public IPositionSet GetRamSet2()
{
List <IPosition> lst = new List <IPosition>();
Position_Point ipos = null;
ipos = new Position_Point();
ipos.SetX(10);
ipos.SetY(20);
lst.Add(ipos);
ipos = new Position_Point();
ipos.SetX(50);
ipos.SetY(70);
lst.Add(ipos);
ipos = new Position_Point();
ipos.SetX(50);
ipos.SetY(90);
lst.Add(ipos);
ipos = new Position_Point();
ipos.SetX(25);
ipos.SetY(30);
lst.Add(ipos);
PositionSetEdit_ImplementByICollectionTemplate pSet = new PositionSetEdit_ImplementByICollectionTemplate(lst);
return(pSet);
}
public IPositionSet WriteLineInGrid(float gridWidth, float gridHeight, IPosition startPosition, IPosition endPosition)
{
Position_Point refPos = new Position_Point();
refPos.SetX(0);
refPos.SetY(0);
return(getBlockLine(refPos, gridWidth, startPosition, endPosition));
}
//根据函数来作图
public void draw(double[] xData)
{
List <IPosition>[] pl = new List <IPosition> [nameList.Count]; //new List<IPosition>()[xData.Length];
for (int i = 0; i < nameList.Count; i++)
{
pl[i] = new List <IPosition>();
}
for (int j = 0; j < xData.Length; j++)
{
//对每个函数分发同一个object
Object temp = null;
if (getPublicObjectFunc != null)
{
temp = getPublicObjectFunc(xData[j]);
}
//先对每一个函数计算同一个规模的输入的函数值
for (int i = 0; i < nameList.Count; i++)
{
Position_Point p = new Position_Point();
p.SetX((float)(xData[j]));
if (getPublicObjectFunc == null)
{
p.SetY((float)(funcList[i](xData[j])));
}
else
{
p.SetY((float)(funcWithObjectList[i](xData[j], temp)));
}
pl[i].Add(p);
}
}
for (int i = 0; i < nameList.Count; i++)
{
curvePlot.addCurve(nameList[i], new PositionSet_ImplementByIEnumerableTemplate(pl[i]));
}
curvePlot.draw();
}
public void Init(float leftestX, float lowestY, float MapWidth, float MapHeight, float MaxGridLength, int UnitNumInLength, int effectivelevelNum)
{
this.MapWidth = MapWidth;
this.MapHeight = MapHeight;
this.MaxGridLength = MaxGridLength;
this.set_UnitNumInGridLength = UnitNumInLength;
this.EffectivelevelNum = effectivelevelNum;
RelativelyPoint.SetX(leftestX);
RelativelyPoint.SetY(lowestY);
InitMemory();
}
public IPositionSet GetRamSet(int wRank, int hRank)
{
List <IPosition> lst = new List <IPosition>();
Position_Point ipos = null;
for (int i = 0; i < 100; i++)
{
ipos = new Position_Point();
ipos.SetX(RandomMakerAlgorithm.RandomMaker.RapidBetween(0, wRank));
ipos.SetY(RandomMakerAlgorithm.RandomMaker.RapidBetween(0, hRank));
lst.Add(ipos);
}
PositionSetEdit_ImplementByICollectionTemplate pSet = new PositionSetEdit_ImplementByICollectionTemplate(lst);
return(pSet);
}
public void draw_Old(double[] xData)
{
for (int i = 0; i < nameList.Count; i++)
{
List <IPosition> pl = new List <IPosition>();
double[] yData = new double[xData.Length];
string name = nameList[i];
Func func = funcList[i];
for (int j = 0; j < xData.Length; j++)
{
Position_Point p = new Position_Point();
p.SetX((float)(xData[j]));
p.SetY((float)(func(xData[j])));
pl.Add(p);
}
curvePlot.addCurve(name, new PositionSet_ImplementByIEnumerableTemplate(pl));
}
curvePlot.draw();
}
public IPosition GetMouseDoubleChickedRealPosition()
{
System.Threading.Thread currentThread = System.Threading.Thread.CurrentThread;
Position_Point mouseChickedRealPosition = null;
this.BeginInvoke(new dShow(MessageBox.Show), new object[] { "please double chick on the screen." });
MouseDoubleClick += delegate(object sender, MouseEventArgs e)
{
mouseChickedRealPosition = new Position_Point();
mouseChickedRealPosition.SetX(ConvertMouseXToRealX(e.X));
mouseChickedRealPosition.SetY(ConvertMouseYToRealY(e.Y));
if ((currentThread.ThreadState & System.Threading.ThreadState.Suspended) == System.Threading.ThreadState.Suspended)
{
currentThread.Resume();
}
};
currentThread.Suspend();
return(mouseChickedRealPosition);
}