private Point OnLineMoved(_Line source, Point point1, Point point2)
{
if (!DesginCanvas.IsAutoAlign)
{
return(point1);
}
Point a = new Point(point1.X + source.Left, point1.Y + source.Top);
Point b = new Point(point2.X + source.Left, point2.Y + source.Top);
AlignCanvas.Clear();
Point point = new Point(double.NaN, double.NaN);
foreach (UIElement ui in DesginCanvas.Children)
{
if (DesginCanvas.SelectedControls.Contains(ui as _Control))
{
continue;
}
if (ui is _Line)
{
_Line line = ui as _Line;
point = AlignCanvas.MeasurePoint(a, b, new Point(line.Line.X1 + line.Left, line.Line.Y1 + line.Top), new Point(line.Line.X2 + line.Left, line.Line.Y2 + line.Top));
if (!double.IsNaN(point.X))
{
return(new Point(point.X - source.Left, point.Y - source.Top));
}
}
else if (ui is _Rectangle)
{
_Control element = ui as _Control;
Point a1 = new Point(element.Left, element.Top);
Point b1 = new Point(element.Left + element.Width, element.Top);
Point c1 = new Point(element.Left + element.Width, element.Top + element.Height);
Point d1 = new Point(element.Left, element.Top + element.Height);
point = AlignCanvas.MeasurePoint(a, b, a1, b1);
if (!double.IsNaN(point.X))
{
return(new Point(point.X - source.Left, point.Y - source.Top));
}
else if (!double.IsNaN((point = AlignCanvas.MeasurePoint(a, b, b1, c1)).X))
{
return(new Point(point.X - source.Left, point.Y - source.Top));
}
else if (!double.IsNaN((point = AlignCanvas.MeasurePoint(a, b, c1, d1)).X))
{
return(new Point(point.X - source.Left, point.Y - source.Top));
}
else if (!double.IsNaN((point = AlignCanvas.MeasurePoint(a, b, d1, a1)).X))
{
return(new Point(point.X - source.Left, point.Y - source.Top));
}
}
}
return(AlignCanvas.Orthogonal(point1, point2));
}
public Move(_Line myLine, Cost c, int moveDistance)
{
this.myLine = myLine;
this.cost = c.SummaryCost;
this.areacost = c.AreaCost;
this.layoutcost = c.LayoutCost;
this.constaintCost = c.ConstaintCost;
this.moveDistance = moveDistance;
Cost = c;
}
public void OnLineMoving(_Line source, Point a, Point b)
{
if (!DesginCanvas.IsAutoAlign)
{
return;
}
a.X += source.Left;
a.Y += source.Top;
b.X += source.Left;
b.Y += source.Top;
LineAddingMode(source, a, b);
}
private void OnLinePoint1Adding(_Line source, Point a)
{
if (!DesginCanvas.IsAutoAlign)
{
return;
}
List <Point> points = new List <Point>();
foreach (UIElement ui in DesginCanvas.Children)
{
if (DesginCanvas.SelectedControls.Contains(ui as _Control))
{
continue;
}
if (ui is _Line)
{
_Line line = ui as _Line;
Point point = AlignCanvas.MeasurePoint(a, new Point(line.Line.X1 + line.Left, line.Line.Y1 + line.Top), new Point(line.Line.X2 + line.Left, line.Line.Y2 + line.Top));
if (!double.IsNaN(point.X))
{
points.Add(point);
}
}
else if (ui is _Rectangle)
{
_Control element = ui as _Control;
Point a1 = new Point(element.Left, element.Top);
Point b1 = new Point(element.Left + element.Width, element.Top);
Point c1 = new Point(element.Left + element.Width, element.Top + element.Height);
Point d1 = new Point(element.Left, element.Top + element.Height);
Point point = AlignCanvas.MeasurePoint(a, a1, b1);
if (!double.IsNaN(point.X))
{
points.Add(point);
}
else if (!double.IsNaN((point = AlignCanvas.MeasurePoint(a, b1, c1)).X))
{
points.Add(point);
}
else if (!double.IsNaN((point = AlignCanvas.MeasurePoint(a, c1, d1)).X))
