public Point2I _normalPoint(Point2I nPoint)
{
int width_ = mWidth * 2 - 3;
int height_ = mHeight * 3 - 3;
Point2I point_ = new Point2I(nPoint);
int x_ = point_._getX();
if (x_ < 3)
{
point_._setX(3);
}
if (x_ > width_)
{
point_._setX(width_);
}
int y_ = point_._getY();
if (y_ < 3)
{
point_._setY(3);
}
if (y_ > height_)
{
point_._setY(height_);
}
return point_;
}
public Rect2I(Point2I nPoint, Size2I nSize)
{
Point2I point_ = new Point2I();
point_._setX(nPoint._getX() + nSize._getWidth());
point_._setY(nPoint._getY() + nSize._getHeight());
__tuple<Point2I, Point2I> tuple_ = nPoint._minMax(point_);
Point2I min_ = tuple_._get_0();
Point2I max_ = tuple_._get_1();
Size2I size_ = new Size2I();
size_._setWidth(max_._getX() - min_._getX());
size_._setHeight(max_._getY() - min_._getY());
mPoint = new Point2I(min_);
mSize = new Size2I(size_);
}
public Quadrant_ _getQuadrant(Point2I nPoint)
{
Point2I center_ = _centerPoint();
int x_ = nPoint._getX() - center_._getX();
int y_ = nPoint._getY() - center_._getY();
if (0 == x_ && 0 == y_)
{
return Quadrant_.mCenter_;
}
else if (0 < x_ && 0 == y_)
{
return Quadrant_.mUdx_;
}
else if (0 < x_ && 0 > y_)
{
return Quadrant_.mFirst_;
}
else if (0 == x_ && 0 > y_)
{
return Quadrant_.mUdy_;
}
else if (0 > x_ && 0 > y_)
{
return Quadrant_.mSecond_;
}
else if (0 > x_ && 0 == y_)
{
return Quadrant_.mSdx_;
}
else if (0 > x_ && 0 < y_)
{
return Quadrant_.mThree_;
}
else if (0 == x_ && 0 < y_)
{
return Quadrant_.mSdy_;
}
else if (0 < x_ && 0 < y_)
{
return Quadrant_.mFour_;
}
else
{
return Quadrant_.mError_;
}
}
public bool _contain(Point2I nPoint)
{
return this._contain(nPoint._getX(), nPoint._getY());
}
public Point2I _connectPoint(Point2I nBeg, Point2I nEnd)
{
if (this._contain(nEnd))
{
return nEnd;
}
if (!this._contain(nBeg))
{
return nEnd;
}
Point2I result_ = new Point2I();
int x0_ = mPoint._getX();
int x1_ = x0_ + mSize._getWidth();
int y0_ = mPoint._getY();
int y1_ = y0_ + mSize._getHeight();
if (nEnd._getY() < this._centerY())
{
if (nBeg._getY() == y0_)
{
result_._setPoint(nBeg);
return result_;
}
float temp_ = this._connectPointY(nBeg, nEnd, y0_);
if (temp_ > x0_ && temp_ < x1_)
{
int int_ = (int)temp_;
result_._setX(int_);
result_._setY(y0_);
return result_;
}
}
else
{
if (nBeg._getY() == y1_)
{
result_._setPoint(nBeg);
return result_;
}
float temp_ = this._connectPointY(nBeg, nEnd, y1_);
if (temp_ > x0_ && temp_ < x1_)
{
int int_ = (int)temp_;
result_._setX(int_);
result_._setY(y1_);
return result_;
}
}
if (nEnd._getX() > nBeg._getX())
{
result_._setX(x1_);
}
else
{
result_._setX(x0_);
}
if (nEnd._getY() > nBeg._getY())
{
result_._setY(y1_);
}
else
{
result_._setY(y0_);
}
return result_;
}
public void _setBeg(Point2I nBeg)
{
mBeg._setX(nBeg._getX());
mBeg._setY(nBeg._getY());
}
public static void _drawEllipse(Point2I nPoint, Graphics nGraphics, RGB nRGB, int nSize = 3)
{
Point2I result_ = new Point2I(nPoint);
result_._offset(-nSize, -nSize);
Color color_ = nRGB._getColor();
Pen pen_ = new Pen(color_);
nGraphics.DrawEllipse(pen_, result_._getX(), result_._getY(), nSize * 2, nSize * 2);
}
public override void _offset(Point2I nPoint)
{
mX += nPoint._getX();
mY += nPoint._getY();
base._offset(nPoint);
}
float _connectPointY(Point2I nBeg, Point2I nEnd, int nY)
{
