/// <summary>
/// 随机获取指定范围内两个不重复的点
/// </summary>
/// <param name="n">范围</param>
/// <returns>两个点</returns>
public static _Point[] getRandomStartAndEndPoint(int n, int requestNum, bool fixedStart = true)
{
if (requestNum == 0)
{
return(new _Point[0]);
}
int[] ints = getRandomInts(n);
_Point[] ps = new _Point[requestNum];
for (int i = 0; i < requestNum; i++)
{
ps[i] = new _Point(0, 0);
}
for (int i = 0; i < requestNum; i++)
{
ps[i].x = ints[i];
}
ints = getRandomInts(n);
for (int i = 0; i < requestNum; i++)
{
ps[i].y = ints[i];
}
if (fixedStart)
{
ps[0].x = 0;
ps[0].y = 0;
}
return(ps);
}
public _Animation()
{
Point = new _Point();
Bar = new _Bar();
Map = new _Map();
Hex = new _Hex();
}
public void ToCube(_Point position, double l)
{
this.Position = new _Point(0, 0, l / 2);
if (Planes != null)
{
Planes.Clear();
}
else
{
Planes = new List <Plane>();
}
for (int i = 0; i < 6; i++)
{
Planes.Add(new Plane(new List <_Point> {
new _Point(0, 0, 0), new _Point(0, l, 0), new _Point(l, l, 0), new _Point(l, 0, 0)
}));
}
Planes[0].SetPosition(new _Point(0, 0, 0));
//Planes[0].Rotate(Axes.Y, 180);
Planes[1].SetPosition(new _Point(0, l / 2, l / 2));
Planes[1].Rotate(Axes.X, 90);
Planes[2].SetPosition(new _Point(0, 0, l));
Planes[2].Rotate(Axes.Y, 180);
Planes[3].SetPosition(new _Point(0, -l / 2, l / 2));
Planes[3].Rotate(Axes.X, 270);
Planes[4].SetPosition(new _Point(-l / 2, 0, l / 2));
Planes[4].Rotate(Axes.Y, 90);
Planes[5].SetPosition(new _Point(l / 2, 0, l / 2));
Planes[5].Rotate(Axes.Y, 270);
this.SetPosition(position);
}
public _Point ForceOn(Particle particle, Particle p)
{
_Point vector = VectMath.Subtract(p.Position, particle.Position); //Vector pointing from particle to p
double distance = VectMath.Magnitude(vector);
if (distance > ParticleRadius & distance < AttractionRadius)
{
return(VectMath.Scale(vector, (1 / distance)));
}
else
{
if (distance < ParticleRadius)
{
if (distance == 0)
{
return(new _Point(0, 0, 0));
}
else
{
return(VectMath.Scale(vector, (-1 / distance)));
}
}
else
{
return(new _Point(0, 0, 0));
}
}
}
private void button3_Click(object sender, EventArgs e)
{
_Point p = new _Point(Convert.ToDouble(textBox1.Text), Convert.ToDouble(textBox2.Text), Convert.ToDouble(textBox3.Text));
_Point v = new _Point(Convert.ToDouble(textBox4.Text), Convert.ToDouble(textBox5.Text), Convert.ToDouble(textBox6.Text));
label4.Text = VectMath.RotateByAngle(p, v, Convert.ToDouble(textBox7.Text)).x.ToString() + ", " + VectMath.RotateByAngle(p, v, Convert.ToDouble(textBox7.Text)).y.ToString() + ", " + VectMath.RotateByAngle(p, v, Convert.ToDouble(textBox7.Text)).z.ToString();
}
bool getRoad(_Point start, _Point end, List <_Point> roads, int len)
{
if (start.x < 0 || start.y < 0 || end.x < 0 || end.y < 0 ||
start.x >= N || start.y >= N || end.x >= N || end.y >= N ||
(!start.Equals(end) && len == 0))
{
//越界情况
return(false);
}
else if (len == 0 && start.Equals(end))
{
// roads.Add(start);
return(true);
}
else
{
Util.Direction d;
do
{
//生成方向
d = start.getNextDirection();
//生成新的起点然后继续回调生成路径
_Point newP = null;
switch (d)
{
case Util.Direction.down:
newP = new _Point(start.x + 1, start.y, d);
break;
case Util.Direction.up:
newP = new _Point(start.x - 1, start.y, d);
break;
case Util.Direction.right:
newP = new _Point(start.x, start.y + 1, d);
break;
case Util.Direction.left:
newP = new _Point(start.x, start.y - 1, d);
break;
default:
return(false);
break;
}
if (getRoad(newP, end, roads, len - 1))
{
roads.Add(newP);
return(true);
}
} while (d != Util.Direction.none);
return(false);
}
}
