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begin
require 'zlib'
rescue
# Zlib not available
end
require 'rexml/document'
module SVG
module Graph
VERSION = '@ANT_VERSION@'
# === Base object for generating SVG Graphs
#
# == Synopsis
#
# This class is only used as a superclass of specialized charts. Do not
# attempt to use this class directly, unless creating a new chart type.
#
# For examples of how to subclass this class, see the existing specific
# subclasses, such as SVG::Graph::Pie.
#
# == Examples
#
# For examples of how to use this package, see either the test files, or
# the documentation for the specific class you want to use.
#
# * file:test/plot.rb
# * file:test/single.rb
# * file:test/test.rb
# * file:test/timeseries.rb
#
# == Description
#
# This package should be used as a base for creating SVG graphs.
#
# == Acknowledgements
#
# Leo Lapworth for creating the SVG::TT::Graph package which this Ruby
# port is based on.
#
# Stephen Morgan for creating the TT template and SVG.
#
# == See
#
# * SVG::Graph::BarHorizontal
# * SVG::Graph::Bar
# * SVG::Graph::Line
# * SVG::Graph::Pie
# * SVG::Graph::Plot
# * SVG::Graph::TimeSeries
#
# == Author
#
# Sean E. Russell <serATgermaneHYPHENsoftwareDOTcom>
#
# Copyright 2004 Sean E. Russell
# This software is available under the Ruby license[LICENSE.txt]
#
class Graph
include REXML
# Initialize the graph object with the graph settings. You won't
# instantiate this class directly; see the subclass for options.
# [width] 500
# [height] 300
# [show_x_guidelines] false
# [show_y_guidelines] true
# [show_data_values] true
# [min_scale_value] 0
# [show_x_labels] true
# [stagger_x_labels] false
# [rotate_x_labels] false
# [step_x_labels] 1
# [step_include_first_x_label] true
# [show_y_labels] true
# [rotate_y_labels] false
# [scale_integers] false
# [show_x_title] false
# [x_title] 'X Field names'
# [show_y_title] false
# [y_title_text_direction] :bt
# [y_title] 'Y Scale'
# [show_graph_title] false
# [graph_title] 'Graph Title'
# [show_graph_subtitle] false
# [graph_subtitle] 'Graph Sub Title'
# [key] true,
# [key_position] :right, # bottom or righ
# [font_size] 12
# [title_font_size] 16
# [subtitle_font_size] 14
# [x_label_font_size] 12
# [x_title_font_size] 14
# [y_label_font_size] 12
# [y_title_font_size] 14
# [key_font_size] 10
# [no_css] false
# [add_popups] false
def initialize( config )
@config = config
self.top_align = self.top_font = self.right_align = self.right_font = 0
init_with({
:width => 500,
:height => 300,
:show_x_guidelines => false,
:show_y_guidelines => true,
:show_data_values => true,
# :min_scale_value => 0,
:show_x_labels => true,
:stagger_x_labels => false,
:rotate_x_labels => false,
:step_x_labels => 1,
:step_include_first_x_label => true,
:show_y_labels => true,
:rotate_y_labels => false,
:stagger_y_labels => false,
:scale_integers => false,
:show_x_title => false,
:x_title => 'X Field names',
:show_y_title => false,
:y_title_text_direction => :bt,
:y_title => 'Y Scale',
:show_graph_title => false,
:graph_title => 'Graph Title',
:show_graph_subtitle => false,
:graph_subtitle => 'Graph Sub Title',
:key => true,
:key_position => :right, # bottom or right
:font_size =>12,
:title_font_size =>16,
:subtitle_font_size =>14,
:x_label_font_size =>12,
:x_title_font_size =>14,
:y_label_font_size =>12,
:y_title_font_size =>14,
:key_font_size =>10,
:no_css =>false,
:add_popups =>false,
})
