forward.h File Reference

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Classes
struct	mir::geometry::WidthTag
	These tag types determine what type of dimension a value holds and what operations are possible with it. They are only used as template parameters, are never instantiated and should only require forward declarations, but some compiler versions seem to fail if they aren't given real declarations. More...
struct	mir::geometry::HeightTag
struct	mir::geometry::XTag
struct	mir::geometry::YTag
struct	mir::geometry::DeltaXTag
struct	mir::geometry::DeltaYTag
struct	mir::geometry::StrideTag

Namespaces
namespace	mir
namespace	mir::geometry
	Basic geometry types. Types for dimensions, displacements, etc. and the operations that they support.
namespace	mir::geometry::generic

Typedefs
template<typename T >
using	mir::geometry::generic::Width = Value< T, WidthTag >
template<typename T >
using	mir::geometry::generic::Height = Value< T, HeightTag >
template<typename T >
using	mir::geometry::generic::X = Value< T, XTag >
template<typename T >
using	mir::geometry::generic::Y = Value< T, YTag >
template<typename T >
using	mir::geometry::generic::DeltaX = Value< T, DeltaXTag >
template<typename T >
using	mir::geometry::generic::DeltaY = Value< T, DeltaYTag >
using	mir::geometry::Width = generic::Width< int >
using	mir::geometry::Height = generic::Height< int >
using	mir::geometry::X = generic::X< int >
using	mir::geometry::Y = generic::Y< int >
using	mir::geometry::DeltaX = generic::DeltaX< int >
using	mir::geometry::DeltaY = generic::DeltaY< int >
using	mir::geometry::WidthF = generic::Width< float >
using	mir::geometry::HeightF = generic::Height< float >
using	mir::geometry::XF = generic::X< float >
using	mir::geometry::YF = generic::Y< float >
using	mir::geometry::DeltaXF = generic::DeltaX< float >
using	mir::geometry::DeltaYF = generic::DeltaY< float >
using	mir::geometry::Stride = generic::Value< int, StrideTag >
using	mir::geometry::Point = generic::Point< int >
using	mir::geometry::Size = generic::Size< int >
using	mir::geometry::Displacement = generic::Displacement< int >
using	mir::geometry::Rectangle = generic::Rectangle< int >
using	mir::geometry::PointF = generic::Point< float >
using	mir::geometry::SizeF = generic::Size< float >
using	mir::geometry::DisplacementF = generic::Displacement< float >
using	mir::geometry::RectangleF = generic::Rectangle< int >