---
name: "otbcli_MorphologicalProfilesAnalysis"
section: "1"
platform: "linux"
package: "otb-bin"
version: "6.6.1+dfsg-1+b1"
release: "Debian 10 (Buster)"
platforms: ["linux"]
url: "https://new.carta.tech/otbcli_MorphologicalProfilesAnalysis"
---

# otbcli\_MorphologicalProfilesAnalysis(1)

OTB MorphologicalProfilesAnalysis application

## 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