3D control Setting Reference Related link DclSet3DTransFunction (SCSTRF) The conversion function of 3 dimension regular conversion is settled. DclSet3DViewPort (SCSVPT) Set view port of 3 dimension
3D line Drawing Setting Reference Related link DclDraw3DLine (SCPLU, SCPLZU) Draw polygonal line with 3 dimension user coordinates systems. DclDraw3DLineNormalized (SCPLV, SCPLZV) Draw polygonal lin
3D marker Drawing Setting Reference Related link DclDraw3DMarker (SCPMU, SCPMZU) Draw marker line with 3 dimension user coordinates systems. Dc lDraw3DMarkerNormalized (SCPMV, SCPMZV) Draw marker li
Seeing through conversion Settlement Setting Reference Related link DclSet3DProjection (SCSPRJ) Seeing through conversion is settled. DclSet3DEyePoint (SCSEYE) Set view point of seeing through conve
3DTone Drawing Setting Reference Related link DclDraw3DHatch (SCTNU, SCTNZU) Draw Tone with 3 dimension user coordinates systems. D clDraw3DHatchNormalized (SCTNV, SCTNZV) Draw Tone with 3 dimension
Arrow Drawing Setting Reference Related link DclDrawArrow (SGLAU, SGLAZU, SGLAXU) Draw line segment with an arrow with a user coordinates system. DclDrawArrowNormalized (SGLAV, SGLAZV, SGLAXV) Draw
Bar chart Drawing (x) Drawing (y) Setting Reference Related link DclDrawXBarFrame (UHBRF, UHBRFZ) Paint the frame of bar chart of x direction. DclShadeXBarArea (UHBRA, UHBRAZ) A shadow is attached w
Box graph Drawing (x) Drawing (y) Setting Reference Related link DclDrawXBoxFrame (UHBXF, UHBXFZ) Paint the frame of box graph of x direction. DclShadeXBoxArea (UHBXA, UHBXAZ) A shadow is attached w
Paint reason Drawing Setting Reference Related link DclShadeContour (UETONE) The value line figures such as 2 dimensions is divided paint with a pattern. DclShadeContourEx (UETONF) Paint the line fi
Contour Drawing Setting Reference Related link DclDrawContour (UDCNTR, UDCNTZ) Draw 2 dimension contour line figures. DclSetContour (UDGCLA, UDGCLB) Set contour level value. DclSetContourLine (UDSCL
Device control Related link DclSelectDevice (--) Get a graphic device number from a console. DclOpenGraphics (GROPN) A graphic device is opened. DclNewFrame (GRFRM) Set a new frame (a page). DclNewF
Regular conversion Conversion parameter Setting Function settlement Conversion parameter Reference Others Related link DclSetTransNumber (GRSTRN) Set conversion function number. DclSetViewPort (GRSV
Error bar Drawing Setting Reference Related link DclDrawXErrorBar (UHERB, UHERBZ) Draw error bar of x direction. DclDrawYErrorBar (UVERB, UVERBZ) Draw error bar of y direction. DclSetErrorBarLineTyp
Difference minute Drawing Setting Reference Related link DclShadeXGap (UHDIF, UHDIFZ) Paint out a difference minute 2 book of polygonal line of x direction of. DclShadeYGap (UVDIF, UVDIFZ) Paint out
Axis of coordinates/graphs Graph Scaling The axis of coordinates An axis of coordinates element Setting Related link DclDrawScaledGraph (USGRPH) Draw " omakase"graph. DclFitScalingParm (USPFIT) Set
Grid Setting Reference Related link DclSetXGrid (UWSGXA) Set lattice point X coordinates of lattice point array with each coordinates value. DclSetYGrid (UWSGYA) Set lattice point Y coordinates of l
Graphic functions 2D graphics 3D graphics Related items Device control Layout Regular conversion Line Marker Text Tone Arrow Error bar Bar chart Box graph Difference minute Contour Paint reason Full
Layout Main routine Frame/corner mark Drawing Related link DclSetFrameSize (SLSIZE, SLFORM) Set size of the 1st frame. DclDivideFrame (SLDIV) A frame is divided. DclSetFrameMargin (SLMGN) Set margin
Line Drawing Setting Reference Related link Line index Line type Label Deficit value processing DclDrawLine (SGPLU, SGPLZU, SGPLXU) Draw polygonal line with a user coordinates system. DclDrawLineNor
Line index GRPH1 With the thickness and color of the line segment that are painted are designated with the integers (nnm) of 3 of columns called line index. Even in the case that only house which or
Line type The line type is the line seed such as an unbroken line, tear line. The following type is fixed at 1 to 4 from number previously. 1: Unbroken line 2: Tear line 3: Dotted line 4: One point
Label When it makes inside variable ' LCHAR' .TRUE. I paint the polygonal line with a label. Polygonal line with a stated label. Length that has the line segment that I should paint 1 cycle as, Pain
Deficit value processing When GL p GET/GL p SET makes inside variable ' LMISS' that controls .TRUE. deficit value processing is conducted. Namely front and back of a deficit value does not tie it wi
Map projection Control Setting Drawing Related link DclFitMapParm (UMPFIT) Set parameter of the conversion function of map projection appropriately. DclSetMapContactPoint (UMSCNT) Set "the nodal poi
Marker Drawing Setting Reference Related link Deficit value processing and also skip processing DclDrawMarker (SGPMU, SGPMZU, SGPMXU) Draw marker line with a user coordinates system. DclDrawMarkerNo
Deficit value processing When GL p GET/GL p SET makes inside variable ' LMISS' that controls .TRUE. deficit value processing is conducted. Namely I do not strike a marker to the point of a deficit v
FullColor Paint Paint Setting Reference Related link DclPaintData (UIPDAT) Paint Color according to one 2D Array. DclSetColorRange (UISCRG) Set Range corresponding to Color. DclSetColorSequence (UIS
Tone Drawing Setting Reference Related link Pattern number Change the judgement of a color number Soft philharmonic and hard philharmonic Designation method of peak coordinates Constraint DclShadeRe
Pattern number Information of color with, to a Tone pattern number Both information of the pattern is being included and a subordinate position 3 column pattern number, Than it a more superior colum
Change the judgement of a color number When coating reason by the such Tone pattern number) that (999 subordinate position 3 columns are the coating that ate by using color is conducted A color numb
Soft philharmonic and hard philharmonic Change hard fill or soft fill according to the ability of output unit. Inside variable ' LSOFTF' ( 2.4.4 section Reference) Soft fill is conducted at the time
Designation method of peak coordinates Description of the following subroutine with, The coordinates ( PX ( i ) , PY ( i ) ) of the peak that define a polygon ( I =1, N) (these be, regarding) be abl
Constraint At present subroutine group that is supported Length N of the array that gives a coordinates value from the constraint of the workspace that is securing internally shall be 256 or less.
Text Drawing Setting Reference Related link Font Control code Centering option DclDrawText (SGTXU, SGTXZU,SG TXXU) Draw character string with a user coordinates system. DclDrawTextNormalized (SGTXV,
Font Two kinds of font are able to use it in GRPH1. A font number is able to select it by designating inside variable ' IFONT' 1 (Initial value). 2.4.4 section, It reaches and a font table ( 8.1.2 ,
Control code Also, if inside variable ' LCNTL' is .TRUE. Control character is assumed to be effective and reach with the top and can paint a grant subscript ( 2.4.4 section Reference). For instance,
Vector field Drawing Setting Related link DclDrawVectors (UGVECT) Draw 2 dimension vector field. DclSetUnitVectorTitle (UGSUT) Set title of a unit vector. *The corresponding f77 interface name in pa
DclSelectDevice Description Syntax Arguments Note Related items Labeling an available graphic device I acquire a device number from a console. Result= DclSelectDevice () Return value < I > Graphic d
DclOpenGraphics Description Syntax Arguments Note Related items A graphic device is opened. Call DclOpenGraphics (Ws_id) Ws_id < I > A device number is designated. It is 1 at the time of omission. N
DclNewFrame Description Syntax Arguments Note Related items Set a new frame (a page). Call DclNewFrame () None None Related routine (a device)
DclNewFig Description Syntax Arguments Note Related items Set new figure. Call DclNewFig () None None Related routine (a device)
DclCloseGraphics Description Syntax Arguments Note Related items A graphic device is closed. Call DclCloseGraphics () None None Related routine (controle)
DclSetTransFunction Description Syntax Arguments Note Related items A conversion function is settled. Call DclSetTransFunction () None None Related routine (controle)
DclSetTransNumber Description Syntax Arguments Note Related items Set conversion function number. Call DclSetTransNumber (Num) Num < I > A conversion function number is designated. Value that did Se
D clSetMapProjectionAngle Description Syntax Arguments Note Related items Set angle of map projection. Call D clSetMapProjectionAngle ([Longitude], [latitude], [rotation]) Longitude < R > The longit
DclSetSimilarity Description Syntax Arguments Note Related items Set resemblance conversion. Call DclSetSimilarity ([Factor], [xoffset], [yoffset]) Factor < R > The scaling factor of resemblance con
Dc lSetMapProjectionWindow Description Syntax Arguments Note Related items Set map projection show window. Call Dc lSetMapProjectionWindow ([Xmin], [xmax], [ymin], [ymax]) Xmin, xmax < R > The windo
DclSetViewPort Description Syntax Arguments Note Related items Set view port. Call DclSetViewPort ([Xmin], [xmax], [ymin], [ymax]) Xmin, xmax < R > The biggest minimum value of the x direction of a
DclSetWindow Description Syntax Arguments Note Related items Set window. Call DclSetWindow ([Xmin], [xmax], [ymin], [ymax]) Xmin, xmax < R > The biggest minimum value of the x direction of a window.
DclSet3DViewPort Description Syntax Arguments Note Related items Set view port of 3 dimension regular conversion. Call DclSet3DViewPort (Xmin, xmax, ymin, ymax, zmin, zmax) Xmin, xmax < R > The mini
DclSet3DWindow Description Syntax Arguments Note Related items Set windows of 3 dimension regular conversion. Call DclSet3DWindow (Xmin, xmax, ymin, ymax, zmin, zmax) Xmin, xmax < R > The minimum ma
DclSet3DLogAxis Description Syntax Arguments Note Related items Set logarithm axes of 3 dimension coordinates. Call DclSet3DLogAxis (Log_x, log_y, log_z) Log_x < L > Logarithm flag. of x axis. True.
DclSet3DOrigin Description Syntax Arguments Note Related items Set scaling factors and starting point of 3 dimension regular conversion. Call DclSet3DOrigin (Factor, x, y, z) Factor < R > The coeffi
DclSet3DTransNumber Description Syntax Arguments Note Related items Set conversion function numbers of 3 dimension regular conversion. Call DclSet3DTransNumber (Number) Number < I > A conversion fun
DclSet3DTransFunction Description Syntax Arguments Note Related items The conversion function of 3 dimension regular conversion is settled. Call DclSet3DTransFunction () None None Related routine (3
DclGet3DViewPort Description Syntax Arguments Note Related items Refer to view port of 3 dimension regular conversion. Call DclGet3DViewPort (Xmin, xmax, ymin, ymax, zmin, zmax) Xmin, xmax < R > The
DclGet3DWindow Description Syntax Arguments Note Related items Refer to windows of 3 dimension regular conversion. Call DclGet3DWindow (Xmin, xmax, ymin, ymax, zmin, zmax) Xmin, xmax < R > The minim
DclGet3DLogAxis Description Syntax Arguments Note Related items Refer to information of the logarithm axes of 3 dimension coordinates. Call DclGet3DLogAxis (Log_x, log_y, log_z) Log_x < L > Logarith
DclGet3DOrigin Description Syntax Arguments Note Related items Refer to scaling factors and starting point of 3 dimension regular conversion. Call DclGet3DOrigin (Factor, x, y, z) Factor < R > The c
DclGet3DTransNumber Description Syntax Arguments Note Related items Refer to conversion function numbers of 3 dimension regular conversion. Result= DclGet3DTransNumber () Return value < I > A conver
DclSet3DEyePoint Description Syntax Arguments Note Related items Set view point of seeing through conversion. Call DclSet3DEyePoint (X, y, z) X, y, z < R > The coordinates value of a view point. Non
DclSet3DObjectPoint Description Syntax Arguments Note Related items Set focus of seeing through conversion. Call DclSet3DObjectPoint (X, y, z) X, y, z < R > The coordinates value of a focus. None Re
DclSet2DPlane Description Syntax Arguments Note Related items Devide 2 dimension planes into 3 dimension space. Call DclSet2DPlane (X_dir, y_dir, section) X_dir, y_dir < I > Three dimension coordina
DclSet3DProjection Description Syntax Arguments Note Related items Seeing through conversion is settled. Call DclSet3DProjection () None None Related routine (3d_prjct)
DclGet3DEyePoint Description Syntax Arguments Note Related items Refer to view point of seeing through conversion. Call DclGet3DEyePoint (X, y, z) X, y, z < R > The coordinates value of a view point
DclGet3DObjectPoint Description Syntax Arguments Note Related items Refer to focus of seeing through conversion. Call DclGet3DObjectPoint (X, y, z) X, y, z < R > The coordinates of a focus. None Rel
DclGet2DPlane Description Syntax Arguments Note Related items Refer to information of 2 dimension planes that was used to dividing. Call DclGet2DPlane (X_dir, y_dir, section) X_dir, y_dir < I > The
DclDraw3DLine Description Syntax Arguments Note Related items Draw polygonal line with 3 dimension user coordinates systems. Call DclDraw3DLine (X, y, z, [index]) X, y, z < R (:) > The coordinates v
DclDraw3DLineNormalized Description Syntax Arguments Note Related items Draw polygonal line with 3 dimension regular coordinates systems. Call DclDraw3DLineNormalized (X, y, z, [index]) X, y, z < R
DclSet3DLineIndex Description Syntax Arguments Note Related items Set line index of a polygonal line. Call DclSet3DLineIndex (Index) Index < I > Line index. None Related routine (3d_line)
DclGet3DLineIndex Description Syntax Arguments Note Related items Refer to line index of a polygonal line. Result= DclGet3DLineIndex () Return value < I > Line index. None Related routine (3d_line)
DclDraw3DMarker Description Syntax Arguments Note Related items Draw marker line with 3 dimension user coordinates systems. Call DclDraw3DMarker (X, y, z, [type], [index], [height]) X, y, z < R (:)
Dc lDraw3DMarkerNormalized Description Syntax Arguments Note Related items Draw marker line with 3 dimension regular coordinates systems. Call Dc lDraw3DMarkerNormalized (X, y, z, [type], [index], [
DclSet3DMarkerType Description Syntax Arguments Note Related items Set marker type. Call DclSet3DMarkerType (Type) Type < I > A marker type. None Related routine (3d_mark)
DclSet3DMarkerIndex Description Syntax Arguments Note Related items Set line index of a marker. Call DclSet3DMarkerIndex (Index) Index < I > The line index of a marker. None Related routine (3d_mark
DclSet3DMarkerSize Description Syntax Arguments Note Related items Set size of a marker. Call DclSet3DMarkerSize (Height) Height < R > The size of a marker. None Related routine (3d_mark)
DclGet3DMarkerType Description Syntax Arguments Note Related items Refer to marker type. Result= DclGet3DMarkerType () Return value < I > A marker type. None Related routine (3d_mark)
DclGet3DMarkerIndex Description Syntax Arguments Note Related items Refer to line index of a marker. Result= DclGet3DMarkerIndex () Return value < I > The line index of a marker. None Related routin
DclGet3DMarkerSize Description Syntax Arguments Note Related items Refer to size of a marker. Result= DclGet3DMarkerSize () Return value < R > The size of a marker. None Related routine (3d_mark)
DclDraw3DHatch Description Syntax Arguments Note Related items Draw Tone with 3 dimension user coordinates systems. Call DclDraw3DHatch (X, y, z, [pattern1], [pattern2]) X, y, z < R (:) > The peak c
D clDraw3DHatchNormalized Description Syntax Arguments Note Related items Draw Tone with 3 dimension regular coordinates systems. Call D clDraw3DHatchNormalized (X, y, z, [pattern1], [pattern2]) X,
DclSet3DHatchPattern Description Syntax Arguments Note Related items Set Tone pattern number. Call DclSet3DHatchPattern ([Pattern1], [pattern2]) Pattern1 < I > The Tone pattern number of a table. Pa
DclGet3DHatchPattern Description Syntax Arguments Note Related items Refer to Tone pattern number. Call DclGet3DHatchPattern (Pattern1, pattern2) Pattern1 < I > The Tone pattern number of a table. P
DclPrintDeviceList Description Syntax Arguments Note Related items Label the list of Workstation name. Call DclPrintDeviceList () None Related routine (a device l)
DclTransShortToLong Description Syntax Arguments Note Related items Get name from the abbreviation of a conversion function. Call DclTransShortToLong (Short, long) Short < C*> Abbreviation of a conv
DclTransShortToNum Description Syntax Arguments Note Related items Get function number from the abbreviation of a conversion function. Call DclTransShortToNum (Short, num) Short < C*> The abbreviati
DclTransLongToShort Description Syntax Arguments Note Related items Get abbreviation from the name of a conversion function. Call DclTransLongToShort (Long, short) Long < C*> The name of a conversio
DclTransLongToNum Description Syntax Arguments Note Related items Get conversion function number from the name of a conversion function. Call DclTransLongToNum (Long, num) Long < C*> The name of a c
DclTransNumToShort Description Syntax Arguments Note Related items Get abbreviation from a conversion function number. Call DclTransNumToShort (Num, short) Num < I > The number of a conversion funct
DclTransNumToLong Description Syntax Arguments Note Related items Get name from a conversion function number. Call DclTransNumToLong (Num, long) Num < I > The number of a conversion function. Long <
DclGetViewPort Description Syntax Arguments Note Related items Refer to Setting value of a view port. Call DclGetViewPort ([Xmin], [xmax], [ymin], [ymax]) Xmin, xmax < R > The biggest minimum value
DclGetWindow Description Syntax Arguments Note Related items Refer to Setting value of a window. Call DclGetWindow ([Xmin], [xmax], [ymin], [ymax]) Xmin, xmax < R > The biggest minimum value of the
DclGetSimilarity Description Syntax Arguments Note Related items Refer to Setting value of resemblance conversion. Call DclGetSimilarity ([Factor], [xoffset], [yoffset]) Factor < R > The scaling fac
D clGetMapProjectionAngle Description Syntax Arguments Note Related items Refer to projection corner of map projection. Call D clGetMapProjectionAngle ([Longitude], [latitude], [rotation]) Longitude
