private void DispatcherTimer_ListUpdate(object sender, EventArgs e)
{
Description.Text = AppControler.ActualDescriptionSource;
if (AppControler.ActualChosenTypeInMenu == AppControler.TaskType)
{
Model.Task task = DataBase.GetTask(AppControler.ActualChosenIdInMenu);
if (task != null)
{
TaskName.Content = task.Name;
}
}
else if (AppControler.ActualChosenTypeInMenu == AppControler.PointType)
{
Model.Point point = DataBase.GetPoint(AppControler.ActualChosenIdInMenu);
if (point != null)
{
Model.Task task = DataBase.GetTask(point.TaskId);
if (task != null)
{
TaskName.Content = task.Name;
}
}
}
}
public static void Draw(SpriteBatch sb, GraphicCache cache, Vector2 cameraOffset, Entity entity, Vision vision)
{
bool drawIt = vision == null;
if (!drawIt)
{
Model.Point thisPt = new Model.Point(entity.getPosition());
//foreach (CQT.Model.Point p in vision.lightTriangles)
for (int i = 0; i < vision.lightTriangles.Count - 1; i++)
{
if (thisPt.InTriangle(vision.origin, vision.lightTriangles[i], vision.lightTriangles[i + 1]))
{
drawIt = true;
break;
}
}
}
if (!drawIt)
return;
Vector2 position = entity.getPosition();
Vector2 size = entity.getSize();
Single rotation = entity.getRotation();
Texture2D texture = cache.getTexture(entity.getTextureName());
Vector2 spriteOrigin = new Vector2 (texture.Width / 2, texture.Height / 2);
Rectangle bounds = new Rectangle((int)Math.Round(cameraOffset.X + position.X),
(int)Math.Round(cameraOffset.Y + position.Y), (int)Math.Round(size.X), (int)Math.Round(size.Y));
sb.Draw(texture, bounds, null, Color.White, rotation, spriteOrigin, SpriteEffects.None, 0);
}
private void btnChart_Click(object sender, EventArgs e)
{
Simulation s = controller.getSimulation();
if (!s.isSimulating())
{
Chart chart = new Chart(TEMP_FUNC_SERIE, TEMP_FUNC_TITLE);
List <double> costs = s.get_costs_function();//s.getAcceptedSolutions();
double x = 1.0;
Console.WriteLine("Se aceptaron: " + costs.Count + " funciones");
foreach (double p in costs)
{
SimulatedAnneling.Model.Point point = new Model.Point(x, p);
chart.addPoint(point);
x++;
//Console.WriteLine("{0:N9}",p);
}
/*
* chart.addPoint(new Model.Point(0.5, 1.358));
* chart.addPoint(new Model.Point(2, 0.23));*/
chart.Show();
}
}
private void AddToDayliToDo_Click(object sender, RoutedEventArgs e)
{
Model.Point point = (Model.Point)ListView_PointsList.SelectedItem;
if (point != null)
{
point.IsTaskForToday = !point.IsTaskForToday;
DataBase.ChangePointProperties(point.Id, point);
AppControler.UpDateListSource();
}
}
/// <summary>
/// Navigates directly to a particular stop.
