module Containers

Classes

Functions

Typedefs

T* Geo::begin

public: T * begin
(
    ArrayRange< T > & a
)

Return iterator to support ranged-based for loop.

const T* Geo::begin

public: const T * begin
(
    const ArrayRange< T > & a
)

Return iterator to support ranged-based for loop.

void Geo::GeoKeyValueArray< TKey, TValue >::Clear

public: void Clear()

Removes all entries from the collection. Remember, this object did not take ownership.

bool Geo::Copy

public: bool Copy
(
    const GeoList< T > & source,
    GeoList< T > & dest
)

Appends the contents of the 'source' GeoList to the 'dest' GeoList.

T* Geo::end

public: T * end
(
    ArrayRange< T > & a
)

Return iterator to support ranged-based for loop.

const T* Geo::end

public: const T * end
(
    const ArrayRange< T > & a
)

Return iterator to support ranged-based for loop.

TValue * Geo::GeoKeyValueArray< TKey, TValue >::Find

public: TValue * Find
(
    const TKey & key
) const

Find a value in the collection with TKey key.

O(logN) operation.

Returns

NULL on failure.

Geo::s32 Geo::FindIndex

public: Geo::s32 FindIndex
(
    const GeoArray< T > & lhs,
    const T & data
)

Find array index for first element that matches data, returns -1 if no match.

This requires T to implement operator == (const T& rhs) const.

s32 Geo::GeoKeyValueArray< TKey, TValue >::FindIndex

public: s32 FindIndex
(
    const TKey & key
) const

Find the index of a given key.

O(logN) operation.

Returns

-1 on failure.

s32 Geo::GeoKeyValueArray< TKey, TValue >::Insert

public: s32 Insert
(
    const TKey & key,
    TValue * value
)

Insert an pointer to a TValue item into the container.

O(logN) operation.

Returns

-1 on failure.

GEO_FORCE_INLINE ArrayRange<T> Geo::MakeArrayRange

public: GEO_FORCE_INLINE ArrayRange< T > MakeArrayRange
(
    T * first,
    T * last
)

Returns an array range for first and last.

GeoArray<T> Geo::MakeGeoArray

public: GeoArray< T > MakeGeoArray
(
    StridedArrayView< T > a
)

Create a GeoArray which is a copy of the specified strided array view.

GeoArray<T> Geo::MakeGeoArray

public: GeoArray< T > MakeGeoArray
(
    const T * p,
    s32 n
)

Create a GeoArray which is a copy of the specified array.

GeoPair<T1, T2> Geo::MakeGeoPair

public: GeoPair< T1, T2 > MakeGeoPair
(
    const T1 & t1,
    const T2 & t2
)

Function to create a Geo::GeoPair, similar to the STL function std::make_pair.

GeoTriple<T1, T2, T3> Geo::MakeGeoTriple

public: GeoTriple< T1, T2, T3 > MakeGeoTriple
(
    const T1 & t1,
    const T2 & t2,
    const T3 & t3
)

Function to create a Geo::GeoTriple, extended from MakeGeoPair.

StridedArrayView<T> Geo::MakeStridedArrayView

public: StridedArrayView< T > MakeStridedArrayView
(
    const GeoArray< T > & a
)

Create a StridedArrayView which refers to the entire of the specified array.

StridedArrayView<T> Geo::MakeStridedArrayView

public: StridedArrayView< T > MakeStridedArrayView
(
    const T * first,
    Geo::s32 count,
    Geo::s32 stride
)

Create a read-only view into an array with optional stride.

bool Geo::operator!=

public: bool operator!=
(
    const GeoList< _Ty, _Alloc > & _Left,
    const GeoList< _Ty, _Alloc > & _Right
)

Operator overloads for GeoList.

bool Geo::operator!=

public: bool operator!=
(
    const GeoAllocatorUnchecked< T1 > & ,
    const GeoAllocatorUnchecked< T2 > &
)

Comparison operators for allocator classes.

bool Geo::operator!=

public: bool operator!=
(
    const GeoAllocator< T1 > & ,
    const GeoAllocator< T2 > &
)