set_defaults if respond_to? :set_defaults
init_with config
end
# This method allows you do add data to the graph object.
# It can be called several times to add more data sets in.
#
# data_sales_02 = [12, 45, 21];
#
# graph.add_data({
# :data => data_sales_02,
# :title => 'Sales 2002'
# })
def add_data conf
@data = [] unless defined? @data
if conf[:data] and conf[:data].kind_of? Array
@data << conf
else
raise "No data provided by #{conf.inspect}"
end
end
# This method removes all data from the object so that you can
# reuse it to create a new graph but with the same config options.
#
# graph.clear_data
def clear_data
@data = []
end
# This method processes the template with the data and
# config which has been set and returns the resulting SVG.
#
# This method will croak unless at least one data set has
# been added to the graph object.
#
# print graph.burn
def burn
raise "No data available" unless @data.size > 0
calculations if respond_to? :calculations
start_svg
calculate_graph_dimensions
@foreground = Element.new( "g" )
draw_graph
draw_titles
draw_legend
draw_data
@graph.add_element( @foreground )
style
data = ""
@doc.write( data, 0 )
if @config[:compress]
if Object.const_defined?(:Zlib)
inp, out = IO.pipe
gz = Zlib::GzipWriter.new( out )
gz.write data
gz.close
data = inp.read
else
data << "<!-- Ruby Zlib not available for SVGZ -->";
