public void Initialize(System.Collections.Hashtable properties)
{
getValuesWatch = new Stopwatch();
setValuesWatch = new Stopwatch();
performStepWatch = new Stopwatch();
//List of exchange Items
inputExchangeItems = new List<InputExchangeItem>();
outputExchangeItems = new List<OutputExchangeItem>();
//Initializes Engine
mohidLandEngine = new MohidLandEngineDotNetAccess();
mohidLandEngine.Initialize(properties["FilePath"].ToString());
//
//Dimensions
//
Dimension dimFlow = new Dimension();
dimFlow.SetPower(DimensionBase.Length, 3);
dimFlow.SetPower(DimensionBase.Time, -1);
Dimension dimWaterlevel = new Dimension();
dimWaterlevel.SetPower(DimensionBase.Length, 1);
Dimension dimWaterColumn = new Dimension();
dimWaterColumn.SetPower(DimensionBase.Length, 1);
Dimension dimConcentration = new Dimension();
dimConcentration.SetPower(DimensionBase.Mass, 1);
dimConcentration.SetPower(DimensionBase.Length, -3);
//
//Units
//
Unit unitFlow = new Unit("m3/sec", 1, 0, "cubic meter per second");
Unit unitWaterLevel = new Unit("m", 1, 0, "meters above mean sea level");
Unit unitWaterColumn = new Unit("m", 1, 0, "meters above ground");
Unit unitConcentration = new Unit("mg/l", 1, 0, "miligram per liter");
//
//Quantities
//
qtdOutflow = new Quantity(unitFlow, "Flow discharge at the outlet", "Outlet Flow", ValueType.Scalar, dimFlow);
qtdOutletLevel = new Quantity(unitWaterLevel, "Waterlevel at the outlet", "OutletLevel",
ValueType.Scalar, dimWaterlevel);
qtdWaterColumn = new Quantity(unitWaterColumn, "Ponded Water Column", "WaterColumn",
ValueType.Scalar, dimWaterColumn);
qtdDischarges = new Quantity(unitFlow, "Distributed discharges (sewer sinks)", "Discharges", ValueType.Scalar,
dimFlow);
qtdFlowToStorm = new Quantity(unitFlow, "Flow from the network to the storm water system (inlets)",
"Storm Water Out Flow", ValueType.Scalar, dimFlow);
qtdFlowFromStrom = new Quantity(unitFlow, "Flow from the storm water system to the network (discharges)",
"Storm Water In Flow", ValueType.Scalar, dimFlow);
//
//Spatial Reference
//
SpatialReference spatialReference = new SpatialReference("spatial reference");
//
//Element Sets
//
//Model Grid
ElementSet modelGrid = new ElementSet("Model Grid Points of all Compute Points", "Model Grid",
ElementType.XYPolygon, spatialReference);
//Output exchange items - properties in each grid cell (surface only)
numberOfWaterPoints = 0;
for (int j = 1; j <= mohidLandEngine.GetJUB(horizontalGridInstanceID); j++)
{
for (int i = 1; i <= mohidLandEngine.GetIUB(horizontalGridInstanceID); i++)
{
if (mohidLandEngine.IsWaterPoint(horizontalMapInstanceID, i, j))
{
String name = "i=" + i.ToString() + "/j=" + j.ToString();
double[] xCoords = new double[5];
double[] yCoords = new double[5];
mohidLandEngine.GetGridCellCoordinates(horizontalGridInstanceID, i, j, ref xCoords, ref yCoords);
Element element = new Element(name);
element.AddVertex(new Vertex(xCoords[0], yCoords[0], 0));
element.AddVertex(new Vertex(xCoords[1], yCoords[1], 0));
element.AddVertex(new Vertex(xCoords[2], yCoords[2], 0));
element.AddVertex(new Vertex(xCoords[3], yCoords[3], 0));
modelGrid.AddElement(element);
numberOfWaterPoints++;
}
}
}
//Outlet Node
ElementSet outletNode = new ElementSet("Outlet node", "Outlet", ElementType.XYPoint, spatialReference);
Element outletElement = new Element("Outlet");
int outletNodeID = mohidLandEngine.GetOutletNodeID(drainageNetworkInstanceID);