if (nY > nBeg._getY() && nY > nEnd._getY())
{
return default(float);
}
if (nY < nBeg._getY() && nY < nEnd._getY())
{
return default(float);
}
int y1_ = nEnd._getY() - nY;
int y0_ = nEnd._getY() - nBeg._getY();
int x_ = nEnd._getX() - nBeg._getX();
float result_ = (x_ * y1_) / y0_;
result_ = nEnd._getX() - result_;
if (result_ > nBeg._getX() && result_ > nEnd._getX())
{
return default(float);
}
if (result_ < nBeg._getX() && result_ < nEnd._getX())
{
return default(float);
}
return result_;
}
public void _setPoint(Point2I nPoint)
{
mX = nPoint._getX();
mY = nPoint._getY();
}
public void _offset(Point2I nPoint)
{
this._offset(nPoint._getX(), nPoint._getY());
}
public __tuple<Point2I, Point2I> _minMax(Point2I nPoint)
{
return this._minMax(nPoint._getX(), nPoint._getY());
}
public decimal _length(Point2I nPoint)
{
return this._length(nPoint._getX(), nPoint._getY());
}
public void _offset(Point2I nPoint)
{
if (null != m_tMovePoint2I)
{
this.m_tMovePoint2I(nPoint);
}
mX += nPoint._getX();
mY += nPoint._getY();
}
public double _distance(Point2I nPoint)
{
return this._distance(nPoint._getX(), nPoint._getY());
}
public void _setEnd(Point2I nEnd)
{
mEnd._setX(nEnd._getX());
mEnd._setY(nEnd._getY());
}
public void _setPoint(Point2I nPoint)
{
mPoint._setX(nPoint._getX());
mPoint._setY(nPoint._getY());
}
public Point2I(Point2I nPoint)
{
mX = nPoint._getX();
mY = nPoint._getY();
}
public Point2I _vectorTo(Point2I nPoint)
{
return this._vectorTo(nPoint._getX(), nPoint._getY());
}
public bool _isSelect(Point2I nPoint, int nSize = 6)
{
return this._isSelect(nPoint._getX(), nPoint._getY(), nSize);
}
public static void _fillRectangle(Point2I nPoint, Graphics nGraphics, RGB nRGB, int nSize = 3)
{
Point2I result_ = new Point2I(nPoint);
result_._offset(-nSize, -nSize);
Color color_ = nRGB._getColor();
Brush brush_ = new SolidBrush(color_);
nGraphics.FillRectangle(brush_, result_._getX(), result_._getY(), nSize * 2, nSize * 2);
}
public __tuple<Status_, Point2I> _borderPoint(Point2I nPoint)
{
Point2I center_ = _centerPoint();
Point2I point_ = new Point2I();
point_._setX(nPoint._getX() - center_._getX());
point_._setY(nPoint._getY() - center_._getY());
long x_ = point_._getX() * mSize._getHeight();
long y_ = point_._getY() * mSize._getWidth();
Point2I result_ = new Point2I();
Quadrant_ quadrant_ = _getQuadrant(nPoint);
// |
// |
// _______0_______
// |
// |
// |
if (Quadrant_.mCenter_ == quadrant_)
{
return new __tuple<Status_, Point2I>(Status_.mSucess_, center_);
}
// |
// |
// _______|_______1
// |
// |
// |
else if (Quadrant_.mUdx_ == quadrant_)
{
result_._setX(mPoint._getX() + mSize._getWidth());
result_._setY(center_._getY());
return new __tuple<Status_, Point2I>(Status_.mSucess_, result_);
}
// |
// | 2
// _______|_______
// |
// |
// |
else if (Quadrant_.mFirst_ == quadrant_)
{
y_ = -y_;
if (x_ > y_)
{
result_._setX(mPoint._getX() + mSize._getWidth());
long temp_ = y_ / 2;
y_ = (int)(temp_ / point_._getX());
result_._setY((int)(center_._getY() - y_));
}
else if (x_ == y_)
{
result_._setX(mPoint._getX() + mSize._getWidth());
result_._setY(mPoint._getY());
}
else
{
result_._setY(mPoint._getY());
long temp_ = x_ / 2;
x_ = (int)(temp_ / point_._getY());
result_._setX((int)(center_._getX() - x_));
}