end
end
return data
end
# Set the height of the graph box, this is the total height
# of the SVG box created - not the graph it self which auto
# scales to fix the space.
attr_accessor :height
# Set the width of the graph box, this is the total width
# of the SVG box created - not the graph it self which auto
# scales to fix the space.
attr_accessor :width
# Set the path to an external stylesheet, set to '' if
# you want to revert back to using the default internal version.
#
# To create an external stylesheet create a graph using the
# default internal version and copy the stylesheet section to
# an external file and edit from there.
attr_accessor :style_sheet
# (Bool) Show the value of each element of data on the graph
attr_accessor :show_data_values
# The point at which the Y axis starts, defaults to '0',
# if set to nil it will default to the minimum data value.
attr_accessor :min_scale_value
# Whether to show labels on the X axis or not, defaults
# to true, set to false if you want to turn them off.
attr_accessor :show_x_labels
# This puts the X labels at alternative levels so if they
# are long field names they will not overlap so easily.
# Default it false, to turn on set to true.
attr_accessor :stagger_x_labels
# This puts the Y labels at alternative levels so if they
# are long field names they will not overlap so easily.
# Default it false, to turn on set to true.
attr_accessor :stagger_y_labels
# This turns the X axis labels by 90 degrees.
# Default it false, to turn on set to true.
attr_accessor :rotate_x_labels
# This turns the Y axis labels by 90 degrees.
# Default it false, to turn on set to true.
attr_accessor :rotate_y_labels
# How many "steps" to use between displayed X axis labels,
# a step of one means display every label, a step of two results
# in every other label being displayed (label <gap> label <gap> label),
# a step of three results in every third label being displayed
# (label <gap> <gap> label <gap> <gap> label) and so on.
attr_accessor :step_x_labels
# Whether to (when taking "steps" between X axis labels) step from
# the first label (i.e. always include the first label) or step from
# the X axis origin (i.e. start with a gap if step_x_labels is greater
# than one).
attr_accessor :step_include_first_x_label
# Whether to show labels on the Y axis or not, defaults
# to true, set to false if you want to turn them off.
attr_accessor :show_y_labels
# Ensures only whole numbers are used as the scale divisions.
# Default it false, to turn on set to true. This has no effect if
# scale divisions are less than 1.
attr_accessor :scale_integers
# This defines the gap between markers on the Y axis,
# default is a 10th of the max_value, e.g. you will have
# 10 markers on the Y axis. NOTE: do not set this too
# low - you are limited to 999 markers, after that the
# graph won't generate.
attr_accessor :scale_divisions
# Whether to show the title under the X axis labels,
# default is false, set to true to show.
attr_accessor :show_x_title
# What the title under X axis should be, e.g. 'Months'.
attr_accessor :x_title
# Whether to show the title under the Y axis labels,
# default is false, set to true to show.
attr_accessor :show_y_title
# Aligns writing mode for Y axis label.
# Defaults to :bt (Bottom to Top).
# Change to :tb (Top to Bottom) to reverse.
attr_accessor :y_title_text_direction
# What the title under Y axis should be, e.g. 'Sales in thousands'.
attr_accessor :y_title
# Whether to show a title on the graph, defaults
# to false, set to true to show.
attr_accessor :show_graph_title
# What the title on the graph should be.
attr_accessor :graph_title
# Whether to show a subtitle on the graph, defaults
# to false, set to true to show.
attr_accessor :show_graph_subtitle
# What the subtitle on the graph should be.
attr_accessor :graph_subtitle
# Whether to show a key, defaults to false, set to
# true if you want to show it.
attr_accessor :key
# Where the key should be positioned, defaults to
# :right, set to :bottom if you want to move it.
attr_accessor :key_position
# Set the font size (in points) of the data point labels
attr_accessor :font_size
# Set the font size of the X axis labels
attr_accessor :x_label_font_size
# Set the font size of the X axis title
attr_accessor :x_title_font_size
# Set the font size of the Y axis labels
attr_accessor :y_label_font_size
# Set the font size of the Y axis title
attr_accessor :y_title_font_size
# Set the title font size
attr_accessor :title_font_size
# Set the subtitle font size
attr_accessor :subtitle_font_size
# Set the key font size
attr_accessor :key_font_size
# Show guidelines for the X axis
attr_accessor :show_x_guidelines
# Show guidelines for the Y axis
attr_accessor :show_y_guidelines
# Do not use CSS if set to true. Many SVG viewers do not support CSS, but
# not using CSS can result in larger SVGs as well as making it impossible to
# change colors after the chart is generated. Defaults to false.
attr_accessor :no_css
# Add popups for the data points on some graphs
attr_accessor :add_popups
protected
def sort( *arrys )
sort_multiple( arrys )
end
# Overwrite configuration options with supplied options. Used
# by subclasses.
def init_with config
config.each { |key, value|
self.send((key.to_s+"=").to_sym, value ) if respond_to? key.to_sym
}
end
attr_accessor :top_align, :top_font, :right_align, :right_font
KEY_BOX_SIZE = 12
# Override this (and call super) to change the margin to the left
# of the plot area. Results in @border_left being set.
def calculate_left_margin
@border_left = 7
# Check for Y labels
max_y_label_height_px = rotate_y_labels ?
y_label_font_size :
