gmt-fork/test/psxy/logclip.ps

%!PS-Adobe-3.0
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%%HiResBoundingBox: 0 0 612.0000 792.0000             
%%Title: GMT v6.1.0_3f8c072-dirty_2020.06.12 [64-bit] Document from psxy
%%Creator: GMT6
%%For: unknown
%%DocumentNeededResources: font Helvetica
%%CreationDate: Sat Jun 13 09:14:04 2020
%%LanguageLevel: 2
%%DocumentData: Clean7Bit
%%Orientation: Portrait
%%Pages: 1
%%EndComments

%%BeginProlog
% Begin pslib header
250 dict begin
/! {bind def} bind def
/# {load def}!
/A /setgray #
/B /setdash #
/C /setrgbcolor #
/D /rlineto #
/E {dup stringwidth pop}!
/F /fill #
/G /rmoveto #
/H /sethsbcolor #
/I /setpattern #
/K /setcmykcolor #
/L /lineto #
/M /moveto #
/N /newpath #
/P /closepath #
/R /rotate #
/S /stroke #
/T /translate #
/U /grestore #
/V /gsave #
/W /setlinewidth #
/Y {findfont exch scalefont setfont}!
/Z /show #
/FP {true charpath flattenpath}!
/MU {matrix setmatrix}!
/MS {/SMat matrix currentmatrix def}!
/MR {SMat setmatrix}!
/edef {exch def}!
% Path fill
/FS {/fc edef /fs {V fc F U} def}!
/FQ {/fs {} def}!
% Outline off or on
/O0 {/os {N} def}!
/O1 {/os {P S} def}!
% Set both fill and outline
/FO {fs os}!
% Star: radius xc yc
/Sa {M MS dup 0 exch G 0.726542528 mul -72 R dup 0 D 4 {72 R dup 0 D -144 R dup 0 D} repeat pop MR FO}!
% Box: height width xll yll
/Sb {M dup 0 D exch 0 exch D neg 0 D FO}!
% Rounded box: height width radius xll yll
/SB {MS T /BoxR edef /BoxW edef /BoxH edef BoxR 0 M
  BoxW 0 BoxW BoxH BoxR arct BoxW BoxH 0 BoxH BoxR arct 0 BoxH 0 0 BoxR arct 0 0 BoxW 0 BoxR arct MR FO}!
% Circle: radius xc yc
/Sc {N 3 -1 roll 0 360 arc FO}!
% Diamond: radius xc yc
/Sd {M 4 {dup} repeat 0 G neg dup dup D exch D D FO}!
% Ellipse: major minor angle xc yc
/Se {N MS T R scale 0 0 1 0 360 arc MR FO}!
% Octagon: radius xc yc
/Sg {M MS 22.5 R dup 0 exch G -22.5 R 0.765366865 mul dup 0 D 6 {-45 R dup 0 D} repeat pop MR FO}!
% Hexagon: radius xc yc
/Sh {M MS dup 0 G -120 R dup 0 D 4 {-60 R dup 0 D} repeat pop MR FO}!
% Inverted triangle: radius xc yc
/Si {M MS dup neg 0 exch G 60 R 1.732050808 mul dup 0 D 120 R 0 D MR FO}!
% Rotated rectangle: height width angle xc yc
/Sj {M MS R dup -2 div 2 index -2 div G dup 0 D exch 0 exch D neg 0 D MR FO}!
% Pentagon: radius xc yc
/Sn {M MS dup 0 exch G -36 R 1.175570505 mul dup 0 D 3 {-72 R dup 0 D} repeat pop MR FO}!
% Dot: radius xc yc [hardwired as circle with no outline]
/Sp {N 3 -1 roll 0 360 arc fs N}!
% Patch fill: x1 y1 ... xn yn n
/SP {M {D} repeat FO}!
% Rectangle: height width xc yc
/Sr {M dup -2 div 2 index -2 div G dup 0 D exch 0 exch D neg 0 D FO}!
% Rounded rectangle: height width radius xc yc
/SR {MS T /BoxR edef /BoxW edef /BoxH edef BoxR BoxW -2 div BoxH -2 div T BoxR 0 M
  BoxW 0 BoxW BoxH BoxR arct BoxW BoxH 0 BoxH BoxR arct 0 BoxH 0 0 BoxR arct 0 0 BoxW 0 BoxR arct MR FO}!
% Square: radius xc yc
/Ss {M 1.414213562 mul dup dup dup -2 div dup G 0 D 0 exch D neg 0 D FO}!
% Triangle: radius xc yc
/St {M MS dup 0 exch G -60 R 1.732050808 mul dup 0 D -120 R 0 D MR FO}!
% Single-headed vector
/SV {0 exch M 0 D D D D D 0 D FO}!
% Double-headed vector
/Sv {0 0 M D D 0 D D D D D 0 D D FO}!
% Pie Wedge: radius angle1 angle2 xc yc
/Sw {2 copy M 5 2 roll arc FO}!
% Cross: radius xc yc
/Sx {M 1.414213562 mul 5 {dup} repeat -2 div dup G D neg 0 G neg D S}!
% Y-dash: radius xc yc
/Sy {M dup 0 exch G dup -2 mul dup 0 exch D S}!
% Plus: radius xc yc
/S+ {M dup 0 G dup -2 mul dup 0 D exch dup G 0 exch D S}!
% X-dash: radius xc yc
/S- {M dup 0 G dup -2 mul dup 0 D S}!
% String width, height, depth and total height (height-depth)
/sw {stringwidth pop}!
/sh {V MU 0 0 M FP pathbbox N 4 1 roll pop pop pop U}!
/sd {V MU 0 0 M FP pathbbox N pop pop exch pop U}!
/sH {V MU 0 0 M FP pathbbox N exch pop exch sub exch pop U}!
/sb {E exch sh}!
% To align text {bottom,middle,top}{left,center,right}
/bl {}!
/bc {E -2 div 0 G}!
/br {E neg 0 G}!
/ml {dup 0 exch sh -2 div G}!
/mc {dup E -2 div exch sh -2 div G}!
/mr {dup E neg exch sh -2 div G}!
/tl {dup 0 exch sh neg G}!
/tc {dup E -2 div exch sh neg G}!
/tr {dup E neg exch sh neg G}!
% Maximum of two numbers
/mx {2 copy lt {exch} if pop}!
% Translate and memorize advance
/PSL_xorig 0 def /PSL_yorig 0 def
/TM {2 copy T PSL_yorig add /PSL_yorig edef PSL_xorig add /PSL_xorig edef}!
% To re-encode one font with the provided encoding vector
/PSL_reencode {findfont dup length dict begin
  {1 index /FID ne {def}{pop pop} ifelse} forall
  exch /Encoding edef currentdict end definefont pop
}!
/PSL_eps_begin {					% Marks begin of EPSF inclusion
  /PSL_eps_state save def				% Save state for cleanup
  /PSL_dict_count countdictstack def			% Count objects on dict stack
  /PSL_op_count count 1 sub def				% Count objects on operand stack
  userdict begin					% Push userdict stack
  /showpage {} def					% Deactivate showpage command
  0 setgray 0 setlinecap 1 setlinewidth			% Prepare clean graphics state
  0 setlinejoin 10 setmiterlimit [] 0 setdash newpath
  /languagelevel where	% If level != 1, set strokeadjust and overprint to their defaults
  {pop languagelevel 1 ne {false setstrokeadjust false setoverprint} if} if
}!
/PSL_eps_end {						% Marks end of EPSF inclusion
  count PSL_op_count sub {pop} repeat			% Clean up operand stack
  countdictstack PSL_dict_count sub {end} repeat	% Clean up dict stack
  PSL_eps_state restore					% Restore saved state
}!
/PSL_transp {						% Set transparency
  /.setopacityalpha where {pop .setblendmode .setopacityalpha}{		% Using ghostscript
  /pdfmark where {pop [ /BM exch /CA exch dup /ca exch /SetTransparency pdfmark}	% Or Adobe
  {pop pop} ifelse} ifelse				% Or skip if neither are supported
}!

