internal static PolarGeoCoordinate Convert(PolarGeoCoordinate source, CoordinateSystems destination)
{
PolarGeoCoordinate retVal;
if (source.CoordinateSystem == CoordinateSystems.OSGB36 && destination == CoordinateSystems.WGS84)
{
retVal = Convert(
source,
EllipseParameter.GetEllipseParameters(EllipseParameter.Ellipses.Airy1830),
HelmertTransform.GetTransform(HelmertTransform.HelmertTransformType.OSGB36toWGS84),
EllipseParameter.GetEllipseParameters(EllipseParameter.Ellipses.WGS84)
);
}
else if (source.CoordinateSystem == CoordinateSystems.WGS84 && destination == CoordinateSystems.OSGB36)
{
retVal = Convert(
source,
EllipseParameter.GetEllipseParameters(EllipseParameter.Ellipses.WGS84),
HelmertTransform.GetTransform(HelmertTransform.HelmertTransformType.WGS84toOSGB36),
EllipseParameter.GetEllipseParameters(EllipseParameter.Ellipses.Airy1830)
);
}
else
{
throw new NotImplementedException("Requested source and destination are not currently supported");
}
retVal.AlignSigFigs(source);
return(retVal);
}
internal static PolarGeoCoordinate Convert(PolarGeoCoordinate source, CoordinateSystems destination)
{
PolarGeoCoordinate retVal;
if (source.CoordinateSystem == CoordinateSystems.OSGB36 && destination == CoordinateSystems.WGS84)
{
retVal = Convert(
source,
EllipseParameter.GetEllipseParameters(EllipseParameter.Ellipses.Airy1830),
HelmertTransform.GetTransform(HelmertTransform.HelmertTransformType.OSGB36toWGS84),
EllipseParameter.GetEllipseParameters(EllipseParameter.Ellipses.WGS84));
}
else if (source.CoordinateSystem == CoordinateSystems.WGS84 && destination == CoordinateSystems.OSGB36)
{
retVal = Convert(
source,
EllipseParameter.GetEllipseParameters(EllipseParameter.Ellipses.WGS84),
HelmertTransform.GetTransform(HelmertTransform.HelmertTransformType.WGS84toOSGB36),
EllipseParameter.GetEllipseParameters(EllipseParameter.Ellipses.Airy1830));
}
else
{
throw new NotImplementedException("Requested source and destination are not currently supported");
}
retVal.AlignSigFigs(source);
return retVal;
}
public async Task <IActionResult> Edit(int id, [Bind("Id,Name")] CoordinateSystems coordinateSystems)
{
if (id != coordinateSystems.Id)
{
return(NotFound());
}
if (ModelState.IsValid)
{
try
{
_context.Update(coordinateSystems);
await _context.SaveChangesAsync();
}
catch (DbUpdateConcurrencyException)
{
if (!CoordinateSystemsExists(coordinateSystems.Id))
{
return(NotFound());
}
else
{
throw;
}
}
return(RedirectToAction(nameof(Index)));
}
return(View(coordinateSystems));
}
public static PolarGeoCoordinate ChangeCoordinateSystem(
PolarGeoCoordinate original, CoordinateSystems destination)
{
PolarGeoCoordinate retVal = Converter.Convert(original, destination);
return(retVal);
}
public PolarGeoCoordinate(double lat, double lon, double height, AngleUnit units, CoordinateSystems coordinateSystem)
{
Lat = lat;
Lon = lon;
Height = height;
Units = units;
CoordinateSystem = coordinateSystem;
}
public PolarGeoCoordinate(double lat, double lon, double height, AngleUnit units, CoordinateSystems coordinateSystem)
{
Lat = lat;
Lon = lon;
Height = height;
Units = units;
CoordinateSystem = coordinateSystem;
}
public PolarGeoCoordinate(
double lat, double lon, double height, AngleUnit units, CoordinateSystems coordinateSystem)
{
this.Lat = lat;
