/// <summary>
/// Проверка на вхождение точки в границы внутри здания
/// </summary>
/// <param name="x">Координата Х</param>
/// <param name="y">Координата У</param>
/// <param name="mainRectangle">Прямоугольник</param>
public void CheckIWInBuild(int x, int y, MyRectangle mainRectangle)
{
if (mainRectangle.Search(x, y) != -1)
{
SetTempPointInBuild(x, y);
}
}
/// <summary>
/// Генерация прямоугольника, отображаемого внутри здания
/// </summary>
private void GenLocalRect()
{
LocalRectangle = new MyRectangle();
_MainRectangle = new MyRectangle();
//Считаем угол наклона в зависимости от длин сторон
double distance = CalcAB(MainRectangle.Points[0], MainRectangle.Points[1]);
double _distance = CalcAB(MainRectangle.Points[1], MainRectangle.Points[3]);
if (distance >= _distance)
{
p1 = 0; p2 = 1;
alfa = CalcAlfa(MainRectangle.Points[0], MainRectangle.Points[1]);
LocalRectangle.Points.Add(MainRectangle.Points[0]);
LocalRectangle.Points.Add(new Point());
LocalRectangle.Points.Add(new Point());
LocalRectangle.Points.Add(RotatePoint(-alfa, MainRectangle.Points[0], MainRectangle.Points[3]));
LocalRectangle.Points[2] = new Point(LocalRectangle.Points[0].X, LocalRectangle.Points[3].Y);
LocalRectangle.Points[1] = new Point(LocalRectangle.Points[3].X, LocalRectangle.Points[0].Y);
}
else
{
p1 = 1; p2 = 3;
alfa = CalcAlfa(MainRectangle.Points[1], MainRectangle.Points[3]);
LocalRectangle.Points.Add(MainRectangle.Points[0]);
LocalRectangle.Points.Add(new Point());
LocalRectangle.Points.Add(new Point());
LocalRectangle.Points.Add(RotatePoint(-alfa, MainRectangle.Points[0], MainRectangle.Points[3]));
LocalRectangle.Points[2] = new Point(LocalRectangle.Points[3].X, LocalRectangle.Points[0].Y);
LocalRectangle.Points[1] = new Point(LocalRectangle.Points[0].X, LocalRectangle.Points[3].Y);
}
_MainRectangle.Points.Add(LocalRectangle.Points[0]);
_MainRectangle.Points.Add(LocalRectangle.Points[1]);
_MainRectangle.Points.Add(LocalRectangle.Points[2]);
_MainRectangle.Points.Add(LocalRectangle.Points[3]);
MP = MainRectangle.Points[0];
_MainRectangle.CalcMaxMin(out int maxx, out int minx, out int maxy, out int miny);
CalcRederingArea(maxx, minx, maxy, miny);
for (int i = 0; i < 4; i++)
{
double x = LocalRectangle.Points[i].X - Ox;
double y = LocalRectangle.Points[i].Y - Oy;
x *= koef;
y *= koef;
LocalRectangle.Points[i] = new Point((int)x, (int)y);
}
LocalRectangle.DL = LocalDL;
LocalRectangle.delete = false;
MainRectangle.CalcCenterPointWOZ();
TempRectangle = (MyRectangle)MainRectangle.Clone();
}
/// <summary>
/// Конструктор для прямоугольников
/// </summary>
/// <param name="_Name">Имя</param>
/// <param name="_loft">Чердак</param>
/// <param name="_basement">Подвал</param>
/// <param name="floors_count">Количество этажей</param>
/// <param name="_rect">Прямоугольник</param>
/// <param name="index">Идентификатор</param>
/// <param name="width">Ширина</param>
public Building(string _Name, bool _loft, bool _basement, int floors_count, MyRectangle _rect, int index, int width)
{
sizeRenderingArea = new SizeRenderingArea(Name, (int)((double)width / pk), width);
Name = _Name;
loft = _loft;
basement = _basement;
this.floors_count = floors_count;
RefreshFloors();
MainRectangle = _rect;
type = 2;
delete = false;
MainMapDL.Level = -1;
MainMapDL.Floor = -1;
LocalDL.Level = index;
LocalDL.Floor = 0;
MainRectangle.DL = MainMapDL;
GenLocalRect();
GenText();
}
public override void Remove(int i)
{
Rectangles[i] = new MyRectangle();
}
public override void TempDefault()
{
TempRectangle = new MyRectangle();
step_rect = 0;
}
/// <summary>
/// Поиск ближайшей точки на прямоугольнике при перемещении входа в здание или входа провода
/// </summary>
/// <param name="x">Координата мыши X</param>
/// <param name="y">Координата мыши Y</param>
/// <param name="rect">Передаваемый прямоугольник</param>
public void NearestPoints(int x, int y, MyRectangle rect)
{
double d = double.MaxValue;
int _d = 0;
double d1 = CalcPointToLine(x, y, rect.Points[0], rect.Points[1]);
if (d1 < d)
{
d = d1;
_d = 1;
}
double d2 = CalcPointToLine(x, y, rect.Points[1], rect.Points[3]);
if (d2 < d)
{
d = d2;
_d = 2;
}
double d3 = CalcPointToLine(x, y, rect.Points[3], rect.Points[2]);
if (d3 < d)
{
d = d3;
_d = 3;
}
double d4 = CalcPointToLine(x, y, rect.Points[2], rect.Points[0]);
if (d4 < d)
{
d = d4;
_d = 4;
}
switch (_d)
{
case 1:
if (CheckInterval(x, y, rect.Points[0], rect.Points[1]))
{
Enterances.TempCircle.MainCenterPoint = CalcNearestPoint(x, y, rect.Points[0], rect.Points[1]);
}
break;
case 2:
if (CheckInterval(x, y, rect.Points[1], rect.Points[3]))
{
Enterances.TempCircle.MainCenterPoint = CalcNearestPoint(x, y, rect.Points[1], rect.Points[3]);
}
break;
case 3:
if (CheckInterval(x, y, rect.Points[3], rect.Points[2]))
{
Enterances.TempCircle.MainCenterPoint = CalcNearestPoint(x, y, rect.Points[3], rect.Points[2]);
}
break;
case 4:
if (CheckInterval(x, y, rect.Points[2], rect.Points[0]))
{
Enterances.TempCircle.MainCenterPoint = CalcNearestPoint(x, y, rect.Points[2], rect.Points[0]);
}
break;
}
}