get_y_labels.max{|a,b|
a.to_s.length<=>b.to_s.length
}.to_s.length * y_label_font_size * 0.6
@border_left += max_y_label_height_px if show_y_labels
@border_left += max_y_label_height_px + 10 if stagger_y_labels
@border_left += y_title_font_size + 5 if show_y_title
end
# Calculates the width of the widest Y label. This will be the
# character height if the Y labels are rotated
def max_y_label_width_px
return font_size if rotate_y_labels
end
# Override this (and call super) to change the margin to the right
# of the plot area. Results in @border_right being set.
def calculate_right_margin
@border_right = 7
if key and key_position == :right
val = keys.max { |a,b| a.length <=> b.length }
@border_right += val.length * key_font_size * 0.6
@border_right += KEY_BOX_SIZE
@border_right += 10 # Some padding around the box
end
end
# Override this (and call super) to change the margin to the top
# of the plot area. Results in @border_top being set.
def calculate_top_margin
@border_top = 5
@border_top += title_font_size if show_graph_title
@border_top += 5
@border_top += subtitle_font_size if show_graph_subtitle
end
# Adds pop-up point information to a graph.
def add_popup( x, y, label )
txt_width = label.length * font_size * 0.6 + 10
tx = (x+txt_width > width ? x-5 : x+5)
t = @foreground.add_element( "text", {
"x" => tx.to_s,
"y" => (y - font_size).to_s,
"visibility" => "hidden",
})
t.attributes["style"] = "fill: #000; "+
(x+txt_width > width ? "text-anchor: end;" : "text-anchor: start;")
t.text = label.to_s
t.attributes["id"] = t.object_id.to_s
@foreground.add_element( "circle", {
"cx" => x.to_s,
"cy" => y.to_s,
"r" => "10",
"style" => "opacity: 0",
"onmouseover" =>
"document.getElementById(#{t.object_id}).setAttribute('visibility', 'visible' )",
"onmouseout" =>
"document.getElementById(#{t.object_id}).setAttribute('visibility', 'hidden' )",
})
end
# Override this (and call super) to change the margin to the bottom
# of the plot area. Results in @border_bottom being set.
def calculate_bottom_margin
@border_bottom = 7
if key and key_position == :bottom
@border_bottom += @data.size * (font_size + 5)
@border_bottom += 10
end
if show_x_labels
max_x_label_height_px = (not rotate_x_labels) ?
x_label_font_size :
get_x_labels.max{|a,b|
a.to_s.length<=>b.to_s.length
}.to_s.length * x_label_font_size * 0.6
@border_bottom += max_x_label_height_px
@border_bottom += max_x_label_height_px + 10 if stagger_x_labels
end
@border_bottom += x_title_font_size + 5 if show_x_title
end
# Draws the background, axis, and labels.
def draw_graph
@graph = @root.add_element( "g", {
"transform" => "translate( #@border_left #@border_top )"
})
# Background
@graph.add_element( "rect", {
"x" => "0",
"y" => "0",
"width" => @graph_width.to_s,
"height" => @graph_height.to_s,
"class" => "graphBackground"
})
# Axis
@graph.add_element( "path", {
"d" => "M 0 0 v#@graph_height",
"class" => "axis",
"id" => "xAxis"
})
@graph.add_element( "path", {
"d" => "M 0 #@graph_height h#@graph_width",
"class" => "axis",
"id" => "yAxis"
})
draw_x_labels
draw_y_labels
end
# Where in the X area the label is drawn
# Centered in the field, should be width/2. Start, 0.
def x_label_offset( width )
0
end
def make_datapoint_text( x, y, value, style="" )
if show_data_values
@foreground.add_element( "text", {
"x" => x.to_s,
"y" => y.to_s,
"class" => "dataPointLabel",
"style" => "#{style} stroke: #fff; stroke-width: 2;"
}).text = value.to_s
text = @foreground.add_element( "text", {
"x" => x.to_s,
"y" => y.to_s,
"class" => "dataPointLabel"
})
text.text = value.to_s
text.attributes["style"] = style if style.length > 0
end
end
# Draws the X axis labels
def draw_x_labels
stagger = x_label_font_size + 5
if show_x_labels
label_width = field_width
count = 0
for label in get_x_labels
if step_include_first_x_label == true then
step = count % step_x_labels
else
step = (count + 1) % step_x_labels
end
if step == 0 then
text = @graph.add_element( "text" )
text.attributes["class"] = "xAxisLabels"
text.text = label.to_s
x = count * label_width + x_label_offset( label_width )
y = @graph_height + x_label_font_size + 3
t = 0 - (font_size / 2)
if stagger_x_labels and count % 2 == 1
y += stagger
@graph.add_element( "path", {
"d" => "M#{x} #@graph_height v#{stagger}",
"class" => "staggerGuideLine"
})
end
text.attributes["x"] = x.to_s
text.attributes["y"] = y.to_s
if rotate_x_labels
text.attributes["transform"] =
"rotate( 90 #{x} #{y-x_label_font_size} )"+
" translate( 0 -#{x_label_font_size/4} )"
text.attributes["style"] = "text-anchor: start"
else
text.attributes["style"] = "text-anchor: middle"