/ISOLatin1+_Encoding [
/.notdef	/.notdef	/.notdef	/.notdef	/.notdef	/.notdef	/.notdef	/.notdef
/.notdef	/.notdef	/.notdef	/.notdef	/.notdef	/.notdef	/.notdef	/.notdef
/.notdef	/.notdef	/.notdef	/.notdef	/.notdef	/.notdef	/.notdef	/.notdef
/.notdef	/bullet		/ellipsis	/trademark	/emdash		/endash		/fi		/zcaron
/space		/exclam		/quotedbl	/numbersign	/dollar		/percent	/ampersand	/quoteright
/parenleft	/parenright	/asterisk	/plus		/comma		/minus		/period		/slash
/zero		/one		/two		/three		/four		/five		/six		/seven
/eight		/nine		/colon		/semicolon	/less		/equal		/greater	/question
/at		/A		/B		/C		/D		/E		/F		/G
/H		/I		/J		/K		/L		/M		/N		/O
/P		/Q		/R		/S		/T		/U		/V		/W
/X		/Y		/Z		/bracketleft	/backslash	/bracketright	/asciicircum	/underscore
/quoteleft	/a		/b		/c 		/d		/e		/f		/g
/h		/i		/j		/k		/l		/m		/n		/o
/p		/q		/r		/s		/t		/u		/v		/w
/x		/y		/z		/braceleft	/bar		/braceright	/asciitilde	/scaron
/OE		/dagger		/daggerdbl	/Lslash		/fraction	/guilsinglleft	/Scaron		/guilsinglright
/oe		/Ydieresis	/Zcaron		/lslash		/perthousand	/quotedblbase	/quotedblleft	/quotedblright
/dotlessi	/grave		/acute		/circumflex	/tilde		/macron		/breve		/dotaccent
/dieresis	/quotesinglbase	/ring		/cedilla	/quotesingle	/hungarumlaut	/ogonek		/caron
/space		/exclamdown	/cent		/sterling	/currency	/yen		/brokenbar	/section
/dieresis	/copyright	/ordfeminine	/guillemotleft	/logicalnot	/hyphen		/registered	/macron
/degree		/plusminus	/twosuperior	/threesuperior	/acute		/mu		/paragraph	/periodcentered
/cedilla	/onesuperior	/ordmasculine	/guillemotright	/onequarter	/onehalf	/threequarters	/questiondown
/Agrave		/Aacute		/Acircumflex	/Atilde		/Adieresis	/Aring		/AE		/Ccedilla
/Egrave		/Eacute		/Ecircumflex	/Edieresis	/Igrave		/Iacute		/Icircumflex	/Idieresis
/Eth		/Ntilde		/Ograve		/Oacute		/Ocircumflex	/Otilde		/Odieresis	/multiply
/Oslash		/Ugrave		/Uacute		/Ucircumflex	/Udieresis	/Yacute		/Thorn		/germandbls
/agrave		/aacute		/acircumflex	/atilde		/adieresis	/aring		/ae		/ccedilla
/egrave		/eacute		/ecircumflex	/edieresis	/igrave		/iacute		/icircumflex	/idieresis
/eth		/ntilde		/ograve		/oacute		/ocircumflex	/otilde		/odieresis	/divide
/oslash		/ugrave		/uacute		/ucircumflex	/udieresis	/yacute		/thorn		/ydieresis
] def
/PSL_font_encode 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 39 array astore def	% Initially zero
/F0 {/Helvetica Y}!
/F1 {/Helvetica-Bold Y}!
/F2 {/Helvetica-Oblique Y}!
/F3 {/Helvetica-BoldOblique Y}!
/F4 {/Times-Roman Y}!
/F5 {/Times-Bold Y}!
/F6 {/Times-Italic Y}!
/F7 {/Times-BoldItalic Y}!
/F8 {/Courier Y}!
/F9 {/Courier-Bold Y}!
/F10 {/Courier-Oblique Y}!
/F11 {/Courier-BoldOblique Y}!
/F12 {/Symbol Y}!
/F13 {/AvantGarde-Book Y}!
/F14 {/AvantGarde-BookOblique Y}!
/F15 {/AvantGarde-Demi Y}!
/F16 {/AvantGarde-DemiOblique Y}!
/F17 {/Bookman-Demi Y}!
/F18 {/Bookman-DemiItalic Y}!
/F19 {/Bookman-Light Y}!
/F20 {/Bookman-LightItalic Y}!
/F21 {/Helvetica-Narrow Y}!
/F22 {/Helvetica-Narrow-Bold Y}!
/F23 {/Helvetica-Narrow-Oblique Y}!
/F24 {/Helvetica-Narrow-BoldOblique Y}!
/F25 {/NewCenturySchlbk-Roman Y}!
/F26 {/NewCenturySchlbk-Italic Y}!
/F27 {/NewCenturySchlbk-Bold Y}!
/F28 {/NewCenturySchlbk-BoldItalic Y}!
/F29 {/Palatino-Roman Y}!
/F30 {/Palatino-Italic Y}!
/F31 {/Palatino-Bold Y}!
/F32 {/Palatino-BoldItalic Y}!
/F33 {/ZapfChancery-MediumItalic Y}!
/F34 {/ZapfDingbats Y}!
/F35 {/Ryumin-Light-EUC-H Y}!
/F36 {/Ryumin-Light-EUC-V Y}!
/F37 {/GothicBBB-Medium-EUC-H Y}!
/F38 {/GothicBBB-Medium-EUC-V Y}!

/PSL_pathtextdict 26 dict def			% Local storage for the procedure PSL_pathtext.

/PSL_pathtext					% PSL_pathtext'' will place a string
  {PSL_pathtextdict begin			% of text along any path. It takes
    /ydepth exch def                            % a string and starting offset
    /textheight exch def			% distance from the beginning of
    /just exch def				% the path as its arguments. Note
    /offset exch def				% that PSL_pathtext assumes that a
    /str exch def				% path has already been defined
						% and after it places the text
						% along the path, it clears the
						% current path like the ``stroke''
						% and ``fill'' operators; it also
						% assumes that a font has been
						% set. ``pathtext'' begins placing
						% the characters along the current
						% path, starting at the offset
						% distance and continuing until
						% either the path length is
						% exhausted or the entire string
						% has been printed, whichever
						% occurs first. The results will
						% be more effective when a small
						% point size font is used with
						% sharp curves in the path.
						