DclGetTransNumber Description Syntax Arguments Note Related items Refer to conversion function number. Result= DclGetTransNumber () Return value < I > A conversion function number. None Related rout
DclDrawLine Description Syntax Arguments Note Related items Draw polygonal line with a user coordinates system. Call DclDrawLine (X, y, [type], [index], [icolor]) X, y < R (:) > Coordinates value of
DclDrawLineNormalized Description Syntax Arguments Note Related items Draw polygonal line with a regular coordinates system. Call DclDrawLineNormalized (X, y, [type], [index], [icolor]) X, y < R (:)
DclDrawLineProjected Description Syntax Arguments Note Related items Draw polygonal line with a seeing through coordinates system. Call DclDrawLineProjected (X, y, [type], [index], [icolor]) X, y <
DclSetLineType Description Syntax Arguments Note Related items Set line type of a polygonal line. Call DclSetLineType (Type) Type < I > line type of a broken line. The value that did Setting here be
DclSetLineIndex Description Syntax Arguments Note Related items Set line index of a polygonal line. Call DclSetLineIndex (Index) Index < I > line index of a broken line. The value that did Setting h
DclSetLineText Description Syntax Arguments Note Related items Set character string of the label of a polygonal line. Call DclSetLineText (Text) Text < C*> The character string of a label. None Rela
DclSetLineTextSize Description Syntax Arguments Note Related items Set character of the label of a polygonal line high. Call DclSetLineTextSize (Height) Height < R > Height of the character of descr
DclNextLineText Description Syntax Arguments Note Related items Increase the last character number of the label of a polygonal line. Call DclNextLineText () None Related routine (line)
DclGetLineType Description Syntax Arguments Note Related items Refer to the line type (the default value) of a polygonal line. Result= DclGetLineType () Return value < I > A line type. None Related
DclGetLineIndex Description Syntax Arguments Note Related items Refer to the line index (the default value) of a polygonal line. Result= DclGetLineIndex () Return value < I > Line index. None Relate
DclGetLineText Description Syntax Arguments Note Related items Refer to character string of the label of a polygonal line. Call DclGetLineText (Text) Text < C*> The character string of a label. None
DclGetLineTextSize Description Syntax Arguments Note Related items Refer to character of the label of a polygonal line high. Result= DclGetLineTextSize () Return value < R > Height of the character
DclDrawMarker Description Syntax Arguments Note Related items Draw marker line with a user coordinates system. Call DclDrawMarker (X, y, [type], [index], [icolor], [height]) X, y < R (:) > The coord
DclDrawMarkerNormalized Description Syntax Arguments Note Related items Draw marker line with a regular coordinates system. Call DclDrawMarkerNormalized (X, y, [type], [index], [icolor], [height]) X
DclDrawMarkerProjected Description Syntax Arguments Note Related items Draw marker line with a seeing through coordinates system. Call DclDrawMarkerProjected (X, y, [type], [index], [icolor], [heigh
DclSetMarkerType Description Syntax Arguments Note Related items Set marker type. Call DclSetMarkerType (Type) Type < I > A marker type (a character code). None Related routine (marker)
DclSetMarkerIndex Description Syntax Arguments Note Related items Set line index of a marker. Call DclSetMarkerIndex (Index) Index < I > The line index of a marker. None Related routine (marker)
DclSetMarkerSize Description Syntax Arguments Note Related items Set size of a marker. Call DclSetMarkerSize (Height) Height < R > High (a character the height of a marker). None Related routine (ma
DclGetMarkerType Description Syntax Arguments Note Related items Refer to marker type. Result= DclGetMarkerType () Return value < I > A marker type (a character code). None Related routine (marker)
DclGetMarkerIndex Description Syntax Arguments Note Related items Refer to line index of a marker. Result= DclGetMarkerIndex () Return value < I > The line index of a marker. None Related routine (m
DclGetMarkerSize Description Syntax Arguments Note Related items Refer to size of a marker. Result= DclGetMarkerSize () Return value < R > High (a character the size of a marker). None Related routi
DclDrawText Description Syntax Arguments Note Related items Draw character string with a user coordinates system. Call DclDrawText (X, y, text, [height], [angle], [centering], [index], [icolor]) X,
DclDrawTextNormalized Description Syntax Arguments Note Related items Draw character string with a regular coordinates system. Call DclDrawTextNormalized (X, y, text, [height], [angle], [centering],
DclDrawTextProjected Description Syntax Arguments Note Related items Draw character string with a seeing through coordinates system. Call DclDrawTextProjected (X, y, text, [height], [angle], [center
DclSetTextHeight Description Syntax Arguments Note Related items Set the height of a character. Call DclSetTextHeight (Height) Height < R > The height of a character. None Related routine (text)
DclSetTextAngle Description Syntax Arguments Note Related items Set angle of a character string. Call DclSetTextAngle (Angle) Angle < R > The angle of a character string. None Related routine (text)
DclSetTextIndex Description Syntax Arguments Note Related items Set line index of a character string. Call DclSetTextIndex (Index) Index < I > The line index of a character string. None Related rout
DclSetTextPosition Description Syntax Arguments Note Related items Set centering option of a character string. Call DclSetTextPosition (Centering) Centering < I > The centering option of a character
DclGetTextHeight Description Syntax Arguments Note Related items Refer to the height of a character. Result= DclGetTextHeight () Return value < R > The height of a character string. None Related rou
DclGetTextAngle Description Syntax Arguments Note Related items Refer to angle of a character string. Result= DclGetTextAngle () Return value < R > The angle of a character string. None Related rout
DclGetTextIndex Description Syntax Arguments Note Related items Refer to line index of a character string. Result= DclGetTextIndex () Return value < I > The line index of a character string. None Re
DclGetTextPosition Description Syntax Arguments Note Related items Refer to centering option of a character string. Result= DclGetTextPosition () Return value < I > The centering option of a charact
DclShadeRegion Description Syntax Arguments Note Related items Paint out a polygon area with a user coordinates system. Call DclShadeRegion (X, y, [pattern], [icolor]) X, y < R (:) > The peak coordi
D clShadeRegionNormalized Description Syntax Arguments Note Related items Paint out a polygon area with a regular coordinates system. Call D clShadeRegionNormalized (X, y, [pattern], [icolor]) X, y
DclShadeRegionProjected Description Syntax Arguments Note Related items Paint out a polygon area with a seeing through coordinates system. Call DclShadeRegionProjected (X, y, [pattern], [icolor]) X,
DclSetShadePattern Description Syntax Arguments Note Related items Set Tone pattern number. Call DclSetShadePattern (Pattern) Pattern < I > A Tone pattern number. None Related routine (shade)
DclGetShadePattern Description Syntax Arguments Note Related items Refer to Tone pattern number. Result= DclGetShadePattern () Return value < I > A Tone pattern number. None Related routine (shade)
DclDrawArrow Description Syntax Arguments Note Related items Draw line segment with an arrow with a user coordinates system. Call DclDrawArrow (X1, y1, x2, y2, [type], [index], [icolor]) X1, y1 < R
DclDrawArrowNormalized Description Syntax Arguments Note Related items Draw line segment with an arrow with a regular coordinates system. Call DclDrawArrowNormalized (X1, y1, x2, y2, [type], [index]
DclDrawArrowProjected Description Syntax Arguments Note Related items Draw line segment with an arrow with a seeing through coordinates system. Call DclDrawArrowProjected (X1, y1, x2, y2, [type], [i
DclSetArrowLineType Description Syntax Arguments Note Related items Set line type of the line segment with an arrow. Call DclSetArrowLineType (Type) Type < I > A line type. None Related routine (arr
DclSetArrowLineIndex Description Syntax Arguments Note Related items Set line index of the line segment with an arrow. Call DclSetArrowLineIndex (Index) Index < I > Line index. None Related routine
DclGetArrowLineType Description Syntax Arguments Note Related items Refer to line type of the line segment with an arrow. Result= DclGetArrowLineType () Return value < I > A line type. None Related
DclGetArrowLineIndex Description Syntax Arguments Note Related items Refer to line index of the line segment with an arrow. Result= DclGetArrowLineIndex () Return value < I > Line index. None Relate
DclSetFrameSize Description Syntax Arguments Note Related items Set size of the 1st frame. Call DclSetFrameSize (Size) Call DclSetFrameSize (Width, height) Size < C3 > The size and direction of a fr
DclDivideFrame Description Syntax Arguments Note Related items A frame is divided. Call DclDivideFrame (Direction, x_num, y_num) Direction < C1 > The direction where it is used to dividing. It is id
DclSetFrameMargin Description Syntax Arguments Note Related items Set margin. Call DclSetFrameMargin (Left, right, bottom, top) Left, right < R > The margin of the right and left. The width of side
DclSetAspectRatio Description Syntax Arguments Note Related items Set length and breadth ratio. Call DclSetAspectRatio (X, [y]) X < R > The length of the x direction of a frame. The unit is optional
DclSetFrameTitle Description Syntax Arguments Note Related items Set title that I paint in the top margin or bottom-margin of the 1st level eye. Call DclSetFrameTitle (Title, side, x_position, y_pos
DclDrawViewPortFrame Description Syntax Arguments Note Related items Paint the frame of view port. Call DclDrawViewPortFrame (Index) Index < I > The line index of a frame. None Related routine (layo
D clDrawDeviceWindowFrame Description Syntax Arguments Note Related items Paint the frame of window. Call D clDrawDeviceWindowFrame (Index) Index < I > The line index of a frame. None Related routin
Dcl DrawDeviceViewPortFrame Description Syntax Arguments Note Related items Paint the frame of biggest picture area. Call Dcl DrawDeviceViewPortFrame (Index) Index < I > The line index of a frame. N
DclDrawViewPortCorner Description Syntax Arguments Note Related items Draw corner mark of a view port. Call DclDrawViewPortCorner (Index, size) Index < I > The line index of a corner mark. Size < R
Dc lDrawDeviceWindowCorner Description Syntax Arguments Note Related items Draw corner mark of a window. Call Dc lDrawDeviceWindowCorner (Index, size) Index < I > The line index of a corner mark. Si
DclD rawDeviceViewPortCorner Description Syntax Arguments Note Related items Draw corner mark of a device view port. Call DclD rawDeviceViewPortCorner (Index, size) Index < I > The line index of a c
DclDrawContour Description Syntax Arguments Note Related items Draw 2 dimension contour line figures. Call DclDrawContour (Z) Z < R (:,:) > Contour line data (2 dimensions). None Related routine (co
DclSetContourLevel Description Syntax Arguments Note Related items Set contour level value. Call DclSetContourLevel (Xmin, xmax, dx) Call DclSetContourLevel (Z, dx) Xmin, xmax < R > The minimum valu
DclSetContourLine Description Syntax Arguments Note Related items Set 1 contour level. Call DclSetContourLine (Level, [index], [type], [label], [height]) Level < R > The value of a contour level. In
DclGetContourLine Description Syntax Arguments Note Related items Refer to information of a contour level. Call DclGetContourLine (Number, level , index , type , label , height ) Number < I > The nu
D clGetContourLevelNumber Description Syntax Arguments Note Related items Refer to at present this total number of the contour level that is done Setting. Result= D clGetContourLevelNumber () Return
DclDelContourLevel Description Syntax Arguments Note Related items Eliminate 1 contour level. Call DclDelContourLevel (Level) Level < R > The level value of the contour that deletes it. None Related
DclClearCounourLevel Description Syntax Arguments Note Related items Invalidate contour level. Call DclClearCounourLevel () None None Related routine (contour)
DclGetContourInterval Description Syntax Arguments Note Related items Get interval of a contour level. Result= DclGetContourInterval (Nlev) Return value < R > The interval of a contour level. Nlev <
D clSetContourLabelFormat Description Syntax Arguments Note Related items Set format of a contour label. Call D clSetContourLabelFormat (Format) Format < C*> The format that designates it. (16 chara
D clGetContourLabelFormat Description Syntax Arguments Note Related items Refer to format of a contour label. Call D clGetContourLabelFormat ( format ) Format < C*> Format of a contour label None Re
DclShadeContour Description Syntax Arguments Note Related items The value line figures such as 2 dimensions is divided paint with a pattern. Call DclShadeContour (Z) Z < R (:,:) > The data that want
DclShadeContourEx Description Syntax Arguments Note Related items Marke the value line figures such as 2 dimensions with color by using image Description it divides it. Call DclShadeContourEx (Z) Z
DclSetShadeLevel Description Syntax Arguments Note Related items Set paint reason a level. Call DclSetShadeLevel (Xmin, xmax, dx) Call DclSetShadeLevel (Z, dx) Cal DclSetShadeLevel (Level1, level2,
DclGetShadeLevel Description Syntax Arguments Note Related items Refer to information of a paint reason level. Call DclGetShadeLevel (Number, level1 , Level2 , pattern ) Number < I > The sequence of
DclGetShadeLevelNumber Description Syntax Arguments Note Related items Refer to number of the paint reason level that is done Setting. Result= DclGetShadeLevelNumber () Return value < I > The number
DclClearShadeLevel Description Syntax Arguments Note Related items Invalidate paint reason a level. Call DclClearShadeLevel () None None Related routine (cont_s)
DclDrawVectors Description Syntax Arguments Note Related items Draw 2 dimension vector field. Call DclDrawVectors (U, v) U < R (:,:) > The x component of a vector. V < R (:,:) > The y component of a
DclSetUnitVectorTitle Description Syntax Arguments Note Related items Set title of a unit vector. Call DclSetUnitVectorTitle (Side, title) Side < C1 > The location that gives a title is designated.
DclDrawXErrorBar Description Syntax Arguments Note Related items Draw error bar of x direction. Call DclDrawXErrorBar (X1, x2, y, [type], [index], [width]) X1, x2 < R (:) > The x coordinates value (
DclShadeXGap Description Syntax Arguments Note Related items Paint out a difference minute 2 book of polygonal line of x direction of. Call DclShadeXGap (X1, x2, y, [pattern1], [pattern2]) X1, x2 <
DclDrawXBarFrame Description Syntax Arguments Note Related items Paint the frame of bar chart of x direction. Call DclDrawXBarFrame (X1, x2, y, [type], [index], [width]) X1, x2 < R (:) > The x coord
DclShadeXBarArea Description Syntax Arguments Note Related items A shadow is attached within the bar chart of x direction. Call DclShadeXBarArea (X1, x2, y, [pattern1], [pattern2], [width]) X1, x2 <
DclDrawXBarLine Description Syntax Arguments Note Related items Draw line that connects the bar chart of x direction. Call DclDrawXBarLine (X, y, [type], [index], [width]) X < R (:) > The x coordina
DclDrawXBoxFrame Description Syntax Arguments Note Related items Paint the frame of box graph of x direction. Call DclDrawXBoxFrame (X1, x2, y, [type], [index]) X1, x2 < R (:) > The x coordinates va
DclShadeXBoxArea Description Syntax Arguments Note Related items A shadow is attached within the box graph of x direction. Call DclShadeXBoxArea (X1, x2, y, [pattern1], [pattern2]) X1, x2 < R (:) >
DclDrawXBoxLine Description Syntax Arguments Note Related items Draw line that connects the box graph of x direction. Call DclDrawXBoxLine (X, y, [type], [index]) X < R (:) > The x coordinates value
DclPaintData Description Syntax Arguments Note Related Items Paint Color according to one 2D Array. call DclPaintData (z) z <R(:,:)> Painting Data(2D Array) Nothing. Related Routine(paint)
DclSetColorRange Description Syntax Arguments Note Related Items Set Range corresponding to Color call DclSetColorRange (zmin, zmax) zmin, zmax <R> Minimum/Maximum of Color Range. Nothing. Related R
DclSetColorSequence Description Syntax Arguments Note Related Items Set Color for DclPaintData. call DclSetColorSequence (color_level, irgb) color_level <R(:)> Array that specifies Color levelD irg
DclSetColorFile Description Syntax Arguments Note Set Color for DclPaintData with File. call DclSetColorFile (file_name) file_name <C*(*)> File Name. File Format : write number of data with '(I3)' o
DclSetMaskRange Description Syntax Arguments Note Related Items Set Range correspondng to Mask. call DclSetMaskRange (zmin, zmax) zmin, zmax <R> Minimum/Maximum of Mask Range. Nothing Related Routin
DclSetMaskSequence Description Syntax Arguments Note Set Mask for DclPaintData. call DclSetMaskSequence (mask_level, mask) mask_level <R(:)> Array that specifies Color levelD mask <I(:)> Array that
DclSetMaskFile Description Syntax Arguments Note Set Mask for DclPaintData with File. call DclSetMaskFile (file_name) file_name <C*(*)> File Name. File Format : write number of data with '(I3)' onFi
DclPaintColorBarX Description Syntax Arguments Note Related Items Draw Color Bar along toX direction. call DclPaintColorBarX (xmin,xmax,ymin,ymax,zmin,zmax,cpos) xmin, xmax <R> Left and right X Coor
DclPaintColorBarY Description Syntax Arguments Note Related Items Draw Color Bar along to Y direction. call DclPaintColorBarY (xmin,xmax,ymin,ymax,zmin,zmax,cpos) xmin, xmax <R> Left and right X Coo
DclPaintData2 Description Syntax Arguments Note Related Items Paint Color according to two 2D Array. call DclPaintData2 (u,v) u,v <R(:,:)> Painting Data(2D). Nothing Related Routine(paint)
DclSetColorRange2 Description Syntax Arguments Note Related Items Set Ranges corresponding to two Colors. call DclSetColorRange2 (umin, umax, vmin, vmax) umin, umax <R> Minimum and Maximum of a Rang
DclSetColorMap Description Syntax Arguments Note Related Items Set 2D Colormap. call DclSetColorMap (irgb1, irgb2, irgb3, irgb4) irgb1, irgb2, irgb3, irgb4 <I> Color Values of 4 Courner of Colormap.
