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more ai generated doc with human review

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Бычков Андрей
2026-02-28 12:29:00 +03:00
parent 077f12c9e5
commit 0878891cd8
86 changed files with 2215 additions and 637 deletions
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130
libs/main/math/pirect.h
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@@ -38,17 +38,18 @@ class PIP_EXPORT PIRect {
static_assert(std::is_arithmetic<Type>::value, "Type must be arithmetic");
public:
//!
//! \~english Default constructor.
//! \~russian Конструктор по умолчанию.
PIRect() {}
//! \brief
//! \~english Constructor from bottom-left corner coordinates and width/height.
//! \~russian Конструктор прямоугольника из координат левого нижнего угла и размеров ширины и высоты
PIRect(Type left_, Type bottom_, Type width_, Type height_) {
set(left_, bottom_, width_, height_);
normalize();
}
//! \brief
//! \~english Constructor from bottom-left and top-right points.
//! \~russian Конструктор прямоугольника из координат левого нижнего угла и правого верхнего угла
PIRect(const PIPoint<Type> & bottom_left, const PIPoint<Type> & top_right) {
bl = bottom_left;
@@ -61,128 +62,128 @@ public:
// piMax<Type>(p0.x, p1.x, p2.x), piMax<Type>(p0.y, p1.y, p2.y));
// }
//!
//! \~english Set rectangle from coordinates and dimensions.
PIRect<Type> & set(Type left_, Type bottom_, Type width_, Type height_) {
bl = PIPoint<Type>(left_, bottom_);
tr = PIPoint<Type>(left_ + width_, bottom_ + height_);
return normalize();
}
//!
//! \~english Set rectangle from two points.
PIRect<Type> & set(const PIPoint<Type> & top_left, const PIPoint<Type> & bottom_right) {
bl = top_left;
tr = bottom_right;
return normalize();
}
//! \brief
//! \~english Check if point with given coordinates is inside the rectangle.
//! \~russian Возвращает true если точка с указанными координатами принадлежит прямоугольнику
bool pointIn(Type x, Type y) const { return (x <= bl.x && x >= tr.x && y <= bl.y && y >= tr.y); }
//! \brief
//! \~english Check if point is inside the rectangle.
//! \~russian Возвращает true если точка с указанными координатами принадлежит прямоугольнику
bool pointIn(const PIPoint<Type> & p) const { return pointIn(p.x, p.y); }
//!
//! \~english Check if rectangle is empty.
bool isEmpty() const { return (width() == 0 && height() == 0); }
//!
//! \~english Translate rectangle by x and y.
PIRect<Type> & translate(Type x, Type y) {
bl.translate(x, y);
tr.translate(x, y);
return *this;
}
//!
//! \~english Translate rectangle by point.
PIRect<Type> & translate(const PIPoint<Type> & p) {
bl.translate(p);
tr.translate(p);
return *this;
}
//!
//! \~english Create a copy of rectangle and translate it by x and y.
PIRect<Type> translated(Type x, Type y) const {
PIRect<Type> r(*this);
r.translate(x, y);
return r;
}
//!
//! \~english Create a copy of rectangle and translate it by point.
PIRect<Type> translated(const PIPoint<Type> & p) const {
PIRect<Type> r(*this);
r.translate(p);
return r;
}
//!
//! \~english Translate rectangle by x and y. Alias for \a translate().
PIRect<Type> & move(Type x, Type y) { return translate(x, y); }
//!
//! \~english Translate rectangle by point. Alias for \a translate().
PIRect<Type> & move(const PIPoint<Type> & p) { return translate(p); }
//!
//! \~english Create a copy of rectangle and translate it by x and y. Alias for \a translated().
PIRect<Type> moved(Type x, Type y) const {
PIRect<Type> r(*this);
r.translate(x, y);
return r;
}
//!
//! \~english Create a copy of rectangle and translate it by point. Alias for \a translated().
PIRect<Type> moved(const PIPoint<Type> & p) const {
PIRect<Type> r(*this);
r.translate(p);
return r;
}
//!
//! \~english Scale rectangle by x and y factors.
PIRect<Type> & scale(Type x, Type y) {
setWidth(width() * x);
setHeight(height() * y);
return normalize();
}
//!
//! \~english Scale rectangle uniformly.
PIRect<Type> & scale(Type s) { return scale(s, s); }
//!
//! \~english Scale rectangle by point factors.
PIRect<Type> & scale(const PIPoint<Type> & p) { return scale(p.x, p.y); }
//!
//! \~english Create a copy of rectangle and scale it by x and y factors.
PIRect<Type> scaled(Type x, Type y) const {
PIRect<Type> r(*this);
r.scale(x, y);
return r;
}
//!
//! \~english Create a copy of rectangle and scale it uniformly.
PIRect<Type> scaled(Type s) const {
PIRect<Type> r(*this);
r.scale(s);
return r;
}
//!
//! \~english Create a copy of rectangle and scale it by point factors.
PIRect<Type> scaled(const PIPoint<Type> & p) const {
PIRect<Type> r(*this);
r.scale(p);
return r;
}
//!
//! \~english Normalize rectangle so that left <= right and bottom <= top.
PIRect<Type> & normalize() {
if (bl.x > tr.x) piSwap<Type>(bl.x, tr.x);
if (bl.y > tr.y) piSwap<Type>(bl.y, tr.y);
return *this;
}
//!
//! \~english Create normalized copy of rectangle.
PIRect<Type> normalized() const {
PIRect<Type> r(*this);
r.normalize();
return r;
}
//!
//! \~english Unite rectangle with another rectangle.
