;************************************************
;*           Surfer Default Settings            *
;*                                              *
;*  Format:                                     *
;*  Name[+ | *] = [Value]   [;Comment]          *
;*                                              *
;*  +  Save setting within session only         *
;*  *  Save setting within and between sessions *
;*                                              *
;************************************************

;===== $Hdr(File Open) ===========
InSrf =           ;Default document file to open

;===== $Hdr(File Import) =========
fiFile =          ;Import filename

;===== $Hdr(File Print) ==========
prReduce+ =       ;Printing Method $Opt(Truncate=0,Fit to Page=1,Tile=2)
prScale =         ;Printing Scale factor % (100=actual size)
prXover+ =        ;Horizontal overlap when tiling (Page Units)
prYover+ =        ;Vertical overlap when tiling (Page Units)
prCopies+ =       ;Number of copies to print
prCollate+ =      ;Collate multiple pages $Opt(No=0,Yes=1)
prSelection+ =    ;Print selected objects only $Opt(No=0,Yes=1)

;===== $Hdr(File Page Setup) ====
xPageSize* =      ;Page width (.001")
yPageSize* =      ;Page height (.001")
Landscape* =      ;Landscape mode $Opt(No=0,Yes=1)
lMargin* =        ;Left margin in page units
rMargin* =        ;Right margin in page units
tMargin* =        ;Top margin in page units
bMargin* =        ;Bottom margin in page units

;===== $Hdr(Edit Paste Special) ==
PasteFmt =        ;Paste format string as it appears in dialog
PasteBreak+ =     ;Break apart metafiles $Opt(No=0,Yes=1)

;===== $Hdr(Arrange Rotate) ======
Rotation =        ;For Arrange-Rotate command (in degrees)

;===== $Hdr(Grid Data) ===========
gdInFile =        ;Input data filename [.DAT]
gdOutGrd =        ;Output grid filename [.GRD]
gdOutFmt =        ;Output grid file format $Opt(Binary=0,Ascii=1,XYZ=2,Surfer7=3)
gdXcol+ =         ;X data column (0-255)
gdYcol+ =         ;Y data column (0-255)
gdZcol+ =         ;Z data column (0-255)
gdXmin =          ;Minimum X of grid in data units
gdXmax =          ;Maximum X of grid in data units
gdYmin =          ;Minimum Y of grid in data units
gdYmax =          ;Maximum Y of grid in data units
gdNrow =          ;Number of grid lines in Y direction
gdNcol =          ;Number of grid lines in X direction
gdMethod* =       ;Gridding Method $Opt(InvDist=0,Kriging=1,MinCurv=2,Shepards Method=3,Natural Neighbor=4,Nearest Neighbor=5,Polynomial Regression=6,Radial Basis=7,Triangulation=8,Moving Average=9,Statistics=10,Local Polynomial=11)
gdoIgnoreOut+ =   ;Ignore points outside grid $Opt(No=0,Yes=1)
gdoDupMethod =    ;Duplicate data to keep $Opt(All=0,None=1,First=2,Last=3,MinX=4,MaxX=5,MedX=6,MinY=7,MaxY=8,MedY=9,MinZ=10,MaxZ=11,MedZ=12,Sum=13,Average=14,MidRange=15,Random=16)
gdxDupTol =       ;Duplicate X tolerance
gdyDupTol =       ;Duplicate Y tolerance
gdFilter =        ;Exclusion filter expression
gdReport* = 1     ;Create report $Opt(No=0,Yes=1)
gdFaultFile =     ;Fault file [.BLN]
gdBreakFile =     ;Breakline file [.BLN]
gdNoSearch =      ;No Search (use all data) $Opt(No=0,Yes=1)
gdNumSect =       ;Number of sectors
gdsDatPerSect =   ;Number of nearest points for search
gdsMaxEmpty =     ;Max number of empty sectors
gdsMinData =      ;Min number of data points for a valid sector
gdsMaxData =      ;Max number of data points from all sectors
gdsRad1 =         ;Search ellipse radius (data units)
gdsRad2 =         ;Search ellipse radius (data units)
gdsAngle =        ;Search ellipse angle (degrees)
gdoPower+ =       ;Inverse Distance / Local Polynomial power
gdoSmooth+ =      ;Smoothing factor for Inverse distance, Shepards
gdoRad1 =         ;Anisotropy radius 1 for Shepards
gdoRad2 =         ;Anisotropy radius 2 for Shepards
gdoQuadN =        ;Quadratic Neighbors for Shepards
gdoWeightN =      ;Weighting Neighbors for Shepards
gdoRatio =        ;Anisotropy ratio for Inverse distance, Radial Basis
gdoAngle =        ;Anisotropy angle
gdoV1Type =       ;Variogram Component 1 Type $Opt(None=,Exponential=1,Gaussian=2,Linear=3,Logarithmic=4,Nugget=5,Power=6,Quadratic=7,Rational Quadratic=8,Spherical=9,Wave=10,Cubic=11,Pentaspherical=12)
gdoV1Param1 =     ;Component 1 slope, scale, or error variance depending on Type
gdoV1Param2 =     ;Component 1 power or micro variance depending on Type
gdoV1Length =     ;Component 1 correlation length
gdoV1Angle =      ;Component 1 anisotropy angle
gdoV1Ratio =      ;Component 1 anisotropy ratio
gdoV2Type =       ;Variogram Component 2 Type $Opt(None=,Exponential=1,Gaussian=2,Linear=3,Logarithmic=4,Nugget=5,Power=6,Quadratic=7,Rational Quadratic=8,Spherical=9,Wave=10,Cubic=11,Pentaspherical=12)
gdoV2Param1 =     ;Component 2 slope, scale, or error variance depending on Type
gdoV2Param2 =     ;Component 2 power or micro variance depending on Type
gdoV2Length =     ;Component 2 correlation length
gdoV2Angle =      ;Component 2 anisotropy angle
gdoV2Ratio =      ;Component 2 anisotropy ratio
gdoV3Type =       ;Variogram Component 3 Type $Opt(None=,Exponential=1,Gaussian=2,Linear=3,Logarithmic=4,Nugget=5,Power=6,Quadratic=7,Rational Quadratic=8,Spherical=9,Wave=10,Cubic=11,Pentaspherical=12)
gdoV3Param1 =     ;Component 3 slope, scale, or error variance depending on Type
gdoV3Param2 =     ;Component 3 power or micro variance depending on Type
gdoV3Length =     ;Component 3 correlation length
gdoV3Angle =      ;Component 3 anisotropy angle
gdoV3Ratio =      ;Component 3 anisotropy ratio
gdoDrift =        ;Kriging drift $Opt(No Drift=0,Linear=1,Quadratic=2)
gdKrigType =      ;Kriging grid type $Opt(Point=0,Block=1)
gdStdDevGrd =     ;Kriging std dev output grid name [.GRD]
gdStdDevFmt =     ;Kriging std dev output format $Opt(Binary=0,Ascii=1,XYZ=2,Surfer7=3)
gdoBasis+ =       ;Radial basis type $Opt(Inverse Multiquadric=0,MultiLog=1,MultiQuadric=2,Natural Cubic Spline=3,Thin Plate Spline=4)
gdoRsq =          ;R squared
gdoXorder+ =      ;Regression X order
gdoYorder+ =      ;Regression Y order
gdoTotOrder+ =    ;Regression total order
gdoCopyCoef+ =    ;Copy Regression coefficients $Opt(No=0,Yes=1)
gdoMaxIter =      ;Max. iterations for minimum curvature
gdoIntTens =      ;Internal Tension for minimum curvature
gdoBndTens =      ;Boundary Tension for minimum curvature
gdoRelax =        ;Relaxation factor for minimum curvature
gdoMaxResid =     ;Max. residual for minimum curvature
gdoMetric* =      ;Data metric $Opt(Min=0,LowerQ=1,Median=2,UpperQ=3,Max=4,Range=5,MidRange=6,QRange=7,Mean=8,StdDev=9,Variance=10,Coefficient Variation=11,Median Absolute Deviation=12,RMS=13,Sum=14,Count=15,Density=16,Nearest=17,Farthest=18,Median Dist=19,Average Dist=20,Offset=21,Slope=22,Aspect=23)
gdoLPOrder+ =     ;Local Polynomial order (1, 2, 3)
gdoOutTri+ =      ;Output triangles $Opt(No=0,Yes=1)
gdoTriFile =      ;Output triangle filename [.GSB]