{
points.Add(point);
}
else if (!double.IsNaN((point = AlignCanvas.MeasurePoint(a, d1, a1)).X))
{
points.Add(point);
}
}
}
AlignCanvas.DrawAlignPoints(points);
}
public void BeginAdd(_Line line)
{
_addLine = line;
this.Visibility = Visibility.Visible;
this.PreviewMouseMove -= AddLinePoint1Canvas_PreviewMouseMove;
this.PreviewMouseLeftButtonUp -= AddLinePoint1Canvas_PreviewMouseLeftButtonUp;
this.PreviewMouseMove -= AddLinePoint2Canvas_PreviewMouseMove;
this.PreviewMouseLeftButtonUp -= AddLinePoint2Canvas_PreviewMouseLeftButtonUp;
this.PreviewMouseMove += AddLinePoint1Canvas_PreviewMouseMove;
this.PreviewMouseLeftButtonUp += AddLinePoint1Canvas_PreviewMouseLeftButtonUp;
}
public override void React(_Line line)
{
switch (line.Index)
{
case 1:
logowanie.nazwa = Console.ReadLine();
break;
case 2:
logowanie.haslo = Console.ReadLine();
break;
case 3:
if (!logowanie.IsAnyNullOrEmpty())
{
var logowania = BazaDanych.Rekordy <Logowanie>();
foreach (var log in logowania)
{
if (log.nazwa == logowanie.nazwa && log.haslo == logowanie.haslo && sklep.asortyment.Count > 0)
{
var kasjer = new Kasjer();
kasjer.idlogowania = log.id;
kasjer.data_rozpoczecia = DateTime.Now;
kasjer.data_zakonczenia = DateTime.Now;
kasjer = BazaDanych.Wstaw(kasjer);
MWS.DisplayAdapter.Display(new Kasa(sklep, log, kasjer));
}
}
}
break;
case 4:
MWS.DisplayAdapter.Display(new Rejestracja(sklep));
break;
case 5:
MWS.DisplayAdapter.Display(new Statystyki(sklep));
break;
case 6:
MWS.DisplayAdapter.Display(new Asortyment(sklep));
break;
case 7:
MWS.DisplayAdapter.Display(new Sklepy());
break;
}
MWS.DisplayAdapter.Display(new Zaloguj(sklep, logowanie));
}
public void MoveEveryLineInNormal()
{
m = ModelConfigurations.InitNormalModel();
_Line l = null;
List <_Line> lines = m.AllLinesFlat();
for (var i = 0; i < lines.Count; i++)
{
l = lines[i];
m.MoveLine(10, l);
m.MoveLine(-10, l);
m.MoveLine(-10, l);
m.MoveLine(10, l);
}
}
public override void React(_Line line)
{
if (line.Index > 0 && line.Index < sklepy.Count + 1)
{
MWS.DisplayAdapter.Display(new Zaloguj(sklepy[line.Index - 1]));
}
else if (line.Index == Contents.Count - 3)
{
MWS.DisplayAdapter.Display(new DodajSklep());
}
else if (line.Index == Contents.Count - 2)
{
MWS.DisplayAdapter.Display(new Home());
}
}
public override void React(_Line line)
{
if (line.Index <= BazaDanych.Rekordy <Produkt>().Count + 1)
{
BazaDanych.Wstaw(sklep, BazaDanych.Rekordy <Produkt>()[line.Index - 2]);
MWS.DisplayAdapter.Display(new Rynek(sklep));
}
else if (line.Index == Contents.Count - 3)
{
MWS.DisplayAdapter.Display(new Zamawianie(sklep));
}
else if (line.Index == Contents.Count - 2)
{
MWS.DisplayAdapter.Display(new Asortyment(sklep));
}
}
public override void React(_Line line)
{
if (line.Index <= sklep.asortyment.Count + 1)
{
BazaDanych.Usun(sklep, sklep.asortyment[line.Index - 2]);
MWS.DisplayAdapter.Display(new Asortyment(sklep));
}
else if (line.Index == Contents.Count - 3)
{
MWS.DisplayAdapter.Display(new Rynek(sklep));
}
else if (line.Index == Contents.Count - 2)
{
MWS.DisplayAdapter.Display(new Zaloguj(sklep));
}
}
public override void React(_Line line)
{
switch (line.Index)
{
case 2:
var klient = new Klient
{
data_wejscia = DateTime.Now,
idkasjera = kasjer.id
};
klienci_kolejka.Add(klient);
break;
case 3:
if (klienci_kolejka.Count != 0)
{
MWS.DisplayAdapter.Display(new Koszyk(sklep, logowanie, kasjer, klienci_kolejka, produkty_skasowane));
}
break;
case 4:
if (klienci_kolejka.Count != 0 && produkty_skasowane.Count != 0)
{
klienci_kolejka[0].data_obsluzenia = DateTime.Now;
klienci_kolejka[0].idkasjera = kasjer.id;
klienci_kolejka[0] = BazaDanych.Wstaw(klienci_kolejka[0]);
foreach (var produkt in produkty_skasowane)
{
BazaDanych.Wstaw(klienci_kolejka[0], produkt);
}
klienci_kolejka.Remove(klienci_kolejka[0]);
produkty_skasowane = new List <Produkt>(99);
}
break;
case 5:
if (klienci_kolejka.Count == 0)
{
kasjer.data_zakonczenia = DateTime.Now;
BazaDanych.Zmien(kasjer, kasjer);
MWS.DisplayAdapter.Display(new Zaloguj(sklep));
}
break;
}
MWS.DisplayAdapter.Display(new Kasa(sklep, logowanie, kasjer, klienci_kolejka, produkty_skasowane));
}
public static void FindNextValidLine(_Line currentline, int direction)
{
int lineChecked = currentline.Index;
do
{
if (lineChecked + direction < 0)
{
if (CurrentPage.Contents[CurrentPage.Contents.Count - 1] is ActiveLine)
{
CurrentLine = CurrentPage.Contents[CurrentPage.Contents.Count - 1];
(CurrentLine as ActiveLine).Toggle();
Refresh(CurrentPage);
break;
}
else
{
lineChecked = CurrentPage.Contents.Count;
}
}
else if (lineChecked + direction == CurrentPage.Contents.Count)
{
if (CurrentPage.Contents[0] is ActiveLine)
{
CurrentLine = CurrentPage.Contents[0];
(CurrentLine as ActiveLine).Toggle();
Refresh(CurrentPage);
break;
}
else
{
lineChecked = -1;
}
}
else if (CurrentPage.Contents[lineChecked + direction] is ActiveLine)
{
CurrentLine = CurrentPage.Contents[lineChecked + direction];
(CurrentLine as ActiveLine).Toggle();
Refresh(CurrentPage);
break;
}
lineChecked += direction;
}while (true);
}
//[Attribute a=1]
public void MoveLineInAllModel()
{
List <_Model> contents = new List <_Model>();
foreach (string filename in Directory.GetFiles(@"C:\Users\Master\Desktop\Models"))
{
MessageBox.Show(filename);
if (!filename.EndsWith("json"))
{
continue;
}
try
{
string json = File.ReadAllText(filename);
MessageBox.Show(json);
_Model account = JsonConvert.DeserializeObject <_Model>(json);
contents.Add(account);
}
catch (Exception e)
{
MessageBox.Show(e.Message + "\n" + e.StackTrace);
}
}
MessageBox.Show(contents.Count.ToString());
foreach (_Model m in contents)
{
_Model mcopy = m.DeepCopy();
List <_Line> lines = mcopy.AllLinesFlat();
for (var i = 0; i < lines.Count; i++)
{
_Line l = lines[i];
mcopy.MoveLine(10, l);
mcopy.MoveLine(-10, l);
mcopy.MoveLine(-10, l);
mcopy.MoveLine(10, l);
}
}
//m = LoadModelFromJsonString();
//Line l = Find200200400200Line();
//m.MoveLine(10, l);
//Assert m.IsInInvalidState.Equals(false);
}
public override void React(_Line line)
{
switch (line.Index)
{
case 1:
if (Konfigurator.CheckConnection())
{
MWS.DisplayAdapter.Display(new Sklepy());
}
break;
case 2:
if (!Konfigurator.CheckConnection())
{
Konfigurator.InstallDatabase();
}
MWS.DisplayAdapter.Display(new Home());
break;
}
}
private void CalculateMoveCosts()
{
List <_Line> allLinesFlat = Model.AllLinesFlat();
for (int index = 0; index < allLinesFlat.Count; index++)
{
_Line myLine = allLinesFlat.ElementAt(index);
_Model tempModel = Model.DeepCopy(myLine, out _Line newMyLine);
tempModel.MoveLine(baseMoveDistance, newMyLine);
if (tempModel.IsInInvalidState)