/// </summary>
public async Task NavigateDirectlyToStop(double latitude, double longitude, string selectedStopId)
{
var center = new Model.Point(latitude, longitude);
this.MapControlViewModel.MapView = new MapView(center, Constants.ZoomedInMapZoom, false);
await this.MapControlViewModel.RefreshStopsForLocationAsync(MapView.Current);
this.MapControlViewModel.SelectStop(selectedStopId);
await this.RoutesAndStopsViewModel.PopulateStopAsync(selectedStopId);
}
public PointEditWindow(int point_Id)
{
InitializeComponent();
this.point_Id = point_Id;
Model.Point editPoint = DataBase.GetPoint(point_Id);
NameTextBox.Text = editPoint.Name;
DayTextBox.Text = editPoint.DeadLineDate.Value.Day.ToString();
MonthTextBox.Text = editPoint.DeadLineDate.Value.Month.ToString();
YearTextBox.Text = (editPoint.DeadLineDate.Value.Year - 2000).ToString();
}
private void ContextMenu_Opened(object sender, RoutedEventArgs e)
{
Model.Point point = (Model.Point)ListView_PointsList.SelectedItem;
if (point != null)
{
if (point.IsTaskForToday == false)
{
AddToDayliToDo.Header = "Dodaj zadanie do dzisiejszego TO DO";
}
if (point.IsTaskForToday == true)
{
AddToDayliToDo.Header = "Usuń zadanie z dzisiejszego TO DO";
}
}
}
private void EditButton_Click(object sender, RoutedEventArgs e)
{
DateTime newDate;
DateTime actulaData = DateTime.Now;
if (NameTextBox.Text == "") //Jeśli pole puste
{
InformationText.Text = "Proszę uzupełnij nazwę zbioru.";
}
else if (DayTextBox.Text == "" || DayTextBox.Text == "" || YearTextBox.Text == "") //Jeśli którekolwiek pole puste
{
InformationText.Text = "Proszę uzupełnij datę.";
}
else
{
//Sprawdzenie poprawności wprowadzonej daty:
try
{
newDate = new DateTime(Convert.ToInt32(YearTextBox.Text) + 2000, Convert.ToInt32(MonthTextBox.Text), Convert.ToInt32(DayTextBox.Text));
}
catch (Exception)
{
InformationText.Text = "Proszę popraw datę.";
return;
}
if (newDate < actulaData)
{
InformationText.Text = "Chcesz się cofnąć w czasie?";
}
else
{
//Jeśli wszystko poszło dobrze to wysyłamy
Model.Point editPoint = DataBase.GetPoint(point_Id);
ManagementApp.Model.Point newPoint = new ManagementApp.Model.Point()
{
TaskId = editPoint.TaskId,
Name = NameTextBox.Text,
DeadLineDate = newDate,
ExecutionStatus = editPoint.ExecutionStatus,
IsTaskForToday = editPoint.IsTaskForToday
};
DataBase.ChangePointProperties(point_Id, newPoint);
AppControler.UpDateAllSource();
this.Close();
}
}
}
public static void ActualDescriptionSourceUpdate()
{
if (ActualChosenTypeInMenu == AppControler.TaskCollectionType)
{
TaskCollection taskCollection = DataBase.GetTaskCollection(AppControler.ActualChosenIdInMenu);
ActualDescriptionSource = taskCollection.Description;
}
else if (AppControler.ActualChosenTypeInMenu == AppControler.TaskType)
{
Model.Task task = DataBase.GetTask(AppControler.ActualChosenIdInMenu);
ActualDescriptionSource = task.Description;
}
else if (ActualChosenTypeInMenu == AppControler.PointType)
{
Model.Point temporaryPoint = DataBase.GetPoint(ActualChosenIdInMenu);
Model.Task task = DataBase.GetTask(temporaryPoint.TaskId);
ActualDescriptionSource = task.Description;
}
}
public static List <Model.Point> StringToList(string Data)
{
if (string.IsNullOrEmpty(Data))
{
return(null);
}
byte[] bytes = Convert.FromBase64String(Data);
byte[] vs = Decompress(bytes);
List <Model.Point> points = new List <Model.Point>();
for (int i = 0; i < vs.Length / 4; i++)
{