;===== $Hdr(Grid Data Cross Validation) ===========
xvCount =         ;Cross validation count
xvReport* = 1     ;Cross validation do report $Opt(No=0,Yes=1)
xvOutFile =       ;Cross validation data output filename
xvXTol =          ;Cross validation X tolerance
xvYTol =          ;Cross validation Y tolerance
xvXMin =          ;Cross validation X minimum
xvXMax =          ;Cross validation X maximum
xvYMin =          ;Cross validation Y minimum
xvYMax =          ;Cross validation Y maximum
xvZMin =          ;Cross validation Z minimum
xvZMax =          ;Cross validation Z maximum

;===== $Hdr(Grid Function) =======
gfEquation+ =     ;Function equation
gfXmin+ =         ;Function minimum X
gfXmax+ =         ;Function maximum X
gfXinc+ =         ;Function X increment
gfYmin+ =         ;Function minimum Y
gfYmax+ =         ;Function maximum Y
gfYinc+ =         ;Function Y increment
gfOutGrd =        ;Function output grid [.GRD]
gfOutFmt =        ;Function grid format $Opt(Binary=0,Ascii=1,XYZ=2,Surfer7=3)

;===== $Hdr(Grid Math) ===========
gmInGrd1 =        ;Math input grid 1 name [.GRD]
gmInGrd2 =        ;Math input grid 2 name [.GRD]
gmOutGrd =        ;Math output grid name [.GRD]
gmOutFmt =        ;Output file format $Opt(Binary=0,Ascii=1,XYZ=2,Surfer7=3)
gmEquation+ =     ;Math equation

;===== $Hdr(Grid Calculus) =======
gcInGrd =         ;Input filename [.GRD]
gcOutGrd =        ;Output filename [.GRD]
gcOutFmt =        ;Output file format $Opt(Binary=0,Ascii=1,XYZ=2,Surfer7=3)
gcOperation+ =    ;Grid calculus operation $Opt(First=0,Second=1,Curvature=2,Slope=3,Aspect=4,ProfileCurvature=5,Plan=6,Tangential=7,Gradient=8,Laplacian=9,Biharmonic=10,Integrate=11,Correlogram=12,Periodogram=13)
gcAngle+ =        ;Directional derivative "direction"
gcGradMin+ =      ;Minimum gradient to compute aspect and curvature