this.Lon = lon;
this.Height = height;
this.Units = units;
this.CoordinateSystem = coordinateSystem;
}
public PolarGeoCoordinate(
double lat, double lon, double height, AngleUnit units, CoordinateSystems coordinateSystem)
{
this.Lat = lat;
this.Lon = lon;
this.Height = height;
this.Units = units;
this.CoordinateSystem = coordinateSystem;
}
public void Reset()
{
_Map.Reset();
_SyncContext.Send(d =>
{
Model = new Model3DGroup();
CoordinateSystems.Clear();
}, null);
}
private void ActivateCoordinateSystem(CoordinateSystems coordinateSystem)
{
if (coordinateSystem == _activeCoordinateSystem)
{
return;
}
_activeCoordinateSystem = coordinateSystem;
CoordinateSystemChanged?.Invoke(_activeCoordinateSystem);
}
private HelmertTransform(double _tx, double _ty, double _tz, double _rx, double _ry, double _rz, double _s, CoordinateSystems _outputCoordinateSystem)
{
tx = _tx;
ty = _ty;
tz = _tz;
rx = _rx;
ry = _ry;
rz = _rz;
s = _s;
outputCoordinateSystem = _outputCoordinateSystem;
}
public async Task <IActionResult> Create([Bind("Id,Name")] CoordinateSystems coordinateSystems)
{
if (ModelState.IsValid)
{
_context.Add(coordinateSystems);
await _context.SaveChangesAsync();
return(RedirectToAction(nameof(Index)));
}
return(View(coordinateSystems));
}
private HelmertTransform(double _tx, double _ty, double _tz, double _rx, double _ry, double _rz, double _s, CoordinateSystems _outputCoordinateSystem)
{
tx = _tx;
ty = _ty;
tz = _tz;
rx = _rx;
ry = _ry;
rz = _rz;
s = _s;
outputCoordinateSystem = _outputCoordinateSystem;
}
public string GetSelectedCoordinateSystemName()
{
if (CoordinateSystemId.HasValue)
{
CoordinateSystemViewModel coordinateSystem = CoordinateSystems.FirstOrDefault(m => m.Id == CoordinateSystemId.Value);
if (coordinateSystem != null)
{
return(coordinateSystem.Name);
}
return("");
}
return("");
}
private static CoordinateSystem AddOrUpdateCS(string gCode, string data)
{
CoordinateSystem cs = CoordinateSystems.Where(x => x.Code == gCode).FirstOrDefault();
if (cs == null)
{
CoordinateSystems.Add(cs = new CoordinateSystem(gCode, data));
}
else
{
cs.Parse(data);
}
return(cs);
}
private HelmertTransform(
double _tx,
double _ty,
double _tz,
double _rx,
double _ry,
double _rz,
double _s,
CoordinateSystems _outputCoordinateSystem)
{
this.tx = _tx;
this.ty = _ty;
this.tz = _tz;
this.rx = _rx;
this.ry = _ry;
this.rz = _rz;
this.s = _s;
this.outputCoordinateSystem = _outputCoordinateSystem;
}
private HelmertTransform(
double _tx,
double _ty,
double _tz,
double _rx,
double _ry,
double _rz,
double _s,
CoordinateSystems _outputCoordinateSystem)
{
this.tx = _tx;
this.ty = _ty;
this.tz = _tz;
this.rx = _rx;
this.ry = _ry;
this.rz = _rz;
this.s = _s;
this.outputCoordinateSystem = _outputCoordinateSystem;
}
/// <summary>
///
/// </summary>
/// <param name="a">Use This To : represent X | Rho</param>
/// <param name="b">Use This To : represent Y | Theta</param>
public Point(double a, double b, CoordinateSystems system = CoordinateSystems.Cartesian)
{
switch (system)
{
case CoordinateSystems.Cartesian:
this.a = a;
this.b = b;
break;
case CoordinateSystems.Polar:
this.a = a * Math.Cos(b);
this.b = a * Math.Sin(b);
break;
default:
throw new ArgumentOutOfRangeException(nameof(system), system, "You Must Use Available coord System");