outletElement.AddVertex(new Vertex(mohidLandEngine.GetXCoordinate(drainageNetworkInstanceID, outletNodeID),
mohidLandEngine.GetYCoordinate(drainageNetworkInstanceID, outletNodeID),
0));
outletNode.AddElement(outletElement);
//Outflow to Storm Water Model
ElementSet stormWaterOutflowNodes = new ElementSet("Nodes which provide flow to the Storm Water System",
"Storm Water Inlets", ElementType.XYPoint, spatialReference);
int numberOfOutflowNodes = mohidLandEngine.GetNumberOfStormWaterOutFlowNodes(drainageNetworkInstanceID);
int[] outflowNodeIDs = new int[numberOfOutflowNodes];
mohidLandEngine.GetStormWaterOutflowIDs(drainageNetworkInstanceID, numberOfOutflowNodes, ref outflowNodeIDs);
for (int i = 1; i <= numberOfOutflowNodes; i++)
{
int nodeID = outflowNodeIDs[i - 1];
Element element = new Element(nodeID.ToString());
element.AddVertex(new Vertex(mohidLandEngine.GetXCoordinate(drainageNetworkInstanceID, nodeID),
mohidLandEngine.GetYCoordinate(drainageNetworkInstanceID, nodeID),
0));
stormWaterOutflowNodes.AddElement(element);
}
//Inflow from Storm Water Model
ElementSet stormWaterInflowNodes = new ElementSet("Nodes which receive flow to the Storm Water System",
"Storm Water Outlets", ElementType.XYPoint, spatialReference);
int numberOfInflowNodes = mohidLandEngine.GetNumberOfStormWaterInFlowNodes(drainageNetworkInstanceID);
if (numberOfInflowNodes > 0)
{
int[] inflowNodeIDs = new int[numberOfInflowNodes];
mohidLandEngine.GetStormWaterInflowIDs(drainageNetworkInstanceID, numberOfOutflowNodes,
ref inflowNodeIDs);
for (int i = 1; i <= numberOfInflowNodes; i++)
{
int nodeID = inflowNodeIDs[i - 1];
Element element = new Element(nodeID.ToString());
element.AddVertex(new Vertex(mohidLandEngine.GetXCoordinate(drainageNetworkInstanceID, nodeID),
mohidLandEngine.GetYCoordinate(drainageNetworkInstanceID, nodeID),
0));
stormWaterInflowNodes.AddElement(element);
}
}
//
//Output Exchange Items
//
//Flow at the outlet
OutputExchangeItem outletFlow = new OutputExchangeItem();
outletFlow.Quantity = qtdOutflow;
outletFlow.ElementSet = outletNode;
outputExchangeItems.Add(outletFlow);
//Overland water column
OutputExchangeItem overlandWaterColumn = new OutputExchangeItem();
overlandWaterColumn.Quantity = qtdWaterColumn;
overlandWaterColumn.ElementSet = modelGrid;
outputExchangeItems.Add(overlandWaterColumn);
//Flow to the Storm Water Model
if (stormWaterOutflowNodes.ElementCount > 0)
{
OutputExchangeItem stormWaterOutFlow = new OutputExchangeItem();
stormWaterOutFlow.Quantity = qtdFlowToStorm;
stormWaterOutFlow.ElementSet = stormWaterOutflowNodes;
outputExchangeItems.Add(stormWaterOutFlow);
}
//
//Input Exchange Items
//
//Water level at the outlet
InputExchangeItem outletLevel = new InputExchangeItem();
outletLevel.Quantity = qtdOutletLevel;
outletLevel.ElementSet = outletNode;
inputExchangeItems.Add(outletLevel);
//Distributed discharges
InputExchangeItem dischargeInflow = new InputExchangeItem();
dischargeInflow.Quantity = qtdDischarges;
dischargeInflow.ElementSet = modelGrid;
inputExchangeItems.Add(dischargeInflow);
//Flow from the Storm Water Model
if (stormWaterInflowNodes.ElementCount > 0)
{
InputExchangeItem stormWaterInFlow = new InputExchangeItem();
stormWaterInFlow.Quantity = qtdFlowFromStrom;
stormWaterInFlow.ElementSet = stormWaterInflowNodes;
inputExchangeItems.Add(stormWaterInFlow);
}
//
//Properties
