PolSARpro v2.0 Software Training Course

Transcription

1 PolSARpro v2.0 Software Training Course

2 Training Course Programme 09h00 09h30 09h30 11h00 11h00 11h30 11h30 12h00 12h00 13h00 Topic 1: General Presentation of the PolSARpro Software Topic 2: PolSARpro Single Data Set Package (presentation, demonstration, do it yourself) Break Topic 3: PolSARpro EO Scientific Investigator Package (presentation, demonstration, do it yourself) Topic 4: Practical Course (do it yourself)

3 General Presentation of PolSARpro v2.0 Software

4 SOFTWARE DIRECTORY STRUCTURE PolSARpro_v2.0.tcl is the executable file that launches the POLSARPRO user interface

5 SOFTWARE DIRECTORY STRUCTURE ColorMap Directory contains user defined or modified POLSARPRO colour-map files

6 SOFTWARE DIRECTORY STRUCTURE Config Directory contains default defined colour-map files or training class definition text files: Never Change nor Modify PDFReaderUnix.txt :path to the default software used to view PDF files on a UNIX platform (acroread) PDFReaderWindows.txt :path to the default software used to view PDF files on a Windows platform (acrobat.exe)

7 SOFTWARE DIRECTORY STRUCTURE GUI Directory contains all the Widget Window Tcl-Tk files

8 SOFTWARE DIRECTORY STRUCTURE Help_v2.0 Directory contains POLSARPRO documentation files written in PDF format.

9 SOFTWARE DIRECTORY STRUCTURE Log Directory contains the LogFiles where are registered all the Session Function Calls, Arguments, and Error Trace. LogFile_YYYY_MM_DD_hh_mm_ss.txt Multi-session capability

10 SOFTWARE DIRECTORY STRUCTURE Soft Directory contains C-Source code and ready to use executable processing files and libraries

11 SOFTWARE DIRECTORY STRUCTURE Tutorial Directory contains POLSARPRO Tutorial Material written in PDF format.

12 DATA DIRECTORY STRUCTURE Compatible Raw Binary Data 2x2 Complex Sinclair Matrix [S2] DATADIR config.txt s11.bin, s12.bin s21.bin, s22.bin PolarCase Monostatic s12.bin == s21.bin Bistatic s12.bin <> s21.bin Intensities Ixy.bin PolarType Full s11.bin, s12.bin, s21.bin, s22.bin pp1 s11.bin, s21.bin pp2 s12.bin, s22.bin pp3 s11.bin, s22.bin pp4 I11.bin, I12.bin, I22.bin pp5 I11.bin, I21.bin pp6 I12.bin, I22.bin pp7 I11.bin, I22.bin Nrow Ncol PolarCase Monostatic/Bistatic/Intensities PolarType Full/pp1/pp2/pp3/pp4/pp5/pp6/pp7

13 DATA DIRECTORY STRUCTURE Compatible Raw Binary Data 3x3 Complex Coherency Matrix [T3] DATADIR T3 config.txt T11.bin, T12_real.bin, T12_imag.bin, T13_real.bin, T13_imag.bin, T22.bin, T23_real.bin, T23_imag.bin, T33.bin Nrow Ncol PolarCase Monostatic/Bistatic PolarType Full

14 DATA DIRECTORY STRUCTURE Compatible Raw Binary Data 3x3 Complex Covariance Matrix [C3] DATADIR C3 config.txt C11.bin, C12_real.bin, C12_imag.bin, C13_real.bin, C13_imag.bin, C22.bin, C23_real.bin, C23_imag.bin, C33.bin Nrow Ncol PolarCase Monostatic/Bistatic PolarType Full

15 DATA DIRECTORY STRUCTURE Compatible Raw Binary Data 4x4 Complex Coherency Matrix [T4] DATADIR T4 config.txt T11.bin, T12_real.bin, T12_imag.bin, T13_real.bin, T13_imag.bin, T14_real.bin, T14_imag.bin, T22.bin, T23_real.bin, T23_imag.bin, T24_real.bin, T24_imag.bin, T33.bin, T34_real.bin, T34_imag.bin, T44.bin Nrow Ncol PolarCase Bistatic PolarType Full