    /pathdist 0 def				% Initialize the distance we have
						% travelled along the path.
    /setdist offset def				% Initialize the distance we have
						% covered by setting characters.
    /charcount 0 def				% Initialize the character count.
    /justy just 4 idiv textheight mul 2 div neg ydepth sub def % Compute the y-shift
    V flattenpath				% Reduce the path to a series of
						% straight line segments. The
						% characters will be placed along
						% the line segments in the
						% ``linetoproc.''
	{movetoproc} {linetoproc}		% The basic strategy is to process
	{curvetoproc} {closepathproc}		% the segments of the path,
	pathforall				% keeping a running total of the
						% distance we have travelled so
						% far (pathdist). We also keep
						% track of the distance taken up
						% by the characters that have been
						% set so far (setdist). When the
						% distance we have travelled along
						% the path is greater than the
						% distance taken up by the set
						% characters, we are ready to set
						% the next character (if there are
						% any left to be set). This
						% process continues until we have
						% exhausted the full length of the
						% path.
    U N						% Clear the current path.
    end
  } def

PSL_pathtextdict begin
/movetoproc					% ``movetoproc'' is executed when
  { /newy exch def /newx exch def		% a moveto component has been
						% encountered in the pathforall
						% operation.
    /firstx newx def /firsty newy def		% Remember the ``first point'' in
						% the path so that when we get a
						% ``closepath'' component we can
						% properly handle the text.
    /ovr 0 def
    newx newy transform
    /cpy exch def /cpx exch def			% Explicitly keep track of the
						% current position in device
						% space.
  } def

/linetoproc					% ``linetoproc'' is executed when
						% a lineto component has been
						% encountered in the pathforall
						% operation.
  { /oldx newx def /oldy newy def		% Update the old point.
    /newy exch def /newx exch def		% Get the new point.
    /dx newx oldx sub def
    /dy newy oldy sub def
    /dist dx dup mul dy dup mul add sqrt def	% Calculate the distance between
						% the old and the new point.
    dist 0 ne
    { /dsx dx dist div ovr mul def		% dsx and dsy are used to update
      /dsy dy dist div ovr mul def		% the current position to be just
						% beyond the width of the previous
						% character.
      oldx dsx add oldy dsy add transform
      /cpy exch def /cpx exch def		% Update the current position.
      /pathdist pathdist dist add def		% Increment the distance we have
						% travelled along the path.
      {setdist pathdist le			% Keep setting characters along
						% this path segment until we have
						% exhausted its length.
	  {charcount str length lt		% As long as there are still
	      {setchar} {exit} ifelse}		% characters left in the string,
						% set them.
	  { /ovr setdist pathdist sub def		% Keep track of how much we have
	    exit}				% overshot the path segment by
	  ifelse					% setting the previous character.
						% This enables us to position the
						% origin of the following
						% characters properly on the path.
      } loop
    } if
  } def

/curvetoproc					% ``curvetoproc'' is executed when
  { (ERROR: No curveto's after flattenpath!)	% a curveto component has been
    print					% encountered in the pathforall
  } def						% operation. It prints an error
						% message since there shouldn't be
						% any curveto's in a path after
						% the flattenpath operator has
						% been executed.

/closepathproc					% ``closepathproc'' is executed
  {firstx firsty linetoproc			% when a closepath component has
    firstx firsty movetoproc			% been encountered in the
  } def						% pathforall operation. It
						% simulates the action of the
						% operator ``closepath'' by
						% executing ``linetoproc'' with
						% the coordinates of the most
						% recent ``moveto'' and then
						% executing ``movetoproc'' to the
						% same point.

/setchar					% ``setchar'' sets the next
  { /char str charcount 1 getinterval def	% character in the string along
						% the path and then updates the
						% amount of path we have
						% exhausted.
    /charcount charcount 1 add def		% Increment the character count.
    /charwidth char stringwidth pop def		% Find the width of the character.
    V cpx cpy itransform T			% Translate to the current
						% position in user space.
      dy dx atan R				% Rotate the x-axis to coincide
						% with the current segment.
      0 justy M
      char show
      0 justy neg G
      currentpoint transform
      /cpy exch def /cpx exch def		% Update the current position
    						% before we restore ourselves to
						% the untransformed state.
    U /setdist setdist charwidth add def	% Increment the distance we have
  } def						% covered by setting characters.
end

% PSL LABEL CLIP FUNCTIONS

% Two main functions deals with label placement and clipping:
% PSL_curved_path_labels: 	handles texts that must follow curved baselines
% PSL_straight_path_labels:	handles texts that have straight baselines
%
% Both functions assume that several variables have been predefined:
%
% First we have these two constant settings for all text boxes:
%
%   PSL_setboxpen  Function that sets the text box pen attributes (width, texture, color)
%   PSL_setboxrgb  Function that sets the opaque text box color
%
% Then several arrays are placed.  Since a set of several lines segments may each
% have many labels along them, we end up with these variables:
%
%   PSL_n_paths		Total number of segments
%   PSL_path_x		x coordinates of the paths (all concatenated one after another)
%   PSL_path_y		y coordinates of the paths (all concatenated one after another)
%   PSL_path_n		Array with number of points per segment
%   PSL_label_str  	Array with all the labels for all segments
%   PSL_label_n		Array with number of labels per segment
%   PSL_angle		The annotation angle for each label
%
% PSL_curved_path_labels expects those labels to be placed along several
% lines and it needs the node numbers where to place text:
%
% PSL_node	Array with (x,y) node number of label position
%
% PSL_straight_path_labels are simpler and instead expects
%
% PSL_txt_x	(x,y) coordinates of the location of the m labels
% PSL_txt_y

/PSL_set_label_heights
{	% Create array PSL_heights with full label heights
  /PSL_n_labels_minus_1 PSL_n_labels 1 sub def	% Upper limit in loop over labels
  /PSL_heights PSL_n_labels array def		% Create array with text heights
  0 1 PSL_n_labels_minus_1			% Loop psl_k = 0 < PSL_n_labels
  { /psl_k exch def				% Current label index psl_k
    /psl_label PSL_label_str psl_k get def	% Current text label
    PSL_label_font psl_k get cvx exec		% Get and set this label's font attributes
    psl_label sH /PSL_height edef		% Compute the height of this string
    PSL_heights psl_k PSL_height put		% Store it in the array
  } for
} def

% Curved Baseline Text Placement Functions

/PSL_curved_path_labels
{ /psl_bits exch def				% 4 on/of bit settings as indicated below
  /PSL_placetext psl_bits 2 and 2 eq def		% true to place text, false to just make space
  /PSL_clippath psl_bits 4 and 4 eq def		% false inactive, true creates clippath for labels
  /PSL_strokeline false def			% true draws line, false skips
  /PSL_fillbox psl_bits 128 and 128 eq def		% true to paint box opaque before placing text, false gives transparent box
  /PSL_drawbox psl_bits 256 and 256 eq def		% true to draw box outline before placing text, false gives no outline
  /PSL_n_paths1 PSL_n_paths 1 sub def		% one less is the upper limit in for loop over the paths
  /PSL_usebox PSL_fillbox PSL_drawbox or def	% true if we need box outline for fill or stroke or both

