private void UpdatePanelsData(IReadOnlyCollection <TvPanelsDto> data)
{
var curScreens = ScreenHandler.GetScreens();
var isEqual = true;
foreach (var screen in curScreens)
{
var screenItem = data.SingleOrDefault(o => o.Num == screen) ?? new TvPanelsDto
{
Num = screen,
Types = new[] { ScreenType.None }
};
var currentItem = new WindowPagesConfig
{
ScreenNum = screen,
Pages = new IReportPage[] { }
};
if (_monWinPagesDic.ContainsKey(screen))
{
currentItem = _monWinPagesDic[screen];
}
isEqual = currentItem.Pages.Select(o => o.ScreenType).SequenceEqual(screenItem.Types);
if (!isEqual)
{
break;
}
}
if (!isEqual)
{
lock (_updateDataLocker)
{
Dispatcher.Invoke(RemoveAllWindows);
foreach (var screen in curScreens)
{
var screenItem = data.SingleOrDefault(o => o.Num == screen) ?? new TvPanelsDto
{
Num = screen,
Types = new[] { ScreenType.None }
};
WindowPagesConfig config;
var pages = new List <IReportPage>();
Dispatcher.Invoke(() =>
{
foreach (var type in screenItem.Types)
{
//todo factory?
IReportPage page;
switch (type)
{
case ScreenType.ScheduleDeviationTable:
page = new ScheduleDeviationTablePage(_refreshDataInterval);
break;
case ScreenType.ScheduleDeviationGraph:
page = new ScheduleDeviationGraphPage(_refreshDataInterval, _diagramHoursBack, _diagramHoursForward);
break;
case ScreenType.BrigadeScheduleDeviationTable:
page = new BrigadeScheduleDeviationTablePage(_refreshDataInterval);
break;
case ScreenType.ToDeviationTable:
page = new ToDeviationTablePage(_refreshDataInterval);
break;
case ScreenType.CriticalMalfunctionsTable:
page = new CriticalMalfunctionsTablePage(_refreshDataInterval);
break;
case ScreenType.TrainsInDepoMalfunctionsTable:
page = new TrainsInDepoMalfunctionsTablePage(_refreshDataInterval);
break;
case ScreenType.TrainsInDepoStatusTable:
page = new TrainsInDepoStatusTablePage(_refreshDataInterval);
break;
case ScreenType.JournalsTable:
page = new JournalsTablePage(_refreshDataInterval);
break;
default:
page = new StartPage();
break;
}
pages.Add(page);
}
config = new WindowPagesConfig
{
ScreenNum = screen,
CurrentIdx = 0,
Window = new ScreenWindow(),
Pages = pages.ToArray()
};
_monWinPagesDic[screen] = config;
ShowOnMonitor(screen, config.Window);
//navigate to first page
config.Window.MainFrame.Navigate(config.Pages[0]);
});
}
Task.Run(() =>
{
UpdateData();
});
}
}
}
public VncHost(int port, string displayname, ScreenHandler sc)
{
Port = port;
DisplayName = displayname;
screenHandler = sc;
Start();
}
public HUD(Game1 _game, ScreenHandler _screenHandler) : base(_game, _screenHandler)
{
SetScreenName("HUD");
SetScreenState(ScreenState.Overlaying);
}
private void OnCreateNewCharacterButtonClick(object sender, EventArgs e)
{
ScreenHandler.ShowRaceScreen();
}
private void OnRaceScreenButtonClick(object sender, EventArgs e)
{
ScreenHandler.ShowRaceScreen();
}
private void OnMainScreenButtonClick(object sender, EventArgs e)
{
MainForm.GetInstance().RightPanel.Controls.RemoveAt(0);
ScreenHandler.ShowStartScreen();
}
public static NetworkModel LoadModelToMap(NetworkModel networkModel, ModelVisual3D myModel)
{
networkModel = XmlHandler.Load <NetworkModel>(@"..\..\Geographic.xml");
// SUBSTATIONS
for (int i = 0; i < networkModel.Substations.Count; i++)
{
SubstationEntity s = networkModel.Substations[i];
double latitude, longitude, mapX, mapY;
// preracunavanje u koordinate
