%VAR selection = sel data # # Lissage du MNT : ******* Bulletin Name ******* =B= Grid Operator ***** Bulletin Version ****** =N= 1000 Directory Name =A= Base data File Name =A= mnt2m-tot 1 bit Variable: v1 =A= None 1 bit Variable: v2 =A= None 1 bit Variable: v3 =A= None 1 bit Variable: v4 =A= None 1 bit Variable: v5 =A= None Real Variable: w1 =A= alt-topo Real Variable: w2 =A= alt_topo liss100m Real Variable: w3 =A= None Real Variable: w4 =A= None Real Variable: w5 =A= None Structural Element Definition =A= s1 = B[25 , 25 , 1] Morphological Transformation =M= w2=moving_average(s1,w1) # # Calcul des residus et initialisation du modele de variogramme : ******* Bulletin Name ******* =B= Global Trend Modeling ***** Bulletin Version ****** =N= 320 Maximum number of External Drifts =N= 1 Data Directory Name =A= Base data Data File Name =A= data_BK-2012 Data Selection Name =A= None Variable =A= toit BK Weight =A= None External Drift #1 =A= alt_topo liss100m Trend at Data =A= toit BK trend topo liss100m Residuals at Data =A= toit BK residus trend topo liss100m Grid Directory Name =A= Base data Grid File Name =A= mnt2m-tot Grid Selection Name =A= None Trend =A= toit BK trend topo liss100m External Drift on Target #1 =A= alt_topo liss100m Trend Option =A= 1 f1 Model Pset Name =A= toit BK NonStat topo_liss100m Save in Parameter File =A= Y Use Grid File =A= Y # # Calcul du variogramme experimental : ******* Bulletin Name ******* =B= Logical Operations on Selections ***** Bulletin Version ****** =N= 320 Directory Name =A= Base data File Name =A= data_BK-2012 First Selection Name =A= sel data Selection Operator =A= .AND. Second Selection Name =A= Sans code 5 et 6 NEW Selection Name =A= sel data sans code 5 et 6 # ******* Bulletin Name ******* =B= Exploratory Data Analysis ***** Bulletin Version ****** =N= 1100 Directory name =A= Base data File name =A= data_BK-2012 Selection name =A= sel data sans code 5 et 6 Data Variable #1 =A= toit BK residus trend topo liss100m Weight Variable =A= None Use the grid organization =A= N Tabulated Representation =A= N Reference Variable =A= toit BK residus trend topo liss100m Vertical View Disposal =A= Y Format for Statistics - Type =A= Decimal Format for Statistics - Length =A= 10 Format for Statistics - Digits =A= 2 Use the Weight Variable =A= N Default Symbol size =N= 0.2 Default Character size =N= 0.2 Default Line Style =A= Solid Default Line Color =A= foreground Define parameters before graphic =A= Y # Definition of a new Statistical Page Type of representation =A= Variogram List of selected variables =A= toit BK residus trend topo liss100m Start Graphic Definition Parameters =A= Y # Graphic Parameters Draw axes and title =A= Y Draw active points only =A= N Pick points =A= Y # Specific Calculation Parameters Draw the experimental variogram =A= Y Draw the variogram cloud =A= Y Draw the experimental variance =A= Y Use the same distance axis =A= Y Draw the number of pairs =A= N Draw the histogram of pairs =A= N Same scale for all directions =A= Y Draw all the direction =A= Y Calculate the variogram cloud =A= N Rank of the direction =N= 0 Type of calculation =N= 0 Type of variography =A= Variogram Number of directions =N= 1 Number of regular directions =N= 0 Orthogonal direction =A= N ***** Rotation Version ***** =N= 800 # Reference Plane Convention Name =A= Geologist Convention Code =A= A+X-Z 1st Angle =A= 40 degrees 2nd Angle =A= 0 degrees 3rd Angle =A= 0 degrees # Parameters for Direction #1 Rank of the elementary definition =N= 0 Label for this Direction =A= Number of lags =N= 20 Special code usage =A= N Grid skipping value =N= 1 Grid index along X =N= 0 Grid index along Y =N= 0 Grid index along Z =N= 0 ***** Rotation Version ***** =N= 800 # Direction Definition Convention Name =A= Geologist Convention Code =A= A+X-Z 1st Angle =A= 90 degrees 2nd Angle =A= 0 degrees 3rd Angle =A= 0 degrees Tolerance on distance =N= 0.5 Tolerance on direction =N= 90 Lag value =N= 25 m Last Lag to be Refined =N= Lag Subdivision =N= Slicing Width =N= Slicing Height =N= Page Name =A= Page 2: Variogram (toit BK residus trend topo li) P-Set name =A= None Save Action =A= Override Page Setup Begin =A= Y ***** Page Setup Version ***** =N= 1000 Page Setup Print in Batch =A= N Page Setup Format Name =A= Computer Graphic Metafile (CGM) Page Setup Print to File =A= N Page Setup Print File =A= Variogram__toit_BK_residus_trend_topo_liss100m_.cgm Page Setup Printer Name =A= Default Page Setup Printer Keep File =A= N Page Setup Printer Keep Name =A= Variogram__toit_BK_residus_trend_topo_liss100m_ Page Setup Save in Batch =A= N Page Setup Save Directory =A= Graphiques Page Setup Save File Name =A= Variogram (toit BK residus trend topo liss100m) Page Setup Lock Legend Size =A= Y Page Setup Draw Title Block =A= Y Page Setup Page Frame =A= Y Page Setup Use Gray Scale =A= N Page Setup White BG Print =A= Y Page Setup Draw Title =A= Y Page Setup Title On Top =A= Y Page Setup Title Frame =A= N Page Setup Title Text =M= Variogram (toit BK residus trend topo liss100m) Page Setup Title Size =N= 0.4 Page Setup Draw Description =A= Y Page Setup Manual Description =A= N Page Setup Description Frame =A= Y Page Setup Description Size =N= 0.2 Page Setup Logo =A= Y Page Setup Logo Bitmap =A= N Page Setup Logo Bitmap File Name =A= None Page Setup Logo Date =A= Y Page Setup Logo User =A= Y Page Setup Logo User Name =A= ERIBAR Page Setup Logo Study =A= Y Page Setup Logo Study Name =A= Bonnard_2012 Page Setup Logo Size =N= 0.2 Page Setup Graphic Size Mode =N= 1 Page Setup Page Width =N= 19 Page Setup Page Height =N= 27.7 Page Setup Scale Value =N= Page Setup Magnification Factor =N= 1 Page Setup End =A= Y Number of Views =N= 1 View Label Begin =A= Y ***** View Label Version ***** =N= 1000 View Label Visible =A= Y View Label Manual Text =A= N View Label Text =M! View Label Background Color =A= transparent View Label Text Color =A= foreground View Label Border Color =A= foreground View Label Text Size =N= 0.2 View Label Position =A= North West View Label Gravity =A! Center View Label Alignment =A= Center View Label Inside =A= Y View Label X Center =N! 0 View Label Y Center =N! 0 View Label Left-Right Offset =N! 0.2 View Label Bottom-Top Offset =N! 0.2 View Label End =A= Y Grid Axes Begin =A= Y ***** Grid Axes Version ***** =N= 1100 Number of Grid Axes =N= 1 Grid Axis Number 1 =A= Y Grid Axis Name =A= All View Draw Grid and Subgrid =A= N Number of Horizontal Subdivisions =N= 0 Number of Vertical Subdivisions =N= 0 Grid Axes End =A= Y End of Definition =A= Y Default Minimum =N= 0 Default Maximum =N= 0 Default Number of classes =N= 1 Default Use Log Scale =A= N Default Log Shift =N= 0 # # Ajustement du modele : ******* Bulletin Name ******* =B= Variogram Fitting ***** Bulletin Version ****** =N= 1000 Parameter Set Name =A= toit BK residus trend topo liss100m Fitting option =N= 2 Number of iterations =N= 100 Verbose Automatic Sill Fitting option =A= N Override checks for KU usage =A= Y Automatic Sill Fitting =A= N Advanced Parameters =A= N Masking minimum number of pairs =A= N Masking maximum distance =A= N # Parameters for the Fitting Window Fitting: Representing the variogram =A= Y Fitting: Option for lag representation =A= N Fitting: Join experimental lags =A= Y Fitting: Representing number of pairs =A= Y Fitting: Representing variogram names =A= N Fitting: Representing pairs histogram =A= N Fitting: Histograms with same scale =A= Y Fitting: Representing the model =A= Y Fitting: Representing the envelop =A= N Fitting: Representing the variance =A= Y Fitting: Representing title and axes =A= Y # Parameters for the Global Window Global: Representing the variogram =A= Y Global: Option for lag representation =A= N Global: Join experimental lags =A= Y Global: Representing number of pairs =A= N Global: Representing variogram names =A= Y Global: Representing pairs histogram =A= N Global: Histograms with same scale =A= Y Global: Representing the model =A= Y Global: Representing the envelop =A= Y