Model.Point point = new Model.Point();
point.x = Convert.ToInt16((vs[4 * i] << 8) | vs[4 * i + 1]);
point.y = Convert.ToInt16((vs[4 * i + 2] << 8) | vs[4 * i + 3]);
points.Add(point);
}
return(points);
}
public static void PointListSourceUpdate()
{
if (ActualChosenTypeInMenu == AppControler.TaskType)
{
PointListSource.Clear();
foreach (var item in DataBase.GetPointsList(ActualChosenIdInMenu))
{
PointListSource.Add(item);
}
}
else if (ActualChosenTypeInMenu == AppControler.PointType)
{
Model.Point temporaryPoint = DataBase.GetPoint(ActualChosenIdInMenu);
PointListSource.Clear();
foreach (var item in DataBase.GetPointsList(temporaryPoint.TaskId))
{
PointListSource.Add(item);
}
}
}
public void PointWithCorrectPropertis()
{
int?pointID = null;
int?taskID = null;
int?taskCollectionID = null;
TaskCollection newTaskCollection = new TaskCollection("Name");
taskCollectionID = DataBase.AddCollection(newTaskCollection);
Model.Task newTask = new Model.Task("Name", (int)taskCollectionID, DateTime.Now);
taskID = DataBase.AddTask(newTask);
Model.Point newPoint = new Model.Point("Name", (int)taskID, DateTime.Now);
pointID = DataBase.AddPoint(newPoint);
Assert.IsNotNull(pointID); /*TEST 1*/
Model.Point pointFromDataBase = DataBase.GetPoint((int)pointID);
Assert.AreEqual(pointFromDataBase.Name, newPoint.Name); /*TEST 2*/
Assert.AreEqual(pointFromDataBase.Id, newPoint.Id); /*TEST 3*/
DataBase.DeleteCollection((int)taskCollectionID);
}
// helper function to convert a Point
private PointF Convert(Model.Point pt)
{
return(new PointF(pt.X, pt.Y));
}
private void PaintParcourAndData(PaintEventArgs pe, bool rescale)
{
if (Image == null)
{
return;
}
#region parcour
if (Parcour != null && c != null)
{
//PenFlight.Width = 7f;
//PenIntersection.Width = (float)Properties.Settings.Default.IntersectionPenWidth;
Pen.Width = (float)Parcour.PenWidthGates;
lock (Parcour)
{
ICollection <Line> lines = Parcour.Line;
List <Line> linesClosedPolygon = new List <Line>();
switch (ParcourT)
{
case (int)ParcourType.PROHZONES:
linesClosedPolygon = lines.Where(p => (p.Type == (int)LineType.PENALTYZONE) || (p.Type >= (int)LineType.PROH_A && p.Type <= (int)LineType.PROH_D)).ToList();
PolygonFiller(linesClosedPolygon, Pen, Brush, pe);
break;
case (int)ParcourType.CHANNELS:
if (FillChannel)
{
linesClosedPolygon = lines.Where(p => p.Type >= (int)LineType.CHANNEL_A && p.Type <= (int)LineType.CHANNEL_D).ToList();
PolygonFiller(linesClosedPolygon, Pen, Brush, pe);
}
break;
default:
break;
}
// Polygons filling: PROH zone, channel-specific PROH zones
PolygonFiller(linesClosedPolygon, Pen, Brush, pe);
//List<Line> linesL = lines.Where(p => (p.Type >= (int)LineType.CHANNEL_A && p.Type <= (int)LineType.CHANNEL_A) || (p.Type >= (int)LineType.CHANNEL_A && p.Type <= (int)LineType.CHANNEL_A)).ToList();
//foreach (Line l in linesL)
#region Draw line objects: basically SP line, FP line, Channel borders
foreach (Line l in lines)
{
if (l.A != null && l.B != null & l.O != null)
{
int startX = c.getStartX(l);
int startY = c.getStartY(l);
float LongCorrFactor = (float)c.LongitudeCorrFactor(l);
int endX = c.getEndX(l);
int endY = c.getEndY(l);
Model.Point CenterPoint = new Model.Point();
CenterPoint.latitude = (l.A.latitude + l.B.latitude) / 2.0;
CenterPoint.longitude = (l.A.longitude + l.B.longitude) / 2.0;
// create a dedicated point on the same latitude as the Center point
Model.Point RadiusPoint = c.PointForRadius(CenterPoint);