//
//Properties input / output exchange items
for (int i = 1; i <= mohidLandEngine.GetNumberOfProperties(drainageNetworkInstanceID); i++)
{
int propertyIDNumber = mohidLandEngine.GetPropertyIDNumber(drainageNetworkInstanceID, i);
string propertyName = mohidLandEngine.GetPropertyNameByIDNumber(propertyIDNumber);
Quantity concentrationQuantity = new Quantity(unitConcentration, "Concentration of " + propertyName,
propertyIDNumber.ToString(), ValueType.Scalar, dimConcentration);
OutputExchangeItem outletConc = new OutputExchangeItem();
outletConc.Quantity = concentrationQuantity;
outletConc.ElementSet = outletNode;
outputExchangeItems.Add(outletConc);
InputExchangeItem boundaryConc = new InputExchangeItem();
boundaryConc.Quantity = concentrationQuantity;
boundaryConc.ElementSet = outletNode;
inputExchangeItems.Add(boundaryConc);
}
}
public void Init()
{
spatialReference = new SpatialReference("ID");
}
public void Initialize(System.Collections.Hashtable properties)
{
//List of exchange Items
inputExchangeItems = new List<InputExchangeItem>();
outputExchangeItems = new List<OutputExchangeItem>();
//Initializes Engine
MohidWaterEngine = new MohidWaterEngineDotNetAccess();
MohidWaterEngine.Initialize(properties["FilePath"].ToString());
//
//Dimensions
//
Dimension dimFlow = new Dimension();
dimFlow.SetPower(DimensionBase.Length, 3);
dimFlow.SetPower(DimensionBase.Time, -1);
Dimension dimWaterlevel = new Dimension();
dimWaterlevel.SetPower(DimensionBase.Length, 1);
Dimension dimConcentration = new Dimension();
dimConcentration.SetPower(DimensionBase.Mass, 1);
dimConcentration.SetPower(DimensionBase.Length, -3);
//
//Units
//
Unit unitFlow = new Unit("m3/sec", 1, 0, "cubic meter per second");
Unit unitWaterLevel = new Unit("m", 1, 0, "sea water level");
Unit unitConcentration = new Unit("mg/l", 1, 0, "miligram per liter");
//
//Quantities
//
qtdDischargeFlow = new Quantity(unitFlow, "Input Discharge Flow", "Discharge Flow",
global::OpenMI.Standard.ValueType.Scalar, dimFlow);
qtdWaterLevel = new Quantity(unitWaterLevel, "Waterlevel of the water surface", "Waterlevel",
global::OpenMI.Standard.ValueType.Scalar, dimWaterlevel);
//
//Spatial Reference
//
SpatialReference spatialReference = new SpatialReference("spatial reference");
//
//Element Sets
//
//Model Grid
ElementSet modelGrid = new ElementSet("Model Grid Points of all Compute Points", "Model Grid",
ElementType.XYPolygon, spatialReference);
//Output exchange items - properties in each grid cell (surface only)
numberOfWaterPoints = 0;
for (int i = 1; i <= MohidWaterEngine.GetIUB(horizontalGridInstanceID); i++)
{
for (int j = 1; j <= MohidWaterEngine.GetJUB(horizontalGridInstanceID); j++)
{
if (MohidWaterEngine.IsWaterPoint(horizontalMapInstanceID, i, j))
{
String name = "i=" + i.ToString() + "/j=" + j.ToString();
double[] xCoords = new double[5];
double[] yCoords = new double[5];
MohidWaterEngine.GetGridCellCoordinates(horizontalGridInstanceID, i, j, ref xCoords, ref yCoords);
Element element = new Element(name);
element.AddVertex(new Vertex(xCoords[0], yCoords[0], 0));
element.AddVertex(new Vertex(xCoords[1], yCoords[1], 0));
element.AddVertex(new Vertex(xCoords[2], yCoords[2], 0));
element.AddVertex(new Vertex(xCoords[3], yCoords[3], 0));
modelGrid.AddElement(element);
numberOfWaterPoints++;
}
}
}
//allocates waterlevels1D
modelGridValues1D = new double[numberOfWaterPoints];