DclPaintColorMap Description Syntax Arguments Note Related Items Draw 2D Colormap. call DclPaintColorMap (xmin,xmax,ymin,ymax,cpos) xmin, xmax <R> Left and right X Coordinates Values of Color Bar. y
DclPackColor Description Syntax Arguments Note Related Items Pack RGB Datum to Color information. call DclPackColor (ir, ig, ib, irgb) ir, ig, ib <I> RGB Value irgb <I> Color Information. Nothing. R
DclUnPackColor Description Syntax Arguments Note Related Items Unpack Color information to RGB Datum call DclUnPackColor (irgb, ir, ig, ib) irgb <I> Color Information ir, ig, ib <I> RGB Value. Nothi
DclSetMapContactPoint Description Syntax Arguments Note Related items Set "the nodal point" of projection face. Call DclSetMapContactPoint ([Lon], [lat], [rot]) Lon, lat < R > The latitude/longitude
DclSetCircleWindow Description Syntax Arguments Note Related items Set window of a circle. Call DclSetCircleWindow ([Lon], [lat], [r]) Lon, lat < R > The central latitude/longitude of a circular win
DclSetMapPoint Description Syntax Arguments Note Related items Set point that includes it to a map. Call DclSetMapPoint (Lon, lat) Lon, lat < R > The latitude/longitude of a point. None Related rout
DclFitMapParm Description Syntax Arguments Note Related items Set parameter of the conversion function of map projection appropriately. Call DclFitMapParm () None None Related routine (map)
DclDrawGlobe Description Syntax Arguments Note Related items Draw boundary line (the relation) and latitude line, longitude line of a map. Call DclDrawGlobe () None None Related routine (map)
DclDrawGrid Description Syntax Arguments Note Related items Draw latitude line/longitude line. Call DclDrawGrid () None None Related routine (map)
DclDrawLimb Description Syntax Arguments Note Related items Draw the boundary line (the relation) of a map. Call DclDrawLimb () None None Related routine (map)
DclDrawMap Description Syntax Arguments Note Related items Draw various kinds map information. Call DclDrawMap (File_name) File_name < C*> A file name. None Related routine (map)
DclScalingPoint Description Syntax Arguments Note Related items Set coordinates point that want to include it into a graph. Call DclScalingPoint ([X], [y]) X, y < R (:) > The coordinates value of a
DclSetTitle Description Syntax Arguments Note Related items Set title of the axis of coordinates. Call DclSetTitle ([Xtitle], [ytitle], [xunit], [yunit]) Xtitle < C*> The title of x axis. Ytitle < C
DclFitScalingParm Description Syntax Arguments Note Related items Set already, from the information that was done Setting proper scaling with normalization conversion Parameter. Call DclFitScalingPa
DclDrawScaledAxis Description Syntax Arguments Note Related items Draw " omakase"axis. Call DclDrawScaledAxis ([Side], [section]) Side < C*> The location of the axis of coordinates that I paint. The
DclDrawScaledGraph Description Syntax Arguments Note Related items Draw " omakase"graph. Call DclDrawScaledGraph (X, y, [type], [index]) X, y < R (:) > The coordinates value (the user coordinates) o
DclDrawAxis Description Syntax Arguments Note Related items Draw indication interval, label interval are designated and the axis of coordinates. Call DclDrawAxis (Side, dlabel, dtick, [title], [unit
DclDrawAxisSpecify Description Syntax Arguments Note Related items Draw indication and label are designated and the axis of coordinates. Call DclDrawAxisSpecify (Side, label_pos, tick_pos, [label],
DclDrawAxisLog Description Syntax Arguments Note Related items Draw the logarithm axis of coordinates. Call DclDrawAxisLog (Side, nlabel, nticks, [title], [unit], [format], [factor], [section], labe
DclDrawAxisCalendar Description Syntax Arguments Note Related items Draw the date axis of coordinates. Call DclDrawAxisCalendar (Side, first_day, [title], [unit], [type], [nd]) Side < C*> The locati
DclDrawTitle Description Syntax Arguments Note Related items Draw title. Call DclDrawTitle (Side, title, [position], [sw]) Side < C*> The location of the axis of coordinates. Title < C*> A title. Po
DclDrawAxisLine Description Syntax Arguments Note Related items Draw line of the axis of coordinates. Call DclDrawAxisLine (Side, [sw]) Side < C*> The location of the axis of coordinates. Sw < I > T
DclDrawTickmark Description Syntax Arguments Note Related items Draw indication. Call DclDrawTickmark (Side, position, [sw]) Side < C*> The location of the axis of coordinates. Position < R (:) > Th
DclDrawAxisLabel Description Syntax Arguments Note Related items Draw label. Call DclDrawAxisLabel (Side, position, [label], [sw]) Side < C*> The location of the axis of coordinates. Position < R (:
DclShiftAxis Description Syntax Arguments Note Related items The axis of coordinates are shifted to the outside. Call DclShiftAxis (Side) Side < C*> The location of the axis of coordinates. None Rel
DclSetErrorBarLineType Description Syntax Arguments Note Related items Set line type of an error bar. Call DclSetErrorBarLineType (Type) Type < I > The line type of an error bar. None Related routin
DclGetErrorBarLineType Description Syntax Arguments Note Related items Refer to line type of an error bar. Result= DclGetErrorBarLineType () Return value < I > The line type of an error bar. None Re
DclSetErrorBarLineIndex Description Syntax Arguments Note Related items Set line index of an error bar. Call DclSetErrorBarLineIndex (Index) Index < I > The line index of an error bar. None Related
DclGetErrorBarLineIndex Description Syntax Arguments Note Related items Refer to line index of an error bar. Result= DclGetErrorBarLineIndex () Return value < I > The line index of an error bar. Non
DclSetErrorBarWidth Description Syntax Arguments Note Related items Set width of an error bar. Call DclSetErrorBarWidth (Width) Width < R > The width (the regular coordinates system) of an error bar
DclGetErrorBarWidth Description Syntax Arguments Note Related items Refer to width of an error bar. Result= DclGetErrorBarWidth () Return value < R > The width (the regular coordinates system) of an
DclSetBarWidth Description Syntax Arguments Note Related items Set side ‹Š of a bar chart. Call DclSetBarWidth (Width) Width < R > The width of a bar chart. None Related routine (bar)
DclGetBarWidth Description Syntax Arguments Note Related items Refer to side ‹Š of a bar chart. Result= DclGetBarWidth () Return value < R > The width of a bar chart. None Related routine (bar)
DclSetAreaPattern Description Syntax Arguments Note Related items Set Tone pattern that applies an inside area. Call DclSetAreaPattern (Pattern1, pattern2) Pattern1 < I > The pattern number at the t
DclGetAreaPattern Description Syntax Arguments Note Related items Refer to Tone pattern that applies an inside area. Call DclGetAreaPattern ( pattern1 , pattern2 ) Pattern1 < I > The pattern number
DclSetFrameType Description Syntax Arguments Note Related items Set line type of a frame. Call DclSetFrameType (Type) Type < I > The line type of a frame. None Related routine (bar)
DclGetFrameType Description Syntax Arguments Note Related items Refer to line type of a frame. Result= DclGetFrameType () Return value < I > The line type of a frame. None Related routine (bar)
DclSetFrameIndex Description Syntax Arguments Note Related items Set line index of a frame. Call DclSetFrameIndex (Index) Index < I > The line index of a frame. None Related routine (bar)
DclGetFrameIndex Description Syntax Arguments Note Related items Refer to line index of a frame. Result= DclGetFrameIndex () Return value < I > The line index of a frame. None Related routine (bar)
DclDrawYErrorBar Description Syntax Arguments Note Related items Draw error bar of y direction. Call DclDrawYErrorBar (X, y1, y2, [type], [index], [width]) X < R (:) > The x coordinates value (the u
DclShadeYGap Description Syntax Arguments Note Related items Paint out a difference minute 2 book of polygonal line of y direction of. Call DclShadeYGap (X, y1, y2, [pattern1], [pattern2]) X < R (:)
DclDrawYBarFrame Description Syntax Arguments Note Related items Paint the frame of bar chart of y direction. Call DclDrawYBarFrame (X, y1, y2, [type], [index], [width]) X < R (:) > The central x co
DclShadeYBarArea Description Syntax Arguments Note Related items A shadow is attached within the bar chart of y direction. Call DclShadeYBarArea (X, y1, y2, [pattern1], [pattern2], [width]) X < R (:
DclDrawYBarLine Description Syntax Arguments Note Related items Draw line that connects the bar chart of y direction. Call DclDrawYBarLine (X, y, [type], [index], [width]) X < R (:) > The central x
DclDrawYBoxFrame Description Syntax Arguments Note Related items Paint the frame of box graph of y direction. Call DclDrawYBoxFrame (X, y1, y2, [type], [index]) X < R (:) > The central x coordinates
DclShadeYBoxArea Description Syntax Arguments Note Related items A shadow is attached within the box graph of y direction. Call DclShadeYBoxArea (X, y1, y2, [pattern1], [pattern2]) X < R (:) > The c
DclDrawYBoxLine Description Syntax Arguments Note Related items Draw line that connects the box graph of y direction. Call DclDrawYBoxLine (X, y, [type], [index]) X < R (:) > The central x coordinat
DclSetXGrid Description Syntax Arguments Note Related items Set lattice point X coordinates of lattice point array with each coordinates value. Call DclSetXGrid (X) X < R (:) > The x coordinates val
DclGetXGrid Description Syntax Arguments Note Related items Refer to at present X coordinates value of the lattice point that are done Setting. Call DclGetXGrid (X) X < R (:) > The x coordinates val
DclSetYGrid Description Syntax Arguments Note Related items Set lattice point Y coordinates of lattice point array with each coordinates value. Call DclSetYGrid (Y) Y < R (:) > The y coordinates val
DclGetYGrid Description Syntax Arguments Note Related items Refer to at present Y coordinates value of the lattice point that are done Setting. Call DclGetYGrid (Y) Y < R (:) > The y coordinates val
DclSetXEvenGrid Description Syntax Arguments Note Related items Set lattice point X coordinates to regular interval. Call DclSetXEvenGrid (Xmin, xmax, n) Xmin, xmax < R > The minimum, maximum value
DclSetYEvenGrid Description Syntax Arguments Note Related items Set lattice point Y coordinates to regular interval. Call DclSetYEvenGrid (Ymin, ymax, n) Ymin, ymax < R > The minimum maximum value o
DclGetXEvenGrid Description Syntax Arguments Note Related items Refer to minimum value, maximum value, lattice marks of lattice point X coordinates. Call DclGetXEvenGrid (Xmin, xmax, n) Xmin, ymax <
DclGetYEvenGrid Description Syntax Arguments Note Related items Refer to minimum value, maximum value, lattice marks of lattice point Y coordinates. Call DclGetYEvenGrid (Ymin, ymax, n) Ymin, ymax <
DclGetXGridValue Description Syntax Arguments Note Related items Refer to X coordinates value of a lattice point. Result= DclGetXGridValue (Ix) Return value < R > X coordinates value Ix < I > A latt
DclGetYGridValue Description Syntax Arguments Note Related items Refer to Y coordinates value of a lattice point. Result= DclGetYGridValue (Iy) Return value < R > A y coordinates value. Iy < I > A l
DclGetXGridNumber Description Syntax Arguments Note Related items Refer to lattice number most close to a X coordinates value. Result= DclGetXGridNumber (X) Return value < I > A lattice point number
DclGetYGridNumber Description Syntax Arguments Note Related items Refer to lattice number most close to a Y coordinates value. Result= DclGetYGridNumber (Y) Return value < I > A lattice point number
DclSetAxisFactor Description Syntax Arguments Note Related items The size of a character, indication etc. are changed. Call DclSetAxisFactor (Fact) Fact < R > A scale factor. None Related routine (g
Outline Reference Parameter Sample programs GFD Dennou Club Library Fortran90 About GFD Dennou Club Library Composition of library Mathematical functions Graphic functions Other functions Method of
DclIntervalLT Description Syntax Arguments Note Related items Get i that fills bounds (i-1)…value Result= DclIntervalLT (Bounds, value) Return value < I > Array number i that meets a condition. Bou
DclIntervalLE Description Syntax Arguments Note Related items Get i that fills bounds (i-1)<value…bounds (i). Result= DclIntervalLE (Bounds, value) Return value < I > Array number i that meets a co
DclIntervalGT Description Syntax Arguments Note Related items Get i that fills bounds (i)<value…value (i+1). Result= DclIntervalGT (Bounds, value) Return value < I > Array number i that meets a con
DclIntervalGE Description Syntax Arguments Note Related items Get i that fills bounds (i)…value Result= DclIntervalGE (Bounds, value) Return value < I > Array number i that meets a condition. Bound
Segment order Related link DclIntervalLT (IBLKLT) Get i that fills bounds (i-1)…value DclIntervalLE (IBLKLE) Get i that fills bounds (i-1)<value…bounds (i). DclIntervalGT (IBLKGT) Get i that fills
DclConv2D Description Syntax Arguments Note Related items Transform into 2 dimension right angle coordinates. Result= DclConv2D (Point) Return value < cartesian > Two dimension right angle coordinat
DclConvPolar Description Syntax Arguments Note Related items Transform into 2 dimension polar coordinates. Result= DclConvPolar (Point) Return value < polar > Two dimension polar coordinates value.
DclConvHyperbolic Description Syntax Arguments Note Related items Transform into right angle hyperbola coordinates. Result= DclConvHyperbolic (Point) Return value < hyperbolic > A hyperbola coordina
DclConv3D Description Syntax Arguments Note Related items Transform into 3 dimension right angle coordinates. Result= DclConv3D (Point) Return value < cartesian3D > Three dimension right angle coord
DclConvSpherical Description Syntax Arguments Note Related items Transform into 3 dimension spherical surface coordinates. Result= DclConvSpherical (Point) Return value < spherical > Three dimension
DclRotate2D Description Syntax Arguments Note Related items Two dimension right angle coordinates are revolved. Result= DclRotate2D (Theta, point) Return value < cartesian > The coordinates value th
DclRotate3D Description Syntax Arguments Note Related items Three dimension right angle coordinates are revolved. Result= DclRotate3D (Theta, phi, psi, point) Return value < cartesian3D > Three dime
DclRotateSpherical Description Syntax Arguments Note Related items Three dimension spherical surface coordinates are revolved. Result= DclRotateSpherical (Theta, phi, psi, point) Return value < sphe
Coordinates conversion Related link DclConv2D (A CT2 programmable controller, CT2 EC, CT2 basic control, CT2HC) Transform into 2 dimension right angle coordinates. DclConvPolar (CT2CP) Transform int
DclInitRealFFT Description Syntax Arguments Note Related items Initialize the Fouriertransform of cycle real numeric data. Call DclInitRealFFT (N, [index]) N < I > The length (the number) of Data to
DclDeallocRealFFT Description Syntax Arguments Note Related items The workspace of the Fouriertransform of cycle real numeric data is opened. Call DclDeallocRealFFT ([Index]) Index < I > Work area n
DclRealFFT_F Description Syntax Arguments Note Related items Run Fourier Forward transformation of cycle real numeric data. Result= DclRealFFT_F (X, [index]) Return value < R (:) > Converted data. X
DclRealFFT_B Description Syntax Arguments Note Related items Run Fourier Backward transformation of cycle real numeric data. Result= DclRealFFT_B (X, [index]) Return value < R (:) > Converted data.