16 DATA DIRECTORY STRUCTURE Compatible Raw Binary Data 4x4 Complex Covariance Matrix [C4] DATADIR C4 config.txt C11.bin, C12_real.bin, C12_imag.bin, C13_real.bin, C13_imag.bin, C14_real.bin, C14_imag.bin, C22.bin, C23_real.bin, C23_imag.bin, C24_real.bin, C24_imag.bin, C33.bin, C34_real.bin, C34_imag.bin, C44.bin Nrow Ncol PolarCase Bistatic PolarType Full

17 PolSARpro v2.0 SOFTWARE MAIN MENU

18 PolSARpro v2.0 SOFTWARE MAIN MENU PolSARpro Full Software Single Data Set Tutorial on Radar Polarimetry Help Files Viewer Display Tools Version for the EO Scientific Investigator Spaceborne Sensors: ALOS, ASAR, RADARSAT2, TerraSar, SIR-C Airborne Sensors: AIRSAR, Convair, EMISAR, ESAR, PISAR, RAMSES

19 PolSARpro v2.0 SOFTWARE MAIN MENU PolSARpro Full Software Single Data Set Tutorial on Radar Polarimetry Help Files Viewer Display Tools Version for the EO Scientific Investigator Spaceborne Sensors: ALOS, RADARSAT2, TerraSar, SIR-C Airborne Sensors: AIRSAR, Convair, EMISAR, ESAR, PISAR, RAMSES

20 TUTORIAL Access to a wide-ranging tutorial Provide a grounding in SAR Polarimetry (PolSAR) and SAR Polarimetric Interferometry (PolInSAR) Direct access to the Tutorial while using PolSARpro facilities The Tutorial is made available in PDF format.

21 TUTORIAL Series of Tutorial Slide Shows is mave available to support taught courses of for use as part of a self teaching programme. Direct access to the Slide Shows while using PolSARpro facilities The Tutorial is made available in PDF format.

23 USER MANUAL Series of concatenated sub-sections of the User Manual, containing all the individual pages necessary for a specific interface. The User Manual is made available in PDF format.

24 HELP FILES PolSARpro is accompanied by a comprehensive set of 171 Help Files for each individual function. Individual Help Files are accessible from within the software by clicking on the help icon present in the relevant dialogue box. User Manual is made available in PDF format.

26 PolSARpro v2.0 SOFTWARE PolSARpro V2.0 Software provides a comprehensive suite of functions for the scientific exploitation of fully and partially polarimetric data. It performs complete end-to-end processing without the need for other software. Data Processing Approach along a recommended and easy processing chain Provide a First Qualitative Analysis of the fully polarimetric data set processed

28 PolSARpro Display & Viewer v3.0 Display Interface offers the possibility to create and export images in an 8- bit or 24-bit dynamic range (Windows Bitmap and TIFF formats) for inclusion in reports, or import to GIS software for comparison with other data.

29 PolSARpro Display & Viewer v3.0 Create 8 24 bits BMP / TIFF file DATADIR T3 file.bin Create_BMP_file file.bmp

30 PolSARpro Display & Viewer v3.0 Create 24 bits RGB file DATADIR T3 T11.bin T22.bin T33.bin Create_pauli_RGB_file Create_sinclair_RGB_file paulirgb.bmp sinclairrgb.bmp red.bin green.bin blue.bin Create_RGB_file combinergb.bmp

31 PolSARpro Display & Viewer v3.0 Create 24 bits HSL file DATADIR T3 bin files Create_Polar1_HSV_file Create_Polar2_HSV_file Polar1HSV.bmp Polar2HSV.bmp Hue.bin Sat.bin Light.bin Create_HSV_file CombineHSV.bmp

32 PolSARpro Display & Viewer v3.0 8-bit or 24-bit BMP file 24-bit RGB file Span image 24-bit HSL file Pauli color coded image Alpha/Entropy/Span coded image

33 PolSARpro Display & Viewer v3.0 PolSARpro v2.0 offers a basic Viewer (PV 3.0) which can be use to display and modify results output in common graphics formats as 8 24 bits Windows Bitmap files.