}
this.a = a;
this.b = b;
}
public static PolarGeoCoordinate ChangeCoordinateSystem(
PolarGeoCoordinate original, CoordinateSystems destination)
{
PolarGeoCoordinate retVal = Converter.Convert(original, destination);
return retVal;
}
// City Specific
public static City Factory(int cellLength)
{
City city = new City();
Stopwatch stopwatch = new Stopwatch();
Progress progress;
#region LoadLayerModels&CensusData
Console.WriteLine(">Extracting Shapefile data & build city map<");
stopwatch.Restart();
city.LandUse = Layer <LandUseModel> .Deserialize(NYCConst.LandUse_Layer);
city.CensusTract = Layer <CensusTractModel> .Deserialize(NYCConst.CensusTracts_Layer);
city.TaxiZone = Layer <TaxiZoneModel> .Deserialize(NYCConst.TaxiZones_Layer);
int index = 0;
List <CensusTractModel> toremove = new List <CensusTractModel>();
foreach (var tract in city.CensusTract)
{
if (city.removed.Contains(tract.boro_ct201))
{
toremove.Add(tract);
}
else
{
tract.Object_ID = index++;
}
}
foreach (var rem in toremove)
{
city.CensusTract.Remove(rem);
}
Dictionary <string, CensusData> censusDatas = JsonConvert.DeserializeObject <CensusData[]>(File.ReadAllText(NYCConst.CensusData))
.ToDictionary(p => p.id);
Dictionary <string, RatingData> ratingDatas = JsonConvert.DeserializeObject <RatingData[]>(File.ReadAllText(NYCConst.PlacesData))
.ToDictionary(p => p.id);
Dictionary <string, float> attraction = JsonConvert.DeserializeObject <Dictionary <string, float> >(File.ReadAllText(Path.Combine(NYCConst.Base_Dir, "Attraction.json")));
Console.WriteLine("Execution Time: {0} Seconds\n", (float)stopwatch.ElapsedMilliseconds / 1000);
#endregion
#region BuildDataTable
// Create Data lookup table by LandUse
Console.WriteLine(">Computing City Data<");
stopwatch.Restart();
progress = new Progress(1000, city.CensusTract.Count);
progress.Start();
foreach (var tract in city.CensusTract)
{
var censusData = censusDatas[tract.boro_ct201];
var ratingData = ratingDatas[tract.boro_ct201];
var landTier = LandUseModel.AssessLandTierV3(city.LandUse.Interects(tract, 0.20f),
censusData.Population, tract.ntaname);
//calculate distance to the closest predefined city center
var attr = attraction[tract.boro_ct201];
city.DataLookup[tract.Object_ID] = new RegionData(tract.Object_ID, tract.Latitude, tract.Longitude,
tract.Geometry.Area, tract.Length,
censusData, ratingData, attr,
landTier.ToString());
progress.inc();
}
progress.Stop();
foreach (LandUseModel.LandTier type in Enum.GetValues(typeof(LandUseModel.LandTier)))
{
Console.WriteLine("{0}: {1}", type, city.DataLookup.Where(i => i.Value.LandUse == type.ToString()).Count());
}
Console.WriteLine("Execution Time: {0} Seconds\n", (float)stopwatch.ElapsedMilliseconds / 1000);
#endregion
#region Lattice
Console.WriteLine(">Computing Lattice<");
stopwatch.Restart();
var minX = city.CensusTract.Min(z => z.Geometry.Coordinates.Min(c => c.X));
var minY = city.CensusTract.Min(z => z.Geometry.Coordinates.Min(c => c.Y));
var maxX = city.CensusTract.Max(z => z.Geometry.Coordinates.Max(c => c.X));
var maxY = city.CensusTract.Max(z => z.Geometry.Coordinates.Max(c => c.Y));
var min = CoordinateSystems.Convert(CoordinateSystems.COORSYSTEM.NAD83, CoordinateSystems.COORSYSTEM.WGS84, minY, minX);