//Discharge Points
ElementSet dischargePoints = new ElementSet("Discharge Points", "Discharge Points", ElementType.XYPoint,
spatialReference);
//Flow input exchange to discharges configured as OpenMI Discharges
for (int i = 1; i <= MohidWaterEngine.GetNumberOfDischarges(dischargeInstanceID); i++)
{
if (MohidWaterEngine.GetDischargeType(dischargeInstanceID, i) == 4)
{
Element dischargeElement = new Element(MohidWaterEngine.GetDischargeName(dischargeInstanceID, i));
dischargeElement.AddVertex(
new Vertex(MohidWaterEngine.GetDischargeXCoordinate(dischargeInstanceID, i),
MohidWaterEngine.GetDischargeYCoordinate(dischargeInstanceID, i), 0));
dischargePoints.AddElement(dischargeElement);
}
}
//
//Output Exchange Items
//
//Water Level of the Hydrodynamic model
OutputExchangeItem waterlevel = new OutputExchangeItem();
waterlevel.Quantity = qtdWaterLevel;
waterlevel.ElementSet = modelGrid;
outputExchangeItems.Add(waterlevel);
//Properties of the Water properties model
for (int idx = 1; idx <= MohidWaterEngine.GetNumberOfProperties(waterPropertiesInstanceID); idx++)
{
int propertyID = MohidWaterEngine.GetPropertyIDNumber(waterPropertiesInstanceID, idx);
string propertyName = MohidWaterEngine.GetPropertyNameByIDNumber(propertyID);
Quantity concentrationQuantity = new Quantity(unitConcentration, "Concentration of " + propertyName, propertyID.ToString(),
ValueType.Scalar, dimConcentration);
qtdProperties.Add(concentrationQuantity);
OutputExchangeItem concExchangeItem = new OutputExchangeItem();
concExchangeItem.Quantity = concentrationQuantity;
concExchangeItem.ElementSet = modelGrid;
outputExchangeItems.Add(concExchangeItem);
}
//Flow input exchange to discharges configured as OpenMI Discharges
for (int i = 1; i <= MohidWaterEngine.GetNumberOfDischarges(dischargeInstanceID); i++)
{
if (MohidWaterEngine.GetDischargeType(dischargeInstanceID, i) == 4)
{
String pointName = MohidWaterEngine.GetDischargeName(dischargeInstanceID, i);
ElementSet dischargePoint = new ElementSet("Discharge Point of MOHID Water", i.ToString(), ElementType.XYPoint, spatialReference);
InputExchangeItem inputDischarge = new InputExchangeItem();
inputDischarge.Quantity = qtdDischargeFlow;
Element element = new Element("Point: " + pointName);
element.AddVertex(new Vertex(MohidWaterEngine.GetDischargeXCoordinate(dischargeInstanceID, i), MohidWaterEngine.GetDischargeYCoordinate(dischargeInstanceID, i), 0));
dischargePoint.AddElement(element);
inputDischarge.ElementSet = dischargePoint;
inputExchangeItems.Add(inputDischarge);
for (int idx = 1; idx <= MohidWaterEngine.GetNumberOfDischargeProperties(dischargeInstanceID, i); idx++)
{
int propertyID = MohidWaterEngine.GetDischargePropertyID(dischargeInstanceID, i, idx);
string propertyName = MohidWaterEngine.GetPropertyNameByIDNumber(propertyID);
Quantity concentrationQuantity = new Quantity(unitConcentration, propertyName, propertyID.ToString(), global::OpenMI.Standard.ValueType.Scalar, dimConcentration);
InputExchangeItem inputExchangeItem = new InputExchangeItem();
inputExchangeItem.ElementSet = dischargePoint;
inputExchangeItem.Quantity = concentrationQuantity;
inputExchangeItems.Add(inputExchangeItem);
}
}
}
}
/// <summary>
/// This method adds vertices to the omiElementSet. It provides the spatial representation for
/// the element set. The vertices are extracted from the components input shapefile.