public List <_Point> makeRoad(_Point start, _Point end, int n, int len)
{
N = n;
rs = new List <_Point>();
getRoad(start, end, rs, len);
rs.Add(start);
return(rs);
}
public void Rotate(_Point axis, double deg)
{
for (int i = 0; i < Points.Count; i++)
{
Points[i] = VectMath.Add(VectMath.RotateByAngle(VectMath.Subtract(Points[i], Position), axis, deg), Position);
}
Normal = CalculateNormal();
}
public static _Model InitSimpleModel()
{
_Model m = new _Model();
_Point q1 = new _Point(100, 0);
_Point q2 = new _Point(400, 0);
_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);
_Line l1 = new _Line(q1, p1);
_Line l2 = new _Line(q2, p2);
_Line l3 = new _Line(q1, q2);
_Room first = new _Room {
Name = "FirstRoom", Number = 1, type = _RoomType.Kitchen
};
_Room second = new _Room {
Name = "SecondRoom", Number = 2, type = _RoomType.LivingRoom, isStartRoom = true
};
first.Lines = (new List <_Line>()
{
line1, line2, line3, line4
});
second.Lines = (new List <_Line>()
{
l1, l2, l3, line1
});
m.rooms.Add(first);
m.rooms.Add(second);
foreach (var room in m.rooms)
{
room.CanGetBoundarySorted();
}
//List<_Point> boundaries = new List<_Point>() { new _Point(50, 0), new _Point(50, 50), new _Point(0, 50), new _Point(0, 500), new _Point(500, 500), new _Point(500, 0) };
//List<_Point> boundaries = new List<_Point>() { new _Point(-10, -10), new _Point(-10, 500), new _Point(500, 500), new _Point(500, -10) };
List <_Point> boundaries = new List <_Point>()
{
new _Point(-10, -10), new _Point(-10, 800), new _Point(500, 800), new _Point(500, -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 void SetPosition(_Point p)
{
_Point MoveVector = VectMath.Subtract(p, Position);
foreach (Plane plane in Planes)
{
plane.SetPosition(VectMath.Add(plane.Position, MoveVector));
}
Position = p;
}
public static Boolean IsParallel(_Point a, _Point b)
{
if (a.x / b.x == a.y / b.y && a.y / b.y == a.z / b.z)
{
return(true);
}
else
{
return(false);
}
}
void Attach(FlexPie fp)
{
fp.SliceRendered += (s, a) =>
{
center = new _Point(a.CenterX, a.CenterY);
radius = a.Radius;
};
fp.Rendered += PieOnRendered;
fp.MouseMove += PieOnMouseMove;
fp.Click += OnClick;
}
public void ToUVSphere(double radius, int Numrings)
{
Verts = new List <List <_Point> >();
Position = new _Point(0, 0, 0);
Planes = new List <Plane>();
double angle = (180 / Numrings) * (Math.PI / 180);
double VertAngle = (180 / Numrings) * (Math.PI / 180);
//for (int i=0; i<2*Numrings; i++)
//{
// Plane plane = new Plane(new List<_Point> {new _Point(0,radius,0), new _Point(radius * Math.Cos(VertAngle) * Math.Sin(angle * (i+1)), radius * Math.Cos(VertAngle), radius * Math.Cos(VertAngle) * -Math.Cos(angle * (i+1))), new _Point(radius * Math.Cos(VertAngle) * Math.Sin(angle * i), radius * Math.Cos(VertAngle), radius * Math.Cos(VertAngle) * -Math.Cos(angle * i)) });
// Planes.Add(plane);
// }
for (int i = 0; i < Numrings; i++)
{
List <_Point> list = new List <_Point>();
Verts.Add(list);
for (int j = 0; j < 2 * Numrings; j++)
{
Verts[i].Add(new _Point(radius * Math.Sin(VertAngle * i) * Math.Sin(angle * j), radius * Math.Cos(VertAngle * i), radius * Math.Sin(VertAngle * i) * -Math.Cos(angle * j)));
}
}
for (int i = 0; i < Verts.Count - 1; i++)
{
for (int j = 0; j < Verts[i].Count - 1; j++)
{
Plane plane = new Plane(new List <_Point> {
Verts[i + 1][j], Verts[i][j], Verts[i][j + 1], Verts[i + 1][j + 1]
});
Planes.Add(plane);
}
Plane p = new Plane(new List <_Point> {
Verts[i + 1][Verts[i].Count - 1], Verts[i][Verts[i].Count - 1], Verts[i][0], Verts[i + 1][0]
});
Planes.Add(p);
}
for (int i = 0; i < Verts.Count - 1; i++)
