NAME

       otbcli_MorphologicalProfilesAnalysis - OTB MorphologicalProfilesAnalysis application

DESCRIPTION

       This   is   the   MorphologicalProfilesAnalysis   application,   version   6.0.0  Performs
       morphological profiles analysis on an input image channel.

       Complete                                                                    documentation:
       http://www.orfeo-toolbox.org/Applications/MorphologicalProfilesAnalysis.html

   Parameters:
       -progress
              <boolean>        Report progress

       -in                              <string>            Input    Image     (mandatory)   -out
       <string>  [pixel]   Output   Image    [pixel=uint8/uint16/int16/uint32/int32/float/double]
       (default value is float) (mandatory)

       -channel
              <int32>          Selected Channel  (mandatory, default value is 1)

       -ram   <int32>           Available  RAM  (Mb)  (optional, off by default, default value is
              128)

       -structype
              <string>         Structuring Element Type [ball/cross] (mandatory, default value is
              ball)

       -size  <int32>          Profile Size  (mandatory, default value is 5)

       -radius
              <int32>          Initial radius  (mandatory, default value is 5)

       -step  <int32>          Radius step.  (mandatory, default value is 1)

       -profile
              <string>                                                                    Profile
              [opening/closing/derivativeopening/derivativeclosing/openingcharacteristics/closingcharacteristics/classification]
              (mandatory, default value is opening)

       -profile.classification.sigma <float>
              Sigma value for leveling tolerance  (mandatory, default value is 1)

       -inxml <string>         Load otb application from xml file  (optional, off by default)

EXAMPLES

       otbcli_MorphologicalProfilesAnalysis  -in  ROI_IKO_PAN_LesHalles.tif -channel 1 -structype
       ball -profile classification -size 5 -radius 1  -step  1  -profile.classification.sigma  1
       -out output.tif