/usr/share/ncarg/nclex/primitives/pr03n.ncl is in libncarg-data 6.1.2-7.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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; $Id: pr03n.ncl,v 1.6 2010-03-15 22:49:24 haley Exp $
;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
; ;
; Copyright (C) 1995 ;
; University Corporation for Atmospheric Research ;
; All Rights Reserved ;
; ;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;
;; File: pr03n.ncl
;;
;; Author: Dave Brown
;; National Center for Atmospheric Research
;; PO 3000, Boulder, Colorado
;;
;; Date: Mon May 13 13:38:46 MDT 1996
;;
;; Description: Demonstrates graphics primitives drawn in NDC space
;; Many of the primitives are clipped in order to test
;; the way clipping works.
;;
;
; Begin NCL script.
;
begin
;
; Create data
;
plx = (/ 0.1,0.9,0.5,0.1 /)
ply = (/ 0.1,0.1,0.9,0.1 /)
pmx = (/ 0.05,0.95,0.5,0.5 /)
pmy = (/ 0.05,0.05,1.05,0.5 /)
pgx = (/ 0.2,0.8,0.5,0.2 /)
pgy = (/ 0.25,0.25,0.85,0.25 /)
dpgx = (/ 10.0,110.0,110.0,5.0,110.0,10.0,10.0 /)
dpgy = (/ 1.,1.,20.0,20.,110.,110,1.0 /)
;
; Create Application object. The Application object name is used to
; determine the name of the resource file, which is "pr03.res" in this
; case.
;
appid = create "pr03" appClass defaultapp
"appDefaultParent" : True
"appUsrDir" : "./"
end create
;
; Default is to display output to an X workstation
;
wks_type = "x11"
if (str_lower(wks_type).eq."ncgm") then
;
; Create an ncgmWorkstation object.
;
wid = create "pr03Work" ncgmWorkstationClass defaultapp
"wkMetaName" : "pr03n.ncgm"
end create
end if
if (str_lower(wks_type).eq."x11") then
;
; Create an X11 workstation.
;
wid = create "pr03Work" windowWorkstationClass defaultapp
"wkPause" : True
end create
end if
if (str_lower(wks_type).eq."oldps") then
;
; Create an older-style PostScript workstation.
;
wid = create "pr03Work" psWorkstationClass defaultapp
"wkPSFileName" : "pr03n.ps"
end create
end if
if (str_lower(wks_type).eq."oldpdf") then
;
; Create an older-style PDF workstation.
;
wid = create "pr03Work" pdfWorkstationClass defaultapp
"wkPDFFileName" : "pr03n.pdf"
end create
end if
if (str_lower(wks_type).eq."pdf".or.str_lower(wks_type).eq."ps") then
;
; Create a cairo PS/PDF Workstation object.
;
wid = create "pr03Work" documentWorkstationClass defaultapp
"wkFileName" : "pr03n"
"wkFormat" : wks_type
end create
end if
if (str_lower(wks_type).eq."png") then
;
; Create a cairo PNG Workstation object.
;
wid = create "pr03Work" imageWorkstationClass defaultapp
"wkFileName" : "pr03n"
"wkFormat" : wks_type
end create
end if
;
; Get the workstation default GraphicStyle and change the value of
; one of its resources
;
getvalues wid
"wkDefGraphicStyleId" : id
end getvalues
setvalues id
"gsLineColor" : 2
end setvalues
;
; Create a LogLinPlot that covers the entire NDC space
; to use as a drawing canvas
;
canvas = create "canvas" logLinPlotClass wid
"vpXF": 0.0
"vpYF" : 1.0
"vpWidthF" : 1.0
"vpHeightF" : 1.0
end create
;
; Explicitly create a GraphicStyle
;
gsid = create "style" graphicStyleClass wid end create
;
; Set workstation line attributes and draw a triangle
;
setvalues gsid
"gsLineDashPattern" : 2
"gsLineThicknessF" : 3.0
end setvalues
draw(canvas)
;
; The polyline call uses the default GraphicStyle; Polygon and
; Polymarker use the explicitly created GraphicStyle.
;
NhlNDCPolyline(canvas,id,plx,ply)
NhlNDCPolygon(canvas,gsid,pgx,pgy)
NhlNDCPolymarker(canvas,gsid,pmx,pmy)
frame(wid)
setvalues canvas
"vpXF" : 0.2
"vpYF" : 0.8
"vpWidthF" : 0.6
"vpHeightF" : 0.6
end setvalues
draw(canvas)
NhlNDCPolyline(canvas,gsid,plx,ply)
NhlNDCPolygon(canvas,gsid,pgx,pgy)
NhlNDCPolymarker(canvas,gsid,pmx,pmy)
frame(wid)
plx = plx + 0.4
ply = ply + 0.4
pgx = pgx + 0.4
pgy = pgy + 0.4
pmx = pmx + 0.4
pmy = pmy + 0.4
draw(canvas)
NhlNDCPolyline(canvas,gsid,plx,ply)
NhlNDCPolygon(canvas,gsid,pgx,pgy)
NhlNDCPolymarker(canvas,gsid,pmx,pmy)
frame(wid)
plx = plx - 0.4
ply = ply - 0.4
pgx = pgx - 0.4
pgy = pgy - 0.4
pmx = pmx - 0.4
pmy = pmy - 0.4
;
; Modify the data values to be in a meaningful range relative to the
; data coordinate extent.
;
plx = plx * 100.0 + 50.
ply = ply * 100.0 + 50.
pgx = pgx * 100.0 + 50.
pgy = pgy * 100.0 + 50.
pmx = pmx * 100.0 + 50.
pmy = pmy * 100.0 + 50.
draw(canvas)
NhlDataPolyline(canvas,gsid,plx,ply)
NhlDataPolymarker(canvas,gsid,pmx,pmy)
NhlDataPolygon(canvas,gsid,pgx,pgy)
frame(wid)
plx = plx - 80.
ply = ply - 80.
pgx = pgx - 80.
pgy = pgy - 80.
pmx = pmx - 80.
pmy = pmy - 80.
draw(canvas)
NhlDataPolyline(canvas,gsid,plx,ply)
NhlDataPolymarker(canvas,gsid,pmx,pmy)
NhlDataPolygon(canvas,gsid,pgx,pgy)
frame(wid)
draw(canvas)
NhlDataPolygon(canvas,gsid,dpgx,dpgy)
frame(wid)
;
; End NCL script.
;
end
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