != null)
{
string key = $"{itemEvent.divisionId}:{itemEvent.storeId}";
if (!storeItems.ContainsKey(key))
{
currentStoreItem = new StoreItems();
currentStoreItem.storeId = itemEvent.storeId;
currentStoreItem.divisionId = itemEvent.divisionId;
currentStoreItem.items = new Dictionary <string, MDS>();
storeItems[key] = currentStoreItem;
}
currentStoreItem = storeItems[key];
if (!currentStoreItem.items.ContainsKey(itemEvent.upc))
{
currentMDS = new MDS();
currentMDS.id = $"{itemEvent.divisionId}:{itemEvent.storeId}:{itemEvent.upc}";
currentMDS.storeId = itemEvent.storeId;
currentMDS.divisionId = itemEvent.divisionId;
currentMDS.upc = itemEvent.upc;
currentMDS.inventoryCount = 0;
currentMDS.description = itemEvent.description;
currentMDS.productName = itemEvent.productName;
currentMDS.lastUpdateTimestamp = itemEvent.lastUpdateTimestamp;
currentMDS.lastShipmentTimestamp = itemEvent.lastShipmentTimestamp;
currentStoreItem.items[itemEvent.upc] = currentMDS;
}
currentMDS = currentStoreItem.items[itemEvent.upc];
if (itemEvent.type == "onHandUpdate")
{
currentMDS.inventoryCount = itemEvent.countAdjustment;
currentMDS.description = itemEvent.description;
currentMDS.productName = itemEvent.productName;
currentMDS.lastUpdateTimestamp = itemEvent.lastUpdateTimestamp;
currentMDS.lastShipmentTimestamp = itemEvent.lastShipmentTimestamp;
}
else if (itemEvent.type == "shipmentUpdate")
{
currentMDS.inventoryCount += itemEvent.countAdjustment;
currentMDS.description = itemEvent.description;
currentMDS.productName = itemEvent.productName;
currentMDS.lastUpdateTimestamp = itemEvent.lastUpdateTimestamp;
currentMDS.lastShipmentTimestamp = itemEvent.lastShipmentTimestamp;
}
}
//return currentMDS;
return(Task.FromResult(currentMDS));
}
protected override void OnMouseDown(MouseEventArgs e)
{
base.OnMouseDown(e);
foreach (var MDS in MouseDownSubscribers)
{
MDS.OnMouseDown(e);
}
}
public GameState CurrentGameState = new GameState(); //Generated on new, loaded from save
/*######################################################################################*/
/// <summary>
/// After the MDS is loaded, and before a new game is created or
/// an existing game is loaded, transfer the MDS data to the SDS
/// object, and then trash the MDS object at the instantiation
/// source (we don't need to keep it around)
/// </summary>
/// <param name="Source"></param>
public void TransferFromMDS(MDS Source)
{
this.Sectors = Source.Sectors;
this.Stations = Source.Stations;
this.Shops = Source.Shops;
this.Inventories = Source.Inventories;
this.Items = Source.Items;
this.MetaData = Source.MetaData;
this.Jumpgates = Source.Jumpgates;
this.MetaDataToEntity = Source.MetaDataToEntity;
}
public GameState CurrentGameState = new GameState(); //Generated on new, loaded from save
/*######################################################################################*/
/// <summary>
/// After the MDS is loaded, and before a new game is created or
/// an existing game is loaded, transfer the MDS data to the SDS
/// object, and then trash the MDS object at the instantiation
/// source (we don't need to keep it around)
/// </summary>
/// <param name="Source"></param>
public void TransferFromMDS(MDS Source)
{
this.Sectors = Source.Sectors;
this.Stations = Source.Stations;
this.Shops = Source.Shops;
this.Inventories = Source.Inventories;
this.Items = Source.Items;
this.MetaData = Source.MetaData;
this.Jumpgates = Source.Jumpgates;
this.MetaDataToEntity = Source.MetaDataToEntity;
}
public static async Task RunOrchestrator(
[OrchestrationTrigger] IDurableOrchestrationContext context)
{
//var eventItem = await context.WaitForExternalEvent<ItemEvent>("StoreItemEvent");
//string data = context.GetInput<string>();
var eventItem = context.GetInput <ItemEvent>();
//Dictionary <string,StoreItems> storeItems = new Dictionary<string, StoreItems>();
var entityId = new EntityId("StoreItemEntity", $"{eventItem.divisionId}:{eventItem.storeId}");
var proxy = context.CreateEntityProxy <IStoreItemEntity>(entityId);
MDS mdsItem = await proxy.ProcessEvents(eventItem);
await context.CallActivityAsync("DBWriter", mdsItem);
}
public static async Task DBWriter([ActivityTrigger] IDurableActivityContext dbcontext)
{
MDS mdsItem = dbcontext.GetInput <MDS>();
using (CosmosClient client = new CosmosClient(Environment.GetEnvironmentVariable("cosmoskimopenhack001_DOCUMENTDB",
EnvironmentVariableTarget.Process)))
{
database = await client.CreateDatabaseIfNotExistsAsync("inventory");
// Create with a throughput of 1000 RU/s
destinationContainer = database.GetContainer("mds");
ItemResponse <MDS> response = await destinationContainer.UpsertItemAsync(
partitionKey : new PartitionKey(mdsItem.id),
item : mdsItem);
}
//return "done";
}
public testLoadData(MDS.MainANN mainANN)
{
Hashtable data = mainANN.InputData;
//List<double[]> oneSet;
StreamWriter writer;
writer = File.CreateText("test.data");
foreach (List<double[]> oneSet in data.Values)
{
foreach(double[] row in oneSet)
{
for (int i = 0; i < row.Length; i++)
{
writer.Write(row[i].ToString());
writer.Write(" ");
}
writer.Write("\r\n");
}
}
writer.Close();
}