class Enlighten::MergeMap

Details of how the old groups have been merged into new groups.

Note it maps from old to new. You can infer new to old from this, but it's not explicitly stored. The TriGroupSelection member is also inferrable if you have the original tri groups but it is so frequently required that we store it as well.

The new groups are also split into two parts - the ones that were generated through a merge, and the ones we didn't merge. All the merged ones are first in the array, followed by the unmerged ones. The m_FirstUnmergedNewGroupIndex is the index of the first unmerged new group (and therefore also the number of merged new groups).

Variables

Name	Description
Geo::s32 m_FirstUnmergedNewGroupIndex	The index of the first unmerged new group.
Geo::GeoArray< Geo::s32 > m_NewGroupIdxFromOldIdx	m_MergeMap[oldGroupIdx] == new group idx
Geo::GeoArray< FitModel > m_NewGroupModels	The fitted model for each new group, indexed by new group idx.
Geo::TriGroupSelection * m_TriGroupSelection	The new merged tri groups.

Functions

Name	Description
~MergeMap()	Free everything.
ClearUp()	Free everything.
GetNumNewGroups()	Get the number of new (merged) tri groups.
GetNumOldGroups()	Get the number of old (original) tri groups.
MergeMap()	Initialise to empty.

Enlighten::MergeMap::~MergeMap

public: ~MergeMap()

Free everything.

void Enlighten::MergeMap::ClearUp

public: void ClearUp()

Free everything.

Geo::s32 Enlighten::MergeMap::GetNumNewGroups

public: Geo::s32 GetNumNewGroups() const

Get the number of new (merged) tri groups.

Geo::s32 Enlighten::MergeMap::GetNumOldGroups

public: Geo::s32 GetNumOldGroups() const

Get the number of old (original) tri groups.

Enlighten::MergeMap::MergeMap

public: MergeMap()

Initialise to empty.

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