  PSL_clippath {clipsave N clippath} if		% Bracket with clipsave/cliprestore and start clip path
  /psl_k 0 def
  /psl_p 0 def
  0 1 PSL_n_paths1
  { /psl_kk exch def						% Index into the PSL_n PSL_m arrays
    /PSL_n PSL_path_n  psl_kk get def				% Get the number of points in this line segment
    /PSL_m PSL_label_n psl_kk get def				% Get the number of labels for this line segment
    /PSL_x PSL_path_x psl_k PSL_n getinterval def		% Get the subset that is the current line segment x-coordinates
    /PSL_y PSL_path_y psl_k PSL_n getinterval def		% Get the subset that is the current line segment y-coordinates
    /PSL_node_tmp PSL_label_node psl_p PSL_m getinterval def	% Get the subset of node values for current line segment
    /PSL_angle_tmp PSL_label_angle psl_p PSL_m getinterval def	% Get the subset of angle values for current line segment
    /PSL_str_tmp PSL_label_str psl_p PSL_m getinterval def		% Get the subset of string values for current line segment
    /PSL_fnt_tmp PSL_label_font psl_p PSL_m getinterval def		% Get the subset of font settings for current line segment
    PSL_curved_path_label					% Operate on this segment only
    /psl_k psl_k PSL_n add def					% Go to next segment start index for path
    /psl_p psl_p PSL_m add def					% Go to next segment start index for nodes
  } for  % The loop over segments
  			
  PSL_clippath {PSL_eoclip} if N			% Activate clip path and return

} def

/PSL_curved_path_label
{	% Deals with a single line segment and its labels
  /PSL_n1 PSL_n 1 sub def	% one less is the upper limit in for loops
  /PSL_m1 PSL_m 1 sub def	% same

  PSL_CT_calcstringwidth	% Calculate the width of each label string
  PSL_CT_calclinedist		% Calculate along-track distances
  PSL_CT_excludelabels		% Possibly eliminate labels outside of line domain
  PSL_CT_addcutpoints		% Expand path to include the cut points

% Now we have the final xx/yy array and we are ready to simply lay down the lines
% and place the text along the line where there are labels.  We will use the
% new array PSL_xp/yp to store the final points prior to use

  /PSL_nn1 PSL_nn 1 sub def		% End index in for loop
  /n 0 def				% Toggle: 0 means line, 1 means text
  /k 0 def				% Index of the current text string
  /j 0 def				% Output point number counter
  /PSL_seg 0 def			% Line segment number
  /PSL_xp PSL_nn array def
  /PSL_yp PSL_nn array def
  PSL_xp 0 PSL_xx 0 get put		% Place first point in array
  PSL_yp 0 PSL_yy 0 get put
  1 1 PSL_nn1				% Loop over rest of points
  { /i exch def				% Index into PSL_xx/yy arrays
    /node_type PSL_kind i get def	% Check what kind of point the current point is
    /j j 1 add def			% Update point count
    PSL_xp j PSL_xx i get put		% Add this point to the path
    PSL_yp j PSL_yy i get put
    node_type 1 eq			% If this is a cut point we either stroke or place text
    {n 0 eq				% n is 0 so this is the strokable segment
      {PSL_CT_drawline}
      {	PSL_CT_reversepath		% here, n = 1 so this is the segment along which text should be placed
	PSL_CT_textline} ifelse		% Reverse path if needed to place text correctly
      /j 0 def
      PSL_xp j PSL_xx i get put		% Place new first point in array
      PSL_yp j PSL_yy i get put
    } if
  } for
  n 0 eq {PSL_CT_drawline} if	% Finish off the last line segment

} def

/PSL_CT_textline
{ PSL_fnt k get cvx exec		% Get and set this label's font attributes
  /PSL_height PSL_heights k get def	% Recall the height of this text
  PSL_placetext	{PSL_CT_placelabel} if	% If we want to place the text
  PSL_clippath {PSL_CT_clippath} if
  /n 0 def /k k 1 add def		% Set n back to 0, goto next label
} def

/PSL_CT_calcstringwidth			% Calculate the width of each label string
{ /PSL_width_tmp PSL_m array def	% Assign space for distance
  0 1 PSL_m1
  { /i exch def
    PSL_fnt_tmp i get cvx exec					% Get and set this label's font attributes
    PSL_width_tmp i PSL_str_tmp i get stringwidth pop put	% Compute width and store in the array
  } for
} def

/PSL_CT_calclinedist			% Calculate the distance along the line
{ /PSL_newx PSL_x 0 get def
  /PSL_newy PSL_y 0 get def
  /dist 0.0 def			% Cumulative distance at first point is 0
  /PSL_dist PSL_n array def	% Assign array space for distance
  PSL_dist 0 0.0 put		% Distances start at 0 and the 'th point
  1 1 PSL_n1			% Loop over the remaining points
  { /i exch def
    /PSL_oldx PSL_newx def
    /PSL_oldy PSL_newy def
    /PSL_newx PSL_x i get def
    /PSL_newy PSL_y i get def
    /dx PSL_newx PSL_oldx sub def
    /dy PSL_newy PSL_oldy sub def
    /dist dist dx dx mul dy dy mul add sqrt add def
    PSL_dist i dist put
  } for
} def

% Some labels (in particular first and last per segment) may be too long
% to actually fit inside the length of the line.  We precalculate the
% start and end distances for each label and those that exceed the length
% of the line cannot be plotted and are thus skipped.  The surviving labels
% and their information is copied to the final PSL arrays

/PSL_CT_excludelabels
{ /k 0 def				% Current cut point
  /PSL_width PSL_m array def		% New array of distances
  /PSL_angle PSL_m array def		% New array of angles
  /PSL_node PSL_m array def		% New array of nodes
  /PSL_str PSL_m array def		% New array of strings
  /PSL_fnt PSL_m array def		% New array of fonts
  /lastdist PSL_dist PSL_n1 get def	% Length of line 
  0 1 PSL_m1				% For each of the m labels
  { /i exch def						% Index for label distance
    /dist PSL_dist PSL_node_tmp i get get def		% Recall the distance to this label center
    /halfwidth PSL_width_tmp i get 2 div PSL_gap_x add def	% Set the halfwidth + gap distance
    /L_dist dist halfwidth sub def			% Distance at beginning of label gap
    /R_dist dist halfwidth add def			% Distance at the end of label gap
    L_dist 0 gt R_dist lastdist lt and		% Yes, label is inside line ends
    { % These are the labels we will use
      PSL_width k PSL_width_tmp i get put	% Copy over width
      PSL_node k PSL_node_tmp i get put		% Copy over node
      PSL_angle k PSL_angle_tmp i get put	% Copy over angle
      PSL_str k PSL_str_tmp i get put		% Copy over text
      PSL_fnt k PSL_fnt_tmp i get put		% Copy over font
      /k k 1 add def
    } if
  } for
  /PSL_m k def	% New number of labels
  /PSL_m1 PSL_m 1 sub def
} def

% Initialize an array with all the original line points plus the set of 2*m
% points at the transition from line to labelspace at each label
% At the end of this section, the PSL_xx/yy array will be the array to use.