int midX = startX + (endX - startX) / 2;
int midY = startY + (endY - startY) / 2;
int radX = c.LongitudeToX(RadiusPoint.longitude);
int radY = c.LatitudeToY(RadiusPoint.latitude);
Vector start = new Vector(startX, startY, 0);
Vector radv = new Vector(radX, radY, 0);
float radius = Math.Abs(midY - radY) / LongCorrFactor;
try
{
//int orientationYCorr = pdf == true ? midY + (int)(LongCorrFactor * (orientationY - midY)) : orientationY;
if (l.Type == (int)LineType.PENALTYZONE)
{
// common penaltyzone is handled above
}
if (l.Type >= (int)LineType.PROH_A && l.Type <= (int)LineType.PROH_D)
{
// channel-specific penaltyzones are handled above
}
if (l.Type == (int)LineType.TKOF)
{
// TKOF line is not shown/ for purpose not implemented
}
if (l.Type == (int)LineType.NOBACKTRACKLINE)
{
// NBL is deprecated
}
if (l.Type >= (int)LineType.CENTERLINE_A && l.Type <= (int)LineType.CENTERLINE_D)
{
// Centerline is not yet implemented on Route import, and therefore not yet implemented here
}
if (l.Type >= (int)LineType.CHANNEL_A && l.Type <= (int)LineType.CHANNEL_D && ParcourT == (int)ParcourType.CHANNELS)
{
pe.Graphics.DrawLine(PenChannel, new System.Drawing.Point(startX, startY), new System.Drawing.Point(endX, endY));
pe.Graphics.ResetTransform();
}
if (l.Type >= (int)LineType.START_A && l.Type <= (int)LineType.END_D)
{
pe.Graphics.DrawLine(PenGates, new System.Drawing.Point(startX, startY), new System.Drawing.Point(endX, endY));
pe.Graphics.ResetTransform();
if (HasCircleOnGates)
{
// draw ellipse
pe.Graphics.TranslateTransform(midX - radius, midY - radius * LongCorrFactor);
pe.Graphics.DrawEllipse(PenGates, 0, 0, radius * 2, radius * 2 * LongCorrFactor);
pe.Graphics.ResetTransform();
// draw orientation line
// http://www.movable-type.co.uk/scripts/latlong.html?from=48.619,-120.412&to=48.59617,-120.4020
Vector a = new Vector(l.A.longitude, l.A.latitude, 0);
Vector b = new Vector(l.B.longitude, l.B.latitude, 0);
Vector o = Vector.ArrowPointFromGivenLine(a, b, GateOrientationArrowLength);
int HeadingX = c.LongitudeToX(o.X);
int HeadingY = c.LatitudeToY(o.Y);
pe.Graphics.DrawLine(PenGates, new System.Drawing.Point(midX, midY), new System.Drawing.Point(HeadingX, HeadingY));
// pe.Graphics.DrawLine(PenGates, new System.Drawing.Point(midX, midY), new System.Drawing.Point(orientationX, orientationYCorr));
pe.Graphics.ResetTransform();
}
#region Legacy behaviour
if (!pdf)
{
// LEGACY behaviour - used when editing points
if (selectedLine == l)
{
pe.Graphics.DrawLine(PenSelected, new System.Drawing.Point(startX, startY), new System.Drawing.Point(endX, endY));
// pe.Graphics.DrawLine(PenSelected, new System.Drawing.Point(midX, midY), new System.Drawing.Point(oriX, oriY));
}
if (hoverLine == l)
{
pe.Graphics.DrawLine(PenHover, new System.Drawing.Point(startX, startY), new System.Drawing.Point(endX, endY));
// pe.Graphics.DrawLine(PenHover, new System.Drawing.Point(midX, midY), new System.Drawing.Point(oriX, oriY));
}
}
#endregion
}
}
catch
{
//TODO
}
}
}
#endregion
}
}
#endregion
if (flights != null)
{
//PenFlight.Width = 7f;
//PenIntersection.Width = (float)Properties.Settings.Default.IntersectionPenWidth;
int r = (int)(IntersectionCircleRadius * 150.0); //45.0
foreach (FlightSet flight in flights)
{
List <System.Drawing.Point> points = new List <System.Drawing.Point>();
foreach (AirNavigationRaceLive.Model.Point gd in flight.Point)
{
