Returns true if a is contained/on the border in b.

check if any of the depths surrounding the given coordinate is similar to the given value

check if the list is empty

check if the list is empty

check if a pixel is inside the image

@brief Check that the matrix is a valid rotation matrix (orthogonal) */

* Create and initialize a config item for the given SML entry. */

* Release and destroy the config item for the given SML entry. */

* Save a config item for the given SML entry. Return false if this item should not be saved. */

extract array of faces viewed by each image

extract array of faces viewed by each image

compute for each face the projection area as the maximum area in both images of a pair (make sure ListCameraFaces() was called before)

compute for each face the projection area as the maximum area in both images of a pair (make sure ListCameraFaces() was called before)

extract array of triangles incident to each vertex and check each vertex if it is at the boundary or not

* Load the values from a file; * all children are generated if they do not exist */

* Load the configuration from a file. */

load the dense point-cloud from a PLY file

SaveConfidenceMap ----------------------------------------------------------------*/ load the confidence map from our .cmap file format

load depth-map and generate a Multi-View Stereo scene

SaveDepthMap ----------------------------------------------------------------*/ load the depth map from our .dmap file format

import the point-cloud as a GLTF file

import the mesh as a GLTF file

SaveNormalMap ----------------------------------------------------------------*/ load the normal map from our .nmap file format

import the mesh as a OBJ file

import the point-cloud as a PLY file

import the mesh as a PLY file

* Constructor */

* Constructor */

create the map for converting index to matrix position 1 2 3 1 2 4 7 5 3 6 8 9 --> 4 5 6 7 8 9