; docformat = 'rst' ; ; NAME: ; FSC_PlotS ; ; PURPOSE: ; The purpose of FSC_PlotS is to create a wrapper for the traditional IDL graphics ; command, PlotS. The primary purpose of this is to create plot commands that work ; and look identically both on the display and in PostScript files. ; ;******************************************************************************************; ; ; ; Copyright (c) 2010, by Fanning Software Consulting, Inc. All rights reserved. ; ; ; ; Redistribution and use in source and binary forms, with or without ; ; modification, are permitted provided that the following conditions are met: ; ; ; ; * Redistributions of source code must retain the above copyright ; ; notice, this list of conditions and the following disclaimer. ; ; * Redistributions in binary form must reproduce the above copyright ; ; notice, this list of conditions and the following disclaimer in the ; ; documentation and/or other materials provided with the distribution. ; ; * Neither the name of Fanning Software Consulting, Inc. nor the names of its ; ; contributors may be used to endorse or promote products derived from this ; ; software without specific prior written permission. ; ; ; ; THIS SOFTWARE IS PROVIDED BY FANNING SOFTWARE CONSULTING, INC. ''AS IS'' AND ANY ; ; EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES ; ; OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT ; ; SHALL FANNING SOFTWARE CONSULTING, INC. BE LIABLE FOR ANY DIRECT, INDIRECT, ; ; INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED ; ; TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; ; ; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ; ; ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT ; ; (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS ; ; SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. ; ;******************************************************************************************; ; ;+ ; :Description: ; The purpose of FSC_PlotS is to create a wrapper for the traditional IDL graphics ; command, PlotS. The primary purpose of this is to create plot commands that work ; and look identically both on the display and in PostScript files. ; ; :Categories: ; Graphics ; ; :Params: ; X: in, required, type=any ; A vector or scalar argument providing the X components of the points to be ; drawn or connected. May be a 2xN or 3xN array, if Y and Z parameters are ; not used. ; Y: in, optional, type=any ; A vector or scalar argument providing the Y components of the points to be ; drawn or connected. ; Z: in, optional, type=any ; A vector or scalar argument providing the Z components of the points to be ; drawn or connected. ; ; :Keywords: ; addcmd: in, optional, type=boolean, default=0 ; Set this keyword to add the command to an FSC_Window display. ; color: in, optional, type=string/integer, default='black' ; If this keyword is a string, the name of the data color. By default, 'black'. ; Color names are those used with FSC_Color. Otherwise, the keyword is assumed ; to be a color index into the current color table. May be a vector of the same ; length as X. ; psym: in, optional, type=integer ; Any normal IDL PSYM values, plus any value supported by the Coyote Library ; routine SYMCAT. An integer between 0 and 46. ; symcolor: in, optional, type=string/integer/vector, default=COLOR ; If this keyword is a string, the name of the symbol color. By default, same as COLOR. ; Otherwise, the keyword is assumed to be a color index into the current color table. ; May be a vector of the same length as X. ; symsize: in, optional, type=float/vector, default=1.0 ; A scalar or vector of symbol sizes. Default is 1.0. May be a vector of the same ; length as X. ; window: in, optional, type=boolean, default=0 ; Set this keyword to add the command to the current FSC_Window application. ; _extra: in, optional, type=any ; Any keywords supported by the PLOTS command are allowed. ; ; :Examples: ; Use like the IDL PLOTS command:: ; IDL> FSC_Plot, Findgen(11) ; IDL> FSC_PlotS, !X.CRange, [5,5], LINESTYLE=2, THICK=2, COLOR='red' ; ; :Author: ; FANNING SOFTWARE CONSULTING:: ; David W. Fanning ; 1645 Sheely Drive ; Fort Collins, CO 80526 USA ; Phone: 970-221-0438 ; E-mail: davidf@dfanning.com ; Coyote's Guide to IDL Programming: http://www.dfanning.com ; ; :History: ; Change History:: ; Written, 12 November 2010. DWF. ; Added SYMCOLOR keyword. PSYM accepts all values from SYMCAT. SYMCOLOR and SYMSIZE ; keywords can be vectors the size of x. 15 November 2010. DWF ; Added ability to support COLOR keyword as a vector the size of x. 15 November 2010. DWF ; Now setting decomposition state by calling SetDecomposedState. 16 November 2010. DWF. ; Final color table restoration skipped in Z-graphics buffer. 17 November 2010. DWF. ; Changes so that color variables don't change type. 23 Nov 2010. DWF. ; Modified to use decomposed color, if possible. 24 Dec 2010. DWF. ; Whoops! Programming is like herding cats! 29 Dec 2010. DWF. ; In some cases, I was turning BYTE values to strings without converting to ; INTEGERS first. 30 Dec 2010. DWF. ; Moved setting to decomposed color before color selection process to avoid PostScript ; background problems when passed 24-bit color integers. 12 Jan 2011. DWF. ; Added WINDOW keyword. 24 Jan 2011. DWF. ; ; :Copyright: ; Copyright (c) 2010, Fanning Software Consulting, Inc. ;- PRO FSC_PlotS, x, y, z, $ ADDCMD=addcmd, $ COLOR=scolor, $ PSYM=psym, $ SYMCOLOR=ssymcolor, $ SYMSIZE=symsize, $ WINDOW=window, $ _EXTRA=extra Compile_Opt idl2 ; Error handling. Catch, theError IF theError NE 0 THEN BEGIN Catch, /CANCEL void = Error_Message() RETURN ENDIF ; Did the user pass parameters? IF N_Params() EQ 0 THEN BEGIN Print, 'USE SYNTAX: FSC_PlotS, x, y, [z]' RETURN ENDIF ; Should this be added to a resizeable graphics window? IF (Keyword_Set(window) OR Keyword_Set(addcmd)) AND ((!D.Flags AND 256) NE 0) THEN BEGIN FSC_Window, 'FSC_PlotS', x, y, z, $ COLOR=scolor, $ PSYM=psym, $ SYMCOLOR=ssymcolor, $ SYMSIZE=symsize, $ ADDCMD=1, $ _EXTRA=extra RETURN ENDIF ; Set up PostScript device for working with colors. IF !D.Name EQ 'PS' THEN Device, COLOR=1, BITS_PER_PIXEL=8 ; Going to draw the lines in decomposed color, if possible SetDecomposedState, 1, CurrentState=currentState ; Choose a color. IF N_Elements(sColor) EQ 0 THEN BEGIN IF !D.Name EQ 'PS' THEN BEGIN sColor = 'OPPOSITE' ENDIF ELSE BEGIN IF (!D.Window GE 0) AND ((!D.Flags AND 256) NE 0) THEN BEGIN pixel = TVRead(!D.X_Size-1, !D.Y_Size-1, 1, 1) IF (Total(pixel) EQ 765) THEN sColor = 'BLACK' IF (Total(pixel) EQ 0) THEN sColor = 