;===== $Hdr(Grid Filter) =========
gfiInGrd =        ;Filter input file name [.GRD]
gfiOutGrd =       ;Filter output file name [.GRD]
gfiOutFmt =       ;Filter output format $Opt(Binary=0,Ascii=1,XYZ=2,Surfer7=3)
gfiFilter* =      ;Filter type $Opt(Average=0,Dist Weighting=1,Inverse Distance=2,Gaussian Low-pass=3,User-defined=4,5-node + Avg=5,5-node X Avg=6,9-node Avg=7,Gaussian=8,Low-pass 1=9,Low-pass 2=10,Low-pass 3=11,Mean Removal=12,High-pass 1=13,High-pass 2=14,High-pass 3=15,Roberts row=16,Roberts column=17,Prewitt row=18,Prewitt column=19,Sobel row=20,Sobel column=21,FreiChen row=22,FreiChen column=23,Laplacian 1=24,Laplacian 2=25,Laplacian 3=26,Laplacian 4=27,Laplacian Diff=28,Diff of Gaussian (7x7)=29,Diff of Gaussian (9x9)=30,Horizontal=31,Vertical=32,East=33,Southeast=34,South=35,Southwest=36,West=37,Northwest=38,North=39,Northeast=40,East=41,Southeast=42,South=43,Southwest=44,West=45,Northwest=46,North=47,Northeast=48,Min=49,Lower Q=50,Median=51,Upper Q=52,Max=53,Range=54,Std Dev=55,Variance=56,Coef. of Var=57,Median Diff=58,Threshold Avg=59,Prewitt=60,Kirsch=61,Robinson 3=62,Robinson 5=63)
gfiPasses =       ;Number of passes
gfiEdge* =        ;Edge handling method
gfiEdgeFill+ =    ;Edge fill value
gfiBlnk* =        ;Blanked node handling method
gfiBlnkFill+ =    ;Blank node fill value

;===== $Hdr(Grid Spline Smooth) ==
gssInGrd =        ;Smooth input file name [.GRD]
gssOutGrd =       ;Smooth output file name [.GRD]
gssOutFmt =       ;Smooth output format $Opt(Binary=0,Ascii=1,XYZ=2,Surfer7=3)
gssInsRow+ =      ;Number of rows to insert
gssInsCol+ =      ;Number of columns to insert
gssNRow+ =        ;Grid Size (number of rows)
gssNCol+ =        ;Grid Size (number of columns)
gssMethod+ =      ;Spline smooth method $Opt(Insert=0,Recalc=1)

;===== $Hdr(Grid Blank) ==========
gbInGrd =         ;Blank input grid name [.GRD]
gbInBln =         ;Blank boundary file name [.BLN]
gbOutGrd =        ;Blanked output grid name [.GRD]
gbOutFmt =        ;Blanked output format $Opt(Binary=0,Ascii=1,XYZ=2,Surfer7=3)

;===== $Hdr(Grid Convert) ========
gcvtInGrd =       ;Input grid file name [.GRD]
gcvtOutGrd =      ;Output grid file name [.GRD]
gcvtOutFmt =      ;Output grid format $Opt(Binary=0,Ascii=1,XYZ=2,Surfer7=3)

;===== $Hdr(Grid Extract) ========
gxInGrd =         ;Input filename [.GRD]
gxOutGrd =        ;Output grid file [.GRD]
gxOutFmt =        ;Output grid format $Opt(Binary=0,Ascii=1,XYZ=2,Surfer7=3)
gxr1 =            ;First row of subgrid
gxc1 =            ;First column of subgrid
gxr2 =            ;Last row of subgrid
gxc2 =            ;Last column of subgrid
gxrFreq =         ;Row frequency
gxcFreq =         ;Column frequency

;===== $Hdr(Grid Transform) ======
gtInGrd =         ;Input filename [.GRD]
gtOutGrd =        ;Output grid file [.GRD]
gtOutFmt =        ;Output grid format $Opt(Binary=0,Ascii=1,XYZ=2,Surfer7=3)
gtOp+ =           ;Operation $Opt(Offset=0,Scale=1,Rotate=2,Xmirror=3,Ymirror=4)
gtxOff+ =         ;X offset
gtyOff+ =         ;Y offset
gtxScl+ =         ;X scale
gtyScl+ =         ;Y scale
gtAngle+ =        ;Rotation angle (in degrees)

;===== $Hdr(Grid Volume) =========
gvUpType =        ;Upper Surface $Opt(File=0,Constant=1)
gvUpGrd =         ;Upper surface grid file name [.GRD]
gvUpLevel+ =      ;Upper surface constant level value
gvLowType =       ;Lower surface $Opt(File=0,Constant=1)
gvLowGrd =        ;Lower surface grid file name [.GRD]
gvLowLevel+ =     ;Lower surface constant level value
gvZScale =        ;Z Scale factor

;===== $Hdr(Grid Slice) ==========
gsInGrd =         ;Input grid file name [.GRD]
gsInBln =         ;Input boundary file [.BLN]
gsOutside+ =      ;Use clip value outside grid $Opt(No=0,Yes=1)
gsBlanked+ =      ;Use clip value over blank area $Opt(No=0,Yes=1)
gsOutBln =        ;Output boundary file [.BLN]
gsOutDat =        ;Output Grapher data file
gsOutVal =        ;Value to use if outside grid
gsBlnVal =        ;Value to use for blanked grid nodes