/PSL_CT_addcutpoints
{ /k 0 def				% Current cut point
  /PSL_nc PSL_m 2 mul 1 add def		% 2*m points + one last acting as infinity
  /PSL_cuts PSL_nc array def		% The array of distances to each cut
  /PSL_nc1 PSL_nc 1 sub def		% One less to use in for loop limits
  0 1 PSL_m1				% For each of the m labels
  { /i exch def						% Index for label distance
    /dist PSL_dist PSL_node i get get def		% Recall the distance to this label center
    /halfwidth PSL_width i get 2 div PSL_gap_x add def	% Set the halfwidth + gap distance
    PSL_cuts k dist halfwidth sub put			% Distance at beginning of label gap
    /k k 1 add def					% Was at start, now go to end distance node
    PSL_cuts k dist halfwidth add put			% Distance at the end of label gap
    /k k 1 add def					% Was at end, move to next
  } for
  PSL_cuts k 100000.0 put				% Last cut has ~infinite distance

  /PSL_nn PSL_n PSL_m 2 mul add def	% The total path will be 2*m points longer
  /PSL_xx PSL_nn array def		% Assign new space for x and y
  /PSL_yy PSL_nn array def
  /PSL_kind PSL_nn array def		% 0 = ordinary point, 1 = added point for label gap
  /j 0 def				% Index for new track array
  /k 0 def				% Index for current cut distance
  /dist 0.0 def				% Current distance along track, starting at zero
  0 1 PSL_n1				% Loop over every original line point
  { /i exch def				% Index into current point on original line xy array
    /last_dist dist def			% Update distance to last point (initially zero)
    /dist PSL_dist i get def		% Distance to current point
    k 1 PSL_nc1				% Loop over remaining cuts (starting with all)
    { /kk exch def			% Index into current cut distance
      /this_cut PSL_cuts kk get def	% Distance to start of this label gap
      dist this_cut gt			% Oh, oh, we just stepped over a cut point
      { /ds dist last_dist sub def	% Change in distance
	/f ds 0.0 eq {0.0} {dist this_cut sub ds div} ifelse def	% Get fractional change in distance
	/i1 i 0 eq {0} {i 1 sub} ifelse def
	PSL_xx j PSL_x i get dup PSL_x i1 get sub f mul sub put	% Calc (x,y) at label start (or stop) point
	PSL_yy j PSL_y i get dup PSL_y i1 get sub f mul sub put
	PSL_kind j 1 put		% Set PSL_kind to 1 since it is an added cut point
	/j j 1 add def			% Go to next output point
	/k k 1 add def			% Done with this cut point
      } if
    } for
    dist PSL_cuts k get le		% Having dealt with the cut, we may add the regular point
    {PSL_xx j PSL_x i get put PSL_yy j PSL_y i get put
      PSL_kind j 0 put			% Ordinary (original) coordinates
      /j j 1 add def			% Go to next output point
    } if
  } for
} def

/PSL_CT_reversepath
{PSL_xp j get PSL_xp 0 get lt	% Path must first be reversed to avoid upside-down text
  {0 1 j 2 idiv		% Loop over half the path and swap left/right points
    { /left exch def		% Current left point
      /right j left sub def	% Matching right point
      /tmp PSL_xp left get def	% Swap left and right values for x then y
      PSL_xp left PSL_xp right get put
      PSL_xp right tmp put
      /tmp PSL_yp left get def
      PSL_yp left PSL_yp right get put
      PSL_yp right tmp put
    } for
  } if
  % Now PSL_xp/yp has the correct order to give proper text angles
} def

/PSL_CT_placelabel
{ % Places the curved text label on current segment
  /PSL_just PSL_label_justify k get def	% Get this labels justification
  /PSL_height PSL_heights k get def	% Recall the height of this string
  /psl_label PSL_str k get def		% Get the current label
  /psl_depth psl_label sd def		% Determine depth beneath baseline
  PSL_usebox		% Want to lay down box outline or fill
  {PSL_CT_clippath	% Box path now current path
    PSL_fillbox		% Want to paint box
    {V PSL_setboxrgb fill U} if
    PSL_drawbox		% Want to draw outline of box
    {V PSL_setboxpen S U} if N
  } if
  PSL_CT_placeline psl_label PSL_gap_x PSL_just PSL_height psl_depth PSL_pathtext
} def

/PSL_CT_clippath
{ % Lays down a curved clipbox for one label
  /H PSL_height 2 div PSL_gap_y add def
  /xoff j 1 add array def
  /yoff j 1 add array def
  /angle 0 def	% So it is at least a defined variable
  0 1 j {	% Loop over points along line to calculate angle and offsets
    /ii exch def	% Index
    /x PSL_xp ii get def
    /y PSL_yp ii get def
    ii 0 eq {	% Are we at the first point and hence must calculate angle using 0 and 1?
      /x1 PSL_xp 1 get def
      /y1 PSL_yp 1 get def
      /dx x1 x sub def
      /dy y1 y sub def
    }
    { /i1 ii 1 sub def	% Previous point
      /x1 PSL_xp i1 get def
      /y1 PSL_yp i1 get def
      /dx x x1 sub def
      /dy y y1 sub def
    } ifelse
    dx 0.0 eq dy 0.0 eq and not
    { /angle dy dx atan 90 add def} if	% Only calculate new angle if not duplicates
    /sina angle sin def
    /cosa angle cos def
    xoff ii H cosa mul put
    yoff ii H sina mul put
  } for

  % Lay down next clip segment

  PSL_xp 0 get xoff 0 get add PSL_yp 0 get yoff 0 get add M
  1 1 j {	% Loop over the rest of the upper line
    /ii exch def
    PSL_xp ii get xoff ii get add PSL_yp ii get yoff ii get add L
  } for
  j -1 0 {	% Loop backwards over the rest of the lower line
    /ii exch def
    PSL_xp ii get xoff ii get sub PSL_yp ii get yoff ii get sub L
  } for P
} def

/PSL_CT_drawline
{
  /str 20 string def
  % PSL_strokeline PSL_seg 0 eq and		% If we asked to draw lines...
  PSL_strokeline				% If we asked to draw lines...
  {PSL_CT_placeline S} if			% Lay down the rest of the path and stroke it
  /PSL_seg PSL_seg 1 add def			% Goto next segment number
  /n 1 def					% Set n to 1
} def

/PSL_CT_placeline
{PSL_xp 0 get PSL_yp 0 get M			% Set the anchor point of the path
  1 1 j { /ii exch def PSL_xp ii get PSL_yp ii get L} for	% Lay down the rest of the path
} def

% Draw Baseline Text Segment Lines
% PSL_draw_path_lines will draw the lines that have been stored in the concatenated
% PSL_path_x and PSL_path_y arrays using the pen attributes in the PSL_path_pen array

/PSL_draw_path_lines
{	% Draws the lines already stored in the PSL_path_x|y arrays
  /PSL_n_paths1 PSL_n_paths 1 sub def		% One less is the upper limit in for loop over the paths
  V
  /psl_start 0 def					% Start index of segment in concatenated path array
  0 1 PSL_n_paths1					% Loop over all segments
  { /psl_k exch def					% Index into the PSL arrays
    /PSL_n PSL_path_n psl_k get def			% Get the number of points in this line segment
    /PSL_n1 PSL_n 1 sub def				% One less is the upper limit in for loop over points
    PSL_path_pen psl_k get cvx exec			% Get and set this line's pen
    N							% Clean path
    PSL_path_x psl_start get PSL_path_y psl_start get M	% Place anchor point of this segment
    1 1 PSL_n1						% Loop over points in this segment
    { /psl_i exch def					% Local index of next point in segment
      /psl_kk psl_i psl_start add def			% Equivalent index in concatenated array of all segments
      PSL_path_x psl_kk get PSL_path_y psl_kk get L	% Draw to next point
    } for
    /psl_xclose PSL_path_x psl_kk get PSL_path_x psl_start get sub def	% Difference between first and last x coordinate
    /psl_yclose PSL_path_y psl_kk get PSL_path_y psl_start get sub def	% Difference between first and last y coordinate
    psl_xclose 0 eq psl_yclose 0 eq and { P } if	% Explicitly close the path
    S							% Stroke this path
    /psl_start psl_start PSL_n add def			% Go to next segment and update start index for path
  } for
  U
} def

