Seg3D  2.4
Seg3D is a free volume segmentation and processing tool developed by the NIH Center for Integrative Biomedical Computing at the University of Utah Scientific Computing and Imaging (SCI) Institute.
Core::LargeVolumeSchema Member List

This is the complete list of members for Core::LargeVolumeSchema, including all inherited members.

append_brick_buffer(DataBlockHandle data_block, size_t z_start, size_t z_end, const size_t offset, const BrickInfo &bi, std::string &error) const Core::LargeVolumeSchema
compute_level_num_bricks(index_type level) const Core::LargeVolumeSchema
compute_levels()Core::LargeVolumeSchema
enable_downsample(bool downsample_x, bool downsample_y, bool downsample_z)Core::LargeVolumeSchema
get_brick_file_name(const BrickInfo &bi)Core::LargeVolumeSchema
get_brick_grid_transform(const BrickInfo &bi) const Core::LargeVolumeSchema
get_brick_size() const Core::LargeVolumeSchema
get_brick_size(const BrickInfo &bi) const Core::LargeVolumeSchema
get_bricks_for_region(const BBox &region, double pixel_size, SliceType slice, const std::string &load_key)Core::LargeVolumeSchema
get_bricks_for_volume(Transform world_viewport, int width, int height, SliceType slice, const BBox &effective_bbox, double depth, const std::string &load_key) (defined in Core::LargeVolumeSchema)Core::LargeVolumeSchema
get_children(const BrickInfo &bi, SliceType slice, double depth, std::vector< BrickInfo > &children)Core::LargeVolumeSchema
get_data_type() const Core::LargeVolumeSchema
get_dir() const (defined in Core::LargeVolumeSchema)Core::LargeVolumeSchema
get_effective_brick_size() const Core::LargeVolumeSchema
get_grid_transform() const Core::LargeVolumeSchema
get_level_downsample_ratio(size_t idx) const Core::LargeVolumeSchema
get_level_layout(index_type level) const Core::LargeVolumeSchema
get_level_size(index_type level) const Core::LargeVolumeSchema
get_level_spacing(index_type level) const Core::LargeVolumeSchema
get_level_start_and_end(const GridTransform &region, int level, IndexVector &start, IndexVector &end, GridTransform &gt)Core::LargeVolumeSchema
get_max() const Core::LargeVolumeSchema
get_min() const Core::LargeVolumeSchema
get_num_levels() const Core::LargeVolumeSchema
get_nx() const Core::LargeVolumeSchema
get_ny() const Core::LargeVolumeSchema
get_nz() const Core::LargeVolumeSchema
get_origin() const Core::LargeVolumeSchema
get_overlap() const Core::LargeVolumeSchema
get_parent(const BrickInfo &bi, BrickInfo &parent)Core::LargeVolumeSchema
get_size() const (defined in Core::LargeVolumeSchema)Core::LargeVolumeSchema
get_spacing() const Core::LargeVolumeSchema
index_type typedef (defined in Core::LargeVolumeSchema)Core::LargeVolumeSchema
insert_brick(DataBlockHandle volume, DataBlockHandle brick, IndexVector offset, IndexVector clip_start, IndexVector clip_end)Core::LargeVolumeSchema
insert_brick(DataBlockHandle volume, DataBlockHandle brick, IndexVector offset)Core::LargeVolumeSchema
is_compressed() const Core::LargeVolumeSchema
is_little_endian() const Core::LargeVolumeSchema
LargeVolumeSchema() (defined in Core::LargeVolumeSchema)Core::LargeVolumeSchema
load(std::string &error)Core::LargeVolumeSchema
read_brick(DataBlockHandle &data_block, const BrickInfo &bi, std::string &error) const Core::LargeVolumeSchema
reprocess_brick(const BrickInfo &bi, std::string &error) const Core::LargeVolumeSchema
save(std::string &error) const Core::LargeVolumeSchema
set_compression(bool compression)Core::LargeVolumeSchema
set_dir(const boost::filesystem::path &dir)Core::LargeVolumeSchema
set_min_max(double min, double max) const Core::LargeVolumeSchema
set_parameters(const IndexVector &size, const Vector &spacing, const Point &origin, const IndexVector &brick_size, size_t overlap, DataType datatype)Core::LargeVolumeSchema
write_brick(DataBlockHandle data_block, const BrickInfo &bi, std::string &error) const Core::LargeVolumeSchema