;===== $Hdr(Grid Residuals) ======
grInGrd =         ;Input grid file [.GRD]
grXcol =          ;X worksheet column (0-255)
grYcol =          ;Y worksheet column (0-255)
grZcol =          ;Z worksheet column (0-255)
grResidCol =      ;Column to store residuals in (0-255)

;===== $Hdr(Grid Edit) ===========
geInGrd =         ;Grid editor input grid file [.GRD]
geInLvl =         ;Grid editor input level file
geOutLvl =        ;Grid editor output level file
geOutGrd =        ;Grid editor output grid file [.GRD]
geOutFmt =        ;Grid editor output grid format $Opt(Binary=0,Ascii=1,XYZ=2,Surfer7=3)

;===== $Hdr(Map Load Basemap) ====
bmFile =          ;Load Basemap filename

;===== $Hdr(Map Contour) =========
cInGrd =          ;Input grid file name [.GRD]
cMin =            ;Minimum contour in Z data units
cMax =            ;Maximum contour in Z data units
cInt =            ;Contour interval in Z data units
cFill+ =          ;Fill contours $Opt(No=0,Yes=1)
cSmooth+ =        ;Smooth contours $Opt(No=0,Yes=1)
cHachDir+ =       ;Hachure direction $Opt(Down=0,Up=1)
cColorScl+ =      ;Display color scale $Opt(No=0,Yes=1)
cLabUp+ =         ;Orient labels "uphill" $Opt(No=0,Yes=1)
cHachAll+ =       ;Hachure both closed and open contours $Opt(No=0,Yes=1)
cSmoothAmt+ =     ;Smooth amount $Opt(Low=0,Medium=1,High=2)
cBlnLine+ =       ;Blanked area line attributes
cBlnFill+ =       ;Blanked area fill attributes
cFltLine+ =       ;Fault line attributes
cFont+ =          ;Contour label font properties
cLabFmt+ =        ;Contour label format properties
cLLDist+ =        ;Minimum label-label distance in page units
cLEDist+ =        ;Minimum label-edge distance in page units
cCurveTol+ =      ;Label curve tolerance (>1.0)
cLabFirst+ =      ;First level to label (1=first)
cLabSet+ =        ;Number of levels to label
cLabSkip+ =       ;Number of levels to skip
cHachLen+ =       ;Contour line hachure length in page units
cHachFirst+ =     ;First level to hachure (1=first)
cHachSet+ =       ;Number of levels to label
cHachSkip+ =      ;Number of levels to skip
cLineType+ =      ;Line attribute interpolation method $Opt(Uniform=0,Gradational=1)
cMinLine+ =       ;Minimum contour line properties
cMaxLineWidth+ =  ;Maximum line width for gradational attributes in page units
cLineClr+ =       ;Color file [.CLR] for lines
cMinLineData+ =   ;Data value at minimum line color
cMaxLineData+ =   ;Data value at maximum line color
cLineFirst+ =     ;First level to apply line attributes to (1=first)
cLineSet+ =       ;Number of levels to set line attributes
cLineSkip+ =      ;Number of levels to skip
cMinFill+ =       ;Fill pattern and background mode for filled contours
cFillFgClr+ =     ;Color file [.CLR] for foreground fill
cMinFillFgData+ = ;Data value at minimum foreground fill color
cMaxFillFgData+ = ;Data value at maximum foreground fill color
cFillBgClr+ =     ;Color file [.CLR] for background fill
cMinFillBgData+ = ;Data value at minimum background fill color
cMaxFillBgData+ = ;Data value at maximum background fill color
cFillFirst+ =     ;First level to apply fill attributes to (1=first)
cFillSet+ =       ;Number of levels to set fill attributes
cFillSkip+ =      ;Number of levels to skip
cInLvl =          ;Input level file [.LVL]
cOutLvl =         ;Output level file [.LVL]

;===== $Hdr(Export Contours) =====
ecFile =          ;Export Contours file name [.DXF]

;===== $Hdr(Map Post) ============
pXcol =           ;Worksheet column containing X coords (0-255)
pYcol =           ;Worksheet column containing Y coords (0-255)
pLabCol =         ;Worksheet column containing the label (0-255)
pSymCol =         ;Worksheet column containing the symbol code (0-255)
pAngCol =         ;Worksheet column containing symbol angle (0-255)
pZcol =           ;Worksheet column containing value to class (0-255)
pHtCol =          ;Worksheet column containing height (0-255)
pSym+ =           ;Symbol properties
pSymAng+ =        ;Symbol angle (degrees)
pFont+ =          ;Font properties
pLabFmt+ =        ;Label format properties
pFreq+ =          ;Post frequency
pPosType+ =       ;Label position $Opt(Center=0,Left=1,Right=2,Above=3,Below=4,User Defined=5)
pXpos+ =          ;Label offset from symbol (page units)
pYpos+ =          ;Label offset from symbol (page units)
pLabAng+ =        ;Label angle (degrees)
p3Dlen+ =         ;3d label line length (page units)
p3Dline+ =        ;3d label line properties
pSizeType+ =      ;Symbol size type $Opt(Fixed=0,Proportional=1)
pScaleType+ =     ;Symbol scale type $Opt(Linear=0,Square Root=1)
pSymHt1+ =        ;Symbol height at min Z (page units)
pSymHt2+ =        ;Symbol height at max Z (page units)
pDatHt1 =         ;Min Z for symbol height
pDatHt2 =         ;Max Z for symbol height
pClassType+ =     ;Class method $Opt(Equal Number=0,Equal Interval=1,User Defined=2)
pLabPlane+ =      ;Label plane $Opt(XY=0,Screen=1)
pNClass+ =        ;Number of classes
pLegend+ =        ;Display legend $Opt(No=0,Yes=1)