% Straight Baseline Text Placement Functions
% PSL_straight_path_labels deals with straight text labels w/wo textboxes (rect or rounded).
% Only the (x,y) location of each label is needed.
% Use <flags> PSL_straight_path_labels to paint|draw textboxes and place text
% Use <flags> PSL_straight_path_clip to use textboxes to define and activate clipping
% Subroutines of these functions are called PSL_ST_*
% Local variables are called psl_*, global are called PSL_*

/PSL_straight_path_labels
{	% This function will lay down (a) text box paint, (b) text box outline, and (c) text labels
	% All of these are optionals specified by the bit flag.
  /psl_bits exch def				% Single bitflag argument passed
  /PSL_placetext psl_bits 2 and 2 eq def	% true to place text, false to just make space
  /PSL_rounded psl_bits 32 and 32 eq def	% true for rounded box shape, false gives rectangular box
  /PSL_fillbox psl_bits 128 and 128 eq def	% true to paint box opaque before placing text
  /PSL_drawbox psl_bits 256 and 256 eq def	% true to draw box outline before placing text
  /PSL_n_labels_minus_1 PSL_n_labels 1 sub def	% Upper limit in loop over labels
  /PSL_usebox PSL_fillbox PSL_drawbox or def	% true if we need box outline for fill or stroke or both
  0 1 PSL_n_labels_minus_1			% Loop psl_k = 0 < PSL_n_labels
  { /psl_k exch def				% Current label index psl_k
    PSL_ST_prepare_text				% Get all dimensions, coordinates, etc. for this label
    PSL_usebox					% If a text box is requested we go in here:
    {  PSL_rounded				% Place text box path, either straight or rounded, on stack
        {PSL_ST_textbox_round}
        {PSL_ST_textbox_rect}
      ifelse
      PSL_fillbox {V PSL_setboxrgb fill U} if	% Paint it, if requested
      PSL_drawbox {V PSL_setboxpen S U} if	% Outline it, if requested
      N						% Done, so remove path
    } if
    PSL_placetext {PSL_ST_place_label} if	% Show text, if requested
  } for
} def

/PSL_straight_path_clip
{	% This function will create a total clip path for all the labels in PSL_txt
  /psl_bits exch def				% Single bit flag argument passed
  /PSL_rounded psl_bits 32 and 32 eq def	% true for rounded box shape, false gives rectangular box
  /PSL_n_labels_minus_1 PSL_n_labels 1 sub def	% Upper limit in loop over labels

  N clipsave clippath				% Start clip path by selecting the entire mappable area
  0 1 PSL_n_labels_minus_1			% Loop over all labels
  { /psl_k exch def				% Current label index psl_k
    PSL_ST_prepare_text				% Get all dimensions, coordinates, etc. for this label
    PSL_rounded					% Get either straight or rounded text box path
      {PSL_ST_textbox_round}
      {PSL_ST_textbox_rect}
    ifelse
  } for
  PSL_eoclip N					% Set the new clip path, increment clip counter and clear path
} def

/PSL_ST_prepare_text		% Compute various dimensions and coordinates for one label
{ % The current label has index psl_k
  /psl_xp PSL_txt_x psl_k get def		% Get text placement x coordinate
  /psl_yp PSL_txt_y psl_k get def		% Get text placement y coordinate
  /psl_label PSL_label_str psl_k get def	% Current text label
  PSL_label_font psl_k get cvx exec		% Get and set this label's font attributes
  /PSL_height PSL_heights psl_k get def		% Recall the height of this string
  /psl_boxH PSL_height PSL_gap_y 2 mul add def	% Set height of current label including clearance
  /PSL_just PSL_label_justify psl_k get def	% Get text justification (1-11)
  /PSL_justx PSL_just 4 mod 1 sub 2 div neg def % This is 0, -0.5, or -1 for relative x-shift 
  /PSL_justy PSL_just 4 idiv 2 div neg def	% This is 0, -0.5, or -1 for relative y-shift 
  /psl_SW psl_label stringwidth pop def		% Width of current label space
  /psl_boxW psl_SW PSL_gap_x 2 mul add def	% Width of current label space including clearance
  /psl_x0 psl_SW PSL_justx mul def		% (psl_x0,psl_y0) is rotated/adjusted text LL point on inside rectangle relative to psl_xp,psl_yp
  /psl_y0 PSL_justy PSL_height mul def		%
  /psl_angle PSL_label_angle psl_k get def	% The angle of text w.r.t. baseline
} def

/PSL_ST_textbox_rect	% Compute and place rectangular path for current label
{
  psl_xp psl_yp T psl_angle R psl_x0 psl_y0 T	% Rotate the coordinate system to follow baseline text and make (psl_x0,psl_y0) the new origin
  PSL_gap_x neg PSL_gap_y neg M			% Set LL anchor point for rectangular box
  0 psl_boxH D psl_boxW 0 D 0 psl_boxH neg D P	% Draw text box going CW
  psl_x0 neg psl_y0 neg T psl_angle neg R psl_xp neg psl_yp neg T	% Unto trans/rot above
} def

/PSL_ST_textbox_round	% Compute and place rounded rectangular path for current label
{
  /psl_BoxR PSL_gap_x PSL_gap_y lt {PSL_gap_x} {PSL_gap_y} ifelse def	% Smallest gap distance is our corner radius
  /psl_xd PSL_gap_x psl_BoxR sub def 			% When x_gap exceeds y_gap there will be an adjustment in x, else 0
  /psl_yd PSL_gap_y psl_BoxR sub def 			% When y_gap exceeds x_gap there will be an adjustment in y, else 0
  /psl_xL PSL_gap_x neg def				% Left-most x coordinate of text box
  /psl_yB PSL_gap_y neg def				% Bottom y coordinate of text box
  /psl_yT psl_boxH psl_yB add def			% Top y coordinate of text box
  /psl_H2 PSL_height psl_yd 2 mul add def		% Inner height when adjusting for any psl_yd offset
  /psl_W2 psl_SW psl_xd 2 mul add def			% Inner width when adjusting for any psl_xd offset
  /psl_xR psl_xL psl_boxW add def			% Right-most x coordinate of text box
  /psl_x0 psl_SW PSL_justx mul def			% (psl_x0,psl_y0) is rotated/adjusted text LL point on inside rectangle relative to psl_xp,psl_yp
  psl_xp psl_yp T psl_angle R psl_x0 psl_y0 T		% Rotate the coordinate system to follow baseline text and make (psl_x0,psl_y0) the new origin
  psl_xL psl_yd M					% LL anchor point for rounded box is on lower left side just before rounded corner
  psl_xL psl_yT psl_xR psl_yT psl_BoxR arct psl_W2 0 D	% Draw UL rounded corner and line to start of UR rounded corner
  psl_xR psl_yT psl_xR psl_yB psl_BoxR arct 0 psl_H2 neg D	% Draw UR rounded corner and line to LR rounded corner
  psl_xR psl_yB psl_xL psl_yB psl_BoxR arct psl_W2 neg 0 D	% Draw LR rounded corner and line to LL rounded corner
  psl_xL psl_yB psl_xL psl_yd psl_BoxR arct P			% Draw LL rounded corner and close the clippath segment
  psl_x0 neg psl_y0 neg T psl_angle neg R psl_xp neg psl_yp neg T	% Unto trans/rot above
} def