var max = CoordinateSystems.Convert(CoordinateSystems.COORSYSTEM.NAD83, CoordinateSystems.COORSYSTEM.WGS84, maxY, maxX);
city.Lattice = new GeoLattice(min[1], min[0], max[1], max[0], cellLength);
Console.WriteLine("Min Coordinates: {0},{1}", min[1], min[0]);
Console.WriteLine("Max Coordinates: {0},{1}", max[1], max[0]);
Console.WriteLine("Lattice Dimentions: Rows {0}, Columns {1}, Size {2}.", city.Lattice.Rows, city.Lattice.Columns, city.Lattice.Size);
Console.WriteLine("Execution Time: {0} Seconds\n", (float)stopwatch.ElapsedMilliseconds / 1000);
#endregion
#region Mapping
Console.WriteLine(">Maping Lattice cells to layers<");
stopwatch.Restart();
progress = new Progress(1000, city.Lattice.Size);
progress.Start();
if (File.Exists(Path.Combine(NYCConst.Base_Dir, "PrimaryLookupFile.json")))
{
var text = File.ReadAllText(Path.Combine(NYCConst.Base_Dir, "PrimaryLookupFile.json"));
city.PrimaryLookup = JsonConvert.DeserializeObject <Dictionary <int, int> >(text);
}
else
{
city.Lattice.ForEachCell((i, j, cell) =>
{
ShapeModel shape = city.CensusTract.Contains(cell.Center.x, cell.Center.y);
if (shape != null)
{
city.PrimaryLookup.Add(cell.ID, shape.Object_ID);
}
progress.inc();
});
}
progress.Stop();
Console.WriteLine("Map size: {0}", city.PrimaryLookup.Count());
Console.WriteLine("Distinct # of Objects: {0}", city.PrimaryLookup.Values.Distinct().Count());
Console.WriteLine("Execution Time: {0} Seconds\n", (float)stopwatch.ElapsedMilliseconds / 1000);
#endregion
#region BuildAdjacencyMatrix
Console.WriteLine(">Building Adjacency Matrix<");
progress = new Progress(1000, city.Count * city.Count);
progress.Start();
Parallel.ForEach(city.CensusTract, t1 => {
foreach (var t2 in city.CensusTract)
{
Tuple <int, int> idx = null;
if (t1.Object_ID <= t2.Object_ID)
{
idx = new Tuple <int, int>(t1.Object_ID, t2.Object_ID);
}
else
{
idx = new Tuple <int, int>(t2.Object_ID, t1.Object_ID);
}
lock (city.AdjacencyMatrix)
{
if (!city.AdjacencyMatrix.Keys.Contains(idx.ToString()))
{
var dist = t1.Geometry.Centroid.Distance(t2.Geometry.Centroid);
city.AdjacencyMatrix.Add(idx.ToString(), new Edge()
{
SenderID = t1.Object_ID,
ReceiverID = t2.Object_ID,
Distance = dist
});
}
}
progress.inc();
}
});
progress.Stop();
#endregion
#region SaveToFile
Console.WriteLine(">Saving Data<");
stopwatch.Restart();
string latticefile = Path.Combine(NYCConst.Base_Dir, string.Format(@"Lattice-{0}.json", cellLength));
string primarylookupfile = Path.Combine(NYCConst.Base_Dir, City.PrimaryLookupFile + ".json");
string datalookupfile = Path.Combine(NYCConst.Base_Dir, City.DataLookupFile + ".json");
string adjacencymatrixfile = Path.Combine(NYCConst.Base_Dir, City.AdjacencyMatrixFile + ".json");
city.Lattice.Save(latticefile);
File.WriteAllText(primarylookupfile, JsonConvert.SerializeObject(city.PrimaryLookup));
File.WriteAllText(datalookupfile, JsonConvert.SerializeObject(city.DataLookup));
File.WriteAllText(adjacencymatrixfile, JsonConvert.SerializeObject(city.AdjacencyMatrix));
File.WriteAllText(NYCConst.NYCConfigFile, JsonConvert.SerializeObject(new Dictionary <string, string> {
{ City.LatticeFile, latticefile },
{ City.PrimaryLookupFile, primarylookupfile },
{ City.DataLookupFile, datalookupfile },
{ City.AdjacencyMatrixFile, adjacencymatrixfile }
}));