end
end
draw_x_guidelines( label_width, count ) if show_x_guidelines
count += 1
end
end
end
# Where in the Y area the label is drawn
# Centered in the field, should be width/2. Start, 0.
def y_label_offset( height )
0
end
def field_width
(@graph_width.to_f - font_size*2*right_font) /
(get_x_labels.length - right_align)
end
def field_height
(@graph_height.to_f - font_size*2*top_font) /
(get_y_labels.length - top_align)
end
# Draws the Y axis labels
def draw_y_labels
stagger = y_label_font_size + 5
if show_y_labels
label_height = field_height
count = 0
y_offset = @graph_height + y_label_offset( label_height )
y_offset += font_size/1.2 unless rotate_y_labels
for label in get_y_labels
y = y_offset - (label_height * count)
x = rotate_y_labels ? 0 : -3
if stagger_y_labels and count % 2 == 1
x -= stagger
@graph.add_element( "path", {
"d" => "M#{x} #{y} h#{stagger}",
"class" => "staggerGuideLine"
})
end
text = @graph.add_element( "text", {
"x" => x.to_s,
"y" => y.to_s,
"class" => "yAxisLabels"
})
text.text = label.to_s
if rotate_y_labels
text.attributes["transform"] = "translate( -#{font_size} 0 ) "+
"rotate( 90 #{x} #{y} ) "
text.attributes["style"] = "text-anchor: middle"
else
text.attributes["y"] = (y - (y_label_font_size/2)).to_s
text.attributes["style"] = "text-anchor: end"
end
draw_y_guidelines( label_height, count ) if show_y_guidelines
count += 1
end
end
end
# Draws the X axis guidelines
def draw_x_guidelines( label_height, count )
if count != 0
@graph.add_element( "path", {
"d" => "M#{label_height*count} 0 v#@graph_height",
"class" => "guideLines"
})
end
end
# Draws the Y axis guidelines
def draw_y_guidelines( label_height, count )
if count != 0
@graph.add_element( "path", {
"d" => "M0 #{@graph_height-(label_height*count)} h#@graph_width",
"class" => "guideLines"
})
end
end
# Draws the graph title and subtitle
def draw_titles
if show_graph_title
@root.add_element( "text", {
"x" => (width / 2).to_s,
"y" => (title_font_size).to_s,
"class" => "mainTitle"
}).text = graph_title.to_s
end
if show_graph_subtitle
y_subtitle = show_graph_title ?
title_font_size + 10 :
subtitle_font_size
@root.add_element("text", {
"x" => (width / 2).to_s,
"y" => (y_subtitle).to_s,
"class" => "subTitle"
}).text = graph_subtitle.to_s
end
if show_x_title
y = @graph_height + @border_top + x_title_font_size
if show_x_labels
y += x_label_font_size + 5 if stagger_x_labels
y += x_label_font_size + 5
end
x = width / 2
@root.add_element("text", {
"x" => x.to_s,
"y" => y.to_s,
"class" => "xAxisTitle",
}).text = x_title.to_s
end
if show_y_title
x = y_title_font_size + (y_title_text_direction==:bt ? 3 : -3)
y = height / 2
text = @root.add_element("text", {
"x" => x.to_s,
"y" => y.to_s,
"class" => "yAxisTitle",
})
text.text = y_title.to_s
if y_title_text_direction == :bt
text.attributes["transform"] = "rotate( -90, #{x}, #{y} )"
else
text.attributes["transform"] = "rotate( 90, #{x}, #{y} )"
end
end
end
def keys
return @data.collect{ |d| d[:title] }
end
# Draws the legend on the graph
def draw_legend
if key
group = @root.add_element( "g" )
key_count = 0
for key_name in keys
y_offset = (KEY_BOX_SIZE * key_count) + (key_count * 5)
group.add_element( "rect", {
"x" => 0.to_s,
"y" => y_offset.to_s,
"width" => KEY_BOX_SIZE.to_s,
"height" => KEY_BOX_SIZE.to_s,
"class" => "key#{key_count+1}"
})
group.add_element( "text", {
"x" => (KEY_BOX_SIZE + 5).to_s,
"y" => (y_offset + KEY_BOX_SIZE).to_s,
"class" => "keyText"
}).text = key_name.to_s
key_count += 1
end
case key_position
when :right
x_offset = @graph_width + @border_left + 10
y_offset = @border_top + 20
when :bottom
x_offset = @border_left + 20
y_offset = @border_top + @graph_height + 5
if show_x_labels
max_x_label_height_px = (not rotate_x_labels) ?