/PSL_ST_place_label	% Just place the current label
{
    V psl_xp psl_yp T psl_angle R	% Set origin at text point and rotate the coordinate system to follow baseline text
    psl_SW PSL_justx mul psl_y0 M	% Goto LL point on label
    psl_label dup sd neg 0 exch G show	% Place the text, adjust vertically for any depth below baseline
    U					% Undo damage to coordinate system
} def

/PSL_nclip 0 def							% The depth of clipping in effect
/PSL_clip {clip /PSL_nclip PSL_nclip 1 add def} def			% Clip and update PSL_nclip
/PSL_eoclip {eoclip /PSL_nclip PSL_nclip 1 add def} def			% Even-odd clip and update PSL_nclip
/PSL_cliprestore {cliprestore /PSL_nclip PSL_nclip 1 sub def} def	% Cliprestore and update PSL_nclip

%%EndProlog

%%BeginSetup
/PSLevel /languagelevel where {pop languagelevel} {1} ifelse def
PSLevel 1 gt { << /WhiteIsOpaque true >> setpagedevice } if
PSLevel 1 gt { << /PageSize [612 792] /ImagingBBox null >> setpagedevice } if
%%EndSetup

%%Page: 1 1

%%BeginPageSetup
%
% Init coordinate system and scales
%
%
% Scale initialized to 0.06, so 1 inch equals 1200 Postscript units
%
V 0.06 0.06 scale
%%EndPageSetup

%
% End of PSL header
%
/PSL_page_xsize 10200 def
/PSL_page_ysize 13200 def
/PSL_plot_completion {} def
/PSL_movie_label_completion {} def
/PSL_movie_prog_indicator_completion {} def
%PSL_End_Header
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%
% Start of basemap
%
%
% Map boundaries
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/PSL_slant_y 0 def
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% Start of left y-axis
%
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%
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%
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N 0 2400 M 0 -2400 D S
/PSL_A0_y 83 def
/PSL_A1_y 0 def
8 W
N 0 0 M 83 0 D S
N 0 1200 M 83 0 D S
N 0 2400 M 83 0 D S
N 0 361 M 42 0 D S
N 0 573 M 42 0 D S
N 0 722 M 42 0 D S
N 0 839 M 42 0 D S
N 0 934 M 42 0 D S
N 0 1014 M 42 0 D S
N 0 1084 M 42 0 D S
N 0 1145 M 42 0 D S
N 0 1561 M 42 0 D S
N 0 1773 M 42 0 D S
N 0 1922 M 42 0 D S
N 0 2039 M 42 0 D S
N 0 2134 M 42 0 D S
N 0 2214 M 42 0 D S
N 0 2284 M 42 0 D S
N 0 2345 M 42 0 D S
/PSL_LH 0 def /PSL_L_y PSL_A0_y PSL_A1_y mx def
%
% End of right y-axis
%
-2400 0 T
%
% Start of lower x-axis
%
%
% Axis tick marks and annotations
%
25 W
N 0 0 M 2400 0 D S
/PSL_A0_y 83 def
/PSL_A1_y 0 def
8 W
N 0 0 M 0 -83 D S
N 1200 0 M 0 -83 D S
N 2400 0 M 0 -83 D S
/MM {neg M} def
/PSL_AH0 0
200 F0
(0) sh mx
(5) sh mx
(10) sh mx
def
/PSL_A0_y PSL_A0_y 83 add PSL_AH0 add def
0 PSL_A0_y MM
(0) bc Z
1200 PSL_A0_y MM
(5) bc Z
2400 PSL_A0_y MM
(10) bc Z
N 240 0 M 0 -42 D S
N 480 0 M 0 -42 D S
N 720 0 M 0 -42 D S
N 960 0 M 0 -42 D S
N 1440 0 M 0 -42 D S
N 1680 0 M 0 -42 D S
N 1920 0 M 0 -42 D S
N 2160 0 M 0 -42 D S
/PSL_LH 0 def /PSL_L_y PSL_A0_y PSL_A1_y mx def
%
% End of lower x-axis
%
%
% Start of upper x-axis
%
0 2400 T
%
% Axis tick marks and annotations
%
25 W
N 0 0 M 2400 0 D S
/PSL_A0_y 83 def
/PSL_A1_y 0 def
8 W
N 0 0 M 0 83 D S
N 1200 0 M 0 83 D S
N 2400 0 M 0 83 D S
N 240 0 M 0 42 D S
N 480 0 M 0 42 D S
N 720 0 M 0 42 D S
N 960 0 M 0 42 D S
N 1440 0 M 0 42 D S
N 1680 0 M 0 42 D S
N 1920 0 M 0 42 D S
N 2160 0 M 0 42 D S
/PSL_LH 0 def /PSL_L_y PSL_A0_y PSL_A1_y mx def
%
% End of upper x-axis
%
0 -2400 T
0 setlinecap
%
% End of basemap
%
%
% Activate Map clip path
%
%
% Start of polygon clip path
%
clipsave
0 0 M
2400 0 D
0 2400 D
-2400 0 D
P
PSL_clip N
%
% End of polygon clip path.  Polygon clipping is currently ON
%
17 W
V
N 120 2495 M 240 0 D S
N 240 2284 M 0 361 D S
O1
0 240 2495 Sc
N 360 2039 M 240 0 D S
N 480 1561 M 0 723 D S
0 480 2039 Sc
N 600 1561 M 240 0 D S
N 720 1200 M 0 573 D S
0 720 1561 Sc
N 840 839 M 240 0 D S
N 960 361 M 0 723 D S
0 960 839 Sc
N 1080 361 M 240 0 D S
N 1200 0 M 0 722 D S
0 1200 361 Sc
N 1320 95 M 240 0 D S
N 1440 -839 M 0 1250 D S
0 1440 95 Sc
N 1560 -116 M 240 0 D S
N 1680 -116 M 0 422 D S
0 1680 -116 Sc
N 1800 -627 M 240 0 D S
N 1920 -627 M 0 764 D S
0 1920 -627 Sc
U
%
% Deactivate Map clip path
%
PSL_cliprestore
%
% Clipping reduced by 1 level
%
%%EndObject
0 A
FQ
O0
% Set plot origin:
0 4800 TM