DclInitEasyFFT Description Syntax Arguments Note Related items Initialize Fouriertransform (the simple version) of cycle real numeric data. Call DclInitEasyFFT (N, [index]) N < I > The length (the n
DclDeallocEasyFFT Description Syntax Arguments Note Related items The workspace of the Fouriertransform (the simple version) of cycle real numeric data is opened. Call DclDeallocEasyFFT ([Index]) In
DclEasyFFT_F Description Syntax Arguments Note Related items Run Fourier Forward transformation (the simple version) of cycle real numeric data. Call DclEasyFFT_F (X, a0 , a , B , [index]) X < R (:)
DclEasyFFT_B Description Syntax Arguments Note Related items Run Fourier Backward transformation (the simple version) of cycle real numeric data. Call DclEasyFFT_B ( x ,a0, a, b, [index]) X < R (:)
DclInitSinFFT Description Syntax Arguments Note Related items Initialize SINE conversion of the cycle data of eccentricity. Call DclInitSinFFT (N, [index]) N < I > The length (the number) of Data to
DclDeallocSinFFT Description Syntax Arguments Note Related items The workspace of the SINE conversion of the cycle data of eccentricity is opened. Call DclDeallocSinFFT ([Index]) Index < I > Work ar
DclSinFFT Description Syntax Arguments Note Related items Do the SINE of cycle data transformation of eccentricity. Result= DclSinFFT (X, [index]) Return value < R (:) > Converted data. X < R (:) >
DclInitCosFFT Description Syntax Arguments Note Related items Initialize COSINE conversion of the cycle data of an even number. Call DclInitCosFFT (N, [index]) N < I > The length (the number) of Dat
DclDeallocCosFFT Description Syntax Arguments Note Related items The workspace of the COSINE conversion of the cycle data of an even number is opened. Call DclDeallocCosFFT ([Index]) Index < I > Wor
DclCosFFT Description Syntax Arguments Note Related items Do the COSINE of cycle data transformation of even number. Result= DclCosFFT (X, [index]) Return value < R (:) > Converted data. X < R (:) >
DclInitSinQFT Description Syntax Arguments Note Related items Initialize SIN conversion of only an odd wave number component. Call DclInitSinQFT (N, [index]) N < I > The length (the number) of Data
DclDeallocSinQFT Description Syntax Arguments Note Related items The workspace of SIN conversion is opened of only an odd wave number component. Call DclDeallocSinQFT ([Index]) Index < I > Work area
DclSinQFT_F Description Syntax Arguments Note Related items SINForward transformation is conducted of only an odd wave number component. Result= DclSinQFT_F (X, [index]) Return value < R (:) > Conve
DclSinQFT_B Description Syntax Arguments Note Related items SINBackward transformation is conducted of only an odd wave number component. Result= DclSinQFT_B (X, [index]) Return value < R (:) > Conv
DclInitCosQFT Description Syntax Arguments Note Related items Initialize COSIN conversion of only an even wave number component. Call DclInitCosQFT (N, [index]) N < I > The length (the number) of Da
DclDeallocCosQFT Description Syntax Arguments Note Related items The workspace of COSIN conversion is opened of only an even wave number component. Call DclDeallocCosQFT ([Index]) Index < I > Work a
DclCosQFT_F Description Syntax Arguments Note Related items COSINForward transformation is conducted of only an even wave number component. Result= DclCosQFT_F (X, [index]) Return value < R (:) > Co
DclCosQFT_B Description Syntax Arguments Note Related items COSINBackward transformation is conducted of only an even wave number component. Result= DclCosQFT_B (X, [index]) Return value < R (:) > C
DclInitComplexFFT Description Syntax Arguments Note Related items Initialize the Fouriertransform of cycle complex number data. Call DclInitComplexFFT (N, [index]) N < I > The length (the number) of
DclDeallocComplexFFT Description Syntax Arguments Note Related items The workspace of the Fouriertransform of cycle complex number data is opened. Call DclDeallocComplexFFT ([Index]) Index < I > Wor
DclComplexFFT_F Description Syntax Arguments Note Related items Fourier Forward transformation of cycle complex number data is conducted. Result= DclComplexFFT_F (X, [index]) Return value < X (:) >
DclComplexFFT_B Description Syntax Arguments Note Related items Fourier Backward transformation of cycle complex number data is conducted. Result= DclComplexFFT_B (X, [index]) Return value < X (:) >
The Fouriertransform The Fouriertransform of cycle real numeric data Fouriertransform (the simple version) of cycle real numeric data SINE conversion of the cycle data of eccentricity COSINE conversi
DclGoodNumExLT Description Syntax Arguments Note Related items Get the biggest thing among smaller "good number" than a designation value. Call DclGoodNumExLT (Value, mantissa , Exponent ) Value < R
DclGoodNumExGT Description Syntax Arguments Note Related items Get minimum thing among bigger "good number" than a designation value. Call DclGoodNumExGT (Value, mantissa , Exponent ) Value < R > A
DclGoodNumExLE Description Syntax Arguments Note Related items Get the biggest thing among "good number" below designation value. Call DclGoodNumExLE (Value, mantissa , Exponent ) Value < R > A desi
DclGoodNumExGE Description Syntax Arguments Note Related items Get minimum thing among "good number" over designation value. Call DclGoodNumExGE (Value, mantissa , Exponent ) Value < R > A designati
DclSetGoodNumList Description Syntax Arguments Note Related items Set list of "good number". Call DclSetGoodNumList (List) List < R (:) > The real number Type array that paid good number to an ascen
DclGetGoodNumList Description Syntax Arguments Note Related items Refer to at present list of "good number" that is done Setting. Call DclGetGoodNumList (List) List < R (:) > The real number Type ar
DclSaveGoodNumList Description Syntax Arguments Note Related items Save at present list of "good number" that is done Setting. Call DclSaveGoodNumList () None None Related routine (gnmlib)
DclRestoreGoodNumList Description Syntax Arguments Note Related items Reset the' good number' with the saved list. Call DclRestoreGoodNumList () None None Related routine (gnmlib)
DclGoodNumLT Description Syntax Arguments Note Related items Get the biggest thing among smaller "good number" than a designation value. Result= DclGoodNumLT (Value) Return value < R > Good number.
DclGoodNumGT Description Syntax Arguments Note Related items Get minimum thing among bigger "good number" than a designation value. Result= DclGoodNumGT (Value) Return value < R > Good number. Value
DclGoodNumLE Description Syntax Arguments Note Related items Get the biggest thing among "good number" below designation value. Result= DclGoodNumLE (Value) Return value < R > Good number. Value < R
DclGoodNumGE Description Syntax Arguments Note Related items Get minimum thing among "good number" over designation value. Result= DclGoodNumGE (Value) Return value < R > Good number. Value < R > A
Good number Simple Type function Subroutine that returns a characteristic, mantissa Setting Reference Related link DclGoodNumLT (RGNLT) Get the biggest thing among smaller "good number" than a desig
DclGrid2DForwardBLI Description Syntax Arguments Note Related Items Bilinear Interpolation. Source Coordinates(P,Q) are also needed to be Normalized to [0,1] interval. call DclGrid2DForwardBLI (p, q
DclGrid2DForwardBLI2 Description Syntax Arguments Note Related Items Bilinear Interpolation for 2 Parameter. Source Coordinates(P,Q) are also needed to be Normalized to [0,1] interval. call DclGrid2
DclGrid2DInverseBLI2 Description Syntax Arguments Note Related Items Inverse of Bilinear interpolation for 2parameters. It is an analytical solution. call DclGrid2DForwardBLI2 (x,y,x00,x10,x01,x11,y
DclGrid2DSetCoordinateTransform Description Syntax Arguments Note Related Items Set Transform.(Initialize). It is defined with relations between grids. call DclGrid2DSetCoordinateTransform (uxa,uya,
DclGrid2DCoordinateTransform Description Syntax Arguments Note Related Items Coorinate Transformation. call DclGrid2DCoordinateTransform (ux,uy,cx,cy) ux <R(:)> Source Coordinates.(No 1).(Input) uy
DclGrid2DInverseCoordinateTransform Description Syntax Arguments Note Related Items Inverse of Coordinate Transformation. call DclGrid2DInverseCoordinateTransform (tx,ty,ux,uy) tx <R> Source Coordin
DclGrid2DGetCoordinateTransform Description Syntax Arguments Note Related Items Get Min/Max of Destination of Coordinate Transformation. call DclGrid2DGetCoordinateTransform (cxmin,cxmax,cymin,cymax
Dclg2qcti Description Syntax Arguments Note Related Items Whether Parameter Is initialized or not. If G2FCTR or G2ICTR are called without initialization, It is not necessary of inquiry. call Dclg2qc
2D Grid Coordinate Transformation ŠÖ˜AƒŠƒ“ƒN DclGrid2DForwardBLI (G2FBLI) Bilinear InterpolationD DclGrid2DForwardBLI2 (G2FBL2) Bilinear Interpolation for 2 Parameters. DclGrid2DInverseBLI2 (G2IBL2
DclLocFirst Description Syntax Arguments Note Related items Get location of the array that the value that was designated turn up first. Result= DclLocFirst (Array, value) Return value < I > The loca
DclLocLast Description Syntax Arguments Note Related items Get location of the array that the value that was designated turn up last. Result= DclLocLast (Array, value) Return value < I > The locatio
DclLocFirstCharEx Description Syntax Arguments Note Related items Get location of the array that appears first although it) does not distinguishes (a capital letter small letter the character that w
DclLocLastCharEx Description Syntax Arguments Note Related items Get location of the array that appears last although it) does not distinguishes (a capital letter small letter the character that was
Retrieval of array Related link DclLocFirst (INDXNF, INDXIF, INDXRF) Get location of the array that the value that was designated turn up first. DclLocLast (INDXNF, INDXIF, INDXRF) Get location of t
Mathematical functions System management Character processing Processing date Processing by which error is considered Processing by which loss value is considered Geometric transformation Others Math
Integer close to a real number Related link DclIntLT (IRLT) Get the smaller biggest integer than a designation value. DclIntGT (IRGT) Get bigger more minimum integer than a designation value. DclInt
DclIntLT Description Syntax Arguments Note Related items Get the smaller biggest integer than a designation value. Result= DclIntLT (Value) Return value < I > Result. Value < R > A designation value
DclIntGT Description Syntax Arguments Note Related items Get bigger more minimum integer than a designation value. Result= DclIntGT (Value) Return value < I > Result. Value < R > A designation value
DclIntLE Description Syntax Arguments Note Related items Get the biggest integer below a designation value. Result= DclIntLE (Value) Return value < I > Result. Value < R > A designation value. None
DclIntGE Description Syntax Arguments Note Related items Get minimum integer over a designation value. Result= DclIntGE (Value) Return value < I > Result. Value < R > A designation value. None Relat
Interpolation Related link DclInterpolate Interpolate of a real number or complex number Type array. Mathematical package
DclInterpolate Description Syntax Arguments Note Related items Interpolate linear the part of RMISS of a real number or complex number Type array. Result= DclInterpolate (X) Return value < R, X (:)
Comparison including a fruit numerical error Related link DclEQ (LREQ, LREQA) If x is equal to y within the specified tolerance. DclNE (LRNE, LRNEA) If x is not equal to y within the specified toler
DclEQ Description Syntax Arguments Note Related items If x is equal to y within the specified tolerance. Result= DclEQ (X, y, [epsilon]) Return value < L > The determination result. When x and y are
DclNE Description Syntax Arguments Note Related items If x is not equal to y within the specified tolerance. Result= DclNE (X, y, [epsilon]) Return value < L > The determination result. When x and y
DclLT Description Syntax Arguments Note Related items If x is less than y within the specified tolerance. Result= DclLT (X, y, [epsilon]) Return value < L > The determination result. When x is small
DclLE Description Syntax Arguments Note Related items If x is equal or less than y within the specified tolerance. Result= DclLE (X, y, [epsilon]) Return value < L > The determination result. X the
DclGT Description Syntax Arguments Note Related items If x is greater than y within the specified tolerance. Result= DclGT (X, y, [epsilon]) Return value < L > The determination result. It is when x
DclGE Description Syntax Arguments Note Related items If x is equal or greater than y within the specified tolerance. Result= DclGE (X, y, [epsilon]) Return value < L > The determination result. It
Map projection Cylindrical equidistant projection Mercator's projection Mollweide's projection Suspected Mollweide's projection Hammer projection Eckert's 6th projection Kitada ellipse projection Con
DclCylindrical_F Description Syntax Arguments Note Related items Cylindrical equidistant projection positive conversion Result= DclCylindrical_F (Point) Return value < cartesian > A right angle coor
DclCylindrical_B Description Syntax Arguments Note Related items Cylindrical equidistant projection Backward transformation Result= DclCylindrical_B (Point) Return value < map > A latitude longitude
DclMercator_F Description Syntax Arguments Note Related items Mercator's projection positive conversion Result= DclMercator_F (Point) Return value < cartesian > A right angle coordinates value. Poin
DclMercator_B Description Syntax Arguments Note Related items Mercator's projection Backward transformation Result= DclMercator_B (Point) Return value < map > A latitude longitude coordinates value.
DclMollweide_F Description Syntax Arguments Note Related items Mollweide's projection positive conversion Result= DclMollweide_F (Point) Return value < cartesian > A right angle coordinates value. P
DclMollweide_B Description Syntax Arguments Note Related items Mollweide's projection Backward transformation Result= DclMollweide_B (Point) Return value < map > A latitude longitude coordinates val
DclMollweideLike_F Description Syntax Arguments Note Related items Even Mollweide's projection moves and positive conversion Result= DclMollweideLike_F (Point) Return value < cartesian > A right ang
DclMollweideLike_B Description Syntax Arguments Note Related items Even Mollweide's projection moves and Backward transformation Result= DclMollweideLike_B (Point) Return value < map > A latitude lo
DclHammer_F Description Syntax Arguments Note Related items Hammer projection positive conversion Result= DclHammer_F (Point) Return value < cartesian > A right angle coordinates value. Point < map
DclHammer_B Description Syntax Arguments Note Related items Hammer projection Backward transformation Result= DclHammer_B (Point) Return value < map > A latitude longitude coordinates value. Point <
DclEckert6_F Description Syntax Arguments Note Related items Eckert's 6th projection positive conversion Result= DclEckert6_F (Point) Return value < cartesian > A right angle coordinates value. Poin
DclEckert6_B Description Syntax Arguments Note Related items Eckert's 6th projection Backward transformation Result= DclEckert6_B (Point) Return value < map > A latitude longitude coordinates value.
DclKitada_F Description Syntax Arguments Note Related items Kitada ellipse projection positive conversion Result= DclKitada_F (Point) Return value < cartesian > A right angle coordinates value. Poin
DclKitada_B Description Syntax Arguments Note Related items Kitada ellipse projection Backward transformation Result= DclKitada_B (Point) Return value < map > A latitude longitude coordinates value.
DclConical_F Description Syntax Arguments Note Related items Cone projection positive conversion Result= DclConical_F (Point) Return value < cartesian > A right angle coordinates value. Point < map
DclConical_B Description Syntax Arguments Note Related items Cone projection Backward transformation Result= DclConical_B (Point) Return value < map > A latitude longitude coordinates value. Point <
DclSetConical Description Syntax Arguments Note Related items The standard parallel of latitude of a cone projection is designated. Call DclSetConical (Lat) Lat < R > A standard parallel of latitude
DclConicalA_F Description Syntax Arguments Note Related items Lambert positive product cone projection positive conversion Result= DclConicalA_F (Point) Return value < cartesian > A right angle coor
DclConicalA_B Description Syntax Arguments Note Related items Lambert positive product cone projection Backward transformation Result= DclConicalA_B (Point) Return value < map > A latitude longitude
DclSetConicalA Description Syntax Arguments Note Related items The standard parallel of latitude of a Lambert positive product cone projection is designated. Call DclSetConicalA (Lat) Lat < R > A st
DclConicalC_F Description Syntax Arguments Note Related items Lambert positive corner cone projection positive conversion Result= DclConicalC_F (Point) Return value < cartesian > A right angle coord
DclConicalC_B Description Syntax Arguments Note Related items Lambert positive corner cone projection Backward transformation Result= DclConicalC_B (Point) Return value < map > A latitude longitude
DclSetConicalC Description Syntax Arguments Note Related items The standard parallel of latitude of a Lambert positive corner cone projection is designated. Call DclSetConicalC (Lat1, lat2) Lat1, la
DclBonnes_F Description Syntax Arguments Note Related items Bonne's projection positive conversion Result= DclBonnes_F (Point) Return value < cartesian > A right angle coordinates value. Point < map
DclBonnes_B Description Syntax Arguments Note Related items Bonne's projection Backward transformation Result= DclBonnes_B (Point) Return value < map > A latitude longitude coordinates value. Point
DclSetBonnes Description Syntax Arguments Note Related items The standard parallel of latitude of a Bonne's projection is designated. Call DclSetBonnes (Lat) Lat < R > A standard parallel of latitud
DclOrthographic_F Description Syntax Arguments Note Related items Orthographic projection positive conversion Result= DclOrthographic_F (Point) Return value < cartesian > A right angle coordinates v
DclOrthographic_B Description Syntax Arguments Note Related items Orthographic projection Backward transformation Result= DclOrthographic_B (Point) Return value < map > A latitude longitude coordina
DclSetOrthographic Description Syntax Arguments Note Related items Set orbit radius of Orthographic projection. Call DclSetOrthographic (Rsat) Rsat < R > Orbit radius. None Related routine (maplib)
DclPolarStereo_F Description Syntax Arguments Note Related items Polar stereo projection positive conversion Result= DclPolarStereo_F (Point) Return value < cartesian > A right angle coordinates val
DclPolarStereo_B Description Syntax Arguments Note Related items Polar stereo projection Backward transformation Result= DclPolarStereo_B (Point) Return value < map > A latitude longitude coordinate
DclAzimuthal_F Description Syntax Arguments Note Related items Azimuthal equidistant projection positive conversion Result= DclAzimuthal_F (Point) Return value < cartesian > A right angle coordinate
DclAzimuthal_B Description Syntax Arguments Note Related items Azimuthal equidistant projection Backward transformation Result= DclAzimuthal_B (Point) Return value < map > A latitude longitude coord
DclAzimuthalA_F Description Syntax Arguments Note Related items Lambert positive product direction projection positive conversion Result= DclAzimuthalA_F (Point) Return value < cartesian > A right a
DclAzimuthalA_B Description Syntax Arguments Note Related items Lambert positive product direction projection Backward transformation Result= DclAzimuthalA_B (Point) Return value < map > A latitude
Oslib Related link DclExecCommand (OSEXEC) Run the os command. DclGetEnv (OSGENV) Get the value of an environmental variable. DclGetArgumentNum (OSQARN) Get N of Arguments command line number. DclGe
DclExecCommand Description Syntax Arguments Note Related items Run the os command. Call DclExecCommand (Command) Command < C*> A command character string. None Related routine (oslib)
DclGetEnv Description Syntax Arguments Note Related items Get the value of an environmental variable. Call DclGetEnv (Name, value ) Name < C*> An environmental variable name. Value < C*> The value o
DclGetArgumentNum Description Syntax Arguments Note Related items Get N of Arguments command line number. Result= DclGetArgumentNum () Return value < I > The number of command line Arguments. None R
DclGetArgument Description Syntax Arguments Note Related items Get command line Arguments of a N number. Call DclGetArgument (N, arg ) N < I > The sequence of command line Arguments. Arg < C*> The v
DclAbort Description Syntax Arguments Note Related items Conduct error process and force to shut down. Call DclAbort () None None Related routine (oslib)
Deficit value processing attachment Statistical value Related link DclGetAVE (RAVE) Get average. DclGetVAR (RVAR) Get dispersion. DclGetSTD (RSTD) Get standard deviation. DclGetRMS (RRMS) Get root m
DclGetAVE Description Syntax Arguments Note Related items Get average. Result= DclGetAVE (X) Return value < R > A mean value. X < R (:) > Input data. None Related routine (rfalib)
DclGetVAR Description Syntax Arguments Note Related items Get dispersion. Result= DclGetVAR (X) Return value < R > Dispersion. X < R (:) > Input data. None Related routine (rfalib)
DclGetSTD Description Syntax Arguments Note Related items Get standard deviation. Result= DclGetSTD (X) Return value < R > Standard deviation. X < R (:) > Input data. None Related routine (rfalib)
DclGetRMS Description Syntax Arguments Note Related items Get root mean square. Result= DclGetRMS (X) Return value < R > A square average. X < R (:) > Input data. None Related routine (rfalib)
DclGetAMP Description Syntax Arguments Note Related items Get size ((ƒ° x2) 1/2). Result= DclGetAMP (X) Return value < R > (ƒ° x 2 ) 1/2 X < R (:) > Input data. None Related routine (rfalib)
Movement average Related link DclRunningMean (VRRNM) A movement average is calculated. *The corresponding f77 interface name in parentheses. Mathematical package
DclRunningMean Description Syntax Arguments Note Related items A movement average is calculated. Result= DclRunningMean (X, length) Return value < R (:) > The data that was averaged and was move. Le
Spherical harmonics Related link DclInitSHT (SHTINT) Initialize. DclDeallocSHT (--) A workspace is released. DclGetSpectrumNumber (SHTNML) Get housing location of spectrum data. DclOperateLaplacian
DclInitSHT Description Syntax Arguments Note Related items Initialize. Call DclInitSHT (A mm, jm, im, [idx]) Mm < I > A mutilation wave number (M). Jm < I > 1/2 (the J) of north and south division n
DclDeallocSHT Description Syntax Arguments Note Related items A workspace is released. Call DclDeallocSHT ([Idx]) Idx < I > Work area number. None Related routine (shtlib)
DclGetSpectrumNumber Description Syntax Arguments Note Related items Get housing location of spectrum data. Result= DclGetSpectrumNumber (N, m, [idx]) Return value < I > The housing location of data
DclOperateLaplacian Description Syntax Arguments Note Related items Laplacian is computed to spectrum data. Call DclOperateLaplacian (A, b , [ind], [idx]) A < R (:) > Input data. B < R (:) > Output
DclSpectrumToGrid Description Syntax Arguments Note Related items Transform from spectrum data to grid data. Call DclSpectrumToGrid ([S], w , g , [isw], [idx], [m1], [m2]) S < R (:) > Spectrum data.