;===== $Hdr(Map Post Legend) =====
lReverse+ =       ;Reverse order of legend items $Opt(No=0,Yes=1)
lFrame+ =         ;Frame type $Opt(None=0,Rectangle=1,Rounded Rectangle=2)
lFrameLine+ =     ;Frame line properties
lFrameFill+ =     ;Frame fill properties
lMargin+ =        ;Margin (in page units)
lTitFont+ =       ;Title font properties
lTitle+ =         ;Legend title
lTextFont+ =      ;Legend item font
lTemplate+ =      ;Legend item template
lNumFmt+ =        ;Numeric format properties
lSizeType+ =      ;Symbol size method $Opt(Font=0,Plot=1,User=2)
lSize+ =          ;Symbol size (page units)

;===== $Hdr(Map Image) ===========
imInGrd =         ;Input filename [.GRD]
imClr+ =          ;Color file [.CLR]
imMinClrData+ =   ;Data value at minimum color
imMaxClrData+ =   ;Data value at maximum color
imInterp+ =       ;Interpolate pixels $Opt(No=0,Yes=1)
imDither+ =       ;Dither bitmap if possible $Opt(No=0,Yes=1)
imColorScl+ =     ;Display color scale $Opt(No=0,Yes=1)
imNoDataClr+ =    ;Color for missing data (as in "Red")

;===== $Hdr(Map Shaded Relief) ===
rmInGrd =         ;Input filename [.GRD]
rmClr+ =          ;Color file [.CLR]
rmMinClrData+ =   ;Data value at minimum color
rmMaxClrData+ =   ;Data value at maximum color
rmDither+ =       ;Dither bitmap if possible $Opt(No=0,Yes=1)
rmGradient+ =     ;Gradient method $Opt(Central Difference=0,Local=1)
rmShade+ =        ;Shade method $Opt(Simple=0,Peucker=1,Lambertian=2,Lommel-Seeliger=3)
rmAzimuth+ =      ;Azimuth in degrees (CCW, 0=East)
rmZenith+ =       ;Zenith angle in degrees (0=horiz, 90=vertical)
rmZScale =        ;Z Scale factor
rmNoDataClr+ =    ;Color for missing data (as in "Red")

;===== $Hdr(Map Wireframe) =======
sInGrd =          ;Input grid file name [.GRD]
sInLvl =          ;Default input LVL file [.LVL]
sOutLvl =         ;Default output LVL file [.LVL]
sInZone =         ;Default input color zone file [.LVL]
sOutZone =        ;Default output color zone file [.LVL]
sPlotX+ =         ;Plot lines parallel to X $Opt(No=0,Yes=1)
sPlotY+ =         ;Plot lines parallel to Y $Opt(No=0,Yes=1)
sPlotZ+ =         ;Plot lines parallel to Z $Opt(No=0,Yes=1)
sShowLow+ =       ;Show lower surface $Opt(No=0,Yes=1)
sShowUp+ =        ;Show upper surface $Opt(No=0,Yes=1)
sShowVert+ =      ;Show vertical base lines $Opt(No=0,Yes=1)
sShowBase+ =      ;Show base $Opt(No=0,Yes=1)
sRemHidden+ =     ;Remove hidden lines $Opt(No=0,Yes=1)
sXzoned+ =        ;Color X lines using color zones $Opt(No=0,Yes=1)
sYzoned+ =        ;Color Y lines using color zones $Opt(No=0,Yes=1)
sZzoned+ =        ;Color Z lines using color zones $Opt(No=0,Yes=1)
sColorScl+ =      ;Display a color scale $Opt(No=0,Yes=1)
sXline+ =         ;X line properties
sYline+ =         ;Y line properties
sZline+ =         ;Z line properties
sBaseLine+ =      ;Base line properties
sBorder+ =        ;Show border $Opt(None=0,All Sides=1,Front Only=2)
sMinZoneLine+ =   ;Minimum color zone line properties
sMaxZoneLine+ =   ;Maximum color zone line properties
sMin =            ;Minimum Z contour level
sMax =            ;Maximum Z contour level
sInt =            ;Z contour interval
sMinLevLine =     ;Minimum level line properties
sMaxLevLine =     ;Maximum level line properties
sBaseHt =         ;Elevation of bottom of surface base

;===== $Hdr(Map Surface) =========
rsClr =           ;Color file [.CLR]
rsMinClrData =    ;Data value at minimum color
rsMaxClrData =    ;Data value at maximum color