34 PolSARpro Display & Viewer v3.0 Main Functionalities Save Windows Bitmap output files in different graphic formats like GIF, JPG, PS and TIFF. Image Display Size setting In/Out Zoom function Zoom Lens Window Overview Window Image Flip Up-Down - Flip Left-Right Image 90 Left / Right rotation Image Transpose Color Dropper Color Palette edition ColorMap modification

35 PolSARpro VIEWER (PV3.0) EXAMPLES Image Display size setting ColorMap modification Zoom Lens Window Color Palette Edition Overview Window

37 PolSARpro Tools Tools Interface offers different Data Files management and transformation facilities : File / Directory create, delete, rename options Raw Binary Data file: rotate +/-90, 180, flip up-down, flip left-right, transpose Complex Raw Binary Data FFT Export to GIS software like Export / Import to RAT

38 PolSARpro Tools Export / Import My Function

39 PolSARpro Tools Data File Management

40 PolSARpro Tools Data File Transformation DATADIR Cmplx_Tools Float_Tools T3 C3 C4T4 DATADIR_L90 DATADIR_R90 DATADIR_R180 DATADIR_FLR DATADIR_FUD DATADIR_TRT DATADIR_FLR_L90_TRT DATADIR_SUB DATADIR_IEEE DATADIR_FFT

41 Single Data Set Package

43 PROCESSING CHAIN Configuration Data Import Data Convert! Input Data File:!Raw Binary Data!Airborne Sensors! QuickLook! Extract Raw Data! Convert Polarimetric Data Format Data Process! Change of Polarisation Basis! Speckle Filetring, P.W.F! Polarimetric Elements! Polarimetric Decomposition! Polarimetric Segmentation!H / A / alpha classification!wishart - H / A / alpha classification!supervised Wishart classification

44 ENVIRONNEMENT

45 ENVIRONNEMENT Processing Configuration

46 ENVIRONNEMENT Processing Configuration Configure Data Main Directory location

47 ENVIRONNEMENT Processing Configuration Configure Data Main Directory location Automatic Data Check (Null or NaN) Configuration File (ENVI) Image Display Size setting

49 ENVIRONNEMENT Processing Configuration Color Palette Edition & Modification

50 ENVIRONNEMENT Processing Configuration Run Trace Selection Specific Tcl-Tk widget window providing operational and informative error messages. Backtrace with each warning or error message (equivalent to the Unix command: troff). Blue : Black: Red: Widget Window C Routines RunTime Errors Checking Result

51 Data IMPORT

52 Data IMPORT Raw Binary Data

53 Data IMPORT Raw Binary Data INPUT DATA FILES

54 Data IMPORT AIRSAR Data File

55 Data IMPORT CONVAIR Data File

56 Data IMPORT EMISAR Data File

57 Data IMPORT ESAR Data File

58 Data IMPORT PISAR Data File

59 Data IMPORT RAMSES Data File

60 Data IMPORT AIRSAR Data File Do it Yourself: Enter Input Data File configuration: 900 rows x 1024 col, no Header, MLC

61 Data IMPORT EMISAR Data File Do it Yourself: Data Set: EMISAR / FOULUM_L_Format_S2 Input Data File configuration: 1750 rows x 1000 col Convert Input IEEE binary Format

62 Data IMPORT Quick Look Create a RGB (24-bit Output BMP File) color image: Pauli Color coded Image T22 = HH-VV T33 = HV+VH T11 = HH+VV Do it Yourself: Run Quick look

63 Data IMPORT Extract Binary Data Convert Fully Polarimetric Data Files to different Polarimetric Output Format INPUT DIR OUTPUT DIR Fully Polarimetric Data Files config.txt s11.bin, s12.bin, s21.bin, s22.bin

64 Data IMPORT Extract Binary Data Do it Yourself: Select an area, then Extract the Data : Full Resolution -> [S2] View the Pauli-RGB File automatically created

65 Data CONVERT

66 Data CONVERT [S2] Elements DATADIR config.txt s11.bin, s12.bin s21.bin, s22.bin S2toSpp S2toT3 T3 DATADIR_PPx T3toC3 C3toT3 T4toT3 config.txt spq.bin, srs.bin S2toC3 C3 C4toT3 SpptoC2 C2 T4toC3 SpptoIpp S2toT4 T4 C4toC3 S2toIpp T4toC4 C4toT4 DATADIR_PPy S2toC4 C4 config.txt Ipq.bin, Irs.bin

67 Data CONVERT [S2] Elements Do it Yourself: Apply a Data Convert from [S2] to [T3], check the Directory /T3 View the Pauli-RGB File automatically created

68 Data CONVERT [T3] Elements Do it Yourself: Apply a Data Convert from [T3] to [C3], check the Directory /C3 View the RGB File automatically created

69 Data PROCESS

70 Data PROCESS [S2] Elements MENU

71 Data PROCESS [T3] Elements MENU

72 Data PROCESS [S2] Elements ELEMENTS

73 Data PROCESS [S2] Elements ELEMENTS DATADIR config.txt s11.bin, s12.bin s21.bin, s22.bin Axy.bin, Ixy.bin Ixy_db.bin sxy_pha.bin Axy.bmp, Ixy.bmp Ixy_db.bmp sxy_pha.bmp Do it Yourself: Select some elements, set the parameters and view the corresponding BMP files.