CoordinatesHandler.ToLatLon(networkModel.Substations[i].X, networkModel.Substations[i].Y, 34, out latitude, out longitude);
networkModel.Substations[i].X = latitude;
networkModel.Substations[i].Y = longitude;
// preracunavanje u poziciju na mapi
CoordinatesHandler.FromCoordinatesToMapPosition(latitude, longitude, out mapX, out mapY);
networkModel.Substations[i].MapX = mapX;
networkModel.Substations[i].MapY = mapY;
// crtanje cvora koji je u opsegu mape
if (mapX != -1 && mapY != -1)
{
// provera da li postoji cvorova na toj lokaciji, redjanje na spratove
// u prvom prolazu se sigurno crta
double z = 0;
if (Points.Count != 0 || i != 0)
{
int index = 0;
double x;
double y;
// ako postoji objekat unutar definisanog precnika, uvecava se brojac i definise se visina na kojoj je potrebno nacrtati sledeci objekat
if (HasEntityInRadius(mapX, mapY, out index, out x, out y))
{
s.MapX = x;
s.MapY = y;
mapX = x;
mapY = y;
//Points[new Tuple<double, double>(mapX, mapY)].Count++;
//z = 0.05 * Points[new Tuple<double, double>(mapX, mapY)].Count;
Points[index].Count++;
z = 0.05 * Points[index].Count;
}
else
{
z = 0;
//Points.Add(new Tuple<double, double>(mapX, mapY), new PointStack(mapX, mapY, 0));
Points.Add(new PointStack(mapX, mapY, 0));
}
}
else
{
z = 0;
//EntitiesDict.Add(new Tuple<double, double>(roundLat, roundLog), 0);
//Points.Add(new Tuple<double, double>(mapX, mapY), new PointStack(mapX, mapY, 0));
Points.Add(new PointStack(mapX, mapY, 0));
}
// kreiranje 3D modela kocke i dodavanje u ArrayList models, zbog Hit Testing-a
GeometryModel3D model3D = ScreenHandler.Make3DCube(mapX, mapY, z, 0.05, EntityType.Substation);
Transformation.models.Add(model3D);
// dodavanje entiteta u recnik, kljuc je njegov redni broj u okviru ArrayList-e models
Entities.Add(Transformation.models.Count - 1, s);
ScreenHandler.Draw3DCube(model3D, myModel);
}
}
// NODES
for (int i = 0; i < networkModel.Nodes.Count; i++)
{
NodeEntity n = networkModel.Nodes[i];
double latitude, longitude, mapX, mapY;
// preracunavanje u koordinate
CoordinatesHandler.ToLatLon(networkModel.Nodes[i].X, networkModel.Nodes[i].Y, 34, out latitude, out longitude);
networkModel.Nodes[i].X = latitude;
networkModel.Nodes[i].Y = longitude;
// preracunavanje u poziciju na mapi
CoordinatesHandler.FromCoordinatesToMapPosition(latitude, longitude, out mapX, out mapY);
networkModel.Nodes[i].MapX = mapX;
networkModel.Nodes[i].MapY = mapY;
// crtanje c vora koji je u opsegu mape
if (mapX != -1 && mapY != -1)
{
/// provera da li postoji cvorova na toj lokaciji, redjanje na spratove
// u prvom prolazu se sigurno crta
double z = 0;
if (i != 0)
{
int index = 0;
double x;
double y;
// ako postoji objekat unutar definisanog precnika, uvecava se brojac i definise se visina na kojoj je potrebno nacrtati sledeci objekat
if (HasEntityInRadius(mapX, mapY, out index, out x, out y))
{
n.MapX = x;
n.MapY = y;
mapX = x;
mapY = y;
//z = 0.05 * EntitiesDict[new Tuple<double, double>(roundLat, roundLog)];
//Points[new Tuple<double, double>(mapX, mapY)].Count++;
Points[index].Count++;
z = 0.05 * Points[index].Count;
}
else
{
z = 0;
//Points.Add(new Tuple<double, double>(mapX, mapY), new PointStack(mapX, mapY, 0));
Points.Add(new PointStack(mapX, mapY, 0));
}
}
else
{
z = 0;
//EntitiesDict.Add(new Tuple<double, double>(roundLat, roundLog), 0);
//Points.Add(new Tuple<double, double>(mapX, mapY), new PointStack(mapX, mapY, 0));