{
continue;
}
Cost costsnew = CostCalculationService.CalculateCostNew(tempModel);
lock (locker)
{
Actions.Add(new Move(myLine, costsnew, baseMoveDistance));
}
}
for (int index = 0; index < allLinesFlat.Count; index++)
{
_Line myLine = allLinesFlat.ElementAt(index);
_Model tempModel = Model.DeepCopy(myLine, out _Line newMyLine);
tempModel.MoveLine(-baseMoveDistance, newMyLine);
if (tempModel.IsInInvalidState)
{
continue;
}
Cost costsnew = CostCalculationService.CalculateCostNew(tempModel);
lock (locker)
{
Actions.Add(new Move(myLine, costsnew, -baseMoveDistance));
}
}
}
public static _Model InitSimplestModel()
{
_Model m = new _Model();
_Point p1 = new _Point(100, 100);
_Point p2 = new _Point(400, 100);
_Point p3 = new _Point(400, 400);
_Point p4 = new _Point(100, 400);
_Line line1 = new _Line(p1, p2);
_Line line2 = new _Line(p2, p3);
_Line line3 = new _Line(p3, p4);
_Line line4 = new _Line(p4, p1);
_Room _Room = new _Room {
Name = "FirstRoom", Number = 1, type = _RoomType.LivingRoom, isStartRoom = true
};
_Room.Lines = (new List <_Line>()
{
line1, line2, line3, line4
});
m.rooms.Add(_Room);
foreach (var room in m.rooms)
{
room.CanGetBoundarySorted();
}
List <_Point> boundaries = new List <_Point>()
{
new _Point(0, 0), new _Point(0, 450), new _Point(450, 450), new _Point(450, 0)
};
m.OutlinePolygonPoints = boundaries;
List <System.Windows.Point> convertedPointsForPolygon = boundaries.Select(i => new System.Windows.Point(i.X, i.Y)).ToList();
m.AvailableOutlinePolygon = new Polygon()
{
Points = new PointCollection(convertedPointsForPolygon)
};
return(m);
}
public Move(_Line myLine, int moveDistance)
{
this.myLine = myLine;
this.moveDistance = moveDistance;
}
public LineAndCost(_Line l, double d, int i)
{
line = l.ToString();
cost = d;
index = i;
}
public static _Model InitTestModel()
{
_Model m = new _Model();
_Point a1 = new _Point(0, 0);
_Point a2 = new _Point(0, 100);
_Point a3 = new _Point(0, 200);
_Point a4 = new _Point(0, 300);
_Point a5 = new _Point(100, 0);
_Point a6 = new _Point(100, 100);
_Point a7 = new _Point(100, 200);
_Point a8 = new _Point(100, 300);
_Point a9 = new _Point(200, 0);
_Point a10 = new _Point(200, 100);
_Point a11 = new _Point(200, 200);
_Point a12 = new _Point(200, 300);
_Point a13 = new _Point(300, 0);
_Point a14 = new _Point(300, 100);
_Point a15 = new _Point(300, 200);
_Point a16 = new _Point(300, 300);
_Line l12 = new _Line(a1, a2);
_Line l23 = new _Line(a2, a3);
_Line l34 = new _Line(a3, a4);
_Line l56 = new _Line(a5, a6);
_Line l67 = new _Line(a6, a7);
_Line l78 = new _Line(a7, a8);
_Line l910 = new _Line(a9, a10);
_Line l1011 = new _Line(a10, a11);
_Line l1112 = new _Line(a11, a12);
_Line l1314 = new _Line(a13, a14);
_Line l1415 = new _Line(a14, a15);
_Line l1516 = new _Line(a15, a16);
_Line l15 = new _Line(a1, a5);
_Line l59 = new _Line(a5, a9);
_Line l913 = new _Line(a9, a13);
_Line l26 = new _Line(a2, a6);
_Line l610 = new _Line(a6, a10);
l610.Name = "key";
_Line l1014 = new _Line(a10, a14);
_Line l37 = new _Line(a3, a7);
_Line l711 = new _Line(a7, a11);
_Line l1115 = new _Line(a11, a15);
_Line l48 = new _Line(a4, a8);
_Line l812 = new _Line(a8, a12);
_Line l1216 = new _Line(a12, a16);
_Room first = new _Room {
Name = "FirstRoom", Number = 1, type = _RoomType.Kitchen
};