{
Plane p = new Plane(new List <_Point> {
Verts[1][i], Verts[0][i], Verts[0][i + 1], Verts[1][i + 1]
});
Planes.Add(p);
p = new Plane(new List <_Point> {
Verts[Verts.Count - 1][i], Verts[Verts.Count - 2][i], Verts[Verts.Count - 2][i + 1], Verts[Verts.Count - 1][i + 1]
});
Planes.Add(p);
}
Planes.Add(new Plane(new List <_Point> {
Verts[1][Verts[1].Count - 1], Verts[0][Verts[0].Count - 1], Verts[0][0], Verts[1][0]
}));
SetPosition(new _Point(0, -1, 5));
}
public void GenerateParticles(int num, _Point origin, double radius, _Point velocity)
{
Particles = new List <Particle>();
for (int i = 0; i < num; i++)
{
Particles.Add(new Particle(new _Point(origin.x + Globals.rnd.NextDouble() * radius, origin.y + Globals.rnd.NextDouble() * radius, origin.z + Globals.rnd.NextDouble() * radius)));
//MessageBox.Show(Particles[i].Position.x.ToString());
Particles[i].velocity = velocity;
Particles[i].force = new _Point(0, 0, 0);
Particles[i].Mass = 1;
}
}
public Brush PerceivedColor(LightSource light, _Point CamPosition)
{
_Point LightVector = VectMath.Subtract(this.Position, light.Position);
_Point PercVector = this.Position;
_Point Rvector = VectMath.RotateByAngle(VectMath.Negate(LightVector), Normal, 180);
double whitefactor = Math.Abs(.5 * Math.Sin(VectMath.AngleBetween(Normal, LightVector)) + .5);
double colorfactor = Math.Abs(Math.Cos(VectMath.AngleBetween(Normal, LightVector)));
double Total = Math.Pow(Math.Sin(VectMath.AngleBetween(PercVector, Rvector)), 2);
SolidBrush brush = new SolidBrush(Color.FromArgb(Convert.ToInt32(255 * Total * colorfactor * whitefactor), Convert.ToInt32(255 * Total * whitefactor), Convert.ToInt32(255 * Total * whitefactor)));
return(brush);
}
public void SetPosition(_Point p)
{
//IO.Point(Position);
_Point DiffVector = VectMath.Subtract(p, Position);
for (int i = 0; i < Points.Count; i++)
{
Points[i] = VectMath.Add(Points[i], DiffVector);
}
Position = p;
Normal = CalculateNormal();
}
public Object()
{
this.ShapeType = 0; this.Type = 1;
this.Transform = new _Transform();
this.Position = new _Position();
this.Points = new List<_Point>();
_Point temp = new _Point(256, 694);
this.Points.Add(temp);
_Point temp2 = new _Point(359, 734);
this.Points.Add(temp);
this.Label = new _Label();
}
public override double Distance(double x, double y)
{
if (IsInside(x, y))
{
return(0);
}
var e = (AEllipse)Annotation;
var c = _layer.Convert(new _Point(e.Location.X, e.Location.Y));
var a = Math.Atan2(x - c.X, y - c.Y);
var p = new _Point(c.X + 0.5 * e.Width * Math.Cos(a), c.Y + 0.5 * e.Height * Math.Sin(a));
return(Distance(x, y, p.X, p.Y));
}
public void Rotate(_Point axis, double angle)
{
foreach (Plane plane in Planes)
{
for (int i = 0; i < plane.Points.Count; i++)
{
_Point p = plane.Points[i];
//IO.Point(p);
plane.Points[i] = VectMath.Add(VectMath.RotateByAngle(VectMath.Subtract(p, this.Position), axis, angle), this.Position);
//IO.Point(plane.Points[i]);
}
plane.Position = VectMath.CenterofPoints(plane.Points);
plane.Normal = plane.CalculateNormal();
}
}
public static _Point RotateByAngle(_Point pnt, _Point Axis, double Angle)
{
if (VectMath.IsParallel(pnt, Axis) == true)
{
return(pnt);
}
Angle = (Angle * Math.PI) / 180;
_Point Avector = VectMath.Subtract(pnt, VectMath.Project(pnt, Axis));
double MagAvector = VectMath.Magnitude(Avector);
_Point V1 = VectMath.Unit(VectMath.Cross(Axis, Avector));
_Point V2 = (VectMath.Negate(Avector));
_Point TransVector = VectMath.Add(VectMath.Scale(V1, MagAvector * Math.Sin(Angle)), VectMath.Scale(V2, (-1 * Math.Cos(Angle) + 1)));
return(VectMath.Add(TransVector, pnt));