;===== $Hdr(Map Vector) ==========
vmGrd1 =          ;First input grid
vmGrd2 =          ;Second input grid
vmColorGrd =      ;Grid to use for scaling colors
vmCoordSys+ =     ;Coordinate system $Opt(Cartesian=0,Polar=1)
vmAngleUnits+ =   ;Angle Units $Opt(Degrees=0,Radians=1)
vmAngleSys+ =     ;Angle system $Opt(Bearing=0,Angle=1)
vmSym+ =          ;Symbol code for vector symbols
vmXFreq =         ;Plot every N nodes in X direction
vmYFreq =         ;Plot every N nodes in Y direction
vmClipSym+ =      ;Clip symbols to map edge $Opt(No=0,Yes=1)
vmColorScl+ =     ;Plot a color scale $Opt(No=0,Yes=1)
vmSymLine+ =      ;Symbol line properties
vmSymFill+ =      ;Symbol fill properties
vmColorMethod =   ;Symbol color method $Opt(None=0,Magnitude=1,Grid=2)
vmLegend+ =       ;Show legend $Opt(No=0,Yes=1)
vmDataLim =       ;Scale by data limits $Opt(No=0,Yes=1)
vmSymOrg+ =       ;Symbol origin $Opt(Tail=0,Center=1,Head=2)
vmSclMethod+ =    ;Scale method $Opt(Linear=0,Square root=1,lOgarithmic=2)
vmMinMag =        ;Minimum magnitude for vector scaling
vmMaxMag =        ;Maximum magnitude for vector scaling
vmMinHead+ =      ;Minimum head size (page units)
vmMaxHead+ =      ;Maximum head size (page units)
vmMinShaft+ =     ;Minimum shaft size (page units)
vmMaxShaft+ =     ;Maximum shaft size (page units)
vmMinWidth+ =     ;Minimum symbol width (page units)
vmMaxWidth+ =     ;Maximum symbol width (page units)
vmReverse+ =      ;Reverse vector orientation $Opt(No=0,Yes=1)

;===== $Hdr(Map Vector Legend) ===
vmlTitle =        ;Legend title
vmlTitFont+ =     ;Title font properties
vmlFrame+ =       ;Frame type $Opt(None=0,Rectangle=1,Rounded Rectangle=2)
vmlLine+ =        ;Frame line properties
vmlFill+ =        ;Frame fill properties
vmlMargin+ =      ;Margin (in page units)
vmlMag =          ;Legend magnitudes (comma separated list)
vmlFont+ =        ;Legend font attributes
vmlFmt+ =         ;Legend number format
vmlLim =          ;Use data limits in legend $Opt(No=0,Yes=1)
vmlLayout+ =      ;Legend layout $Opt(Horizontal=0,Vertical=1)

;===== $Hdr(Map Left Axis) =======
lxTitle =         ;Axis title
lxTitFont =       ;Axis title font properties
lxTitX =          ;Axis title X offset (page units)
lxTitY =          ;Axis title Y offset (page units)
lxTitAng =        ;Axis title angle (degrees)
lxLine =          ;Axis line properties
lxLabFont =       ;Axis label font properties
lxLabAng =        ;Axis label angle (degrees)
lxLabDist =       ;Distance from axis to labels (page units)
lxMinTT =         ;Minor tic type $Opt(None=0,Out=1,In=2,Cross=3)
lxMinTL =         ;Minor tic length (page units)
lxMajTT =         ;Major tic type $Opt(None=0,Out=1,In=2,Cross=3)
lxMajTL =         ;Major tic length (page units)
lxMinTF =         ;Minor tics per major -1
lxMinGLine =      ;Minor grid line properties
lxMajGLine =      ;Major grid line properties
lxPlane =         ;Axis plane $Opt(XY=0,YZ=1,XZ=2)
lxLabFmt =        ;Axis label format properties
lxMinVal =        ;Minimum axis scaling value
lxMaxVal =        ;Maximum axis scaling value
lxCross1 =        ;Coordinate that this axis crosses axis 1
lxCross2 =        ;Coordinate that this axis crosses axis 2
lxMajInc =        ;Distance between major tics
lxMinTic =        ;Coordinate of the minimum tic mark
lxMaxTic =        ;Coordinate of the maximum tic mark
lxShow =          ;Show axis $Opt(No=0,Yes=1)
lxShowLab =       ;Show labels $Opt(No=0,Yes=1)
lxShowMinG =      ;Show minor grid lines $Opt(No=0,Yes=1)
lxShowMajG =      ;Show major grid lines $Opt(No=0,Yes=1)

;===== $Hdr(Map Right Axis) ======
rxTitle =         ;Axis title
rxTitFont =       ;Axis title font properties
rxTitX =          ;Axis title X offset (page units)
rxTitY =          ;Axis title Y offset (page units)
rxTitAng =        ;Axis title angle (degrees)
rxLine =          ;Axis line properties
rxLabFont =       ;Axis label font properties
rxLabAng =        ;Axis label angle (degrees)
rxLabDist =       ;Distance from axis to labels (page units)
rxMinTT =         ;Minor tic type $Opt(None=0,Out=1,In=2,Cross=3)
rxMinTL =         ;Minor tic length (page units)
rxMajTT =         ;Major tic type $Opt(None=0,Out=1,In=2,Cross=3)
rxMajTL =         ;Major tic length (page units)
rxMinTF =         ;Minor tics per major -1
rxMinGLine =      ;Minor grid line properties
rxMajGLine =      ;Major grid line properties
rxPlane =         ;Axis plane $Opt(XY=0,YZ=1,XZ=2)
rxLabFmt =        ;Axis label format properties
rxMinVal =        ;Minimum axis scaling value
rxMaxVal =        ;Maximum axis scaling value
rxCross1 =        ;Coordinate that this axis crosses axis 1
rxCross2 =        ;Coordinate that this axis crosses axis 2
rxMajInc =        ;Distance between major tics
rxMinTic =        ;Coordinate of the minimum tic mark
rxMaxTic =        ;Coordinate of the maximum tic mark
rxShow =          ;Show axis $Opt(No=0,Yes=1)
rxShowLab =       ;Show labels $Opt(No=0,Yes=1)
rxShowMinG =      ;Show minor grid lines $Opt(No=0,Yes=1)
rxShowMajG =      ;Show major grid lines $Opt(No=0,Yes=1)