int startXp = (int)c.LongitudeToX(gd.longitude);
int startYp = (int)c.LatitudeToY(gd.latitude);
points.Add(new System.Drawing.Point(startXp, startYp));
}
if (points.Count > 2)
{
pe.Graphics.DrawLines(PenFlight, points.ToArray());
}
if (flight.IntersectionPointSet != null && ShowIntersectionCircle)
{
foreach (IntersectionPoint gd in flight.IntersectionPointSet)
{
int startXp = (int)c.LongitudeToX(gd.longitude);
int startYp = (int)c.LatitudeToY(gd.latitude);
Model.Point p = new Model.Point();
p.latitude = gd.latitude;
float corrFact = (float)c.LongitudeCorrFactor(p);
pe.Graphics.DrawEllipse(PenIntersection, startXp - r, startYp - r * corrFact, 2 * r, 2 * r * corrFact);
}
}
}
}
}
private void PaintParcourAndData(PaintEventArgs pe, bool rescale)
{
if (Parcour != null && c != null)
{
lock (Parcour)
{
ICollection <Line> lines = Parcour.Line;
List <Line> linesClosedPolygon = new List <Line>();
List <System.Drawing.Point> pts = new List <System.Drawing.Point>();
List <System.Drawing.Point> ptsF = new List <System.Drawing.Point>();
bool isPolygonStart = true;
if (showProh)
{
#region Polygons filling: PROH zone, channel-specific PROH zones (new code)
// new code:
// we may have aseveral polygons, but they are saved as small line pieces in the database
// how to distinct different polygons: a polygons end point is identical with the first point
// consider the common type PENALRTZONE but also channel-specific Penalty zones PROH_A yo PROH_D
linesClosedPolygon = lines.Where(p => (p.Type == (int)LineType.PENALTYZONE) || (p.Type >= (int)LineType.PROH_A && p.Type <= (int)LineType.PROH_D)).ToList();
foreach (Line l in linesClosedPolygon)
{
if (isPolygonStart)
{
//reset
pts = new List <System.Drawing.Point>();
ptsF = new List <System.Drawing.Point>();
isPolygonStart = false;
}
System.Drawing.Point startPt = new System.Drawing.Point();
System.Drawing.Point endPt = new System.Drawing.Point();
startPt.X = c.getStartX(l);
startPt.Y = c.getStartY(l);
endPt.X = c.getEndX(l);
endPt.Y = c.getEndY(l);
pts.Add(startPt);
ptsF.Add(startPt);
if (endPt != pts[0]) // line' end point identical with first point?
{
pts.Add(endPt);
ptsF.Add(endPt);
}
else
{
// handle Graphics
pe.Graphics.FillPolygon(Brush, pts.ToArray <System.Drawing.Point>());
// draw border of polygon --NOT YET activated
//pe.Graphics.DrawPolygon(UserPenLine, ptsF.ToArray<System.Drawing.Point>());
// start a new polygon
isPolygonStart = true;
}
}
#endregion
}
if (fillChannel)
{
#region Polygons filling: channels
// new code:
// we may have several polygons, but they are saved as small line pieces in the database
// how to distinct different polygons: a polygons end point is identical with the first point
linesClosedPolygon = lines.Where(p => p.Type >= (int)LineType.CHANNEL_A && p.Type <= (int)LineType.CHANNEL_D).ToList();
pts = new List <System.Drawing.Point>();
ptsF = new List <System.Drawing.Point>();
isPolygonStart = true;
foreach (Line l in linesClosedPolygon)
{
if (isPolygonStart)
{
//reset
pts = new List <System.Drawing.Point>();
ptsF = new List <System.Drawing.Point>();
isPolygonStart = false;
}
System.Drawing.Point startPt = new System.Drawing.Point();
System.Drawing.Point endPt = new System.Drawing.Point();
startPt.X = c.getStartX(l);
startPt.Y = c.getStartY(l);
endPt.X = c.getEndX(l);
endPt.Y = c.getEndY(l);
pts.Add(startPt);
ptsF.Add(startPt);
if (endPt != pts[0]) // line' end point identical with first point?
