* @brief Retrieve the requested minimal number of observations per triangulation * @return a positive number which is the minimal number of observ

* @brief Get the number of valid points per pose required * @return the threshold used to discriminate a valid pose */

* @brief Return the minimum number of required samples * @return minimum number of required samples */

* @brief Return the minimum number of required samples * @return minimum number of required samples */

* @brief Return the minimum number of required samples * @return minimum number of required samples */

* @brief Return the minimum number of required samples for the solver * @return minimum number of required samples */

* @brief Number of samplings to have at least \a minProba probability of absence of * outlier in a sample of \a sampleSize elements. * @param

* @brief get a pose from a boost json object (assume the file format is ok) * @param obj the input json object * @param format the required rotation

* @brief Get a set of poses from an alembic file (assumes the file format is ok). * @param posesFilename the input ABC filename * @param readPose th

* @brief Get a set of poses from a JSON file (assumes the file format is ok). * The JSON file contains an array of objects. Each object describes a f

Get processor information

* @brief Get a random int in order to generate uid. * @warning The random doesn't use a repeatable seed to avoid conflicts between different launches

* @brief Get the rigid transformation * @param[in] pp1 * @param[in] pp2 * @param[out] R * @param[out] t */

* @brief Get tile map ROI from file metadata. * @param[in] mapTilePath the tile map file path * @param[in,out] out_roi the corresponding region-of-i

* @brief Return the orientation of the feature as a vector scaled to the scale of the feature. * @return a vector corresponding to the orientatio

* @brief Get a set of surveys from a JSON file (assumes the file format is ok). * The JSON file contains an array of objects. Each object describes a

* @brief Get tile map TileParams from file metadata. * @param[in] mapTilePath the tile map file path * @param[in,out] out_tileParams the correspondi

* @return geometric filter type represented by this class */

Get the vendor ID

* @brief Gives the view of the input view id. * @param[in] viewId The given view ID * @return the corresponding view ptr */

List all URLs in a CMakelists.txt

List all URLs in a CMakelists.txt

Extract all variable names used in the expression

* @brief Get the intrinsic image height * @return The intrinsic image height */

Returns whether UV coordinates are available

Converts an HSL color value to RGB. Conversion formula adapted from http://en.wikipedia.org/wiki/HSL_color_space. Assumes h, s, and l are contained in

* @brief Check if the view has the minimal identifiers required for processing. * @return true if view, intrinsic, and pose identifiers are set c

* @brief isNan * @param[in] A matrix */

* @brief Check if a point is inside an axis aligned bounding box * @param bbMin the minimal values of the bounding box on each axis * @param bbMax t

* @brief Check if the given view has a valid pose * @param[in] view The given view * @return true if pose defined */

* @brief Get raw profile status * @return true if profile is dedicated to a raw image */

* @brief Return true if the feed is an SfMData one. * * @return True if the feed is an SfMData feed, false otherwise. */

is empty

is full