;===== $Hdr(Map Bottom Axis) =====
bxTitle =         ;Axis title
bxTitFont =       ;Axis title font properties
bxTitX =          ;Axis title X offset (page units)
bxTitY =          ;Axis title Y offset (page units)
bxTitAng =        ;Axis title angle (degrees)
bxLine =          ;Axis line properties
bxLabFont =       ;Axis label font properties
bxLabAng =        ;Axis label angle (degrees)
bxLabDist =       ;Distance from axis to labels (page units)
bxMinTT =         ;Minor tic type $Opt(None=0,Out=1,In=2,Cross=3)
bxMinTL =         ;Minor tic length (page units)
bxMajTT =         ;Major tic type $Opt(None=0,Out=1,In=2,Cross=3)
bxMajTL =         ;Major tic length (page units)
bxMinTF =         ;Minor tics per major -1
bxMinGLine =      ;Minor grid line properties
bxMajGLine =      ;Major grid line properties
bxPlane =         ;Axis plane $Opt(XY=0,YZ=1,XZ=2)
bxLabFmt =        ;Axis label format properties
bxMinVal =        ;Minimum axis scaling value
bxMaxVal =        ;Maximum axis scaling value
bxCross1 =        ;Coordinate that this axis crosses axis 1
bxCross2 =        ;Coordinate that this axis crosses axis 2
bxMajInc =        ;Distance between major tics
bxMinTic =        ;Coordinate of the minimum tic mark
bxMaxTic =        ;Coordinate of the maximum tic mark
bxShow =          ;Show axis $Opt(No=0,Yes=1)
bxShowLab =       ;Show labels $Opt(No=0,Yes=1)
bxShowMinG =      ;Show minor grid lines $Opt(No=0,Yes=1)
bxShowMajG =      ;Show major grid lines $Opt(No=0,Yes=1)

;===== $Hdr(Map Top Axis) ========
txTitle =         ;Axis title
txTitFont =       ;Axis title font properties
txTitX =          ;Axis title X offset (page units)
txTitY =          ;Axis title Y offset (page units)
txTitAng =        ;Axis title angle (degrees)
txLine =          ;Axis line properties
txLabFont =       ;Axis label font properties
txLabAng =        ;Axis label angle (degrees)
txLabDist =       ;Distance from axis to labels (page units)
txMinTT =         ;Minor tic type $Opt(None=0,Out=1,In=2,Cross=3)
txMinTL =         ;Minor tic length (page units)
txMajTT =         ;Major tic type $Opt(None=0,Out=1,In=2,Cross=3)
txMajTL =         ;Major tic length (page units)
txMinTF =         ;Minor tics per major -1
txMinGLine =      ;Minor grid line properties
txMajGLine =      ;Major grid line properties
txPlane =         ;Axis plane $Opt(XY=0,YZ=1,XZ=2)
txLabFmt =        ;Axis label format properties
txMinVal =        ;Minimum axis scaling value
txMaxVal =        ;Maximum axis scaling value
txCross1 =        ;Coordinate that this axis crosses axis 1
txCross2 =        ;Coordinate that this axis crosses axis 2
txMajInc =        ;Distance between major tics
txMinTic =        ;Coordinate of the minimum tic mark
txMaxTic =        ;Coordinate of the maximum tic mark
txShow =          ;Show axis $Opt(No=0,Yes=1)
txShowLab =       ;Show labels $Opt(No=0,Yes=1)
txShowMinG =      ;Show minor grid lines $Opt(No=0,Yes=1)
txShowMajG =      ;Show major grid lines $Opt(No=0,Yes=1)

;===== $Hdr(Map Z Axis) ==========
zxTitle =         ;Axis title
zxTitFont =       ;Axis title font properties
zxTitX =          ;Axis title X offset (page units)
zxTitY =          ;Axis title Y offset (page units)
zxTitAng =        ;Axis title angle (degrees)
zxLine =          ;Axis line properties
zxLabFont =       ;Axis label font properties
zxLabAng =        ;Axis label angle (degrees)
zxLabDist =       ;Distance from axis to labels (page units)
zxMinTT =         ;Minor tic type $Opt(None=0,Out=1,In=2,Cross=3)
zxMinTL =         ;Minor tic length (page units)
zxMajTT =         ;Major tic type $Opt(None=0,Out=1,In=2,Cross=3)
zxMajTL =         ;Major tic length (page units)
zxMinTF =         ;Minor tics per major -1
zxMinGLine =      ;Minor grid line properties
zxMajGLine =      ;Major grid line properties
zxPlane =         ;Axis plane $Opt(XY=0,YZ=1,XZ=2)
zxLabFmt =        ;Axis label format properties
zxMinVal =        ;Minimum axis scaling value
zxMaxVal =        ;Maximum axis scaling value
zxCross1 =        ;Coordinate that this axis crosses axis 1
zxCross2 =        ;Coordinate that this axis crosses axis 2
zxMajInc =        ;Distance between major tics
zxMinTic =        ;Coordinate of the minimum tic mark
zxMaxTic =        ;Coordinate of the maximum tic mark
zxShow =          ;Show axis $Opt(No=0,Yes=1)
zxShowLab =       ;Show labels $Opt(No=0,Yes=1)
zxShowMinG =      ;Show minor grid lines $Opt(No=0,Yes=1)
zxShowMajG =      ;Show major grid lines $Opt(No=0,Yes=1)

