Package net.algart.matrices.morphology
package net.algart.matrices.morphology
Algorithms of mathematical morphology and rank operations for
n-dimensional AlgART matrices
.
- Author:
- Daniel Alievsky
-
ClassDescriptionA skeletal implementation of the
Morphology
interface to minimize the effort required to implement this interface.A skeletal implementation of theRankMorphology
interface to minimize the effort required to implement this interface.The simplest complete implementation ofMorphology
interface.Almost complete implementation ofRankMorphology
interface with an instantiation method of some complete implementation.The filter allowing to transform anyMorphology
object to another instance of that interface, which uses some non-trivial form of continuation outside the source matrix.The filter allowing to transform anyRankMorphology
object to another instance of that interface, which uses some non-trivial form of continuation outside the source matrix.Complete description of precision characteristics of rank operations, described inRankMorphology
interface.Iterative erosion of the matrix.Iterative opening of the matrix.Mathematical morphology overn-dimensional matrices
with a random n-dimensional structuring element (shape), represented byPattern
class.Subtraction mode for some methods ofMorphology
interface.Rank operations overn-dimensional matrices
: percentile, rank, mean between given percentiles or values, etc., calculated on all matrix elements in an aperture with the fixed shape, represented byPattern
class.Some predefined precision characteristics of rank operations, described inRankMorphology
interface.A set ofstreaming aperture processors
, implementing all operations, specified inRankMorphology
interface.The filter allowing to transform anyMorphology
object to another instance of that interface, which uses some giventiler
for processing the source matrix (an argument ofMorphology
methods).The filter allowing to transform anyRankMorphology
object to another instance of that interface, which uses some giventiler
for processing the source matrices (arguments ofRankMorphology
methods).