{
pts.Add(endPt);
ptsF.Add(endPt);
}
else
{
// handle Graphics
pe.Graphics.FillPolygon(Brush, pts.ToArray <System.Drawing.Point>());
// draw border of polygon --NOT YET activated
//pe.Graphics.DrawPolygon(UserPenLine, ptsF.ToArray<System.Drawing.Point>());
// start a new polygon
isPolygonStart = true;
}
}
#endregion
}
//List<Line> linesL = lines.Where(p => (p.Type >= (int)LineType.CHANNEL_A && p.Type <= (int)LineType.CHANNEL_A) || (p.Type >= (int)LineType.CHANNEL_A && p.Type <= (int)LineType.CHANNEL_A)).ToList();
//foreach (Line l in linesL)
#region Draw line objects: basically SP line, FP line, Channel borders
foreach (Line l in lines)
{
if (l.A != null && l.B != null & l.O != null)
{
int startX = c.getStartX(l);
int startY = c.getStartY(l);
float LongCorrFactor = (float)c.LongitudeCorrFactor(l);
int endX = c.getEndX(l);
int endY = c.getEndY(l);
Model.Point CenterPoint = new Model.Point();
CenterPoint.latitude = (l.A.latitude + l.B.latitude) / 2.0;
CenterPoint.longitude = (l.A.longitude + l.B.longitude) / 2.0;
// create a dedicated point on the same latitude as the Center point
Model.Point RadiusPoint = c.PointForRadius(CenterPoint);
int midX = startX + (endX - startX) / 2;
int midY = startY + (endY - startY) / 2;
int radX = c.LongitudeToX(RadiusPoint.longitude);
int radY = c.LatitudeToY(RadiusPoint.latitude);
int orientationX = c.getOrientationX(l);
int orientationY = c.getOrientationY(l);
double tmp = (double)midY + (orientationY - midY) * c.LongitudeCorrFactor(CenterPoint);
orientationY = (int)tmp;
Vector start = new Vector(startX, startY, 0);
Vector radv = new Vector(radX, radY, 0);
//float radius = (float)Vector.Abs(midv - start)
float radius = Math.Abs(midY - radY) / LongCorrFactor;
try
{
int orientationYCorr = pdf == true ? midY + (int)(LongCorrFactor * (orientationY - midY)) : orientationY;
if (l.Type == (int)LineType.PENALTYZONE)
{
// common penaltyzone is handled above
}
if (l.Type >= (int)LineType.PROH_A && l.Type <= (int)LineType.PROH_D)
{
// channel-specific penaltyzones are handled above
}
if (l.Type == (int)LineType.TKOF)
{
// TKOF line is not shown/ for purpose not implemented
}
if (l.Type == (int)LineType.NOBACKTRACKLINE)
{
// NBL is deprecated
}
if (l.Type >= (int)LineType.CENTERLINE_A && l.Type <= (int)LineType.CENTERLINE_D)
{
// Centerline is not yet implemented on Route import, and therefore not yet implemented here
}
if (l.Type >= (int)LineType.CHANNEL_A && l.Type <= (int)LineType.CHANNEL_D && showChannel)
{
pe.Graphics.DrawLine(UserPenGates, new System.Drawing.Point(startX, startY), new System.Drawing.Point(endX, endY));
pe.Graphics.ResetTransform();
}
if (l.Type >= (int)LineType.START_A && l.Type <= (int)LineType.END_D)
{
pe.Graphics.DrawLine(UserPenGates, new System.Drawing.Point(startX, startY), new System.Drawing.Point(endX, endY));
pe.Graphics.ResetTransform();
if (HasCircleOnGates)
{ // draw ellipse
// https://docs.microsoft.com/en-us/dotnet/api/system.drawing.graphics.translatetransform?view=netframework-4.7.2
float theta = Convert.ToSingle(Math.Atan2(endY - startY, endX - startX) * 180.0 / Math.PI);