74 Data PROCESS [T3] Elements ELEMENTS DATADIR T3 config.txt [T3x3] Elements Txy_mod.bin Txy_db.bin Txy_pha.bin Txy_mod.bmp Txy_db.bmp Txy_pha.bmp Do it Yourself: Select some elements, set the parameters and view the corresponding BMP files.

75 Data PROCESS [S2] Elements ELLIPTICAL BASIS CHANGEMENT

76 Data PROCESS [S2] Elements ELLIPTICAL BASIS CHANGEMENT DATADIR config.txt s11.bin, s12.bin s21.bin, s22.bin Basis_Change DATADIR_CIR DATADIR_LIN DATADIR_ELL config.txt s11.bin, s12.bin s21.bin, s22.bin config.txt s11.bin, s12.bin s21.bin, s22.bin config.txt s11.bin, s12.bin s21.bin, s22.bin Do it Yourself: Apply an Elliptical Basis Changement then Create a RGB File ([S2]) Repeat the procedure with different Basis (Don t forget to change the Main directory)

77 Data PROCESS [S2] Elements P.W.F FILTER

78 Data PROCESS [S2] Elements P.W.F FILTER DATADIR config.txt s11.bin, s12.bin s21.bin, s22.bin PWF.bin PWF_dB.bmp Do it Yourself: Apply a PWF Filter then view the PWF_db.bmp file

79 Data PROCESS [S2] Elements SPECKLE FILTER

80 Data PROCESS [S2] Elements SPECKLE FILTER DATADIR config.txt s11.bin, s12.bin s21.bin, s22.bin Lee_Refined_Filter BoxCar_Filter DATADIR_BOX DATADIR_LEE T3 Do it Yourself: Apply a Box Speckle Filter then Create a RGB File ([T3]) (Don t forget to change the Main directory) Apply a Lee Speckle Filter then Create a RGB File ([T3]) config.txt [T3x3] Elements

81 Data PROCESS [S2] Elements POLARIMETRIC DECOMPOSITION

82 Data PROCESS [S2] Elements POLARIMETRIC DECOMPOSITION DATADIR config.txt s11.bin, s12.bin s21.bin, s22.bin bin files bmp files l1, l2, l3, p1, p2, p3 alpha1, alpha2, alpha3 beta1, beta2, beta3 delta1, delta2, delta3 gamma1, gamma2, gamma3 alpha, beta, delta, gamma entropy, anisotropy, erd, anisotropy12, asymetry polarisation fraction HA, 1mHA, H1mA, 1mH1mA Do it Yourself: Select some elements, set the parameters and view the corresponding BMP files.

83 Data PROCESS [S2] Elements POLARIMETRIC DECOMPOSITION

84 Data PROCESS [S2] Elements POLARIMETRIC DECOMPOSITION DATADIR config.txt s11.bin, s12.bin s21.bin, s22.bin DATADIR_JRH T3 C3 DATADIR_SRC T3 C3 Polarimetric Decompositions DATADIR_RMB1 DATADIR_RMB2 DATADIR_WAH1 DATADIR_WAH2 DATADIR_HAA T3 T3 T3 T3 T3 C3 C3 C3 C3 C3

85 Data PROCESS [S2] Elements POLARIMETRIC DECOMPOSITION DATADIR config.txt s11.bin, s12.bin s21.bin, s22.bin bin files bmp files Name_T11.bin Name_T22.bin Name_RVB.bmp Name_T33.bin Name_T11_dB.bin Name_T11_dB.bmp Name_T22_dB.bin Name_T11_dB.bmp Name_T33_dB.bin Name_T11_dB.bmp With Name = Huynen, Barnes1, Barnes2, Cloude Holm1, Holm2, HAAlpha, Krogager Do it Yourself: Select different Polarimetric Decompositions, deselect «Decomposition». View the corresponding Pauli-RGB and Target Generators BMP files.

86 Data PROCESS [S2] Elements POLARIMETRIC DECOMPOSITION Coherent Decomposition: Cameron DATADIR config.txt s11.bin, s12.bin s21.bin, s22.bin Cameron.bin Cameron.bmp Do it Yourself: Run the Cameron Decomposition View the corresponding BMP file.