Comparison operators for allocator classes.

bool Geo::operator!=

public: bool operator!=
(
    const GeoFixedPoolAllocator< T1 > & lhs,
    const GeoFixedPoolAllocator< T2 > & rhs
)

Comparison operators for allocator classes.

bool Geo::operator<

public: bool operator<
(
    const GeoList< _Ty, _Alloc > & _Left,
    const GeoList< _Ty, _Alloc > & _Right
)

Operator overloads for GeoList.

bool Geo::operator<=

public: bool operator<=
(
    const GeoList< _Ty, _Alloc > & _Left,
    const GeoList< _Ty, _Alloc > & _Right
)

Operator overloads for GeoList.

bool Geo::operator==

public: bool operator==
(
    const GeoArray< T > & lhs,
    const GeoArray< T > & rhs
)

Array equality testing function.

This requires T to implement operator == (const T& rhs) const.

bool Geo::operator==

public: bool operator==
(
    const GeoAllocator< T1 > & ,
    const GeoAllocator< T2 > &
)

Comparison operators for allocator classes.

bool Geo::operator==

public: bool operator==
(
    const GeoFixedPoolAllocator< T1 > & lhs,
    const GeoFixedPoolAllocator< T2 > & rhs
)

Comparison operators for allocator classes.

bool Geo::operator==

public: bool operator==
(
    const GeoList< _Ty, _Alloc > & _Left,
    const GeoList< _Ty, _Alloc > & _Right
)

Operator overloads for GeoList.

bool Geo::operator==

public: bool operator==
(
    const GeoAllocatorUnchecked< T1 > & ,
    const GeoAllocatorUnchecked< T2 > &
)

Comparison operators for allocator classes.

bool Geo::operator>

public: bool operator>
(
    const GeoList< _Ty, _Alloc > & _Left,
    const GeoList< _Ty, _Alloc > & _Right
)

Operator overloads for GeoList.

bool Geo::operator>=

public: bool operator>=
(
    const GeoList< _Ty, _Alloc > & _Left,
    const GeoList< _Ty, _Alloc > & _Right
)

Operator overloads for GeoList.

TValue * Geo::GeoKeyValueArray< TKey, TValue >::Remove

public: TValue * Remove
(
    const TKey & key,
    s32 & removedIndex
)

Remove the entry referenced to by key.

removedIndex will be filled by previous index value (note that all indices are of course invalidated).

Returns

NULL if not found in collection, otherwise the value object.

TValue * Geo::GeoKeyValueArray< TKey, TValue >::RemoveIndex

public: TValue * RemoveIndex
(
    s32 index
)

Remove the entry referenced by index obtained by FindIndex (note that all indices are of course invalidated).

Returns

NULL if not found in collection, otherwise the value object.

void Geo::SafeDestructArrayContents

public: void SafeDestructArrayContents
(
    Geo::GeoArray< tType * > & a,
    tTypeDestructor safeDestruct
)

Given a GeoArray of pointers, and a destruct function (or any type that has operator()), destroy the elements and clear the array.

For some irritating reason, you may need to help the compiler infer the template type of the destructor. For example:

SafeDestructArrayContents(m_RadCores, DeleteRadSystemCore);
SafeDestructArrayContents(m_InputWorkspaces, DeleteInputWorkspace);
SafeDestructArrayContents(m_SolverProperties, SafeRelease<BakeInputProperties*>);
SafeDestructArrayContents(m_s32Array, GEO_DELETE_T<s32>);
SafeDestructArrayContents(m_s32BufferArray, GEO_DELETE_ARRAY_T<s32>);

void Geo::swap

public: void swap
(
    GeoList< _Ty, _Alloc > & _Left,
    GeoList< _Ty, _Alloc > & _Right
)

Optimised std::swap compatible function.

void Geo::swap

public: void swap
(
    GeoMap< _Kty, _Ty, _Pr, _Alloc > & lhs,
    GeoMap< _Kty, _Ty, _Pr, _Alloc > & rhs
)

Optimised std::swap compatible function.