pe.Graphics.DrawLine(UserPenGates, new System.Drawing.Point(midX, midY), new System.Drawing.Point(orientationX, orientationYCorr));
pe.Graphics.TranslateTransform(midX - radius, midY - radius * LongCorrFactor);
// pe.Graphics.RotateTransform(theta, System.Drawing.Drawing2D.MatrixOrder.Prepend);
pe.Graphics.DrawEllipse(UserPenGates, 0, 0, radius * 2, radius * 2 * LongCorrFactor);
pe.Graphics.ResetTransform();
// draw orientation line
//pe.Graphics.DrawLine(UserPenGates, new System.Drawing.Point(midX, midY), new System.Drawing.Point(orientationX, orientationYCorr));
pe.Graphics.ResetTransform();
}
if (!pdf)
{
// LEGACY behaviour - used when editing points
if (selectedLine == l)
{
pe.Graphics.DrawLine(PenSelected, new System.Drawing.Point(startX, startY), new System.Drawing.Point(endX, endY));
pe.Graphics.DrawLine(PenSelected, new System.Drawing.Point(midX, midY), new System.Drawing.Point(orientationX, orientationY));
}
if (hoverLine == l)
{
pe.Graphics.DrawLine(PenHover, new System.Drawing.Point(startX, startY), new System.Drawing.Point(endX, endY));
pe.Graphics.DrawLine(PenHover, new System.Drawing.Point(midX, midY), new System.Drawing.Point(orientationX, orientationY));
}
}
}
}
catch
{
//TODO
}
}
}
#endregion
}
}
if (flights != null)
{
double factor = 1;
//PenFlight.Width = 7f;
//PenIntersection.Width = (float)Properties.Settings.Default.IntersectionPenWidth;
float radiusIntersection = 20;
foreach (FlightSet flight in flights)
{
List <System.Drawing.Point> points = new List <System.Drawing.Point>();
foreach (AirNavigationRaceLive.Model.Point gd in flight.Point)
{
int startXp = (int)(c.LongitudeToX(gd.longitude) * factor);
int startYp = (int)(c.LatitudeToY(gd.latitude) * factor);
points.Add(new System.Drawing.Point(startXp, startYp));
}
if (points.Count > 2)
{
pe.Graphics.DrawLines(PenFlight, points.ToArray());
}
if (flight.IntersectionPointSet != null)
{
foreach (IntersectionPoint gd in flight.IntersectionPointSet)
{
int startXp = (int)(c.LongitudeToX(gd.longitude) * factor);
int startYp = (int)(c.LatitudeToY(gd.latitude) * factor);
Model.Point p = new Model.Point();
p.latitude = gd.latitude;
float corrFact = (float)c.LongitudeCorrFactor(p);
int r = (int)radiusIntersection;
pe.Graphics.DrawEllipse(PenIntersection, startXp - r, startYp - r * corrFact, 2 * r, 2 * r * corrFact);
}
}
}
}
}
public void DrawLine(Model.Point pt1, Model.Point pt2, double lineWidth, Model.Color color)
{
Pen.Width = (float)lineWidth;
Pen.Color = Convert(color);
Gfx.DrawLine(Pen, Convert(pt1), Convert(pt2));
}
/// <summary>
/// Navigates directly to a particular stop.
/// </summary>
public async Task NavigateDirectlyToStop(double latitude, double longitude, string selectedStopId)
{
var center = new Model.Point(latitude, longitude);
this.MapControlViewModel.MapView = new MapView(center, ViewModelConstants.ZoomedInMapZoom, false);
await this.MapControlViewModel.RefreshStopsForLocationAsync(MapView.Current);
this.MapControlViewModel.SelectStop(selectedStopId);
await this.RoutesAndStopsViewModel.PopulateStopAsync(selectedStopId);
}
