Analysis Methods#

Methods that perform calculations, measurements, or statistical analysis.

Total methods in this category: 20

BoundingBox #

compute(arg0)#

Computes a new positioning so that this box encloses the specified point cloud.

Signature: compute(Iterator) -> void

Parameters:

arg0 (Any): - the iterator of the points Collection

Returns: None

ConvexHull2D #

compute()#

Signature: compute() -> void

Returns: None

ConvexHull3D #

compute()#

Signature: compute() -> void

Returns: None

ConvexHullAnalyzer #

static supportedMetrics()

Gets the list of metrics supported by ConvexHullAnalyzer.

Signature: static supportedMetrics() -> List

Returns: (List[Any]) the list of supported metric names that can be computed by this analyzer

Frangi #

compute(arg0, arg1)#

Signature: compute(RandomAccessibleInterval, RandomAccessibleInterval) -> void

Parameters:

arg0 (Any)
arg1 (Any)

Returns: None

MultiTreeColorMapper #

static getMetrics(arg0)

Gets the list of supported mapping metrics.

Signature: static getMetrics(String) -> List

Parameters:

arg0 (str): - Either ‘all’ (MultiTreeColorMapper and TreeColorMapper metrics) or ‘default’ (MultiTreeColorMapper only)

Returns: (List[Any]) the list of mapping metrics.

static getSingleValueMetrics()

Gets the list of single-value mapping metrics.

Signature: static getSingleValueMetrics() -> List

Returns: (List[Any]) the list of single-value mapping metrics.

MultiTreeStatistics #

static getAllMetrics()

Description copied from class: TreeStatistics

Signature: static getAllMetrics() -> List

Returns: (List[Any]) the terminal branches. Note that as per Path.getSection(int, int), these branches will not carry any connectivity information.

static getMetrics(): Gets the list of metrics supported by MultiTreeStatistics.

Returns all the metrics that can be computed for groups of trees, including aggregate measures and group-specific statistics.

Signature: static getMetrics() -> List

Returns: (List[Any]) the list of supported metric names

NodeColorMapper #

static getMetrics()

Gets the list of supported mapping metrics.

Signature: static getMetrics() -> List

Returns: (List[Any]) the list of mapping metrics.

NodeStatistics #

static computeNearestNeighborDistances(arg0)

Computes nearest neighbor distances. Assigns the computed value to the v value of each point

Signature: static computeNearestNeighborDistances(List) -> void

Parameters:

arg0 (List[Any]): - the list of points

Returns: None

static getMetrics()

Gets the list of supported metrics.

Signature: static getMetrics() -> List

Returns: (List[Any]) the list of supported metrics

PathStatistics #

static getAllMetrics(): Gets the terminal branches from the analyzed paths.

Returns paths that have children, representing non-terminal segments. Note: This implementation differs from typical terminal branch definition as it returns paths with children rather than leaf paths.