Points.Add(new PointStack(mapX, mapY, 0));
}
// kreiranje 3D modela kocke i dodavanje u ArrayList models, zbog Hit Testing-a
GeometryModel3D model3D = ScreenHandler.Make3DCube(mapX, mapY, z, 0.05, EntityType.Node);
Transformation.models.Add(model3D);
// dodavanje entiteta u recnik, kljuc je njegov redni broj u okviru ArrayList-e models
Entities.Add(Transformation.models.Count - 1, n);
ScreenHandler.Draw3DCube(model3D, myModel);
}
}
// SWITCHES
for (int i = 0; i < networkModel.Switches.Count; i++)
{
SwitchEntity s = networkModel.Switches[i];
double latitude, longitude, mapX, mapY;
// preracunavanje u koordinate
CoordinatesHandler.ToLatLon(networkModel.Switches[i].X, networkModel.Switches[i].Y, 34, out latitude, out longitude);
networkModel.Switches[i].X = latitude;
networkModel.Switches[i].Y = longitude;
// preracunavanje u poziciju na mapi
CoordinatesHandler.FromCoordinatesToMapPosition(latitude, longitude, out mapX, out mapY);
networkModel.Switches[i].MapX = mapX;
networkModel.Switches[i].MapY = mapY;
// crtanje cvora koji je u opsegu mape
if (mapX != -1 && mapY != -1)
{
// provera da li postoji cvorova na toj lokaciji, redjanje na spratove
// u prvom prolazu se sigurno crta
double z = 0;
if (i != 0)
{
int index = 0;
double x;
double y;
// ako postoji objekat unutar definisanog precnika, uvecava se brojac i definise se visina na kojoj je potrebno nacrtati sledeci objekat
if (HasEntityInRadius(mapX, mapY, out index, out x, out y))
{
s.MapX = x;
s.MapY = y;
mapX = x;
mapY = y;
//Points[new Tuple<double, double>(mapX, mapY)].Count++;
//z = 0.05 * Points[new Tuple<double, double>(mapX, mapY)].Count;
Points[index].Count++;
z = 0.05 * Points[index].Count;
}
else
{
z = 0;
//EntitiesDict.Add(new Tuple<double, double>(roundLat, roundLog), 0);
//Points.Add(new Tuple<double, double>(mapX, mapY), new PointStack(mapX, mapY, 0));
Points.Add(new PointStack(mapX, mapY, 0));
}
}
else
{
z = 0;
//EntitiesDict.Add(new Tuple<double, double>(roundLat, roundLog), 0);
//Points.Add(new Tuple<double, double>(mapX, mapY), new PointStack(mapX, mapY, 0));
Points.Add(new PointStack(mapX, mapY, 0));
}
// kreiranje 3D modela kocke i dodavanje u ArrayList models, zbog Hit Testing-a
GeometryModel3D model3D = ScreenHandler.Make3DCube(mapX, mapY, z, 0.05, EntityType.Switch);
Transformation.models.Add(model3D);
// dodavanje entiteta u recnik, kljuc je njegov redni broj u okviru ArrayList-e models
Entities.Add(Transformation.models.Count - 1, s);
ScreenHandler.Draw3DCube(model3D, myModel);
}
}
// LINES
int cnt = 0;
for (int i = 0; i < networkModel.Lines.Count; i++)
{
Entity entityStart = null;
Entity entityEnd = null;
entityStart = Entities.Values.ToList().Where(x => x.Id == networkModel.Lines[i].FirstEnd).FirstOrDefault();
entityEnd = Entities.Values.Where(x => x.Id == networkModel.Lines[i].SecondEnd).FirstOrDefault();
if (entityStart == null || entityEnd == null)
{
continue;
}
entityStart.NumConnctions++;
entityEnd.NumConnctions++;
cnt++;
GeometryModel3D model3D = ScreenHandler.Make3DTube(entityStart.MapX + 0.025, entityStart.MapY + 0.025, entityEnd.MapX + 0.025, entityEnd.MapY + 0.025, 0, 0.05, EntityType.Switch);
Transformation.models.Add(model3D);
ScreenHandler.Draw3DCube(model3D, myModel);
Entities.Add(Transformation.models.Count - 1, networkModel.Lines[i]);
}
return(networkModel);
}