'WHITE' IF N_Elements(sColor) EQ 0 THEN sColor = 'OPPOSITE' ENDIF ELSE sColor = 'OPPOSITE' ENDELSE ENDIF IF N_Elements(sColor) EQ 0 THEN color = !P.Color ELSE color = sColor IF Size(color, /TYPE) EQ 3 THEN IF GetDecomposedState() EQ 0 THEN color = Byte(color) IF Size(color, /TYPE) LE 2 THEN color = StrTrim(Fix(color),2) ; Check parameters and keywords. IF N_Elements(psym) EQ 0 THEN psym = 0 IF N_Elements(ssymcolor) EQ 0 THEN symcolor = color ELSE symcolor = ssymcolor IF Size(symcolor, /TYPE) EQ 3 THEN IF GetDecomposedState() EQ 0 THEN symcolor = Byte(symcolor) IF Size(symcolor, /TYPE) LE 2 THEN symcolor = StrTrim(Fix(symcolor),2) IF N_Elements(symsize) EQ 0 THEN symsize = 1.0 ; Be sure the vectors are the right length. CASE N_Params() OF 1: xsize = N_Elements(x[0,*]) ELSE: xsize = N_Elements(x) ENDCASE IF N_Elements(color) GT 1 THEN BEGIN IF N_Elements(color) NE xsize THEN $ Message, 'COLOR vector must contain the same number of elements as the data.' ENDIF IF N_Elements(symcolor) GT 1 THEN BEGIN IF N_Elements(symcolor) NE xsize THEN $ Message, 'SYMCOLOR vector must contain the same number of elements as the data.' ENDIF IF N_Elements(symsize) GT 1 THEN BEGIN IF N_Elements(symsize) NE xsize THEN $ Message, 'SYMSIZE vector must contain the same number of elements as the data.' ENDIF IF N_Elements(psym) GT 1 THEN Message, 'PSYM value must be a scalar value.' ; Get current color table vectors. TVLCT, rr, gg, bb, /Get ; Draw the line or symbol. IF N_Elements(color) EQ 1 THEN BEGIN ; Load a color, if needed. IF Size(color, /TNAME) EQ 'STRING' THEN color = FSC_Color(color) CASE N_Params() OF 1: IF psym[0] LE 0 THEN PlotS, x, Color=color, _STRICT_EXTRA=extra 2: IF psym[0] LE 0 THEN PlotS, x, y, Color=color, _STRICT_EXTRA=extra 3: IF psym[0] LE 0 THEN PlotS, x, y, z, Color=color, _STRICT_EXTRA=extra ENDCASE ENDIF ELSE BEGIN FOR j=0,xsize-2 DO BEGIN thisColor = color[j] CASE N_Params() OF 1: IF psym[0] LE 0 THEN BEGIN PlotS, [x[0,j],x[0,j+1]], [x[1,j],x[1,j+1]], [x[2,j],x[2,j+1]], $ Color=thisColor, _STRICT_EXTRA=extra END 2: IF psym[0] LE 0 THEN BEGIN PlotS, [x[j],x[j+1]], [y[j], y[j+1]], $ Color=thisColor, _STRICT_EXTRA=extra ENDIF 3: IF psym[0] LE 0 THEN BEGIN PlotS, [x[j],x[j+1]], [y[j], y[j+1]], [z[j], z[j+1]], $ Color=thisColor, _STRICT_EXTRA=extra ENDIF ENDCASE ENDFOR ENDELSE ; Draw the symbol, if required. IF Abs(psym) GT 0 THEN BEGIN FOR j=0,N_Elements(x)-1 DO BEGIN ; Get information about the symbol you are drawing. IF N_Elements(symcolor) GT 1 THEN thisColor = symcolor[j] ELSE thisColor = symcolor IF Size(thisColor, /TNAME) EQ 'STRING' THEN thisColor = FSC_Color(thisColor) IF N_Elements(symsize) GT 1 THEN thisSize = symsize[j] ELSE thisSize = symsize CASE N_Params() OF 1: BEGIN PlotS, x[*,j], COLOR=thisColor, PSYM=SymCat(Abs(psym)), $ SYMSIZE=thisSize, _STRICT_EXTRA=extra END 2: BEGIN PlotS, x[j], y[j], COLOR=thisColor, PSYM=SymCat(Abs(psym)), $ SYMSIZE=thisSize, _STRICT_EXTRA=extra END 3: BEGIN PlotS, x[j], y[j], z[j], COLOR=thisColor, PSYM=SymCat(Abs(psym)), $ SYMSIZE=thisSize, _STRICT_EXTRA=extra END ENDCASE ENDFOR ENDIF ; Restore the decomposed state if you can. SetDecomposedState, currentState ; Restore the color table. Can't do this for the Z-buffer or ; the snap shot will be incorrect. IF (!D.Name NE 'Z') THEN TVLCT, rr, gg, bb END