% PostScript produced by:
%@GMT: gmt psxy -R0/10/1e0/1e2 -Jx0.20i/1.0il -Y4i -BneWS -Bxa5f -Bya1f3p data.txt -Wthick -Exy0i/thick -Sc.0001i -N -O
%@PROJ: xy 0.00000000 10.00000000 1.00000000 100.00000000 0.000 10.000 0.000 2.000 +xy
%%BeginObject PSL_Layer_2
0 setlinecap
0 setlinejoin
3.32550952342 setmiterlimit
25 W
%
% Start of basemap
%
%
% Map boundaries
%
/PSL_slant_y 0 def
2 setlinecap
%
% Start of left y-axis
%
%
% Axis tick marks and annotations
%
N 0 2400 M 0 -2400 D S
/PSL_A0_y 83 def
/PSL_A1_y 0 def
8 W
N 0 0 M -83 0 D S
N 0 1200 M -83 0 D S
N 0 2400 M -83 0 D S
/MM {neg exch M} def
/PSL_AH0 0
PSL_font_encode 0 get 0 eq {ISOLatin1+_Encoding /Helvetica /Helvetica PSL_reencode PSL_font_encode 0 1 put} if	% Set this font
200 F0
V MU 0 0 M (10) FP 0 70 G 140 F0 (0) FP 0 -70 G pathbbox N pop exch pop add U mx
V MU 0 0 M (10) FP 0 70 G 140 F0 (1) FP 0 -70 G pathbbox N pop exch pop add U mx
V MU 0 0 M (10) FP 0 70 G 140 F0 (2) FP 0 -70 G pathbbox N pop exch pop add U mx
def
/PSL_A0_y PSL_A0_y 83 add def
0 PSL_A0_y MM
V MU 0 0 M (10) FP 0 70 G 140 F0 (0) FP 0 -70 G pathbbox N 4 1 roll exch pop add exch U -2 div exch neg exch G
(10) Z
0 70 G 140 F0 (0) Z
0 -70 G 1200 PSL_A0_y MM
200 F0
V MU 0 0 M (10) FP 0 70 G 140 F0 (1) FP 0 -70 G pathbbox N 4 1 roll exch pop add exch U -2 div exch neg exch G
(10) Z
0 70 G 140 F0 (1) Z
0 -70 G 2400 PSL_A0_y MM
200 F0
V MU 0 0 M (10) FP 0 70 G 140 F0 (2) FP 0 -70 G pathbbox N 4 1 roll exch pop add exch U -2 div exch neg exch G
(10) Z
0 70 G 140 F0 (2) Z
0 -70 G /PSL_A0_y PSL_A0_y PSL_AH0 add def
N 0 361 M -42 0 D S
N 0 573 M -42 0 D S
N 0 722 M -42 0 D S
N 0 839 M -42 0 D S
N 0 934 M -42 0 D S
N 0 1014 M -42 0 D S
N 0 1084 M -42 0 D S
N 0 1145 M -42 0 D S
N 0 1561 M -42 0 D S
N 0 1773 M -42 0 D S
N 0 1922 M -42 0 D S
N 0 2039 M -42 0 D S
N 0 2134 M -42 0 D S
N 0 2214 M -42 0 D S
N 0 2284 M -42 0 D S
N 0 2345 M -42 0 D S
/PSL_LH 0 def /PSL_L_y PSL_A0_y PSL_A1_y mx def
%
% End of left y-axis
%
%
% Start of right y-axis
%
2400 0 T
%
% Axis tick marks and annotations
%
25 W
N 0 2400 M 0 -2400 D S
/PSL_A0_y 83 def
/PSL_A1_y 0 def
8 W
N 0 0 M 83 0 D S
N 0 1200 M 83 0 D S
N 0 2400 M 83 0 D S
N 0 361 M 42 0 D S
N 0 573 M 42 0 D S
N 0 722 M 42 0 D S
N 0 839 M 42 0 D S
N 0 934 M 42 0 D S
N 0 1014 M 42 0 D S
N 0 1084 M 42 0 D S
N 0 1145 M 42 0 D S
N 0 1561 M 42 0 D S
N 0 1773 M 42 0 D S
N 0 1922 M 42 0 D S
N 0 2039 M 42 0 D S
N 0 2134 M 42 0 D S
N 0 2214 M 42 0 D S
N 0 2284 M 42 0 D S
N 0 2345 M 42 0 D S
/PSL_LH 0 def /PSL_L_y PSL_A0_y PSL_A1_y mx def
%
% End of right y-axis
%
-2400 0 T
%
% Start of lower x-axis
%
%
% Axis tick marks and annotations
%
25 W
N 0 0 M 2400 0 D S
/PSL_A0_y 83 def
/PSL_A1_y 0 def
8 W
N 0 0 M 0 -83 D S
N 1200 0 M 0 -83 D S
N 2400 0 M 0 -83 D S
/MM {neg M} def
/PSL_AH0 0
200 F0
(0) sh mx
(5) sh mx
(10) sh mx
def
/PSL_A0_y PSL_A0_y 83 add PSL_AH0 add def
0 PSL_A0_y MM
(0) bc Z
1200 PSL_A0_y MM
(5) bc Z
2400 PSL_A0_y MM
(10) bc Z
N 240 0 M 0 -42 D S
N 480 0 M 0 -42 D S
N 720 0 M 0 -42 D S
N 960 0 M 0 -42 D S
N 1440 0 M 0 -42 D S
N 1680 0 M 0 -42 D S
N 1920 0 M 0 -42 D S
N 2160 0 M 0 -42 D S
/PSL_LH 0 def /PSL_L_y PSL_A0_y PSL_A1_y mx def
%
% End of lower x-axis
%
%
% Start of upper x-axis
%
0 2400 T
%
% Axis tick marks and annotations
%
25 W
N 0 0 M 2400 0 D S
/PSL_A0_y 83 def
/PSL_A1_y 0 def
8 W
N 0 0 M 0 83 D S
N 1200 0 M 0 83 D S
N 2400 0 M 0 83 D S
N 240 0 M 0 42 D S
N 480 0 M 0 42 D S
N 720 0 M 0 42 D S
N 960 0 M 0 42 D S
N 1440 0 M 0 42 D S
N 1680 0 M 0 42 D S
N 1920 0 M 0 42 D S
N 2160 0 M 0 42 D S
/PSL_LH 0 def /PSL_L_y PSL_A0_y PSL_A1_y mx def
%
% End of upper x-axis
%
0 -2400 T
0 setlinecap
%
% End of basemap
%
17 W
V
N 120 2495 M 240 0 D S
N 240 2284 M 0 361 D S
O1
0 240 2495 Sc
N 360 2039 M 240 0 D S
N 480 1561 M 0 723 D S
0 480 2039 Sc
N 600 1561 M 240 0 D S
N 720 1200 M 0 573 D S
0 720 1561 Sc
N 840 839 M 240 0 D S
N 960 361 M 0 723 D S
0 960 839 Sc
N 1080 361 M 240 0 D S
N 1200 0 M 0 722 D S
0 1200 361 Sc
N 1320 95 M 240 0 D S
N 1440 -839 M 0 1250 D S
0 1440 95 Sc
N 1560 -116 M 240 0 D S
N 1680 -116 M 0 422 D S
0 1680 -116 Sc
N 1800 -627 M 240 0 D S
N 1920 -627 M 0 764 D S
0 1920 -627 Sc
U
%%EndObject

grestore
%
% Run PSL movie label completion function, if defined
%
PSL_movie_label_completion /PSL_movie_label_completion {} def
%
% Run PSL movie progress indicator completion function, if defined
%
PSL_movie_prog_indicator_completion /PSL_movie_prog_indicator_completion {} def
%PSL_Begin_Trailer
%%PageTrailer
%
% Reset transformations and call showpage
%
U
showpage

%%Trailer

end
%%EOF