Global: Representing the variance =A= Y Global: Representing title and axes =A= Y Global Representation mode =N= 0 Number of rows in Global Window =N= 1 Number of cols in Global Window =N= 1 View rank of the Window Global =N= 1 # Matrix of covariances at the origin C00[ 1, 1] =N= 0 Model Normation mode =N= 0 Constrained sill for variable 1 =N= Constraint on nugget effect =A= N Nugget[ 1, 1] =N= 0 # Masking Rules Minimum number of pairs in dir[ 1] =N= Maximum distance in dir[ 1] =N= Graphic Bounds along X-axis =A= N X-bounds for dir[ 1] =N= Graphic bounds along Y-axis =A= N Ymax-Bounds for vars[ 1, 1] =N= Ymin-Bounds for vars[ 1, 1] =N= ***** Rotation Version ***** =N= 800 # Simulation Rotation Convention Name =A= Mathematician Convention Code =A= +Z+Y+X 1st Angle =A= 0 degrees 2nd Angle =A= 0 degrees 3rd Angle =A= 0 degrees Simulation Orientation =N= 0 Simulation mesh along X =N= 0.01 m Simulation mesh along Y =N= 0.01 m Simulation nodes along X =N= 100 Simulation nodes along Y =N= 100 Simulation Number of bands =N= 2000 ***** Rotation Version ***** =N= 800 # Variogram Map Rotation Convention Name =A= Mathematician Convention Code =A= +Z+Y+X 1st Angle =A= 0 degrees 2nd Angle =A= 0 degrees 3rd Angle =A= 0 degrees Vmap Orientation =N= 0 Vmap Number of sectors =N= 90 Vmap Number of lags =N= 100 Vmap Lag =N= 1 m Draw the Fitting window =A= Y Page Setup Begin =A= Y ***** Page Setup Version ***** =N= 1000 Page Setup Print in Batch =A= N Page Setup Format Name =A= Computer Graphic Metafile (CGM) Page Setup Print to File =A= N Page Setup Print File =A= Variogram_Model_-_Fitting_Window.cgm Page Setup Printer Name =A= Default Page Setup Printer Keep File =A= N Page Setup Printer Keep Name =A= Variogram_Model_-_Fitting_Window Page Setup Save in Batch =A= N Page Setup Save Directory =A= Graphiques Page Setup Save File Name =A= V-Model (toit BK residus trend topo liss100m)(Bas Page Setup Lock Legend Size =A= Y Page Setup Draw Title Block =A= Y Page Setup Page Frame =A= Y Page Setup Use Gray Scale =A= N Page Setup White BG Print =A= Y Page Setup Draw Title =A= Y Page Setup Title On Top =A= Y Page Setup Title Frame =A= N Page Setup Title Text =M= Variogram Model - Fitting Window Page Setup Title Size =N= 0.4 Page Setup Draw Description =A= Y Page Setup Manual Description =A= N Page Setup Description Frame =A= Y Page Setup Description Size =N= 0.2 Page Setup Logo =A= Y Page Setup Logo Bitmap =A= N Page Setup Logo Bitmap File Name =A= None Page Setup Logo Date =A= Y Page Setup Logo User =A= Y Page Setup Logo User Name =A= ERIBAR Page Setup Logo Study =A= Y Page Setup Logo Study Name =A= Bonnard_2012 Page Setup Logo Size =N= 0.2 Page Setup Graphic Size Mode =N= 1 Page Setup Page Width =N= 19 Page Setup Page Height =N= 27.7 Page Setup Scale Value =N= Page Setup Magnification Factor =N= 1 Page Setup End =A= Y Draw the Display window =A= N Draw the Simulation Window =A= N Draw the Variogram Map Window =A= N # Automatic Variogram Fitting Use Automatic Fitting =A= Y Initial Combination =A= Spherical Add Nugget =A= N Auto Fit in Batch =A= N # Definition of the Model ***** Model Version ***** =N= 903 Modification status =A= Y Name of the Model Set =A= toit BK NonStat topo_liss100m Switch Rotation =A= Y Global Rotation =A= N ***** Rotation Version ***** =N= 800 # Global Rotation Convention Name =A= Geologist Convention Code =A= A+X-Z 1st Angle =A= 90 degrees 2nd Angle =A= 0 degrees 3rd Angle =A= 0 degrees Drift type =A= 1 f1 Increment status =A= N Order for increments =N= 0 Increment Direction =A= X Direction Lag for increments =N= 0 m Convolution defined =A= N Truncation defined =A= N Covariance type =A= Spherical Model Third parameter =N= 1 Switch Anisotropy =A= N Scale Factor =N= 240 m ***** Rotation Version ***** =N= 800 # Local Rotation Convention Name =A= Geologist Convention Code =A= A+X-Z 1st Angle =A= 90 degrees 2nd Angle =A= 0 degrees 3rd Angle =A= 0 degrees Coregionalization =N= 190 # # Krigeage avec derive externe : ******* Bulletin Name ******* =B= Standard (Co-)Kriging ***** Bulletin Version ****** =N= 1100 Kriging Option =A= Punctual Number of variables =N= 1 Maximum number of External Drifts =N= 1 Full set of output variables =A= N Rank of the extracted drift =N= 1 Data Directory Name =A= Base data Data File Name =A= data_BK-2012 Data Selection Name =A= sel data sans code 5 et 6 Variable #1 =A= toit BK External Drift on Data #1 =A= alt_topo liss100m Variance of Measurement error =A= None Kriging Weights =A= None Target Directory Name =A= Base data Target File Name =A= mnt2m-tot Target Selection Name =A= AOI Estimation for Variable #1 =A= toit BK KDE topo liss100m St dev for Variable #1 =A= toit BK KDE topo liss100m EcT External Drift on Target #1 =A= alt_topo liss100m Collocated Variable =A= None Local mean for Variable #1 =A= None Radius of the convolution Ball =N= 0 m Gradient or Laplacian Unit =A= Meter Measurement error option =A= N Name of the Erroneous Variable =A= toit BK Collocated CoKriging option =A= N Collocated Variable in Data =A= toit BK # Definition of the Model ***** Model Version ***** =N= 903 Modification status =A= N Name of the Model Set =A= toit BK NonStat topo_liss100m # Definition of the Neighborhood ***** Neighborhood Version ***** =N= 1000 Modification status =A= N Name of the Neighborhood Set =A= unique # Definition of the Model Special Options ***** Model Special Version ***** =N= 400 Simple Kriging =A= N Filtering Option =A= N Factorial Kriging Option =A= N Deconvolution Option =A= N Stop at first inversion problem =A= Y ***** Variable Model Version ***** =N= 1100 LGS Directory Name =A= None LGS File Name =A= None LGS Base Name =A= LGS Global Use Rotation =A= N LGS Global 2D =A= N LGS Global Rotation / Z =A= None LGS Global Rotation / Y =A= None LGS Global Rotation / X =A= None LGS Global Use Sill =A= N LGS Global Sill =A= None LGS Model Number of Variables =N= 1 LGS Number of Structures =N= 1 LGS Structure #1 Use Rotation =A= N LGS Structure #1 2D =A= N LGS Structure #1 Rotation / Z =A= None LGS Structure #1 Rotation / Y =A= None LGS Structure #1 Rotation / X =A= None LGS Structure #1 Use Range =A= N LGS Structure #1 Proportional =A= N LGS Structure #1 Range Factor =A= None LGS Structure #1 Range / X =A= None LGS Structure #1 Range / Y =A= None LGS Structure #1 Range / Z =A= None LGS Structure #1 Use Sill =A= N LGS Structure #1 Sill Factor =A= None LGS Structure #1 Use Third =A= N LGS Structure #1 Third Parameter =A= None LGS Neighborhood Use Rotation =A= N LGS Neighborhood 2D =A= Y LGS Neighborhood Rotation / Z =A= None LGS Neighborhood Rotation / Y =A= None LGS Neighborhood Rotation / X =A= None LGS Neighborhood Use Radius =A= N LGS Neighborhood Proportional =A= N LGS Neighborhood Radius / Z =A= None LGS Neighborhood Radius / Y =A= None LGS Neighborhood Radius / X =A= None LGS Neighborhood Factor =A= None # ******* Bulletin Name ******* =B= Calculator ***** Bulletin Version ****** =N= 1000 Directory Name =A= Base data File Name =A= mnt2m-tot Selection Name =A= None Float Variable Number =N= 5 Selection Variable Number =N= 2 Macro Variable Number =N= 2 Variable Name =A= v1 =alt-topo Variable Name =A= v2 =toit BK KDE topo liss100m Transformation =M= v2=ifelse(v1>v2,v2,v1) # ******* Bulletin Name ******* =B= Migrate Grid to Point ***** Bulletin Version ****** =N= 320 Number of variables =N= 1 Input Directory Name =A= Base data Input File Name =A= mnt2m-tot Input Selection Name =A= None Input Variable #1 =A= toit BK KDE topo liss100m Output Directory Name =A= Base data Output File Name =A= data_BK-2012 Output Selection Name =A= None Migrated Variable #1 =A= toit BK KDE topo liss100m Maximum Migration Distance =N= # ******* Bulletin Name ******* =B= ArcView Export ***** Bulletin Version ****** =N= 320 Isatis Directory Name =A= Base data Isatis File Name =A= mnt2m-tot Isatis Variable Name =A= toit BK KDE topo liss100m File Type =A= Ascii format Data File Name =A= K:\CREALP\LT+GR\BONNARD\18-ModelisationGeol_3D\2012\SIG\ToitBK_kde100liss.asc