ACloudViewer  3.9.4
A Modern Library for 3D Data Processing
cloudViewer::reconstruction::vocab_tree Namespace Reference

Functions

void pybind_vocab_tree_methods (py::module &m)
 
void pybind_vocab_tree (py::module &m)
 

Variables

static const std::unordered_map< std::string, std::string > map_shared_argument_docstrings
 

Function Documentation

◆ pybind_vocab_tree()

void cloudViewer::reconstruction::vocab_tree::pybind_vocab_tree ( py::module &  m)

◆ pybind_vocab_tree_methods()

void cloudViewer::reconstruction::vocab_tree::pybind_vocab_tree_methods ( py::module &  m)

Variable Documentation

◆ map_shared_argument_docstrings

const std::unordered_map<std::string, std::string> cloudViewer::reconstruction::vocab_tree::map_shared_argument_docstrings
static
Initial value:
= {
{"database_path",
"Path to database in which to store the extracted data"},
{"vocab_tree_path", "The vocabulary tree path."},
{"num_visual_words",
"The desired number of visual words, i.e. the number of leaf "
"node clusters. Note that the actual number of visual words "
"might be less."},
{"num_checks",
"The number of checks in the nearest neighbor search."},
{"branching",
"The branching factor of the hierarchical k-means tree."},
{"num_iterations",
"The number of iterations for the clustering."},
{"max_num_images", "The maximum number of images."},
{"database_image_list_path", "The database image list path."},
{"query_image_list_path", "The query image list path."},
{"output_index_path", "The output index path."},
{"max_num_images",
"The maximum number of most similar images to retrieve."},
{"num_neighbors",
"The number of nearest neighbor visual words that each "
"feature descriptor is assigned to."},
{"num_images_after_verification",
"Whether to perform spatial verification after image "
"retrieval."},
{"max_num_features", "The maximum number of features."}}

Definition at line 21 of file vocab_tree.cpp.

Referenced by pybind_vocab_tree_methods().