CKS TYPECKS reference

rect

Browse its members and the signatures that accept or return this type.

12 members3 return it10 accept it

Members

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Member	Signature and description
`left` Returns the first dword of a rect value. Open full entry → rect	`int rect::left()` Returns the first dword of a rect value.
`top` Returns the second dword of a rect value. Open full entry → rect	`int rect::top()` Returns the second dword of a rect value.
`right` Returns the third dword of a rect value. Open full entry → rect	`int rect::right()` Returns the third dword of a rect value.
`bottom` Returns the fourth dword of a rect value. Open full entry → rect	`int rect::bottom()` Returns the fourth dword of a rect value.
`width` Returns the inclusive width: right minus left plus one. Open full entry → rect	`int rect::width()` Returns the inclusive width: right minus left plus one.
`height` Returns the height of the rectangle, including its boundaries. Open full entry → rect	`int rect::height()` Returns the height of the rectangle, including its boundaries.
`left` Returns an eight-byte reference pair unchanged for point x and rect left. Open full entry → rect	`int& rect::left()` Returns an eight-byte reference pair unchanged for point x and rect left.
`top` Preserves the first dword of an encoded reference pair and adds four to its second dword for point y and rect top. Open full entry → rect	`int& rect::top()` Preserves the first dword of an encoded reference pair and adds four to its second dword for point y and rect top.
`right` Advances a rect reference address by eight bytes. Open full entry → rect	`int& rect::right()` Advances a rect reference address by eight bytes.
`bottom` Advances a rect reference address by twelve bytes. Open full entry → rect	`int& rect::bottom()` Advances a rect reference address by twelve bytes.
`Set` rect::Set pops four integer coordinates and a rect reference pair, writing them into memory in standard left, top, right, bottom offset order. Open full entry → rect	`void rect::Set(int, int, int, int)` rect::Set pops four integer coordinates and a rect reference pair, writing them into memory in standard left, top, right, bottom offset order.
`Center` Returns the integer center point of the rectangle. Open full entry → rect	`point rect::Center()` Returns the integer center point of the rectangle.

Return this type

Member	Signature and description
`IntersectRects`Global	`rect IntersectRects(rect, rect)` IntersectRects returns componentwise signed max,max,min,min of its two four-dword rectangles.
`AddRects`Global	`rect AddRects(rect, rect)` Computes the union of two rectangles with signed integer coordinates.
`GetMapRect`Global	`rect GetMapRect()` Returns the map bounds as a rectangle, in left, top, right, bottom order.

Accept this type

Member	Signature and description
`point::InRect`point	`bool point::InRect(rect)` Checks whether the point lies inside the rectangle, including its boundaries.
`point::IntoRect`point	`void point::IntoRect(rect)` Limits the point's coordinates to the rectangle's boundaries.
`IntersectRects`Global	`rect IntersectRects(rect, rect)` IntersectRects returns componentwise signed max,max,min,min of its two four-dword rectangles.
`AddRects`Global	`rect AddRects(rect, rect)` Computes the union of two rectangles with signed integer coordinates.
`=`Global	`void =(rect&, rect)`Description pending Description pending.
`==`Global	`bool ==(rect, rect)`Description pending Description pending.
`!=`Global	`bool !=(rect, rect)`Description pending Description pending.
`ObjsInRect`Global	`Query ObjsInRect(rect, str)` Builds a query from an inclusive rectangle and a resolved script-class filter.
`SetMiniMapRect`Global	`void SetMiniMapRect(rect)` Consumes a script rectangle, narrows its coordinates to words, shifts/clamps it against native bounds, and updates an existing minimap.
`_AdvPlaceAreaRect`Global	`void _AdvPlaceAreaRect(str, rect, str, str)` Spawns an AdvArea and forwards rectangle, name and string setup.

Coverage and limits

12 / 12 members with a published description.

These lists come from published signatures. “Accept” counts explicit parameters, excluding the method receiver; reference variants (&) are included. No inheritance hierarchy is asserted. Undocumented names, units and effects remain unresolved.