}
private void startGameByLevel(int n, int level, _Point start = null, _Point end = null, int requestLeftNum = 0)
{
if (null == start || null == end)
{
_Point[] ps = Util.getRandomStartAndEndPoint(n, 2);
start = ps[0];
end = ps[1];
}
if (requestLeftNum != 0)
{
detector = new RemainStepDetecter();
parmsForGameEnd = new object[1];
parmsForGameEnd[0] = requestLeftNum;
}
Cubes.instance.NewGame(start, end, n, level, requestLeftNum);
}
public void Update(double x1, double y1, double x2, double y2)
{
_start = new _Point(x1, y1);
_end = new _Point(x2, y2);
var start = _layer.ConvertBack(_start);
var end = _layer.ConvertBack(_end);
_ser.Low = Math.Min(start.Y, end.Y);
_ser.High = Math.Max(start.Y, end.Y);
_ser.MinX = (double)Math.Min(start.X, end.X);
_ser.MaxX = (double)Math.Max(start.X, end.X);
_ser.Uptrend = start.Y <= end.Y;
_start = start;
_end = end;
}
public void NewGame(_Point s, _Point e, int N, int level, int requestLeftNum)
{//TODO:requestLeftNum这个功能没有实现
if (this.N != N)
{
ClearAll();
this.N = N;
Init();
}
ClearData();
List <_Point> rs = RoadManager.instance.makeRoad(s, e, N, level);
int len = rs.Count;
int r = Random.Range(2, len - 2);
for (int i = 0; i < len; i++)
{
if (i == 0 || i == len - 1)
{
cubesList[rs[i].x, rs[i].y].setTouchHandler(new StartCubeTouchHandler());
}
else if (i == r)
{
// cubesList[rs[i].x, rs[i].y].setTouchHandler(new StepCubeTouchHandler(cubesList[rs[i].x, rs[i].y]));
}
cubesList[rs[i].x, rs[i].y].addStep(i + 1);
cubesList[rs[i].x, rs[i].y].AddCrossTime(1);
}
if (requestLeftNum != 0)
{
_Point[] pp = Util.getRandomStartAndEndPoint(N, requestLeftNum, false);
foreach (_Point p in pp)
{
cubesList[p.x, p.y].AddCrossTime(1);
}
}
}
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 Point convert2D(_Point p)
{
if (Camera1.NormalAxis != Axes.Z)
{
//IO.Point(p);
p = VectMath.RotateByAngle(p, VectMath.Cross(Axes.Z, Camera1.NormalAxis), 180 * (VectMath.AngleBetween(new _Point(0, 0, 1), Camera1.NormalAxis)) / Math.PI);
//IO.Point(p);
}
//if( Camera1.VerticalAxis != Axes.Y)
// {
// p = VectMath.RotateByAngle(p, Camera1.NormalAxis, 180*(VectMath.AngleBetween(new _Point(0, 1, 0), Camera1.VerticalAxis))/Math.PI);
// }
if (p.z <= 0)
{
return(new Point(0, 0));
}
int Xcoord = Convert.ToInt32((p.x * Globals.BMSize.Width / 2) / (p.z * Math.Tan(45))) + Globals.BMSize.Width / 2;
int Ycoord = Convert.ToInt32((-p.y * Globals.BMSize.Height / 2) / (p.z * Math.Tan(45))) + Globals.BMSize.Height / 2;
p.PF = new PointF(Xcoord, Ycoord);
return(new Point(Xcoord, Ycoord));
}
/// <summary>
/// 根据N获取地图初始路径长度
/// </summary>
/// <param name="N">地图边长</param>
/// <returns>等级0的时候对应的路径长度</returns>
public static int getStartLenByN(_Point s, _Point e, int N)
{
int startLen = Mathf.Abs(s.x - e.x) + Mathf.Abs(s.y - e.y) + 1;
return(startLen + (startLen / 4) * 2 - 1);
}
private static extern bool _GetCursorPos(out _Point lpPoint);
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);
}
private List <_Point> roadlist; //路径列表
/// <summary>
/// 生成路径算法,委托路径生成对象去生成
/// </summary>
/// <param name="s">起始点</param>
/// <param name="e">目标点</param>
/// <param name="n">生成地图边长</param>
/// <param name="level">难度等级</param>
/// <returns></returns>
public List <_Point> makeRoad(_Point s, _Point e, int n, int level)
{
roadlist = roadMaker.makeRoad(s, e, n, Util.getStartLenByN(s, e, n) + level);
return(roadlist);
}
private static extern bool _ScreenToClient(IntPtr hWnd, ref _Point lpPoint);
public _DeliveryOrder()
{
points = new _Point[2];
points[0] = new _Point();
points[1] = new _Point();
delivery = new Delivery();
}