_Room second = new _Room {
Name = "SecondRoom", Number = 1, type = _RoomType.LivingRoom
};
_Room third = new _Room {
Name = "ThirdRoom", Number = 1, type = _RoomType.CorridorRoom
};
_Room fourth = new _Room {
Name = "FourthRoom", Number = 1, type = _RoomType.RestRoom
};
_Room fifth = new _Room {
Name = "fifthRoom", Number = 1, type = _RoomType.BedRoom
};
_Room sixth = new _Room {
Name = "sixthRoom", Number = 1, type = _RoomType.BedRoom
};
_Room seventh = new _Room {
Name = "seventhRoom", Number = 1, type = _RoomType.BedRoom
};
_Room eight = new _Room {
Name = "eightRoom", Number = 1, type = _RoomType.BedRoom
};
_Room nineth = new _Room {
Name = "ninethRoom", Number = 1, type = _RoomType.BedRoom
};;
second.isStartRoom = true;
first.Lines = (new List <_Line>()
{
l12, l26, l56, l15
});
second.Lines = (new List <_Line>()
{
l23, l37, l67, l26
});
third.Lines = (new List <_Line>()
{
l34, l48, l78, l37
});
fourth.Lines = (new List <_Line>()
{
l56, l610, l910, l59
});
fifth.Lines = (new List <_Line>()
{
l67, l711, l1011, l610
});
sixth.Lines = (new List <_Line>()
{
l78, l812, l1112, l711
});
seventh.Lines = (new List <_Line>()
{
l910, l1014, l1314, l913
});
eight.Lines = (new List <_Line>()
{
l1011, l1115, l1415, l1014
});
nineth.Lines = (new List <_Line>()
{
l1112, l1216, l1115, l1516
});
m.rooms.Add(first);
m.rooms.Add(second);
m.rooms.Add(third);
m.rooms.Add(fourth);
m.rooms.Add(fifth);
m.rooms.Add(sixth);
m.rooms.Add(seventh);
m.rooms.Add(eight);
m.rooms.Add(nineth);
foreach (var room in m.rooms)
{
room.CanGetBoundarySorted();
}
return(m);
}
public static _Model InitTwoLevelModel()
{
_Model m = new _Model();
_Point a1 = new _Point(0, 0);
_Point a2 = new _Point(0, 100);
_Point a3 = new _Point(0, 200);
_Point a4 = new _Point(0, 300);
_Point a5 = new _Point(100, 0);
_Point a6 = new _Point(100, 100);
_Point a7 = new _Point(100, 200);
_Point a8 = new _Point(100, 300);
_Point a9 = new _Point(200, 0);
_Point a10 = new _Point(200, 100);
_Point a11 = new _Point(200, 200);
_Point a12 = new _Point(200, 300);
_Point a13 = new _Point(300, 0);
_Point a14 = new _Point(300, 100);
_Point a15 = new _Point(300, 200);
_Point a16 = new _Point(300, 300);
_Line l12 = new _Line(a1, a2);
_Line l23 = new _Line(a2, a3);
_Line l34 = new _Line(a3, a4);
_Line l56 = new _Line(a5, a6);
_Line l67 = new _Line(a6, a7);
_Line l78 = new _Line(a7, a8);
_Line l910 = new _Line(a9, a10);
_Line l1011 = new _Line(a10, a11);
_Line l1112 = new _Line(a11, a12);
_Line l1314 = new _Line(a13, a14);
_Line l1415 = new _Line(a14, a15);
_Line l1516 = new _Line(a15, a16);
_Line l15 = new _Line(a1, a5);
_Line l59 = new _Line(a5, a9);
_Line l913 = new _Line(a9, a13);
_Line l26 = new _Line(a2, a6);
_Line l610 = new _Line(a6, a10);
l610.Name = "key";
_Line l1014 = new _Line(a10, a14);
_Line l37 = new _Line(a3, a7);
_Line l711 = new _Line(a7, a11);
_Line l1115 = new _Line(a11, a15);
_Line l48 = new _Line(a4, a8);
_Line l812 = new _Line(a8, a12);
_Line l1216 = new _Line(a12, a16);
_Room first = new _Room {
Name = "FirstRoom", Number = 1, type = _RoomType.Kitchen
};
_Room second = new _Room {
Name = "SecondRoom", Number = 2, type = _RoomType.LivingRoom
};
_Room third = new _Room {
Name = "ThirdRoom", Number = 3, type = _RoomType.CorridorRoom
};
_Room fourth = new _Room {