DclGridToSpectrum Description Syntax Arguments Note Related items Transform from grid data to spectrum data. Call DclGridToSpectrum ( g , w, [s], [isw], [idx]) G < R (:) > Grid data W < R (:) > Wave
D clSpectrumToGridForWave Description Syntax Arguments Note Related items Transform from spectrum data to grid data. (Wave number designation) Call D clSpectrumToGridForWave (A m, [s], wr, wi, g , [
Dc lSpectrumToGridForZonal Description Syntax Arguments Note Related items Transform from spectrum data to grid data. (A band state component) Call Dc lSpectrumToGridForZonal ([S], wz, [g], [isw], [
DclSp ectrumToGridForLatitude Description Syntax Arguments Note Related items Transform from spectrum data to grid data. (Latitude circle designation) Call DclSp ectrumToGridForLatitude (J, [s], wj,
DclGetLegendreFunctions Description Syntax Arguments Note Related items The calculation of associated Legendre function. Call DclGetLegendreFunctions (A m, fun , [idx]) M < I > Band state wave numbe
DclLegendreTransform_F Description Syntax Arguments Note Related items Legendre positive conversion. Call DclLegendreTransform_F (A m, wm, sm , [isw], [idx]) M < I > Band state wave number that does
DclLegendreTransform_B Description Syntax Arguments Note Related items Legendre Backward transformation. Call DclLegendreTransform_B (A m, sm, wm ,isw, idx) M < I > The band state wave number that d
System management Related link DclMessageDump (MSGDMP) The message is output. DclCompChar (LCHREQ) Character strings are compared without the distinction between the capital letter and the small let
DclMessageDump Description Syntax Arguments Note Related items A message is output. Call DclMessageDump (Level, name, message) Level < C1 > A message level. ' E',' W',' M'. Name < C32 > The routine
DclCompChar Description Syntax Arguments Note Related items Compare the letter lines without distinction of capital letter/small letter. Result= DclCompChar (Ch1, ch2) Return value < L > When a char
DclGetUnitNum Description Syntax Arguments Note Related items Return the application possible smallest input/output unit number. Result= DclGetUnitNum () Return value < I > An input/output unit numb
DclToUpper Function Format Argument Note Related item The character string is made a capital letter. Call DclToUpper ( ch ) Ch < C*> Character string which converts. None Related routine (chglib)
DclToLower Function Format Argument Note Related item The character string is made a capital letter. Call DclToLower ( ch ) Ch < C*> Character string which converts None Related routine (chglib)
Chglib Related link DclToUpper (CUPPER) The character string is made a capital letter. DclToLower (CLOWER) The character string is made a small letter. *The corresponding f77 interface name in paren
DclCheckBlank Function Format Argument Note Related item It is distinguished whether it is a blank. Result= DclCheckBlank (C) Return value < L > Judgment result. C < C1 > Character judged. None Rela
DclCheckCurrency Function Format Argument Note Related item It is distinguished whether it is currency sign. Result= DclCheckCurrency (C) Return value < L > Judgment result. C < C1 > Character judge
DclCheckSpecial Function Format Argument Note Related item It is distinguished whether it is a special character. Result= DclCheckSpecial (C) Return value < L > Judgment result. C < C1 > Character j
DclCheckAlphabet Function Format Argument Note Related item It is distinguished whether it is an alphabet. Result= DclCheckAlphabet (C) Return value < L > Judgment result. C < C1 > Character judged.
DclCheckNumber Function Format Argument Note Related item It is distinguished whether it is a figure. Result= DclCheckNumber (C) Return value < L > Judgment result. C < C1 > Character judged. None R
DclCheckAlphaNum Function Format Argument Note Related item It is distinguished whether it is an alphanumeric character. Result= DclCheckAlphaNum (C) Return value < L > Judgment result. C < C1 > Jud
DclCheckFortran Function Format Argument Note Related item It is distinguished whether it is FORTRAN character. Result= DclCheckFortran (C) Return value < L > Judgment result. C < C1 > Judged charac
DclCheckCharPattern Function Format Argument Note Related item It is distinguished whether it is a specified character kind. Result= DclCheckCharPattern (Char, cref) Return value < L > Judgment resu
Chklib Related link DclCheckBlank (LCHRB) It is distinguished whether it is a blank. DclCheckCurrency (LCHRC) It is distinguished whether it is currency sign. DclCheckSpecial (LCHRS) It is distingui
DclGetDate Description Syntax Arguments Note Related items Get the date in today. Result= DclGetDate () Return value < dcl_date > The date in today. None Related routine (datelib)
DclAddDate Description Syntax Arguments Note Related items Add the number of days to date. Result= DclAddDate (Date, n) Return value < dcl_date > Result date. Date < dcl_date > The original date. N
DclDiffDate Description Syntax Arguments Note Related items Get difference dated a day. Result= DclDiffDate (Date1, date2) Return value < I > Result. Date1, date2 < dcl_date > The date. None Related
DclFormatDate Description Syntax Arguments Note Related items Transform into format that was designated the date. Call DclFormatDate ( cform ,date) Cform < C*> A format. Output with buried date data
DclDayOfWeek Description Syntax Arguments Note Related items Get date of the week number. Result= DclDayOfWeek (Date) Return value < I > A date of the week number. Date < dcl_date > The date. None R
DclLengthOfMonth Description Syntax Arguments Note Related items Get the length (the number of days) in a month. Result= DclLengthOfMonth (Year, month) Return value < I > The length (the number of d
DclLengthOfYear Description Syntax Arguments Note Related items Get the length (the number of days) in 1 year. Result= DclLengthOfYear (Year) Return value < I > The length (the number of days) in 1
Datelib Related link DclGetDate (DATEQ 1,2,3) Get the date in today. DclAddDate (DATEF 1,2,3) Add the number of days to date. DclDiffDate (DATEG 1,2,3) Get difference dated a day. DclFormatDate (DAT
Other functions Related items Capital letter small letter conversion (chglib) The judgement (chklib) of a statement character type The date (datelib) Time (timelib) Geophysical fluid electronic brai
Timelib Related link DclGetTime (TIMEQ 1,2,3) Get the present time. DclFormatTime (TIMEC 1,2,3) Transform into format that was designated time. *The corresponding f77 interface name in parentheses.
DclGetTime Description Syntax Arguments Note Related items Get the present time. Result= DclGetTime () Return value < dcl_time > The present time. None Related routine (timelib)
DclFormatTime Description Syntax Arguments Note Related items Transform into format that was designated time. Call DclFormatTime ( cform ,time) Cform < C*> A format. Output time information Buried i
Parameter of SYSLIB GL: RMISS MISSING_REAL Real GL: RUNDEF UNDEFINED_REAL Real GL: REPSL TRUNCATION_ERROR Real GL: RFACT TRUNCATION_FACTOR Real GL: REALMAX MAX_REAL Real GL: REALMIN MIN_REAL Real GL
CONFIG_FILE (GL: DCLRC) Type Character Initial value The value in a standard library .dclrc Description External file name that reads an execution time option . Yet, the value of this inside variabl
SYSTEM_DATABASE_DIR (GL: DSPATH) Type Character Initial value At the time of The value in a standard library, installation It becomes the value that $ (DCLDBASE) shows. Description Various kinds dat
USER_DATABASE_DIR (GL: DUPATH) Type Character Initial value Initial value in a standard library'' (Null: this a current directory is shown). Description The path name that puts the various kinds dat
INPUT_UNIT (GL: IIUNIT) Type Integer Initial value Normal be 5 Description A standard input devices number. System reliance . Parameter of global
MISSING_INT (GL: IMISS) Type Integer Initial value 999 Description Designate the deficit value of integer Type in the time that conducts deficit value processing. Parameter of global
MAX_INT (GL: INTMAX) Type Integer Initial value Description The biggest integer that is able to express it with 1 word. System reliance Parameter of global
OUTPUT_UNIT (GL: IOUNIT) Type Integer Initial value Normal be 6 Description A standard output unit number. System reliance . Parameter of global
UNDEFINED_INT (GL: IUNDEF) Type Integer Initial value -999 Description Value of integer Type that shows that is Undefined . Parameter of global
INTERPRET_TRUNCATION (GL: LEPSL) Type Logical Initial value .FALSE. Description When real numerical value is compared.Set does it do the judgment including an error. If it is .TRUE. it does the judg
ENABLE_LONG_MESSAGE (GL: LLMSG) Type Logical Initial value 0 Description Description Parameter of global
INTERPRET_MISSING_VALUE (GL: LMISS) Type Logical Initial value .FALSE. Description Is deficit value processing conducted Set please. If it is .TRUE. conducting it it does not conduct it if it is .FA
MAX_MESSAGE_NUMBER (GL: MAXMSG) Type Integer Initial value 20 Description The biggest message number that outputs it. Parameter of global
MESSAGE_LEVEL (GL: MSGLEV) Type Integer Initial value 0 Description The message level where it outputs. If it is 0 or less messages of all the levels are output; If it is 1 warning, error message ar
MSGUNIT (GL: MSGUNIT) Type Integer Initial value '' IOUNIT and same Description The output unit number that output a message. Parameter of global
WORD_LENGTH_information network_BIT (GL: NBITSPW) Type Integer Initial value Normal be 32 Description Length in bit of 1 word. Rely on the system. Parameter of global
WORD_LENGTH_information network_CHAR (GL: NCHRSPW) Type Integer Initial value Normal be 4 Description It is long the character of 1 word. Rely on the system. Parameter of global
LINE_SIZE (GL: NLNSIZE) Type Integer Initial value 78 Description Message of which outputs it to a party A biggest statement number of letters. When a message is output Because a blank is write out
MAX_REAL (GL: REALMAX) Type Real Initial value Description The biggest real number that is able to express it with 1 word. System reliance Parameter of global
MIN_REAL (GL: REALMIN) Type Real Initial value Description The real number of minimum positive that is able to express it with 1 word. System reliance Parameter of global
TRUNCATION_ERROR (GL: REPSL) Type Real Initial value Description The standard value of the relative error in the time that does the judgment including an error. Rely on the system. Parameter of glob
RFACT (GL: RFACT) Type Real Initial value 1.0 Description When it does the judgment including an error REPSL'~' RFACT' are used as a relative error' scaling factor. that applies to the standard val
MISSING_REAL (GL: RMISS) Type Real Initial value 999.0 Description Deficit value of real number Type in the time that conducts deficit value processing is designated . Parameter of global
UNDEFINED_REAL (GL: RUNDEF) Type Real Initial value -999.0 Description Value of real number Type that shows that is Undefined . Parameter of global
Global Sgpack Swpack Ucpack Udpack Uepack Ugpack Ulpack Umpack Uspack Uupack Uzpack
Global Sgpack Swpack Ucpack Udpack Uepack Ugpack Ulpack Umpack Uspack Uupack Uzpack
Parameter of SGPACK For internal processing Signal ground: RDX INTERPOLATION_ANGLE_X Real Signal ground: RDY INTERPOLATION_ANGLE_Y Real Signal ground: BITLEN LINE_CYCLE_LENGTH Real Signal ground: SM
ARROWHEAD_PROPOTION (Signal ground: AFACT) Type Real Initial value 0.33 Description ' LPROP'. it is the proportion constants that I use at the time of) (proportion TRUE. and paint. Parameter of sgpa
ARROWHEAD_ANGLE (Signal ground: ANGLE) Type Real Initial value 20.0 Description It is a degree (a unit) the corner that the line segment and main frame part of an arrowhead part of line segment does
++Setting a different routine by++ (Signal ground: ANGLE3) Type Real Initial value 0 Description Description Parameter of sgpack
LINE_CYCLE_LENGTH (Signal ground: BITLEN) Type Real Initial value 0.003 Description Set to how much length is 1 bit equal on VC, when it does the line type of the polygonal line that paints primitiv
ARROWHEAD_SIZE (Signal ground: CONST) Type Real Initial value 0.01 Description ' LPROP'. it is VC (a unit) the regular value that I use at the time of) I paint with (a regular value FALSE. Parameter
ARROWHEAD_SIZE_MAP (Signal ground: CONSTM) Type Real Initial value 5.0 Description '. LPROP' with) I paint with (a regular value FALSE. and it is a degree (a unit) the regular value that I use at th
CORNERMARK_LENGTH (Signal ground: CORNER) Type Real Initial value 0.01 Description The length of a corner mark. A unit makes 1 long side of the 1st level eye. Parameter of sgpack
LINE_CYCLE_LENGTH (Signal ground: CWL) Type Real Initial value 30.0 Description Length of a line segment part the coefficient that designates how many character minutes it takes character high as a
**For internal processing** (Signal ground: FACTOR) Type Real Initial value 0 Description Description Parameter of sgpack
LINE_start_POSITION (Signal ground: FFCT) Type Real Initial value 0.5 Description In painting a label attachment polygonal line how much I begin to paint it from the place which advanced as a line s
LINE_LABEL_SPACE (Signal ground: FWC) Type Real Initial value 1.25 Description Coefficient that designates how much it takes the width of such a null area that writes a character string as all the c
ARROWHEAD_SHADE_PATTERN (Signal ground: IATONE) Type Integer Initial value 999 Description The Tone pattern at the time of) that paints out the area of the triangle that defines an arrowhead part. A
++Setting a different routine by++ (Signal ground: IFONT) Type Integer Initial value 0 Description Description Parameter of sgpack
CORNERMARK_INDEX (Signal ground: INDEX) Type Integer Initial value 1 Description The line index of the character string and corner mark that I paint to the margin of the 1st level eye. Parameter of
LABEL_CHAR_INDEX (Signal ground: INDEXC) Type Integer Initial value 0 Description The line index of each character string is designated as a label. In order that a value writes a line segment part a
BOUNDARY_DIRECTION (Signal ground: IRMODE) Type Integer Initial value 0 Description It is the parameter that designates the direction of a boundary line, when the close area that is primitive Tone a
LINE_LABEL_ROTATION_ANGLE (Signal ground: IROT) Type Integer Initial value 0 Description ' (When paint the character string that I attach as a label with a regular revolution corner although it is L
END_SCRIPT (Signal ground: IRST) Type Integer Initial value 34; this' it corresponds' to ". Description The character number of the control character that reaches with the top and show the end of th
BEGIN_SUBSCRIPT (Signal ground: ISUB) Type Integer Initial value 95; this'_' to it corresponds. Description The character number of the control character that shows the beginning of the mode of a gr
BEGIN_SUPERSCRIPT (Signal ground: ISUP) Type Integer Initial value 124; this'b' to it corresponds Description The character number of the control character that shows the beginning of the mode of t
++Setting a different routine by++ (Signal ground: ITR) Type Integer Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: ITR3) Type Integer Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: IWS) Type Integer Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: IXC3) Type Integer Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: IYC3) Type Integer Initial value 0 Description Description Parameter of sgpack
**For internal processing** (Signal ground: L2TO3) Type Logical Initial value 0 Description Description Parameter of sgpack
--? ? ? ? -- (Signal ground: LARROW) Type Logical Initial value 0 Description Description Parameter of sgpack
ENABLE_ARROWHEAD_SHADE (Signal ground: LATONE) Type Logical Initial value .FALSE. Description Set do I paint out the area of the triangle that defines an arrowhead part. If it is .TRUE. I paint out
ENABLE_LINE_BUFFERING (Signal ground: LBUFF) Type Logical Initial value .TRUE. Description Set when the end of a polygonal line is the null part that should paint a character string such buffering t
ENABLE_LINE_LABELING (Signal ground: LCHAR) Type Logical Initial value .FALSE. Description Set when be primitive polyline and paint a polygonal line label attachment polygonal line as whether or not
ENABLE_COLOR_SUBSTITUTION (Signal ground: a LCL2 transport network) Type Logical Initial value .FALSE. Description Set do read a color number as the pattern number such as a dot, when coating reason
ENABLE_CLIPING (Signal ground: LCLIP) Type Logical Initial value .FALSE. Description Flag of the clipping in a view port Parameter of sgpack
ENABLE_CONTROL_CHAR (Signal ground: LCNTL) Type Logical Initial value .FALSE. Description Set is it assumed to be effective Reference)' ISUP',' ISUB',' IRST' (a control character, when be primitive
DRAW_CORNERMARK (Signal ground: LCORNER) Type Logical Initial value .TRUE. Description Set do I paint a corner mark. If it is .TRUE. I paint a corner mark; I do not paint it if it is .FALSE. Paramet
DISABLE_LINE_LABEL_AT_CURVE (Signal ground: LCURV) Type Logical Initial value .TRUE. Description Set that the corner that polygonal line does does not write a label in a big place. The space that sh
USE_DEGREE (Signal ground: LDEG) Type Logical Initial value .TRUE. Description The designation of the unit system. ' LDEG'. it makes a degree a unit if it is TRUE.; it makes a radian a unit if it is
ENABLE_PROPORTIONAL_FONT (Signal ground: LFPROP) Type Logical Initial value 0 Description Description Parameter of sgpack
USE_FULL_WINDOW (Signal ground: LFULL) Type Logical Initial value .FALSE. Description Set does it take it fully the possibility range where picture the work station view port that does Setting with
ENABLE_GREATCIRCLE_INTERPOLATION (Signal ground: LGCINT) Type Logical Initial value .FALSE. Description The flag of big circle interpolation. Parameter of sgpack
ENABLE_LINEAR_INTERPOLATION (Signal ground: LLNINT) Type Logical Initial value .FALSE. Description The flag of linear interpolation. Parameter of sgpack
FIX_ARROWHEAD_PROPORTION (Signal ground: LPROP) Type Logical Initial value .TRUE. Description Set do I paint the line segment of an arrowhead part in proportion to the length of the line segment of
ENABLE_LINE_LABEL_ROTATION (Signal ground: LROT) Type Logical Initial value .FALSE. Description Set do I paint the character string that I attach as a label with a regular revolution corner or wheth
ENABLE_SOFTFILL (Signal ground: LSOFTF) Type Logical Initial value .FALSE. Description Set it is primitive paint out it Tone and and when it conducts it is hard fill conducted or soft fill is conduc
DRAW_PAGE_TITLE (Signal ground: LTITLE) Type Logical Initial value 0 Description Description Parameter of sgpack
ENABLE_ARROWHEAD_MAPPING (Signal ground: LUARW) Type Logical Initial value .TRUE. Description Set does even the line segment of an arrowhead part paint it as attached to to a map at the time of map
**For internal processing** (Signal ground: LWIDE) Type Logical Initial value 0 Description It does the definition of the margin of the 1st level eye that paints a character string (a title). The wi
++Setting a different routine by++ (Signal ground: LXLOG3) Type Logical Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: LYLOG3) Type Logical Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: LZLOG3) Type Logical Initial value 0 Description Description Parameter of sgpack
LINE_RESUME_MODE (Signal ground: MOVE) Type Integer Initial value 1 Description When the subordinate position routine of SZPACK draws a line with the pattern of tear line etc. Pen-up It designates i
PATTERN_BIT_LENGTH (Signal ground: NBITS) Type Integer Initial value 16 Description When set the line type of the polygonal line that paints primitive polyline by bit pattern, Set the number of bit.