/// </summary>
/// <param name="omiElementSet">the components element set object</param>
/// <param name="shapefilePath">path to a shapefile, spatially defining the elementset</param>
/// <returns>the elementset with vertices added to it from the shapefile</returns>
public ElementSet AddElementsFromShapefile(ElementSet omiElementSet, string shapefilePath)
{
//this uses the free SharpMap API for reading a shapefile
var myLayer = new VectorLayer("elements_layer");
myLayer.DataSource = new ShapeFile(shapefilePath);
myLayer.DataSource.Open();
//set spatial reference from shapefile
var sprf = new SpatialReference();
sprf.ID = myLayer.DataSource.SRID.ToString();
omiElementSet.SpatialReference = sprf;
//add elements to elementset from shapefile
for (uint i = 0; i < myLayer.DataSource.GetFeatureCount(); ++i)
{
var feat = myLayer.DataSource.GetFeature(i);
var GeometryType = Convert.ToString(
feat.Geometry.AsText().Substring(
0, feat.Geometry.AsText().IndexOf(' ')));
var e = new Element();
if (feat.Table.Columns.IndexOf("HydroCode") != -1)
e.ID = feat.ItemArray[feat.Table.Columns.IndexOf("HydroCode")].ToString();
if (GeometryType == "POINT")
{
omiElementSet.ElementType = ElementType.XYPoint;
var p = (Point)feat.Geometry;
var v = new Vertex();
v.x = p.X;
v.y = p.Y;
e.AddVertex(v);
}
if (GeometryType == "POLYGON")
{
omiElementSet.ElementType = ElementType.XYPolygon;
var p = (Polygon)feat.Geometry;
var lr = p.ExteriorRing;
//Only loop until lr.Vertices.Count-2 b/c the first element is the same
// as the last element within the exterior ring. This will thrown an error
// within the OATC element mapper, when trying to map elements. Also this
// loop arranges the vertices of the exterior ring in counter clockwise order
// as needed for the element mapping.
for (var j = lr.Vertices.Count - 2; j >= 0; j--)
{
var v = new Vertex();
v.x = lr.Vertices[j].X;
v.y = lr.Vertices[j].Y;
e.AddVertex(v);
}
}
if (GeometryType == "LINESTRING")
{
omiElementSet.ElementType = ElementType.XYPolyLine;
var ls = (LineString)feat.Geometry;
//Point endpt = ls.EndPoint;
//Point startpt = ls.StartPoint;
for (var j = 0; j < ls.Vertices.Count; j++)
{
var v = new Vertex();
v.x = ls.Vertices[j].X;
v.y = ls.Vertices[j].Y;
e.AddVertex(v);
}
}
omiElementSet.AddElement(e);
}
return omiElementSet;
}