Name = "FourthRoom", Number = 4, type = _RoomType.DiningRoom
};
_Room fifth = new _Room {
Name = "FifthRoom", Number = 5, type = _RoomType.StairCase
};
_Room sixth = new _Room {
Name = "SixthRoom", Number = 6, type = _RoomType.RestRoom
};
_Room seventh = new _Room {
Name = "SeventhRoom", Number = 7, type = _RoomType.BedRoom
};
_Room eight = new _Room {
Name = "EightRoom", Number = 8, type = _RoomType.BedRoom
};
_Room nineth = new _Room {
Name = "NinethRoom", Number = 9, type = _RoomType.BedRoom
};;
second.isStartRoom = true;
first.Lines = (new List <_Line>()
{
l12, l26, l56, l15
});
second.Lines = (new List <_Line>()
{
l23, l37, l67, l26
});
third.Lines = (new List <_Line>()
{
l34, l48, l78, l37
});
fourth.Lines = (new List <_Line>()
{
l56, l610, l910, l59
});
fifth.Lines = (new List <_Line>()
{
l67, l711, l1011, l610
});
sixth.Lines = (new List <_Line>()
{
l78, l812, l1112, l711
});
seventh.Lines = (new List <_Line>()
{
l910, l1014, l1314, l913
});
eight.Lines = (new List <_Line>()
{
l1011, l1115, l1415, l1014
});
nineth.Lines = (new List <_Line>()
{
l1112, l1216, l1115, l1516
});
m.rooms.Add(first);
m.rooms.Add(second);
m.rooms.Add(third);
m.rooms.Add(fourth);
m.rooms.Add(fifth);
m.rooms.Add(sixth);
m.rooms.Add(seventh);
m.rooms.Add(eight);
m.rooms.Add(nineth);
foreach (var room in m.rooms)
{
room.CanGetBoundarySorted();
}
List <_Point> boundaries = new List <_Point>()
{
new _Point(-10, -10), new _Point(-10, 600), new _Point(400, 600), new _Point(400, -10)
};
m.OutlinePolygonPoints = boundaries;
List <System.Windows.Point> convertedPointsForPolygon = boundaries.Select(i => new System.Windows.Point(i.X, i.Y)).ToList();
m.AvailableOutlinePolygon = new Polygon()
{
Points = new PointCollection(convertedPointsForPolygon)
};
return(m);
}
public static _Model InitNormalModel()
{
_Model m = new _Model();
_Point a1 = new _Point(0, 0);
_Point a2 = new _Point(200, 0);
_Point a3 = new _Point(200, 200);
_Point a4 = new _Point(0, 200);
_Point a5 = new _Point(200, 400);
_Point a6 = new _Point(0, 400);
_Point a7 = new _Point(400, 0);
_Point a8 = new _Point(400, 200);
_Point a9 = new _Point(400, 400);
_Line l12 = new _Line(a1, a2);
_Line l23 = new _Line(a2, a3);
_Line l34 = new _Line(a3, a4);
_Line l41 = new _Line(a4, a1);
_Line l35 = new _Line(a3, a5);
_Line l56 = new _Line(a5, a6);
_Line l64 = new _Line(a6, a4);
_Line l27 = new _Line(a2, a7);
_Line l78 = new _Line(a7, a8);
_Line l83 = new _Line(a8, a3);
_Line l89 = new _Line(a8, a9);
_Line l95 = new _Line(a9, a5);
_Room first = new _Room {
Name = "FirstRoom", Number = 1, type = _RoomType.Kitchen
};
_Room second = new _Room {
Name = "SecondRoom", Number = 2, type = _RoomType.LivingRoom
};
_Room third = new _Room {
Name = "ThirdRoom", Number = 3, type = _RoomType.BedRoom
};
_Room fourth = new _Room {
Name = "FourthRoom", Number = 4, type = _RoomType.RestRoom
};
first.Lines = (new List <_Line>()
{
l12, l23, l34, l41
});
second.Lines = (new List <_Line>()
{
l35, l56, l64, l34
});
third.Lines = (new List <_Line>()
{
l23, l27, l78, l83
});
fourth.Lines = (new List <_Line>()
{
l83, l89, l95, l35
});
m.rooms.Add(first);
m.rooms.Add(second);
m.rooms.Add(third);
m.rooms.Add(fourth);
foreach (var room in m.rooms)
{
room.CanGetBoundarySorted();
}
return(m);
}
public override void React(_Line line)
{
MWS.DisplayAdapter.Display(new Zaloguj(sklep));