LINE_BUFFERING_LENGTH (Signal ground: NBUFF) Type Integer Initial value 20 Description Set the length of buffering. Parameter of sgpack
**For internal processing** (Signal ground: NFRAME) Type Integer Initial value 0 Description Description Parameter of sgpack
**For internal processing** (Signal ground: NLEVEL) Type Integer Initial value 0 Description Description Parameter of sgpack
**For internal processing** (Signal ground: NPAGE) Type Integer Initial value 0 Description Description Parameter of sgpack
POLIMARKER_INTERVAL (Signal ground: NPMSKIP) Type Integer Initial value paint all the 1; markers. Description When be primitive polymarker and paint a marker (SGPMZU that designates to how many piec
++Setting a different routine by++ (Signal ground: PLROT) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: PLX) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: PLY) Type Real Initial value 0 Description Description Parameter of sgpack
POLIMARKER_HEIGHT (Signal ground: PMFACT) Type Real Initial value 2.0 Description The coefficient that polymarker primitiveness regulates the size of the marker that paints. Polymarker primitiveness
RESUME_POSITION_AFTER_BUFFERING (Signal ground: RBUFF) Type Real Initial value 0.99 Description After the contents that did buffering are write out the location of the cycle of a label attachment po
LINE_LABEL_THRESHOLD_CURVATURE (Signal ground: RCURV) Type Real Initial value 1.0 Description ' LCURV'. the space that is TRUE. and should write a label does not write a label at the time of these c
INTERPOLATION_ANGLE_X (Signal ground: RDX) Type Real Initial value 5.0 Description It is a degree (a unit) an interpolation interval. Parameter of sgpack
INTERPOLATION_ANGLE_Y (Signal ground: RDY) Type Real Initial value 5.0 Description It is a degree (a unit) an interpolation interval. Parameter of sgpack
**For internal processing** (Signal ground: RFAROT) Type Real Initial value 0 Description Description Parameter of sgpack
SATELLITE_ALTITUDE (Signal ground: RSAT) Type Real Initial value 0.0 Description Satellite orbit radius Parameter of sgpack
++Setting a different routine by++ (Signal ground: SEC3) Type Real Initial value 0 Description Description Parameter of sgpack
SCRIPT_SHIFT (Signal ground: SHIFT) Type Real Initial value 0.3 Description Set it reaches with the top and the center of a grant subscript in standard how much I tell sincerely the middle of a char
++Setting a different routine by++ (Signal ground: SIMFAC) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: SIMFAC3) Type Real Initial value 0 Description Description Parameter of sgpack
SCRIPT_HEIGHT (Signal ground: SMALL) Type Real Initial value 0.7 Description The ratio that reaches with the top and correspond to standard character high of a grant subscript. Parameter of sgpack
++Setting a different routine by++ (Signal ground: STLAT1) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: STLAT2) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: TILT3) Type Real Initial value 0 Description Description Parameter of sgpack
TONE_CYCLE_LENGTH (Signal ground: TNBLEN) Type Real Initial value 0.001 Description It expresses it as the set of a dotted line by using a philharmonic area sub primitive subordinate position routin
++Setting a different routine by++ (Signal ground: TXMAX) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: TXMIN) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: TYMAX) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: TYMIN) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: UXMAX) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: UXMAX3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: UXMIN) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: UXMIN3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: UYMAX) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: UYMAX3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: UYMIN) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: UYMIN3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: UZMAX3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: UZMIN3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VXMAX) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VXMAX3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VXMIN) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VXMIN3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VXOFF) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VXORG3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VYMAX) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VYMAX3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VYMIN) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VYMIN3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VYOFF) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VYORG3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VZMAX3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VZMIN3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: VZORG3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: XEYE3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: XOBJ3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: XOFF3) Type Real Initial value 0 Description Description Parameter of sgpack
**For internal processing** (Signal ground: XPAD) Type Real Initial value 0 Description The sum of the opening that character string of which I paint to the margin of the 1st level eye take right an
++Setting a different routine by++ (Signal ground: YEYE3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: YOBJ3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: YOFF3) Type Real Initial value 0 Description Description Parameter of sgpack
**For internal processing** (Signal ground: YPAD) Type Real Initial value 0 Description The sum of the opening that character string of which I paint to the margin of the 1st level eye take up and d
++Setting a different routine by++ (Signal ground: ZEYE3) Type Real Initial value 0 Description Description Parameter of sgpack
++Setting a different routine by++ (Signal ground: ZOBJ3) Type Real Initial value 0 Description Description Parameter of sgpack
Parameter of SWPACK For internal processing SW: IPOSX WINDOW_X_point of sales Integer SW: IPOSY WINDOW_Y_point of sales Integer SW: IWIDTH WINDOW_WIDTH Integer SW: IHEIGHT WINDOW_HEIGHT Integer SW:
BITMAP08 (SW: BITM08) Type Character Initial value 0 Description Description Parameter of swpack
BITMAP32 (SW: BITM32) Type Character Initial value 0 Description Description Parameter of swpack
COLOR_TO_TONE_MAP (SW: a CL2 transport network) Type Character Initial value The value in a standard library' cl2tnmap'. Description Such a file name that reads a color number to a Tone pattern numb
COLORMAP (SW: CLRMAP) Type Character Initial value It is colormap The value in a standard library''. Description The file name that got a color map. Parameter of swpack
FLAME_NAME (SW: FNAME) Type Character Initial value The default value is' dcl' Description An output file name. This value'*' or the program name of during execution is used at present, when it is n
FONT1 (SW: FONT1) Type Character Initial value The value in a standard library,' FONT1'=' font1u'. Description A font file name. Parameter of swpack
FONT2 (SW: FONT2) Type Character Initial value The value in a standard library,' FONT2'=' font2u'. Description A font file name. Parameter of swpack
WINDOW_HEIGHT (SW: IHEIGHT) Type Integer Initial value The default value is650 Description The size of the length direction of an image window. X in, ' IWIDTH', ' The window of IHEIGHT' is opened. A
WINDOW_X_point of sales (SW: IPOSX) Type Integer Initial value The default value is [ 999 Description The X coordinates that show the location of a window. Parameter of swpack
WINDOW_Y_point of sales (SW: IPOSY) Type Integer Initial value The default value is [ 999 Description The Y coordinates that show the location of a window. (IPOSX, IPOSY)=a user designates it with
WINDOW_WIDTH (SW: IWIDTH) Type Integer Initial value The default value is900 Description Size of the side direction of an image window Parameter of swpack
**For internal processing** (SW: IWS) Type Integer Initial value 0 Description Description Parameter of swpack
ALTERNATE (SW: LALT) Type Logical Initial value The default value is. FALSE. Description Set whether or not it does Drawing with a back screen. If it is .TRUE. Drawing with a back screen; if it is .
ENABLE_COLOR_PS (SW: LCOLOR) Type Logical Initial value The default value is. TRUE. Description Set whether or not PS file that corresponded a color is output. If it is .TRUE. PS file for a color is
DUMP (SW: LDUMP) Type Logical Initial value The default value is. FALSE. Description Set whether or not make the dump file (xwd) of X. If it is .TRUE. make it; if it is .FALSE.,do not make it. Param
KEYCLICK (SW: LKEY) Type Logical Initial value The default value is. TRUE. Description Set whether or not when I am stopping it it does the designation from a keyboard effectively. If it is .TRUE.ef
LPR (SW: LPR) Type Character Initial value The default value is' lpr' Description ' LPRINT'. When it did it with TRUE. the printing command that is used is designated. Parameter of swpack
PRINT (SW: LPRINT) Type Logical Initial value The default value is. FALSE. Description Set whether or not output file that was made is output to a printer directly. If it is .TRUE. outputs it to a p
SEPARATE (SW: LSEP) Type Logical Initial value The default value is. FALSE. Description Set whether or not dividing an output file every 1 page it outputs it. If it is .TRUE. divides it; if it is .F
WAIT (SW: LWAIT) Type Logical Initial value The default value is. TRUE. Description Set whether or not stop at to re-page timing. If it is .TRUE. I stop it; if it is .FALSE.,I do not stop it. Parame
WAIT_OPENING (SW: LWAIT0) Type Logical Initial value The default value is. FALSE. Description Set whether or not stop at timing that opens a device. If it is .TRUE. stop it; if it is .FALSE., not st
WAIT_CLOSING (SW: LWAIT1) Type Logical Initial value The default value is. TRUE. Description Set whether or not it does a momentary stop with the timing that closes a device. If it is .TRUE. I stop
**For internal processing** (SW: MAXWNU) Type Integer Initial value 0 Description Description Parameter of swpack
**For internal processing** (SW: MLIPS) Type Integer Initial value 0 Description Description Parameter of swpack
**For internal processing** (SW: MODE) Type Integer Initial value 0 Description Description Parameter of swpack
TITLE (SW: TITLE) Type Character Initial value ' The default value is*' Description A title name. *' Or it becomes the version name that DCLVNM (MISC1/MISKLIBReference) returns, when this value is n
DEVICE_NAME01 (SW: WSNAME01) Type Character Initial value The value in a standard library, ' WSNAME01'=' X' (a X server) Description Workstation name. Parameter of swpack
DEVICE_NAME02 (SW: WSNAME02) Type Character Initial value The value in a standard library,' WSNAME02'=' PS' (a postscript) Description Workstation name. Parameter of swpack
DEVICE_NAME03 (SW: WSNAME03) Type Character Initial value The value in a standard library,' WSNAME3'=' Tek' (Tekutoro terminal) Description Workstation name. Parameter of swpack
Parameter of UCPACK For internal processing UC: NDAY DAY_INTERVAL Integer UC: NCHAR MONTH_NAME_LENGTH Integer UC: LOWER ENABLE_LOWERCASE_MONTH Logical UC: DFACT **For internal processing** Real UC:
**For internal processing** (UC: DFACT) Type Real Initial value 0 Description Description Parameter of ucpack
--? ? ? ? -- (UC: IUNDEF) Type Integer Initial value 0 Description Description Parameter of ucpack
ENABLE_LOWERCASE_MONTH (UC: LOWER) Type Logical Initial value .FALSE. Description I designate whether or not it makes 2nd or less letters of the month names that I paint with UCXADY/UCYADY a small l
MONTH_NAME_LENGTH (UC: NCHAR) Type Integer Initial value Undefined Description When I use UCXAMN/UCYAMN I designate what letter I paint a month name. I do not paint an indication and month name just
DAY_INTERVAL (UC: NDAY) Type Integer Initial value Undefined Description When I use UCXADY/UCYADY I designate every how many days I paint an indication and the date. Do not paint an indication and t
Parameter of UDPACK For internal processing UD: RSIZEL CONTOUR_LABEL_HEIGHT Real UD: RSIZET CONTOUR_MESSAGE_HEIGHT Real UD: XTTL CONTOUR_MESSAGE_POSITION Real UD: INDXMJ MAJOR_CONTOUR_INDEX Integer
MAJOR_CONTOUR_CYCLE (UD: ICYCLE) Type Integer Initial value Initial value be 2 Description Set how many minor line does it pull between major line. In other words' pulling major line to the value th
NEGATIVE_CONTOUR_TYPE (UD: IDASH) Type Integer Initial value 3: a tear line Description ' LDASH'. it is the line type that I use in the contour level of the time, negative of TRUE. Parameter of udpa
MAJOR_CONTOUR_INDEX (UD: INDXMJ) Type Integer Initial value 3 Description The line index of major line. Parameter of udpack
MINOR_CONTOUR_INDEX (UD: INDXMN) Type Integer Initial value 1 Description The line index of minor line. Parameter of udpack
POSITIVE_CONTOUR_TYPE (UD: ISOLID) Type Integer Initial value Initial value be 1: an unbroken line Description '. LDASH', 0 or more time contour levels of TRUE. in or' LDASH'. it is the line type th
--? ? ? ? -- (UD: IUNDEF) Type Integer Initial value -999 Description The inside variable that shows that a value is Undefined. Parameter of udpack
ENABLE_LABELED_CONTOUR (UD: LABEL) Type Logical Initial value .TRUE. Description designation about whether or not a label is attached to major line. If it is .TRUE. it attaches it; it does not attac
ENABLE_NEGATIVE_CONTOUR (UD: LDASH) Type Logical Initial value .TRUE. Description Set paint the contour line of negative with the line type that differs. paint the contour line of time negative of .
ENABLE_CONTOUR_MESSAGE (UD: LMSG) Type Logical Initial value .TRUE. Description Set do I write a message to the lower part margin of a graph. If it is .TRUE. write; I do not write if it is .FALSE. P
CONTOUR_LEVEL_NUMBER (UD: NLEV) Type Integer Initial value 12 Description When a contour level is generated automatically doing this inside variable Reference the contour level of about NLEV book is
CONTOUR_LABEL_HEIGHT (UD: RSIZEL) Type Real Initial value Undefined Description Of UZRGET/UZRSET it does RSIZEL1' Reference' the inside variable that this inside variable controls at the time of Und
CONTOUR_MESSAGE_HEIGHT (UD: RSIZET) Type Real Initial value Undefined Description The character of the message that I write to the lower part margin of a graph high (a unit a V coordinates system).