87 Data PROCESS [S2] Elements POLARIMETRIC SEGMENTATION

88 Data PROCESS [S2] Elements POLARIMETRIC SEGMENTATION H / A / Alpha Classification DATADIR config.txt s11.bin, s12.bin s21.bin, s22.bin entropy.bin, anisotropy.bin, alpha.bin combination_ha.bin, combination_1mha.bin, combination_h1ma.bin, combination_1mh1ma.bin H_A_class.bin, H_Alpha_class.bin, A_Alpha_class.bin X_Y_occurrence_plane X_Y_segmented_plane entropy.bmp, anisotropy.bmp, alpha.bmp combination_ha.bmp, combination_1mha.bmp, combination_h1ma.bmp, combination_1mh1ma.bmp H_A_class.bmp, H_Alpha_class.bmp, A_Alpha_class.bmp H_A_occurence.bmp, H_Alpha_ occurence.bmp, A_Alpha_ occurence.bmp, H_A_segmented.bmp, H_Alpha_ segmented.bmp, A_Alpha_ segmented.bmp Do it Yourself: Select some elements, set the parameters and view the corresponding BMP files.

89 Data PROCESS [S2] Elements POLARIMETRIC SEGMENTATION H / A / Alpha - Wishart Classification DATADIR config.txt s11.bin, s12.bin s21.bin, s22.bin Wishart_H_alpha_class_X.bin Wishart_H_A_alpha_class_X.bin Wishart_H_alpha_class_X.bmp Wishart_H_A_alpha_class_X.bmp X = window size Do it Yourself: Set the parameters, run and view the corresponding BMP files.

90 Data PROCESS [S2] Elements POLARIMETRIC SEGMENTATION Supervised Wishart Classification 1: Select the Output Directory 2 : Select the Output Image Number of Rows and Columns 3 : Select BMP creation files, Reject Class and Confusion Matrix. Note: BMP and Confusion Matrix are selected by default 4 : Enter the Window Size and the Reject Ratio Coefficient.(if Reject Class option is selected) 5 : Edit the ColorMap and choose the colours associated to the different classes 6 : Select (or not) the Coded ColorMap option 7 : Enter the name of the Training Areas list text file The default output file name is set to: Config / training_areas.txt 8 : Open Graphic Editor to define graphically the Areas of Interest (AoI) or run Text Editor to enter the coordinates of the Areas of Interest (AoI)in the Training Areas text file 9 : Run Training Process. This program will define the training clusters centres from the selected Areas of Interest (AoI). 10 : Run the Wishart Supervised Classification procedure

91 Data PROCESS [S2] Elements POLARIMETRIC SEGMENTATION Supervised Wishart Classification 1 : Create a new Training Class and add it to the list. 2 : Delete the current Training Class from the list. 3 : Create a new Training Area and add it to the list of the current Training Class. 4 : Delete the current Training Area from the list. 5 : Clear the different contours on the chosen image. 6 : Delete all the Training Classes and associated Training Areas from the list. 7 : Save the Training Class and associated Training Areas list....the default output file name is set to MD / training_areas.txt. 8 : Rectangular selection of Area of Interest (AoI). 9 : Polygonal selection of Area of Interest (AoI).... Note: The contour is automatically closed by clicking on the Mouse Right Button. 10 : Toggle selected area contour color (black / white). Class : Redraw all the Training Areas of the current Training Class. Class : Move in the up/down direction in the Training Class list. Area : Redraw the current Training Area of the current Training Class. Area : Move in the up/down direction in the Training Area list of the current Training Class.

92 Data PROCESS [S2] Elements POLARIMETRIC SEGMENTATION Supervised Wishart Classification

93 Data PROCESS [S2] Elements POLARIMETRIC SEGMENTATION Supervised Wishart Classification DATADIR config.txt s11.bin, s12.bin s21.bin, s22.bin Run Training Process Training_areas.txt Training_areas.bin Training_cluster_set.bmp Run Classification X = window size Supervised_class_X.bin Supervised_class_rej_X.bin Confusion_matrix_X.txt Confusion_matrix_rej_X.txt Supervised_class_X.bmp Supervised_class_rej_X.bmp Classified_cluster_set.bmp Classified_cluster_set_rej.bmp

96 Data PROCESS [S2] Elements POLARIMETRIC SEGMENTATION Supervised Wishart Classification Do it Yourself: Set the parameters, select different classes, run and view the corresponding BMP files.