}
private void Paint()
{
isPainting = true;
testcanvas.Children.Clear();
try
{
if (model.AvailableOutlinePolygon != null)
{
Polygon p = model.AvailableOutlinePolygon;
p.Fill = Brushes.White;
p.Opacity = 0.1;
p.ToolTip = "Available space";
testcanvas.Children.Add(p);
}
}
catch (Exception e)
{
Logger.WriteLog(e);
}
foreach (_Room room in Rooms)
{
try
{
List <_Point> boundaries = room.GetPoints();
if (!boundaries.Any())
{
continue;
}
//List<PointF> convertedPoints = boundaries.Select(i => new PointF((float) i.X, (float) i.Y)).ToList();
List <Point> convertedPointsForPolygon = boundaries.Select(i => new Point(i.X, i.Y)).ToList();
//System.Drawing.PointF center = Utils.GetCentroid(convertedPoints);
Polygon p = new Polygon();
p.Points = new PointCollection(convertedPointsForPolygon);
p.Fill = new SolidColorBrush(room.type.fillColor.ToMediaColor());
p.Opacity = 0.25;
p.ToolTip = room.ToString();
testcanvas.Children.Add(p);
}
catch (Exception e)
{
Logger.WriteLog(e);
}
}
var allLinesFlat = model.AllLinesFlat();
Brush greyBrush = new SolidColorBrush(Color.FromArgb(100, 255, 255, 255));
Brush redBrush = Brushes.Red;
Brush yellowBrush = Brushes.Yellow;
greyBrush.Opacity = 0.5;
for (var i = 0; i < allLinesFlat.Count; i++)
{
_Line line = allLinesFlat[i];
ShapeLine _line = new ShapeLine();
if (line.HasDoor)
{
ShapeLine _line2 = new ShapeLine();
_Point n = line.GetNV(true);
_line2.Stroke = redBrush;
_line2.X1 = (line.StartPoint.X + line.EndPoint.X) / 2;
_line2.X2 = (line.StartPoint.X + line.EndPoint.X) / 2 + n.X * 10;
_line2.Y1 = (line.StartPoint.Y + line.EndPoint.Y) / 2;
_line2.Y2 = (line.StartPoint.Y + line.EndPoint.Y) / 2 + n.Y * 10;
_line2.StrokeEndLineCap = PenLineCap.Triangle;
_line2.StrokeStartLineCap = PenLineCap.Round;
_line2.StrokeThickness = 10;
_line2.ToolTip = line.ToString();
testcanvas.Children.Add(_line2);
}
_line.Stroke = selectedLineIndices.Contains(i) ? yellowBrush : greyBrush;
_line.X1 = line.StartPoint.X;
_line.X2 = line.EndPoint.X;
_line.Y1 = line.StartPoint.Y;
_line.Y2 = line.EndPoint.Y;
_line.StrokeEndLineCap = PenLineCap.Triangle;
_line.StrokeStartLineCap = PenLineCap.Round;
_line.StrokeThickness = 5;
_line.ToolTip = line.ToString();
testcanvas.Children.Add(_line);
}
List <_Point> allPointsFlat = model.AllPointsFlat();
var solidColorBrush = new SolidColorBrush(Color.FromArgb(90, 255, 0, 0));
solidColorBrush.Opacity = 0.5;
var GreenBrush = Brushes.GreenYellow;
for (var i = 0; i < allPointsFlat.Count; i++)
{
_Point point = allPointsFlat[i];
ShapeLine _line = new ShapeLine();
_line.Stroke = i.Equals(SelectedPointIndex) ? GreenBrush : solidColorBrush;
_line.X1 = point.X;
_line.X2 = point.X + 1;
_line.Y1 = point.Y;
_line.Y2 = point.Y + 1;
_line.StrokeStartLineCap = PenLineCap.Round;
_line.StrokeEndLineCap = PenLineCap.Triangle;
_line.StrokeThickness = 10;
_line.ToolTip = point.ToString();
testcanvas.Children.Add(_line);
}
isPainting = false;
}
public Split(int splitPercentage, _Line lineGridSelectedItem)
{
split = splitPercentage;
myLine = lineGridSelectedItem;
}
public LineAdorner(_Line line)
: base(line)
{
_line = line;
}
public Move(_Line myLine, double cost, int moveDistance)
{
this.myLine = myLine;
this.cost = cost;
this.moveDistance = moveDistance;
}
public virtual void React(_Line line)
{
}
