void Morphology::GenerateObjectList(std::vector<std::vector<int>> map, std::vector<std::shared_ptr<Object>>& objects, int Width, int Height, std::vector<std::vector<int>>& Labels)
{
std::multimap<int, Cell> Maps;
Labeling(map, Labels, Width, Height, Maps);
std::multimap<int, Cell>::iterator k, v;
for (k = Maps.begin(); k != Maps.end(); k = v)
{
Object o;
auto theKey = k->first;
auto keyRange = Maps.equal_range(theKey);
for (v = keyRange.first; v != keyRange.second; ++v)
o.addCell(Cell(v->second.x, v->second.y));
o.generateObject();
objects.push_back(std::make_shared<Object>(o));
}
}
void CBlobLabeling::DoLabeling()
{
m_nBlobs = Labeling(m_Image, m_nThreshold);
}
void CBlobLabeling::DoLabeling() // ���̺� ���� �Լ�
{
m_nBlobs = Labeling(m_Image, m_nThreshold); // �̹����� Threshold���� �Ѱ��־� �νĵ� ��ü�� ������ ���� ����.
}
// Depending on the type of the vertex, set up the possible labelings.
// These are the maximum possible. As the waltz filter runs, we'll cull
// out labelings that actually don't work.
void Vertex::possible_labelings()
{
switch(type) {
case ELL: // There are 6 different possible labelings for an ELL type
labelings[0] = Labeling(RIGHT, LEFT);
labelings[1] = Labeling(LEFT, RIGHT);
labelings[2] = Labeling(PLUS, RIGHT);
labelings[3] = Labeling(LEFT, PLUS);
labelings[4] = Labeling(MINUS, LEFT);
labelings[5] = Labeling(RIGHT, MINUS);
num_labelings = 6;
break;
case FORK: // There are 5 different possible labelings for a FORK type
labelings[0] = Labeling(PLUS, PLUS, PLUS);
labelings[1] = Labeling(MINUS, MINUS, MINUS);
labelings[2] = Labeling(LEFT, RIGHT, MINUS);
labelings[3] = Labeling(MINUS, LEFT, RIGHT);
labelings[4] = Labeling(RIGHT, MINUS, LEFT);
num_labelings = 5;
break;
case TEE: // There are 4 different possible labelings for a TEE type
labelings[0] = Labeling(RIGHT, LEFT, PLUS);
labelings[1] = Labeling(RIGHT, LEFT, MINUS);
labelings[2] = Labeling(RIGHT, LEFT, LEFT);
labelings[3] = Labeling(RIGHT, LEFT, RIGHT);
num_labelings = 4;
break;
case ARROW: // There are 3 different possible labelings for an ARROW type
labelings[0] = Labeling(LEFT, RIGHT, PLUS);
labelings[1] = Labeling(MINUS, MINUS, PLUS);
labelings[2] = Labeling(PLUS, PLUS, MINUS);
num_labelings = 3;
break;
}
}