97 Data PROCESS [S2] Elements BATCH PROCEDURE Will be presented after the break

98 Questions?

99 Earth Observation Scientific Investigator Package

101 DATA COMPATIBILITY - IMPORT AIRBORNE / SPACEBORNE SENSORS PolSARpro Software offers the possibility to handle and convert polarimetric data from a range of well established polarimetric airborne platforms. PolSARpro Software accepts today the following input specific formats: AIRSAR CONVAIR EMISAR ESAR PISAR RAMSES

102 DATA COMPATIBILITY - IMPORT AIRBORNE / SPACEBORNE SENSORS PolSARpro Software handles and converts polarimetric data from a range of future and planned spaceborne missions. PolSARpro Software is flexible to accommodate data from the following current and future missions: ALOS - PALSAR ENVISAT - ASAR RADARSAT 2 TerraSAR L TerraSAR X SIR-C

103 Data Processing Approach along a recommended and easy processing chain Provide a First Qualitative Analysis of the fully polarimetric data set processed

104 PROCESSING CHAIN Configuration Data Import Data Process Data Display! Input Data File! QuickLook! Extract Raw Data! [T3] Elements! Batch Process!Speckle Filtering!H / A / alpha Decomposition! Unsupervised Wishart H / A / alpha Segmentation! BMP 8 / 24 bits! RGB

105 ENVIRONNEMENT Processing Configuration Configure Data Main Directory location

106 ENVIRONNEMENT Processing Configuration Configure Data Main Directory location Automatic Data Check (Null or NaN) Configuration File (ENVI) Image Display Size setting

108 ENVIRONNEMENT Processing Configuration Color Palette Edition & Modification

109 ENVIRONNEMENT Processing Configuration Run Trace Selection Specific Tcl-Tk widget window providing operational and informative error messages. Backtrace with each warning or error message (equivalent to the Unix command: troff). Blue : Black: Red: Widget Window C Routines RunTime Errors Checking Result

110 Data IMPORT AIRSAR Data File

111 Data IMPORT CONVAIR Data File

112 Data IMPORT EMISAR Data File

113 Data IMPORT ESAR Data File

114 Data IMPORT PISAR Data File

115 Data IMPORT RAMSES Data File

116 Data IMPORT ASAR-APX Data File Data Level 1 ASAR-APS: Alternative Polarization Mode Single Look Complex ASAR-APP: Alternative Polarization Mode Precision Image ASAR-APG: Alternative Polarization Mode Ellipsoïd Geocoded Image

117 Data IMPORT AIRSAR Data File Do it Yourself: Enter Input Data File configuration: 900 rows x 1024 col, no Header, MLC

118 Data IMPORT Quick Look Create a RGB (24-bit Output BMP File) color image: Pauli Color coded Image T22 = HH-VV T33 = HV+VH T11 = HH+VV Do it Yourself: Run Quick look

119 Data IMPORT Extract Binary Data Convert Fully Polarimetric Data Files to Complex (3x3) Coherency Matrix [T3] INPUT DIR OUTPUT DIR Fully Polarimetric Data Files T3 config.txt T11.bin, T12_real.bin, T12_imag.bin T13_real.bin, T13_imag.bin, T22.bin T23_real.bin, T23_imag.bin, T33.bin

120 Data IMPORT Extract Binary Data Do it Yourself: Select an area, then Extract the Data : Full Resolution

121 Data PROCESS [T3] Elements Do it Yourself: Select some elements, set the parameters and view the corresponding BMP files.

122 Data PROCESS Batch Process

123 Data PROCESS Batch Process Polarimetric Spekle Filetring DATA DIR T3 config.txt [T3] Elements DATA DIR_BOX DATA DIR_LEE T3 config.txt [T3] Elements Do it Yourself: Select the different functions, set the parameters and view the corresponding BMP files.

124 Data PROCESS Batch Process H / A / alpha Decomposition Do it Yourself: Select the different functions, set the parameters and view the corresponding BMP files.

125 Data PROCESS Batch Process H / A / alpha Planes Do it Yourself: Select the different functions, set the parameters and view the corresponding BMP files.

126 Data PROCESS Batch Process Unsupervised Wishart H / A / alpha Classification Do it Yourself: Select the different functions, set the parameters and view the corresponding BMP files.

127 Questions?