;===== $Hdr(Map Scale Bar) =======
sbLabAng+ =       ;Label angle (degrees)
sbDir =           ;Axis to track $Opt(X Axis=0,Y Axis=1,Z Axis=2)
sbLine+ =         ;Line properties
sbFont+ =         ;Font properties
sbCycleSp+ =      ;Cycle spacing (data units)
sbLabInc+ =       ;Label increment (arbitrary units)
sbLabFmt+ =       ;Label format properties
sbNCycle+ =       ;Number of cycles

;===== $Hdr(Map Background) ======
MapLine =         ;Map border line properties
MapFill =         ;Map background fill properties

;===== $Hdr(Map 3D View) =========
MapRot =          ;Map rotation (degrees)
MapTilt =         ;Map tilt (degrees)
MapDist =         ;Map perspective distance (%)
MapProj =         ;Map projection $Opt(Perspective=0,Orthographic=1)

;===== $Hdr(Map Scale) ===========
xDatPerPU =       ;Map X scale (data units per page unit)
yDatPerPU =       ;Map Y scale (data units per page unit)
zDatPerPU =       ;Map Z scale (data units per page unit)
xLen =            ;Map X length (in page units)
yLen =            ;Map Y length (in page units)
zLen =            ;Map Z length (in page units)

;===== $Hdr(Map Limits) ==========
xMinLim =         ;Map limit (left)
xMaxLim =         ;Map limit (right)
yMinLim =         ;Map limit (bottom)
yMaxLim =         ;Map limit (top)

;===== $Hdr(Color Scale) =========
csLine+ =         ;Line properties
csFont+ =         ;Font properties
csLabFmt+ =       ;Label format properties
csLabAngle+ =     ;Label angle (in degrees)
csLabBeg =        ;Index of first label
csLabFreq =       ;Label frequency
csLabMin =        ;Minimum label value
csLabMax =        ;Maximum label value
csLabInt =        ;Label interval

;===== $Hdr(Variogram) ===========
vXcol =           ;X data column (0-255)
vYcol =           ;Y data column (0-255)
vZcol =           ;Z data column (0-255)
vDupMethod =      ;Duplicate data to keep $Opt(All=0,None=1,First=2,Last=3,MinX=4,MaxX=5,MedX=6,MinY=7,MaxY=8,MedY=9,MinZ=10,MaxZ=11,MedZ=12,Sum=13,Average=14,MidRange=15,Random=16)
vxDupTol+ =       ;Duplicate X tolerance
vyDupTol+ =       ;Duplicate Y tolerance
vFilter =         ;Exclusion filter expression
vMaxLag =         ;Maximum lag distance
vAngDiv =         ;Angular divisions
vRadDiv =         ;Radial divisions
vDetrend =        ;Detrend method $Opt(None=0,Linear=1,Quadratic=2)
vReport+ =        ;Create a report $Opt(No=0,Yes=1)
vEst+ =           ;Estimator type $Opt(Variogram=0,Standardized Variogram=1,Autocovariance=2,Autocorrelation=3)
vDir =            ;Lag direction (degrees)
vTol+ =           ;Lag tolerance (degrees)
vStep+ =          ;Direction step amount (degrees)
vLags =           ;Number of lags
vLagW =           ;Lag width
vAutoLagW =       ;Auto Lag Width $Opt(No=0,Yes=1)
vScale =          ;Vertical scale
vAutoScale =      ;Auto vertical scale $Opt(No=0,Yes=1)
vPrecis+ =        ;Autofit precision (%)
vMaxIter+ =       ;Autofit maximum iterations
vFitMethod+ =     ;Autofit method $Opt(Default=0,Least Absolute Value=1,Least Squares=2)
vFitDist =        ;Autofit maximum distance to fit
vTitle =          ;Variogram title
vTitFont+ =       ;Title font attributes
vSubTitFont+ =    ;Subtitle font attributes
vShowSubTit+ =    ;Show subtitle $Opt(No=0,Yes=1)
vShowLine+ =      ;Show experimental line $Opt(No=0,Yes=1)
vShowSym+ =       ;Show experimental symbols $Opt(No=0,Yes=1)
vShowVar+ =       ;Show variance line $Opt(No=0,Yes=1)
vShowPairs+ =     ;Show number of pairs $Opt(No=0,Yes=1)
vShowMod+ =       ;Show the variogram model $Opt(No=0,Yes=1)
vExpSym+ =        ;Experimental symbol attributes
vExpLine+ =       ;Experimental line attributes
vVarLine+ =       ;Variance line attributes
vModLine+ =       ;Model line attributes
vPairsFont+ =     ;Pair label font attributes

;===== $Hdr(Miscellaneous) =======
AutoRedraw =      ;Enable AutoRedraw $Opt(No=0,Yes=1)