CONTOUR_MESSAGE_POSITION (UD: XTTL) Type Real Initial value 0 Description The inside variable that fixes the location of the message that writes at the lower part margin of a graph. The real numeric
Parameter of UEPACK For internal processing UE: RLEV DEFAULT_SHADE_THRESHOLD Real UE: IPAT DEFAULT_SHADE_PATTERN Integer UE: ITPAT AUTO_SHADE_PATTERN Integer UE: ICOLOR1 SHADE_COLOR_MIN Integer UE:
SHADE_COLOR_MIN (UE: ICOLOR1) Type Integer Initial value 15 Description ' LTONE'. it is the lower bound value of the color number that I use the time of TRUE. Parameter of uepack
SHADE_COLOR_MAX (UE: ICOLOR2) Type Integer Initial value 94 Description ' LTONE'. it is the upper bound of the color number that I use the time of TRUE. Parameter of uepack
DEFAULT_SHADE_PATTERN (UE: IPAT) Type Integer Initial value It rises 1201: the right and a that diagonal Description ' LTONE'. time, of FALSE. Tone pattern that marks the following area' RLEV' an in
AUTO_SHADE_PATTERN (UE: ITPAT) Type Integer Initial value 999, beta-nuri Description ' LTONE'. it is the pattern number that I use the time of TRUE. Parameter of uepack
? ? ? ? LBOUND (UE: LBOUND) Type Logical Initial value 0 Description Description Parameter of uepack
ENABLE_AUTO_SHADE_LEVEL (UE: LTONE) Type Logical Initial value .FALSE. Description Set are a Tone level and Tone pattern generated by using UEGTLB, when a user did not designate the Tone level where
**For internal processing** (UE: NLEV) Type Integer Initial value 0 Description Description Parameter of uepack
DEFAULT_SHADE_THRESHOLD (UE: RLEV) Type Real Initial value 0.0 Description ' LTONE'. it is the boundary value of the area that divides it the time, paint of FALSE. mark the area below the value that
Parameter of UGPACK For internal processing UG: XFACT1 VECTOR_SCALING_FACTOR_X Real UG: YFACT1 VECTOR_SCALING_FACTOR_Y Real UG: RSMALL SMALL_VECTOR_THRESHOLD Real UG: RSIZEM MISS_VECTOR_MARKER_SIZE
VECTOR_GRID_POSITION (UG: ICENT) Type Integer Initial value 0 Description It designates where the initial point of a vector is taken to a lattice point. I paint it as the terminal of a vector agrees
VECTOR_INDEX (UG: INDEX) Type Integer Initial value 3 Description The line index of the line segment that paints a vector. It reaches' LMISSP', ' LSMALL'. the line index of the marker that I paint i
MISS_VECTOR_MARKER_TYPE (UG: ITYPE1) Type Integer Initial value 5 Description Marker type of the marker that I paint to the lattice point, when deficit value processing is conducted Parameter of ugp
SMALL_VECTOR_MARKER_TYPE (UG: ITYPE2) Type Integer Initial value 1 Description Of the marker type of the marker that LSMALL' paints to time, the lattice point' an inside variable Parameter of ugpack
UNIT_VECTOR_TITLE_INDEX (UG: IUINDX) Type Integer Initial value 3 Description Line index of the title that attaches it to a unit vector Parameter of ugpack
**For internal processing** (UG: IUNTTL) Type Integer Initial value Description The number of the title that is done Setting and attach to a unit vector. A user must not do a value Setting. Paramete
UNIT_VECTOR_X_TITLE_ANGLE (UG: IUTXRO) Type Integer Initial value 0 Description Revolution corner of the title that attaches it to the unit vector of X direction a degree (a unit) Parameter of ugpac
UNIT_VECTOR_Y_TITLE_ANGLE (UG: IUTYRO) Type Integer Initial value 90 Description (A unit a degree). the length of a title limits it' at the time of 1 the revolution corner of the title that attaches
**For internal processing** (UG: IXINT) Type Integer Initial value 0 Description Description Parameter of ugpack
**For internal processing** (UG: IYINT) Type Integer Initial value 0 Description Description Parameter of ugpack
FIX_VECTOR_PROPORTION (UG: LEQRAT) Type Logical Initial value .TRUE. Description ' (When decide a scaling factor internally LNRNAL' Set however. does it do the scaling factor of X direction and Y di
ENABLE_MISS_VECTOR_MARKER (UG: LMISSP) Type Logical Initial value .FALSE. Description Set is (deficit value processing conducted whether or not I paint a marker to the lattice point at the time of a
ENABLE_VECTOR_MESSAGE (UG: LMSG) Type Logical Initial value .TRUE. Description Set do I write the title such as a scaling factor to the lower part margin of a graph. If it is .TRUE. I write; I do no
ENABLE_VECTOR_NORMALIZING (UG: LNRMAL) Type Logical Initial value .TRUE. Description Set do I decide a scaling factor internally. decide internally the time of .TRUE.; it does XFACT1',' YFACT1' Refe
ENABLE_SMALL_VECTOR_MARKER (UG: LSMALL) Type Logical Initial value .FALSE. Description The size of a vector designates whether or not it paints a marker to the lattice point the same as deficit valu
DRAW_UNIT_VECTOR_MESSAGE (UG: LUMSG) Type Logical Initial value .TRUE. Description Set do I write the unit of a unit vector to the lower part margin of a graph when I paint a unit vector.If it is .T
DRAW_UNIT_VECTOR (UG: LUNIT) Type Logical Initial value .FALSE. Description Set do I paint a unit vector. If it is .TRUE. I paint it; I do not paint it if it is .FALSE. Parameter of ugpack
**For internal processing** (UG: RHFACT) Type Real Initial value 0 Description Description Parameter of ugpack
MISS_VECTOR_MARKER_SIZE (UG: RSIZEM) Type Real Initial value 0.01 Description ' LMISSP',' LSMALL'. the marker size of the marker that I paint in the time of TRUE. Parameter of ugpack
VECTOR_MESSAGE_HEIGHT (UG: RSIZET) Type Real Initial value Undefined Description Character of the title that I write to the lower part margin of a graph high (a unit a V coordinates system). this in
UNIT_VECTOR_TITLE_HEIGHT (UG: RSIZEUT) Type Real Initial value Undefined Description Character of the title that attaches it to a unit vector high (a unit a V coordinates system). this inside variab
SMALL_VECTOR_THRESHOLD (UG: RSMALL) Type Real Initial value 0.001 Description Inside variable' LSMALL' the threshold of the size of the vector that does Reference Parameter of ugpack
--? ? ? ? -- (UG: RUNDEF) Type Real Initial value 0 Description Description Parameter of ugpack
UNIT_VECTOR_X_LENGTH (UG: UXUNIT) Type Real Initial value Undefined Description It is dimension quantity (a unit) the length of the unit vector of X direction. Parameter of ugpack
UNIT_VECTOR_Y_LENGTH (UG: UYUNIT) Type Real Initial value Undefined Description It is dimension quantity (a unit) the length of the unit vector of Y direction. Parameter of ugpack
**For internal processing** (UG: VUTOFF) Type Real Initial value 0 Description Description Parameter of ugpack
UNIT_VECTOR_X_LOCATION (UG: VXULOC) Type Real Initial value Undefined Description It is a V coordinates system (a unit) the X coordinates of the initial point of a unit vector. Parameter of ugpack
UNIT_VECTOR_X_NORMALIZED_LENGTH (UG: VXUNIT) Type Real Initial value 0.05 Description It is a V coordinates system (a unit) the length of the unit vector of X direction. Parameter of ugpack
UNIT_VECTOR_X_OFFSET (UG: VXUOFF) Type Real Initial value 0.02 Description ' It is a V coordinates system (a unit) the offset value that gives how much I separate a unit vector toward X from the low
UNIT_VECTOR_Y_LOCATION (UG: VYULOC) Type Real Initial value Undefined Description Y coordinates of the initial point of a unit vector a V coordinates system (a unit) Parameter of ugpack
UNIT_VECTOR_Y_NORMALIZED_LENGTH (UG: VYUNIT) Type Real Initial value 0.05 Description It is a V coordinates system (a unit) the length of the unit vector of Y direction. Parameter of ugpack
UNIT_VECTOR_Y_OFFSET (UG: VYUOFF) Type Real Initial value 0.0 Description ' It is a V coordinates system (a unit) the offset value that gives how much I separate a unit vector toward Y from the lowe
VECTOR_SCALING_FACTOR_X (UG: XFACT1) Type Real Initial value 1.0 Description ' LNRNAL'. the scaling factor of the Y direction that does it Reference in the time of FALSE. Parameter of ugpack
**For internal processing** (UG: XFACT2) Type Real Initial value 0 Description . There is not a meaning even if the user designates it) (Initial value Undefined the scaling factor of the X direction
VECTOR_MESSAGE_POSITION (UG: XTTL) Type Real Initial value 0 Description The inside variable that fixes the location of the title that writes at the lower part margin of a graph. The real numerical
VECTOR_SCALING_FACTOR_Y (UG: YFACT1) Type Real Initial value 1.0 Description ' LNRNAL'. it is the scaling factor of the Y direction that does it Reference in the time of FALSE. Parameter of ugpack
**For internal processing** (UG: YFACT2) Type Real Initial value Undefined Description The scaling factor of the Y direction that is used actually. Even if the user designates it there is not a mean
Parameter of ULPACK For internal processing UL: IXCHR LOG_X_LABEL_CHAR Integer UL: IYCHR LOG_Y_LABEL_CHAR Integer UL: IXTYPE **For internal processing** Integer UL: IYTYPE **For internal processing*
LOG_X_LABEL_CHAR (UL: IXCHR) Type Integer Initial value 195 ( ) Description X-axes regarding 2 ' of it is the character number that I use to location' with the label type of 10n. With a DCL characte
**For internal processing** (UL: IXTYPE) Type Integer Initial value 1 Description Set format of the label regarding a X-axis. It is able to designate 1 to 4 of Integer value. Each meaning be Descrip
LOG_Y_LABEL_CHAR (UL: IYCHR) Type Integer Initial value 195 ( ) Description Y axis regarding 2 ' of it is the character number that I use to location' with the label type of 10n. With a DCL characte
**For internal processing** (UL: IYTYPE) Type Integer Initial value 1 Description Set format of the label regarding Y axis. It is able to designate 1 to 4 of Integer value. I attach a characteristic
Parameter of UMPACK For internal processing UM: DGRIDMJ MAP_MAJOR_LINE_INTERVAL Real UM: DGRIDMN MAP_MINOR_LINE_INTERVAL Real UM: DGRPLMJ MAP_MAJOR_LINE_POLAR_LIMIT Real UM: DGRPLMN MAP_MINOR_LINE_P
MAP_MAJOR_LINE_INTERVAL (UM: DGRIDMJ) Type Real Initial value 30.0 Description Interval of major line of the latitude line/longitude line when UMPGRD paints (a unit a degree). Parameter of umpack
MAP_MINOR_LINE_INTERVAL (UM: DGRIDMN) Type Real Initial value 10.0 Description It is a degree (a unit) the interval of minor line of the latitude line/longitude line when UMPGRD paints. Parameter of
MAP_MAJOR_LINE_POLAR_LIMIT (UM: DGRPLMJ) Type Real Initial value 0.0 Description Set how much do I paint it from the place where UMPGRD said major line of the longitude line that paints from a pole.
MAP_MINOR_LINE_POLAR_LIMIT (UM: DGRPLMN) Type Real Initial value 0.0 Description Set how much do I paint it from the place where UMPGRD said minor line of the longitude line that paints from a pole.
**For internal processing** (UM: IGROUP) Type Integer Initial value 0 Description Description Parameter of umpack
MAP_BOUNDARY_INDEX (UM: INDEXBND) Type Integer Initial value 3 Description The line index of the map boundary line that UMPLIM paints. Parameter of umpack
MAP_MAJOR_LINE_INDEX (UM: INDEXMJ) Type Integer Initial value 3 Description The line index of major line of the latitude line/longitude line that UMPGRD paints. Parameter of umpack
MAP_MINOR_LINE_INDEX (UM: INDEXMN) Type Integer Initial value 1 Description The line index of minor line of the latitude line/longitude line that UMPGRD paints. Parameter of umpack
MAP_OUTLINE_INDEX (UM: INDEXOUT) Type Integer Initial value 1 Description The line index of the line segment that paints the map information such as a coast line. Parameter of umpack
MAP_MAJOR_LINE_TYPE (UM: ITYPEMJ) Type Integer Initial value 1 Description The line type of major line of the latitude line/longitude line that UMPGRD paints. Parameter of umpack
MAP_MINOR_LINE_TYPE (UM: ITYPEMN) Type Integer Initial value 3 Description The line type of minor line of the latitude line/longitude line that UMPGRD paints. Parameter of umpack
MAP_OUTLINE_TYPE (UM: ITYPEOUT) Type Integer Initial value 1 Description The line type of the line segment that paints the map information such as a coast line. Parameter of umpack
ENABLE_GLOBAL_MAPPING (UM: LGLOBE) Type Logical Initial value .FALSE. Description Set when UMSTRF decides conversion Parameter as I paint all the balls does it do it.If it is .TRUE. I paint all the
ENABLE_MAP_MAJOR_LINE (UM: LGRIDMJ) Type Logical Initial value .TRUE. Description Set do I paint major line when UMPGRD paints a latitude line/longitude line.If it is .TRUE. I paint it; I do not pai
ENABLE_MAP_MINOR_LINE (UM: LGRIDMN) Type Logical Initial value .TRUE. Description Set do I paint minor line when UMPGRD paints a latitude line/longitude line. If it is .TRUE. I paint it; I do not pa
--? ? ? ? -- (UM: LWHINT) Type Logical Initial value 0 Description Description Parameter of umpack
MAP_BOUNDARY_LINE_MAX (UM: MAXBND) Type Integer Initial value 300 Description When UMPLIM paints the map boundary line that paints it does to the line segments of how many extent divides and paint S
Parameter of USPACK For internal processing Unit separator: RMRGN MARGIN_WIDTH Real Unit separator: XOFF X_LABEL_OFFSET Real Unit separator: YOFF Y_LABEL_OFFSET Real Unit separator: XFAC X_LABEL_FAC
SUBLABEL_BRACKET (Unit separator: CBLKT) Type Character Initial value Description Parentheses that I write to a sub label. Initial value' ()'. Parentheses do not write that a blank is designated. Pa
**For internal processing** (Unit separator: CXFMT) Type Character Initial value 0 Description Description Parameter of uspack
X_AXIS_point of sales (Unit separator: CXSIDE) Type Character Initial value Description The location that writes a X-axis. ' T' (Top),' B' (Bottom),' U' the house of (User) It is able to designate t
X_SUBLABEL_point of sales (Unit separator: CXSPOS) Type Character Initial value Description ' The location that writes the sub label of a X-axis R' or' L' Parameter of uspack
**For internal processing** (Unit separator: CXTTL) Type Character Initial value 0 Description Description Parameter of uspack
**For internal processing** (Unit separator: CXUNIT) Type Character Initial value 0 Description Description Parameter of uspack
**For internal processing** (Unit separator: CYFMT) Type Character Initial value 0 Description Description Parameter of uspack
Y_AXIS_point of sales (Unit separator: CYSIDE) Type Character Initial value Description The location that paints Y. ' R' (Right),' L' (Left),' U' the house of (User) It is able to designate to 2 cha
Y_SUBLABEL_point of sales (Unit separator: CYSPOS) Type Character Initial value Description ' The location that writes the sub label of Y axis T' or' B' Parameter of uspack
**For internal processing** (Unit separator: CYTTL) Type Character Initial value 0 Description Description Parameter of uspack
**For internal processing** (Unit separator: CYUNIT) Type Character Initial value 0 Description Description Parameter of uspack
X_LABEL_INTERVAL (Unit separator: DXL) Type Real Initial value 999. Description Interval of the label of uniform X coordinates Parameter of uspack
X_TICK_INTERVAL (Unit separator: DXT) Type Real Initial value 999. Description Interval of the indication of uniform X coordinates Parameter of uspack
Y_LABEL_INTERVAL (Unit separator: DYL) Type Real Initial value 999. Description Interval of the label of uniform Y coordinates Parameter of uspack
Y_TICK_INTERVAL (Unit separator: DYT) Type Real Initial value 999. Description Interval of the indication of uniform Y coordinates Parameter of uspack
**For internal processing** (Unit separator: IRESET) Type Integer Initial value 0 Description With USINIT automatically Parameter The variable that designates that resets it. Initial value be 1. Var
LOG_X_LABEL_FORMAT (Unit separator: ITYPEX) Type Integer Initial value 999 Description Type of logarithm X coordinates Parameter of uspack
LOG_X_LABEL_FORMAT (Unit separator: ITYPEY) Type Integer Initial value 999 Description Type of logarithm Y coordinates Parameter of uspack
ENABLE_XY_MATCHING (Unit separator: LMATCH) Type Logical Initial value Description Time, of .TRUE. Label interval of a X-axis and Y axis and It does character spacing to same. Parameter of uspack
PROTECT_REGION (Unit separator: LPRTCT) Type Logical Initial value Description Sub label to the label area of the axis of the other Set to to not paint. This. the time of TRUE. in MXDGTSX/MXDGTSY Of
INV_X_AXIS (Unit separator: LXINV) Type Logical Initial value Description Time, of .TRUE. Reverse the right and left of a X-axis. Parameter of uspack
DRAW_X_SUBLABEL (Unit separator: LXSUB) Type Logical Initial value 0 Description Description Parameter of uspack
INV_Y_AXIS (Unit separator: LYINV) Type Logical Initial value Description Time, of .TRUE. Reverse top and bottom of Y axis. Parameter of uspack
DRAW_Y_SUBLABEL (Unit separator: LYSUB) Type Logical Initial value 0 Description Description Parameter of uspack
X_SUBLABEL_MAX_CHAR (Unit separator: MXDGTSX) Type Integer Initial value Description In the case that the sub label of a X-axis is level direction Range of the label of the statement number of lette
Y_SUBLABEL_MAX_CHAR (Unit separator: MXDGTSY) Type Integer Initial value Description In the case that the sub label of Y axis is vertical direction Range of the label of the statement number of lett
X_LABEL_MAX_CHAR (Unit separator: MXDGTX) Type Integer Initial value 4 Description Biggest cipher of the label of uniform X coordinates Parameter of uspack
X_LABEL_MAX_CHAR (Unit separator: MXDGTY) Type Integer Initial value 4 Description The biggest cipher of the label of uniform Y coordinates. When the cipher of a label consists bigger than these val
LABEL_GAP_PARALLEL (Unit separator: NBLANK1) Type Integer Initial value 1 Description In the case that of a label is parallel with the axis of coordinates The minimum null number between a label. (U
LABEL_GAP_RIGHT_ANGLE (Unit separator: NBLANK2) Type Integer Initial value 2 Description In the case that of a label is parallel with the axis of coordinates The minimum null number between a label.