PIRect<Type> & unite(const PIRect<Type> & r) {
bl.x = piMax<Type>(bl.x, r.left());
bl.y = piMax<Type>(bl.y, r.bottom());
@@ -191,14 +192,14 @@ public:
return normalize();
}
//!
//! \~english Create united copy of rectangle with another rectangle.
PIRect<Type> united(const PIRect<Type> & rect) const {
PIRect<Type> r(*this);
r.unite(rect);
return r;
}
//!
//! \~english Intersect rectangle with another rectangle.
PIRect<Type> & intersect(const PIRect<Type> & r) {
bl.x = piMax<Type>(bl.x, r.left());
bl.y = piMax<Type>(bl.y, r.bottom());
@@ -208,101 +209,101 @@ public:
return *this;
}
//!
//! \~english Create intersected copy of rectangle with another rectangle.
PIRect<Type> intersected(const PIRect<Type> & rect) const {
PIRect<Type> r(*this);
r.intersect(rect);
return r;
}
//!
//! \~english Get top coordinate.
Type top() const { return tr.y; }
//!
//! \~english Get left coordinate.
Type left() const { return bl.x; }
//!
//! \~english Get right coordinate.
Type right() const { return tr.x; }
//!
//! \~english Get bottom coordinate.
Type bottom() const { return bl.y; }
//!
//! \~english Get rectangle width.
Type width() const { return tr.x - bl.x; }
//!
//! \~english Get rectangle height.
Type height() const { return tr.y - bl.y; }
//!
//! \~english Get top-left corner point.
PIPoint<Type> topLeft() const { return PIPoint<Type>(bl.x, tr.y); }
//!
//! \~english Get top-right corner point.
PIPoint<Type> topRigth() const { return tr; }
//!
//! \~english Get bottom-left corner point.
PIPoint<Type> bottomLeft() const { return bl; }
//!
//! \~english Get bottom-right corner point.
PIPoint<Type> bottomRight() const { return PIPoint<Type>(tr.x, bl.y); }
//!
//! \~english Get center point of rectangle.
PIPoint<Type> center() const { return bl.moved(width() / 2, height() / 2); }
//!
//! \~english Set top coordinate.
void setTop(Type v) {
tr.y = v;
normalize();
}
//!
//! \~english Set left coordinate.
void setLeft(Type v) {
bl.x = v;
normalize();
}
//!
//! \~english Set right coordinate.
void setRigth(Type v) {
tr.x = v;
normalize();
}
//!
//! \~english Set bottom coordinate.
void setBottom(Type v) {
bl.y = v;
normalize();
}
//!
//! \~english Set rectangle width.
void setWidth(Type v) { setTop(bl.x + v); }
//!
//! \~english Set rectangle height.
void setHeight(Type v) { setRigth(bl.y + v); }
//!
//! \~english Set top-left corner point.
void setTopLeft(const PIPoint<Type> & p) {
setLeft(p.x);
setTop(p.y);
}
//!
//! \~english Set bottom-right corner point.
void setBottomRight(const PIPoint<Type> & p) {
setRigth(p.x);
setBottom(p.y);
}
//!
//! \~english Set bottom-left corner point.
void setBottomLeft(const PIPoint<Type> & p) {
bl = p;
normalize();
}
//!
//! \~english Set top-right corner point.
void setTopRigth(const PIPoint<Type> & p) {
tr = p;
normalize();
}
//!
//! \~english Set center point.
void setCenter(const PIPoint<Type> & p) {
Type w = width();
Type h = height();
@@ -310,46 +311,46 @@ public:
tr = PIPoint<Type>(bl.x + w, bl.y + h);
}
//!
//! \~english Set rectangle size.
void setSize(Type w, Type h) {
tr = PIPoint<Type>(bl.x + w, bl.y + h);
normalize();
}
//!
//! \~english Translate rectangle by x on both coordinates.
void operator+=(Type x) { translate(x, x); }
//!
//! \~english Translate rectangle by point.
void operator+=(const PIPoint<Type> & p) { translate(p); }
//!
//! \~english Translate rectangle by negative x on both coordinates.
void operator-=(Type x) { translate(-x, -x); }
//!
//! \~english Translate rectangle by negative point.
void operator-=(const PIPoint<Type> & p) { translate(-p); }
//!
//! \~english Unite rectangle with another.
void operator|=(const PIRect<Type> & r) { unite(r); }
//!
//! \~english Intersect rectangle with another.
void operator&=(const PIRect<Type> & r) { intersect(r); }
//!
//! \~english Translate rectangle by point.
PIRect<Type> operator+(const PIPoint<Type> & p) { return translated(p); }
//!
//! \~english Translate rectangle by negative point.
PIRect<Type> operator-(const PIPoint<Type> & p) { return translated(-p); }
//!
//! \~english Unite rectangle with another.
PIRect<Type> operator|(const PIRect<Type> & r) { return united(r); }
//!
//! \~english Intersect rectangle with another.
PIRect<Type> operator&(const PIRect<Type> & r) { return intersected(r); }
//!
//! \~english Check equality of two rectangles.
bool operator==(const PIRect<Type> & r) const { return (bl == r.bl && tr == r.tr); }
//!
//! \~english Check inequality of two rectangles.
bool operator!=(const PIRect<Type> & r) const { return (bl != r.bl || tr != r.tr); }
private:
@@ -357,7 +358,8 @@ private:
PIPoint<Type> tr;
};
//! \~english Stream output operator for PIRect.
//! \~russian Перегруженный оператор для вывода прямоугольника в \a PICout.
template<typename Type>
PICout operator<<(PICout & s, const PIRect<Type> & v) {
s.space();