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//+------------------------------------------------------------------+ //| Rect.mqh | //| Copyright 2000-2026, MetaQuotes Ltd. | //| www.mql5.com | //+------------------------------------------------------------------+ //+------------------------------------------------------------------+ //| Structure CPoint | //| Usage: point of chart in Cartesian coordinates | //+------------------------------------------------------------------+ struct CPoint { int x; // horizontal coordinate int y; // vertical coordinate }; //+------------------------------------------------------------------+ //| Structure CSize | //| Usage: size of area of chart in Cartesian coordinates | //+------------------------------------------------------------------+ struct CSize { int cx; // horizontal size int cy; // vertical size }; //+------------------------------------------------------------------+ //| Structure CRect | //| Usage: area of chart in Cartesian coordinates | //+------------------------------------------------------------------+ struct CRect { int left; // left coordinate int top; // top coordinate int right; // right coordinate int bottom; // bottom coordinate //--- methods CPoint LeftTop(void) const; void LeftTop(const int x,const int y); void LeftTop(const CPoint& point); CPoint RightBottom(void) const; void RightBottom(const int x,const int y); void RightBottom(const CPoint& point); CPoint CenterPoint(void) const; int Width(void) const { return(right-left); } void Width(const int w) { right=left+w; } int Height(void) const { return(bottom-top); } void Height(const int h) { bottom=top+h; } CSize Size(void) const; void Size(const int cx,const int cy); void Size(const CSize& size); void SetBound(const int l,const int t,const int r,const int b); void SetBound(const CRect& rect); void SetBound(const CPoint& point,const CSize& size); void SetBound(const CPoint& left_top,const CPoint& right_bottom); void Move(const int x,const int y); void Move(const CPoint& point); void Shift(const int dx,const int dy); void Shift(const CPoint& point); void Shift(const CSize& size); bool Contains(const int x,const int y) const; bool Contains(const CPoint& point) const; void Normalize(void); }; //+------------------------------------------------------------------+ //| Get parameters of area | //+------------------------------------------------------------------+ CPoint CRect::LeftTop(void) const { CPoint point; //--- action point.x=left; point.y=top; //--- result return(point); } //+------------------------------------------------------------------+ //| Set parameters of area | //+------------------------------------------------------------------+ void CRect::LeftTop(const int x,const int y) { left=x; top =y; } //+------------------------------------------------------------------+ //| Set parameters of area | //+------------------------------------------------------------------+ void CRect::LeftTop(const CPoint& point) { left=point.x; top =point.y; } //+------------------------------------------------------------------+ //| Get parameters of area | //+------------------------------------------------------------------+ CPoint CRect::RightBottom(void) const { CPoint point; //--- action point.x=right; point.y=bottom; //--- result return(point); } //+------------------------------------------------------------------+ //| Set parameters of area | //+------------------------------------------------------------------+ void CRect::RightBottom(const int x,const int y) { right =x; bottom=y; } //+------------------------------------------------------------------+ //| Set parameters of area | //+------------------------------------------------------------------+ void CRect::RightBottom(const CPoint& point) { right =point.x; bottom=point.y; } //+------------------------------------------------------------------+ //| Get parameters of area | //+------------------------------------------------------------------+ CPoint CRect::CenterPoint(void) const { CPoint point; //--- action point.x=left+Width()/2; point.y=top+Height()/2; //--- result return(point); } //+------------------------------------------------------------------+ //| Get parameters of area | //+------------------------------------------------------------------+ CSize CRect::Size(void) const { CSize size; //--- action size.cx=right-left; size.cy=bottom-top; //--- result return(size); } //+------------------------------------------------------------------+ //| Set parameters of area | //+------------------------------------------------------------------+ void CRect::Size(const int cx,const int cy) { right =left+cx; bottom=top+cy; } //+------------------------------------------------------------------+ //| Set parameters of area | //+------------------------------------------------------------------+ void CRect::Size(const CSize& size) { right =left+size.cx; bottom=top+size.cy; } //+------------------------------------------------------------------+ //| Set parameters of area | //+------------------------------------------------------------------+ void CRect::SetBound(const int l,const int t,const int r,const int b) { left =l; top =t; right =r; bottom=b; } //+------------------------------------------------------------------+ //| Set parameters of area | //+------------------------------------------------------------------+ void CRect::SetBound(const CRect& rect) { left =rect.left; top =rect.top; right =rect.right; bottom=rect.bottom; } //+------------------------------------------------------------------+ //| Set parameters of area | //+------------------------------------------------------------------+ void CRect::SetBound(const CPoint& point,const CSize& size) { LeftTop(point); Size(size); } //+------------------------------------------------------------------+ //| Set parameters of area | //+------------------------------------------------------------------+ void CRect::SetBound(const CPoint& left_top,const CPoint& right_bottom) { LeftTop(left_top); RightBottom(right_bottom); } //+------------------------------------------------------------------+ //| Absolute movement of area | //+------------------------------------------------------------------+ void CRect::Move(const int x,const int y) { right +=x-left; bottom+=y-top; left =x; top =y; } //+------------------------------------------------------------------+ //| Absolute movement of area | //+------------------------------------------------------------------+ void CRect::Move(const CPoint& point) { right +=point.x-left; bottom+=point.y-top; left =point.x; top =point.y; } //+------------------------------------------------------------------+ //| Relative movement of area | //+------------------------------------------------------------------+ void CRect::Shift(const int dx,const int dy) { left +=dx; top +=dy; right +=dx; bottom+=dy; } //+------------------------------------------------------------------+ //| Relative movement of area | //+------------------------------------------------------------------+ void CRect::Shift(const CPoint& point) { left +=point.x; top +=point.y; right +=point.x; bottom+=point.y; } //+------------------------------------------------------------------+ //| Relative movement of area | //+------------------------------------------------------------------+ void CRect::Shift(const CSize& size) { left +=size.cx; top +=size.cy; right +=size.cx; bottom+=size.cy; } //+------------------------------------------------------------------+ //| Check if a point is within the area | //+------------------------------------------------------------------+ bool CRect::Contains(const int x,const int y) const { //--- check and return the result return(x>=left && x<=right && y>=top && y<=bottom); } //+------------------------------------------------------------------+ //| Check if a point is within the area | //+------------------------------------------------------------------+ bool CRect::Contains(const CPoint& point) const { //--- check and return the result return(point.x>=left && point.x<=right && point.y>=top && point.y<=bottom); } //+------------------------------------------------------------------+ //| Standardizes the height and width | //+------------------------------------------------------------------+ void CRect::Normalize(void) { if(left>right) { int tmp1=left; left=right; right=tmp1; } if(top>bottom) { int tmp2=top; top=bottom; bottom=tmp2; } } //+------------------------------------------------------------------+