LOG_X_LABEL_NUMBER (Unit separator: NLBLX) Type Integer Initial value 999 Description Label form of logarithm X coordinates Parameter of uspack
LOG_Y_LABEL_NUMBER (Unit separator: NLBLY) Type Integer Initial value 999 Description Label form of logarithm Y coordinates Parameter of uspack
LOG_X_TICKS_NUMBER (Unit separator: NTICKSX) Type Integer Initial value 999 Description Number of the indication between 1 column of logarithm X coordinates Parameter of uspack
LOG_X_TICKS_NUMBER (Unit separator: NTICKSY) Type Integer Initial value 999 Description Number of the indication between 1 column of logarithm Y coordinates Parameter of uspack
MARGIN_WIDTH (Unit separator: RMRGN) Type Real Initial value 9.524 Description The width of a margin. A unit be character width. Parameter of uspack
**For internal processing** (Unit separator: ROFFXB) Type Real Initial value 0 Description Sub label of Y axis the label of a X-axis The offset value of the X-axis in the time that invaded an area.
**For internal processing** (Unit separator: ROFFXT) Type Real Initial value 0 Description Sub label of Y axis the label of a X-axis The offset value of the X-axis in the time that invaded an area.
**For internal processing** (Unit separator: ROFFYL) Type Real Initial value 0 Description Sub label of a X-axis the label of Y axis The offset value of Y axis in the time that invaded an area. Para
**For internal processing** (Unit separator: ROFFYR) Type Real Initial value 0 Description Sub label of a X-axis the label of Y axis The offset value of Y axis in the time that invaded an area. Para
**For internal processing** (Unit separator: SOFFXBL) Type Real Initial value 0 Description The offset value of the sub label of a X-axis. Parameter of uspack
**For internal processing** (Unit separator: SOFFXBR) Type Real Initial value 0 Description The offset value of the sub label of a X-axis. Parameter of uspack
**For internal processing** (Unit separator: SOFFXTL) Type Real Initial value 0 Description The offset value of the sub label of a X-axis. Parameter of uspack
**For internal processing** (Unit separator: SOFFXTR) Type Real Initial value 0 Description The offset value of the sub label of a X-axis. Parameter of uspack
**For internal processing** (Unit separator: SOFFXUL) Type Real Initial value 0 Description The offset value of the sub label of a X-axis. Parameter of uspack
**For internal processing** (Unit separator: SOFFXUR) Type Real Initial value 0 Description The offset value of the sub label of a X-axis. Parameter of uspack
**For internal processing** (Unit separator: SOFFYLB) Type Real Initial value 0 Description The offset value of the sub label of a X-axis. Parameter of uspack
**For internal processing** (Unit separator: SOFFYLT) Type Real Initial value 0 Description The offset value of the sub label of a X-axis. Parameter of uspack
**For internal processing** (Unit separator: SOFFYRB) Type Real Initial value 0 Description The offset value of the sub label of a X-axis. Parameter of uspack
**For internal processing** (Unit separator: SOFFYRT) Type Real Initial value 0 Description The offset value of the sub label of a X-axis. Parameter of uspack
**For internal processing** (Unit separator: SOFFYUB) Type Real Initial value 0 Description The offset value of the sub label of a X-axis. Parameter of uspack
**For internal processing** (Unit separator: SOFFYUT) Type Real Initial value 0 Description The offset value of the sub label of a X-axis. Parameter of uspack
MAX_TICK_INTERVAL (Unit separator: TFACT) Type Real Initial value 2 Description The rough standard in the indication interval of uniform coordinates. It does the good value of a limit Setting as DUT
**For internal processing** (Unit separator: XDTMAX) Type Real Initial value 0 Description Description Parameter of uspack
**For internal processing** (Unit separator: XDTMIN) Type Real Initial value 0 Description Description Parameter of uspack
X_LABEL_FACTOR (Unit separator: XFAC) Type Real Initial value 999. Description Factor value of X coordinates Parameter of uspack
X_LABEL_OFFSET (Unit separator: XOFF) Type Real Initial value 999. Description Offset value of uniform X coordinates Parameter of uspack
**For internal processing** (Unit separator: YDTMAX) Type Real Initial value 0 Description Description Parameter of uspack
**For internal processing** (Unit separator: YDTMIN) Type Real Initial value 0 Description Description Parameter of uspack
Y_LABEL_FACTOR (Unit separator: YFAC) Type Real Initial value 999. Description Factor value of Y coordinates Parameter of uspack
Y_LABEL_OFFSET (Unit separator: YOFF) Type Real Initial value 999. Description Offset value of uniform Y coordinates Parameter of uspack
Parameter of UUPACK For internal processing UU: UMIN **For internal processing** Real UU: UMAX **For internal processing** Real UU: UREF **For internal processing** Real
**For internal processing** (UU: UMAX) Type Real Initial value 0 Description Description Parameter of uupack
**For internal processing** (UU: UMIN) Type Real Initial value 0 Description Description Parameter of uupack
**For internal processing** (UU: UREF) Type Real Initial value 0 Description Description Parameter of uupack
Parameter of UZPACK For internal processing UZ: UXUSER X_INTERSECTION Real UZ: UYUSER Y_INTERSECTION Real UZ: RSIZET0 TICK_LENGTH0 Real UZ: RSIZET1 TICK_LENGTH1 Real UZ: RSIZET2 TICK_LENGTH2 Real UZ
BOTTOM_LABEL_CENTERING (UZ: ICENTXB) Type Integer Initial value 0 Description I am able to stop the left at the time of inside variable;--1 that designates the centering option of the character stri
TOP_LABEL_CENTERING (UZ: ICENTXT) Type Integer Initial value 0 Description I am able to stop the left at the time of inside variable;--1 that designates the centering option of the character string
HORIZONTAL_LABEL_CENTERING (UZ: ICENTXU) Type Integer Initial value 0 Description I am able to stop the left at the time of inside variable;--1 that designates the centering option of the character
LEFT_LABEL_CENTERING (UZ: ICENTYL) Type Integer Initial value +1 Description I am able to stop the left at the time of inside variable;--1 that designates the centering option of the character strin
RIGHT_LABEL_CENTERING (UZ: ICENTYR) Type Integer Initial value +1 Description I am able to stop the left at the time of inside variable;--1 that designates the centering option of the character stri
VERTICAL_LABEL_CENTERING (UZ: ICENTYU) Type Integer Initial value +1 Description I am able to stop the left at the time of inside variable;--1 that designates the centering option of the character s
LABEL_SIDE_FOR_USER_AXIS (UZ: IFLAG) Type Integer Initial value -1 Description In the case that Setting of the axis of coordinates' is conducted with ser' U it is the inside variable that designates
LABEL_INDEX0 (UZ: INDEXL0) Type Integer Initial value Undefined Description Inside variable that designates the line index of the line segment that paints the character of a label and also title Par
LABEL_INDEX1 (UZ: INDEXL1) Type Integer Initial value 3 Description Inside variable that designates the line index of the line segment that paints the character of a label and also title Parameter o
LABEL_INDEX2 (UZ: INDEXL2) Type Integer Initial value 3 Description Inside variable that designates the line index of the line segment that paints the character of a label and also title Parameter o
AXIS_LINE_INDEX0 (UZ: INDEXT0) Type Integer Initial value Undefined Description Inside variable that designates the line index of the line segment that paints the axis of coordinates and also indica
AXIS_LINE_INDEX1 (UZ: INDEXT1) Type Integer Initial value 1 Description Inside variable that designates the line index of the line segment that paints the axis of coordinates and also indication Par
AXIS_LINE_INDEX2 (UZ: INDEXT2) Type Integer Initial value 3 Description Inside variable that designates the line index of the line segment that paints the axis of coordinates and also indication Par
TICKMARK_SIDE (UZ: INNER) Type Integer Initial value +1 Description INNER' strikes an indication toward time inside of positive' inside variable. that designates whether I strike toward the outside,
BOTTOM_TITLE_ANGLE (UZ: IROTCXB) Type Integer Initial value 0 Description Set revolution corner of the character string of a title in inside variable; a revolution corner that designates it be the I
TOP_TITLE_ANGLE (UZ: IROTCXT) Type Integer Initial value 0 Description Set revolution corner of the character string of a title in inside variable; a revolution corner that designates it be the Inte
HORIZONTAL_TITLE_ANGLE (UZ: IROTCXU) Type Integer Initial value 0 Description Set revolution corner of the character string of a title in inside variable; a revolution corner that designates it be t
LEFT_TITLE_ANGLE (UZ: IROTCYL) Type Integer Initial value +1 Description Set revolution corner of the character string of a title in inside variable; a revolution corner that designates it be the In
RIGHT_TITLE_ANGLE (UZ: IROTCYR) Type Integer Initial value +1 Description Set revolution corner of the character string of a title in inside variable; a revolution corner that designates it be the I
VERTICAL_TITLE_ANGLE (UZ: IROTCYU) Type Integer Initial value +1 Description Set revolution corner of the character string of a title in inside variable; a revolution corner that designates it be th
BOTTOM_LABEL_ANGLE (UZ: IROTLXB) Type Integer Initial value 0 Description Set revolution corner of the character string of a label in inside variable; a revolution corner that designates it be the I
TOP_LABEL_ANGLE (UZ: IROTLXT) Type Integer Initial value 0 Description Set revolution corner of the character string of a label in inside variable; a revolution corner that designates it be the Inte
HORIZONTAL_LABEL_ANGLE (UZ: IROTLXU) Type Integer Initial value 0 Description Set revolution corner of the character string of a label in inside variable; a revolution corner that designates it be t
LEFT_LABEL_ANGLE (UZ: IROTLYL) Type Integer Initial value 0 Description Set revolution corner of the character string of a label in inside variable; a revolution corner that designates it be the Int
RIGHT_LABEL_ANGLE (UZ: IROTLYR) Type Integer Initial value 0 Description Set revolution corner of the character string of a label in inside variable; a revolution corner that designates it be the In
VERTICAL_LABEL_ANGLE (UZ: IROTLYU) Type Integer Initial value 0 Description Set revolution corner of the character string of a label in inside variable; a revolution corner that designates it be the
--? ? ? ? -- (UZ: IUNDEF) Type Integer Initial value -999 Description Inside variable that shows that a value is Undefined Parameter of uzpack
DRAW_BOTTOM_LABEL (UZ: LABELXB) Type Logical Initial value .TRUE. Description If it is the inside variable; .TRUE. that designates whether or not I paint a label I paint it and If it is .FALSE. I do
DRAW_TOP_LABEL (UZ: LABELXT) Type Logical Initial value .FALSE. Description If it is the inside variable; .TRUE. that designates whether or not I paint a label I paint it and If it is .FALSE. I do n
DRAW_HORIZONTAL_LABEL (UZ: LABELXU) Type Logical Initial value .TRUE. Description If it is the inside variable; .TRUE. that designates whether or not I paint a label I paint it and If it is .FALSE.
DRAW_LEFT_LABEL (UZ: LABELYL) Type Logical Initial value .TRUE. Description If it is the inside variable; .TRUE. that designates whether or not I paint a label I paint it and If it is .FALSE. I do n
DRAW_RIGHT_LABEL (UZ: LABELYR) Type Logical Initial value .FALSE. Description If it is the inside variable; .TRUE. that designates whether or not I paint a label I paint it and If it is .FALSE. I do
DRAW_VERTICAL_LABEL (UZ: LABELYU) Type Logical Initial value .TRUE. Description If it is the inside variable; .TRUE. that designates whether or not I paint a label I paint it and If it is .FALSE. I
TITLE_OVER_VIEWPORT_MESSAGE (UZ: LBMSG) Type Logical Initial value .TRUE. Description Set ' LBOUND'. is an error message output, when there is not the space that paints a title with TRUE.. If it is
TITLE_OVER_VIEWPORT (UZ: LBOUND) Type Logical Initial value .FALSE. Description Set to paint a title character width such that it has exceeding the width of a view port do I paint a title, when.If i
ENABLE_SPAN_LABELING (UZ: LBTWN) Type Logical Initial value .FALSE. Description ' Inside variable. that designates the option regarding the place that paints a label LBTWN'. I paint it to period if
ENABLE_LINEAR_OFFSET (UZ: LOFFSET) Type Logical Initial value .FALSE. Description The inside variable that designates whether or not it offsets linear a coordinates system. If it is .TRUE. it offset
**For internal processing** (UZ: PAD1) Type Real Initial value 0 Description separate how much from the constitution element of the axis of coordinates that painted before 1 piece and (Initial value
**For internal processing** (UZ: PAD2) Type Real Initial value 0 Description It makes 1 of size of RSIZEC2' the inside variables of 1.5; unit wa' (Initial value wa the inside variable that I use whe
SPAN_LABELING_CENTERING (UZ: RBTWN) Type Real Initial value 0.0 Description ' (When paint a label to period LBTWN'. the time of TRUE.) and the location are designated in detail. Set at the left if -
**For internal processing** (UZ: ROFFXB) Type Real Initial value 0 Description Description Parameter of uzpack
**For internal processing** (UZ: ROFFXT) Type Real Initial value 0 Description Description Parameter of uzpack
**For internal processing** (UZ: ROFFXU) Type Real Initial value 0 Description Description Parameter of uzpack
**For internal processing** (UZ: ROFFYL) Type Real Initial value 0 Description Description Parameter of uzpack
**For internal processing** (UZ: ROFFYR) Type Real Initial value 0 Description Description Parameter of uzpack
**For internal processing** (UZ: ROFFYU) Type Real Initial value 0 Description Description Parameter of uzpack
**For internal processing** (UZ: ROFGXB) Type Real Initial value 0 Description Description Parameter of uzpack
**For internal processing** (UZ: ROFGXT) Type Real Initial value 0 Description Description Parameter of uzpack
**For internal processing** (UZ: ROFGXU) Type Real Initial value 0 Description Description Parameter of uzpack
**For internal processing** (UZ: ROFGYL) Type Real Initial value 0 Description Description Parameter of uzpack
**For internal processing** (UZ: ROFGYR) Type Real Initial value 0 Description Description Parameter of uzpack
**For internal processing** (UZ: ROFGYU) Type Real Initial value 0 Description Description Parameter of uzpack
TITLE_HEIGHT0 (UZ: RSIZEC0) Type Real Initial value Undefined Description Inside variable that designates the height of the character of a title a V coordinates system (a unit) Parameter of uzpack
TITLE_HEIGHT1 (UZ: RSIZEC1) Type Real Initial value 0.028 Description Inside variable that designates the height of the character of a title a V coordinates system (a unit) Parameter of uzpack
TITLE_HEIGHT2 (UZ: RSIZEC2) Type Real Initial value 0.035 Description Inside variable that designates the height of the character of a title a V coordinates system (a unit) Parameter of uzpack
LABEL_HEIGHT0 (UZ: RSIZEL0) Type Real Initial value Undefined Description Inside variable that designates the height of the character of a label a V coordinates system (a unit) Parameter of uzpack
LABEL_HEIGHT1 (UZ: RSIZEL1) Type Real Initial value 0.021 Description Inside variable that designates the height of the character of a label a V coordinates system (a unit) Parameter of uzpack
LABEL_HEIGHT2 (UZ: RSIZEL2) Type Real Initial value 0.028 Description Inside variable that designates the height of the character of a label a V coordinates system (a unit) Parameter of uzpack
TICK_LENGTH0 (UZ: RSIZET0) Type Real Initial value Undefined Description Inside variable that designates the length of an indication a V coordinates system (a unit) Parameter of uzpack
TICK_LENGTH1 (UZ: RSIZET1) Type Real Initial value 0.007 Description Inside variable that designates the length of an indication a V coordinates system (a unit) Parameter of uzpack
TICK_LENGTH2 (UZ: RSIZET2) Type Real Initial value 0.014 Description Inside variable that designates the length of an indication a V coordinates system (a unit) Parameter of uzpack
--? ? ? ? -- (UZ: RUNDEF) Type Real Initial value 0 Description Description Parameter of uzpack
X_INTERSECTION (UZ: UXUSER) Type Real Initial value Undefined Description X coordinates value that are used when ser is designated' U' as Parameter [ that shows a place in the picture routine of Y
Y_INTERSECTION (UZ: UYUSER) Type Real Initial value Undefined Description Y coordinates value that are used when ser is designated' U' as Parameter [ that shows a place in the picture routine of a
X_AXIS_FACTOR (UZ: XFACT) Type Real Initial value 1.0 Description ' LOFFSET'. the inside variable that designates the factor value of the time, X-axis of TRUE. Parameter of uzpack
X_AXIS_OFFSET (UZ: XOFFSET) Type Real Initial value 0.0 Description ' LOFFSET'. the inside variable that designates the offset value of the time, X-axis of TRUE. Parameter of uzpack
Y_AXIS_FACTOR (UZ: YFACT) Type Real Initial value 1.0 Description ' LOFFSET'. the inside variable that designates the factor value of the time, Y axis of TRUE. Parameter of uzpack
Y_AXIS_OFFSET (UZ: YOFFSET) Type Real Initial value 0.0 Description ' LOFFSET'. the inside variable that designates the offset value of the time, Y axis of TRUE. Parameter of uzpack