return new __tuple<Status_, Point2I>(Status_.mSucess_, result_);
}
// 3
// |
// |
// _______|_______
// |
// |
// |
else if (Quadrant_.mUdy_ == quadrant_)
{
result_._setX(center_._getX());
result_._setY(mPoint._getY());
return new __tuple<Status_, Point2I>(Status_.mSucess_, result_);
}
// |
// 4 |
// _______|_______
// |
// |
// |
else if (Quadrant_.mSecond_ == quadrant_)
{
x_ = -x_;
y_ = -y_;
if (x_ > y_)
{
result_._setX(mPoint._getX());
long temp_ = y_ / 2;
y_ = (int)(temp_ / point_._getX());
result_._setY((int)(center_._getY() + y_));
}
else if (x_ == y_)
{
result_._setX(mPoint._getX());
result_._setY(mPoint._getY());
}
else
{
result_._setY(mPoint._getY());
long temp_ = x_ / 2;
x_ = (int)(temp_ / point_._getY());
result_._setX((int)(center_._getX() + x_));
}
return new __tuple<Status_, Point2I>(Status_.mSucess_, result_);
}
// |
// |
// 5_______|_______
// |
// |
// |
else if (Quadrant_.mSdx_ == quadrant_)
{
result_._setX(mPoint._getX());
result_._setY(center_._getY());
return new __tuple<Status_, Point2I>(Status_.mSucess_, result_);
}
// |
// |
// _______|_______
// |
// 6 |
// |
if (Quadrant_.mThree_ == quadrant_)
{
x_ = -x_;
if (x_ > y_)
{
result_._setX(mPoint._getX());
long temp_ = y_ / 2;
y_ = (int)(temp_ / point_._getX());
result_._setY((int)(center_._getY() - y_));
}
else if (x_ == y_)
{
result_._setX(mPoint._getX());
result_._setY(mPoint._getY() + mSize._getHeight());
}
else
{
result_._setY(mPoint._getY() + mSize._getHeight());
long temp_ = x_ / 2;
x_ = (int)(temp_ / point_._getY());
result_._setX((int)(center_._getX() - x_));
}
return new __tuple<Status_, Point2I>(Status_.mSucess_, result_);
}
// |
// |
// _______|_______
// |
// |
// |
// 7
if (Quadrant_.mSdy_ == quadrant_)
{
result_._setX(center_._getX());
result_._setY(mPoint._getY() + mSize._getHeight());
return new __tuple<Status_, Point2I>(Status_.mSucess_, result_);
}
// |
// |
// _______|_______
// |
// | 8
// |
else if (Quadrant_.mFour_ == quadrant_)
{
if (x_ > y_)
{
result_._setX(mPoint._getX() + mSize._getWidth());
long temp_ = y_ / 2;
y_ = (int)(temp_ / point_._getX());
result_._setY((int)(center_._getY() + y_));
}
else if (x_ == y_)
{
result_._setX(mPoint._getX() + mSize._getWidth());
result_._setY(mPoint._getY() + mSize._getHeight());
}
else
{
result_._setY(mPoint._getY() + mSize._getHeight());
long temp = x_ / 2;
x_ = (int)(temp / point_._getY());
result_._setX((int)(center_._getX() + x_));
}
return new __tuple<Status_, Point2I>(Status_.mSucess_, result_);
}
else
{
return new __tuple<Status_, Point2I>(Status_.mError_, result_);
}
}
public void _createLabel(Point2I nPoint)
{
this._pushDown(nPoint);
this._resetShape();
SideItem sideItem_ = mSideBar._getChooseSideItem();
LabelCreater labelCreater_ = sideItem_._getTag() as LabelCreater;
labelCreater_._setObject(mObject);
labelCreater_._setX(nPoint._getX());
labelCreater_._setY(nPoint._getY());
ILabel label_ = labelCreater_._runCreate() as ILabel;
if (null == label_)
{
mSideBar._resetActiveTab();
this._pushUp();
return;
}
LabelShape labelshape_ = new LabelShape();
labelshape_._initLabel(label_);
mSelects.Add(labelshape_);
mSideBar._resetActiveTab();
this._pushUp();
}
public bool _isSelect(Point2I nPoint, int nDistance = 3)
{
return _isSelect(nPoint._getX(), nPoint._getY(), nDistance);
}