public bool _drawCreate(Point2I nPoint, string nId, Graphics nGraphics)
{
Rect2I labelRect2I_ = this._getRect2I();
if (!labelRect2I_._contain(nPoint))
{
return false;
}
if (mRectShapes.Count <= 0)
{
if (this._rectIdSel(nId))
{
base._rectDrawCreate(nGraphics, labelRect2I_);
return true;
}
return false;
}
Rect2I rect2i_ = new Rect2I(labelRect2I_);
rect2i_._setHeight(mLabelHeight);
if (rect2i_._contain(nPoint))
{
if (this._rectIdSel(nId))
{
base._rectDrawCreate(nGraphics, labelRect2I_);
return true;
}
return false;
}
rect2i_._offset(0, mLabelHeight);
rect2i_._setHeight(mRectHeight);
foreach (RectShape i in mRectShapes)
{
if (rect2i_._contain(nPoint))
{
if (i._rectIdSel(nId))
{
i._rectDrawCreate(nGraphics, rect2i_);
return true;
}
return false;
}
rect2i_._offset(0, mRectHeight);
}
return false;
}
public void _pullMid(Point2I nPoint, Graphics nGraphics)
{
if (default(int) == mPullPoint._getX() && default(int) == mPullPoint._getY())
{
return;
}
ShapeDescriptorSingleton shapeDescriptorSingleton_ = __singleton<ShapeDescriptorSingleton>._instance();
RGB selectrgb_ = shapeDescriptorSingleton_._selectRGB();
Rect2I labelRect2I_ = this._runPull(nPoint);
Rect2I rect2i_ = new Rect2I(labelRect2I_);
rect2i_._setHeight(mLabelHeight);
this._rectDrawMove(nGraphics, rect2i_);
rect2i_._offset(0, mLabelHeight);
rect2i_._setHeight(mRectHeight);
foreach (RectShape i in mRectShapes)
{
this._rectDrawMove(nGraphics, rect2i_);
rect2i_._offset(0, mRectHeight);
}
Graphicsos._drawPull(labelRect2I_, nGraphics, selectrgb_, 4);
}
public void _drawPull(Graphics nGraphics)
{
if (PullState_.mNone_ != mPullState)
{
return;
}
ShapeDescriptorSingleton shapeDescriptorSingleton_ = __singleton<ShapeDescriptorSingleton>._instance();
RGB selectrgb_ = shapeDescriptorSingleton_._selectRGB();
Rect2I labelRect2I_ = this._getRect2I();
Rect2I rect2i_ = new Rect2I(labelRect2I_);
rect2i_._setHeight(mLabelHeight);
this._rectDrawMove(nGraphics, rect2i_);
rect2i_._offset(0, mLabelHeight);
rect2i_._setHeight(mRectHeight);
foreach (RectShape i in mRectShapes)
{
this._rectDrawMove(nGraphics, rect2i_);
rect2i_._offset(0, mRectHeight);
}
Graphicsos._drawPull(labelRect2I_, nGraphics, selectrgb_, 4);
}
public void _drawSelect(Graphics nGraphics)
{
ShapeDescriptorSingleton shapeDescriptorSingleton_ = __singleton<ShapeDescriptorSingleton>._instance();
RGB selectrgb_ = shapeDescriptorSingleton_._selectRGB();
Rect2I labelRect2I_ = this._getRect2I();
Rect2I rect2i_ = new Rect2I(labelRect2I_);
rect2i_._setHeight(mLabelHeight);
this._rectDrawNormal(nGraphics, rect2i_);
rect2i_._offset(0, mLabelHeight);
rect2i_._setHeight(mRectHeight);
foreach (RectShape i in mRectShapes)
{
this._rectDrawNormal(nGraphics, rect2i_);
rect2i_._offset(0, mRectHeight);
}
Graphicsos._drawBroken(labelRect2I_, nGraphics, selectrgb_, 4);
}
public bool _isSelect(int nX, int nY, int nDistance = 3)
{
Rect2I rect_ = new Rect2I(mBeg, mEnd);
rect_._offset(-nDistance, -nDistance);
rect_._sizeOffset(nDistance * 2, nDistance * 2);
if (!rect_._contain(nX, nY))
{
return false;
}
double distance_ = this._distance(nX, nY);
if (distance_ < nDistance)
{
return true;
}
return false;
}