| /external/tesseract/textord/ |
| D | colpartition.h | 36 class ColPartition; variable
41 ELIST2IZEH(ColPartition)
42 CLISTIZEH(ColPartition) in CLISTIZEH() argument
51 class ColPartition : public ELIST2_LINK { in CLISTIZEH()
53 ColPartition() { in CLISTIZEH()
60 ColPartition(BlobRegionType blob_type, const ICOORD& vertical); in CLISTIZEH()
63 ColPartition(const ICOORD& vertical, in CLISTIZEH()
71 static ColPartition* FakePartition(const TBOX& box); in CLISTIZEH()
73 ~ColPartition(); in CLISTIZEH()
177 ColPartition* nearest_neighbor_above() const { in CLISTIZEH()
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| D | colpartition.cpp | 27 ELIST2IZE(ColPartition)
28 CLISTIZE(ColPartition)
45 ColPartition::ColPartition(BlobRegionType blob_type, const ICOORD& vertical) in ColPartition() function in tesseract::ColPartition
65 ColPartition* ColPartition::FakePartition(const TBOX& box) { in FakePartition()
66 ColPartition* part = new ColPartition(BRT_UNKNOWN, ICOORD(0, 1)); in FakePartition()
74 ColPartition::~ColPartition() { in ~ColPartition()
89 ColPartition::ColPartition(const ICOORD& vertical, in ColPartition() function in tesseract::ColPartition
112 void ColPartition::AddBox(BLOBNBOX* bbox) { in AddBox()
129 void ColPartition::ClaimBoxes(WidthCallback* cb) { in ClaimBoxes()
136 ColPartition* other = bblob->owner(); in ClaimBoxes()
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| D | tablefind.cpp | 95 GridSearch<ColPartition, ColPartition_CLIST, ColPartition_C_IT> in CLISTIZE()
98 ColPartition* part; in CLISTIZE()
100 ColPartition* clean_part = part->ShallowCopy(); in CLISTIZE()
274 GridSearch<ColPartition, ColPartition_CLIST, ColPartition_C_IT> in SetPartitionSpacings()
277 ColPartition* part; in SetPartitionSpacings()
282 ColPartition* left_column = columns->ColumnContaining(box.left(), y); in SetPartitionSpacings()
283 ColPartition* right_column = columns->ColumnContaining(box.right(), y); in SetPartitionSpacings()
300 void ColumnFinder::SetVerticalSpacing(ColPartition* part) { in SetVerticalSpacing()
309 GridSearch<ColPartition, ColPartition_CLIST, ColPartition_C_IT> in SetVerticalSpacing()
312 ColPartition* neighbor; in SetVerticalSpacing()
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| D | colfind.cpp | 92 clean_part_grid_.ClearGridData(&DeleteObject<ColPartition>); in ~ColumnFinder()
99 ColPartition* part = part_it.data(); in ~ColumnFinder()
107 ColPartition* part = part_it.data(); in ~ColumnFinder()
465 ColPartition* unk_partition = NULL; in PartitionsAtGridY()
502 ColPartition* partition = StartPartition(start_type, prev_margin + 1, bbox, in PartitionsAtGridY()
525 if (ColPartition::TypesMatch(next_type, start_type) && in PartitionsAtGridY()
594 ColPartition* unk_partition = StartPartition(BRT_TEXT, bleft().x(), blob, in InsertSmallBlobsAsUnknowns()
611 ColPartition** unk_partition, in ProcessUnknownBlob()
648 ColPartition* ColumnFinder::StartPartition(BlobRegionType start_type, in StartPartition()
653 ColPartition* partition = new ColPartition(start_type, vertical_skew_); in StartPartition()
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| D | workingpartset.h | 36 explicit WorkingPartSet(ColPartition* column) in WorkingPartSet()
41 ColPartition* column() const { in column()
44 void set_column(ColPartition* col) { in set_column()
51 void AddPartition(ColPartition* part);
74 ColPartition* column_;
76 ColPartition* latest_part_;
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| D | colpartitionset.cpp | 36 ColPartitionSet::ColPartitionSet(ColPartition* part) { in ColPartitionSet()
46 ColPartition* ColPartitionSet::GetColumnByIndex(int index) { in GetColumnByIndex()
56 ColPartition* ColPartitionSet::ColumnContaining(int x, int y) { in ColumnContaining()
59 ColPartition* part = it.data(); in ColumnContaining()
94 ColPartition* part1 = it1.data(); in MergeOverlaps()
95 ColPartition* part2 = it2.data(); in MergeOverlaps()
159 ColPartition* col_part = col_it.data(); in ImproveColumnCandidate()
165 ColPartition* part = part_it.data(); in ImproveColumnCandidate()
289 ColPartition* part = it.data(); in CompatibleColumns()
300 ColPartition* left_col = ColumnContaining(left, y); in CompatibleColumns()
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| D | colfind.h | 113 ColPartition** unk_partition,
132 ColPartition* StartPartition(BlobRegionType start_type, int left_margin,
144 ColPartition** partition, ColPartition_IT* part_it);
220 void FindPartitionMargins(ColPartitionSet* columns, ColPartition* part);
225 int y_bottom, int y_top, const ColPartition* not_this);
237 void FindPartitionPartners(bool upper, ColPartition* part);
271 void SetVerticalSpacing(ColPartition* part);
281 bool HasWideOrNoInterWordGap(ColPartition* part);
323 bool HLineBelongsToTable(ColPartition* part, const TBOX& table_box);
361 void AddToTempPartList(ColPartition* part, ColPartition_CLIST* temp_list);
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| D | workingpartset.cpp | 31 void WorkingPartSet::AddPartition(ColPartition* part) { in ELISTIZE()
32 ColPartition* partner = part->SingletonPartner(true); in ELISTIZE()
91 ColPartition* next_part = NULL; in MakeBlocks()
94 ColPartition* part = part_it_.extract(); in MakeBlocks()
108 ColPartition* next_block_part = part_it_.data(); in MakeBlocks()
121 TO_BLOCK* to_block = ColPartition::MakeBlock(bleft, tright, in MakeBlocks()
131 ColPartition::LineSpacingBlocks(bleft, tright, resolution, &block_parts, in MakeBlocks()
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| D | colpartitionset.h | 45 explicit ColPartitionSet(ColPartition* partition);
61 ColPartition* GetColumnByIndex(int index);
64 ColPartition* ColumnContaining(int x, int y);
126 void AddPartition(ColPartition* new_part, ColPartition_IT* it);
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| /external/tesseract/ccstruct/ |
| D | blobbox.h | 70 class ColPartition; variable
202 tesseract::ColPartition* owner() const { in ELISTIZEH()
205 void set_owner(tesseract::ColPartition* new_owner) { in ELISTIZEH()
285 tesseract::ColPartition* owner_; // Who will delete me when I am not needed in ELISTIZEH()
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