Console.WriteLine("Execution Time: {0} Seconds\n", (float)stopwatch.ElapsedMilliseconds / 1000);
#endregion
return(city);
}
// gets transform between raster's native projection and the map projection
private void GetTransform(CoordinateSystems.ICoordinateSystem mapProjection)
{
if (mapProjection == null || _projection == "")
{
_transform = null;
return;
}
CoordinateSystemFactory cFac = new CoordinateSystemFactory();
// get our two projections
ICoordinateSystem srcCoord = cFac.CreateFromWkt(_projection);
ICoordinateSystem tgtCoord = mapProjection;
// raster and map are in same projection, no need to transform
if (srcCoord.WKT == tgtCoord.WKT)
{
_transform = null;
return;
}
// create transform
_transform = new CoordinateTransformationFactory().CreateFromCoordinateSystems(srcCoord, tgtCoord);
}
/// <summary>
/// Add a new user-defined coordinate system to this model, if it does not
/// already exist within it
/// </summary>
/// <param name="cSystem">The user-defined coordinate system to be added.</param>
/// <returns>True if the coordinate system could be added,
/// false if it already existed within the model.</returns>
public bool Add(UserCoordinateSystemReference cSystem)
{
return(CoordinateSystems.TryAdd(cSystem));
}
public void Render()
{
bool showPointCloud = false;
bool showKeyFrameTrajectory = false;
bool showFrameTrajectory = false;
bool onlyNew = true;
_SyncContext.Send(d =>
{
showPointCloud = ShowPointCloud;
showKeyFrameTrajectory = ShowKeyFrameTrajectory;
showFrameTrajectory = ShowFrameTrajectory;
onlyNew = !(showPointCloud && Model != null && (Model as Model3DGroup).Children.Count == 0);
}, null);
if (_Map.HasFrames() || _Map.HasKeyFrames())
{
List <Vector3> pointsKeyFrame = new List <Vector3>();
List <Vector3> pointsFrame = new List <Vector3>();
if (showKeyFrameTrajectory)
{
pointsKeyFrame = _Map.GetTrajectory(TrajectoryType.Optimazation);
}
if (showFrameTrajectory)
{
pointsFrame = _Map.GetTrajectory(TrajectoryType.PreOptimazation);
}
List <GeometryModel3D> pointClouds = new List <GeometryModel3D>();
if (showPointCloud)
{
pointClouds = _Map.GetPointCloud(onlyNew);
}
_SyncContext.Post(d =>
{
TrajectoryKeyFrame = new Point3DCollection(pointsKeyFrame.SelectMany(c => new List <Point3D>()
{
new Point3D(c.X, c.Y, c.Z), new Point3D(c.X, c.Y, c.Z)
}));
if (TrajectoryKeyFrame.Count > 0)
{
TrajectoryKeyFrame.RemoveAt(0);
}
TrajectoryFrame = new Point3DCollection(pointsFrame.SelectMany(c => new List <Point3D>()
{
new Point3D(c.X, c.Y, c.Z), new Point3D(c.X, c.Y, c.Z)
}));
if (TrajectoryFrame.Count > 0)
{
TrajectoryFrame.RemoveAt(0);
}
CameraPosition = new MatrixTransform3D(_Map.LastTransformation().Matrix3D);
if (Model == null || !showPointCloud)
{
Model = new Model3DGroup();
}
foreach (GeometryModel3D pointCloud in pointClouds)
{
(Model as Model3DGroup).Children.Add(pointCloud);
}
if (ShowKeyFrameOrientations)
{
foreach (Visual3D visual3D in _Map.GetKeyFrameOrientations(CoordinateSystems.Count != 0))
{
CoordinateSystems.Add(visual3D);
}
}
else
{
CoordinateSystems.Clear();
}
}, null);
}
else
{
_SyncContext.Post(d =>
{
if (TrajectoryFrame != null && TrajectoryFrame.Count > 0)
{
TrajectoryFrame = new Point3DCollection();
}
if (TrajectoryKeyFrame != null && TrajectoryKeyFrame.Count > 0)
{
TrajectoryKeyFrame = new Point3DCollection();
}
}, null);
}
}