x_label_font_size :
get_x_labels.max{|a,b|
a.to_s.length<=>b.to_s.length
}.to_s.length * x_label_font_size * 0.6
x_label_font_size
y_offset += max_x_label_height_px
y_offset += max_x_label_height_px + 5 if stagger_x_labels
end
y_offset += x_title_font_size + 5 if show_x_title
end
group.attributes["transform"] = "translate(#{x_offset} #{y_offset})"
end
end
private
def sort_multiple( arrys, lo=0, hi=arrys[0].length-1 )
if lo < hi
p = partition(arrys,lo,hi)
sort_multiple(arrys, lo, p-1)
sort_multiple(arrys, p+1, hi)
end
arrys
end
def partition( arrys, lo, hi )
p = arrys[0][lo]
l = lo
z = lo+1
while z <= hi
if arrys[0][z] < p
l += 1
arrys.each { |arry| arry[z], arry[l] = arry[l], arry[z] }
end
z += 1
end
arrys.each { |arry| arry[lo], arry[l] = arry[l], arry[lo] }
l
end
def style
if no_css
styles = parse_css
@root.elements.each("//*[@class]") { |el|
cl = el.attributes["class"]
style = styles[cl]
style += el.attributes["style"] if el.attributes["style"]
el.attributes["style"] = style
}
end
end
def parse_css
css = get_style
rv = {}
while css =~ /^(\.(\w+)(?:\s*,\s*\.\w+)*)\s*\{/m
names_orig = names = $1
css = $'
css =~ /([^}]+)\}/m
content = $1
css = $'
nms = []
while names =~ /^\s*,?\s*\.(\w+)/
nms << $1
names = $'
end
content = content.tr( "\n\t", " ")
for name in nms
current = rv[name]
current = current ? current+"; "+content : content
rv[name] = current.strip.squeeze(" ")
end
end
return rv
end
# Override and place code to add defs here
def add_defs defs
end
def start_svg
# Base document
@doc = Document.new
@doc << XMLDecl.new
@doc << DocType.new( %q{svg PUBLIC "-//W3C//DTD SVG 1.0//EN" } +
%q{"http://www.w3.org/TR/2001/REC-SVG-20010904/DTD/svg10.dtd"} )
if style_sheet && style_sheet != ''
@doc << Instruction.new( "xml-stylesheet",
%Q{href="#{style_sheet}" type="text/css"} )
end
@root = @doc.add_element( "svg", {
"width" => width.to_s,
"height" => height.to_s,
"viewBox" => "0 0 #{width} #{height}",
"xmlns" => "http://www.w3.org/2000/svg",
"xmlns:xlink" => "http://www.w3.org/1999/xlink",
"xmlns:a3" => "http://ns.adobe.com/AdobeSVGViewerExtensions/3.0/",
"a3:scriptImplementation" => "Adobe"
})
@root << Comment.new( " "+"\\"*66 )
@root << Comment.new( " Created with SVG::Graph " )
@root << Comment.new( " SVG::Graph by Sean E. Russell " )
@root << Comment.new( " Losely based on SVG::TT::Graph for Perl by"+
" Leo Lapworth & Stephan Morgan " )
@root << Comment.new( " "+"/"*66 )
defs = @root.add_element( "defs" )
add_defs defs
if not(style_sheet && style_sheet != '') and !no_css
@root << Comment.new(" include default stylesheet if none specified ")
style = defs.add_element( "style", {"type"=>"text/css"} )
style << CData.new( get_style )
end
@root << Comment.new( "SVG Background" )
@root.add_element( "rect", {
"width" => width.to_s,
"height" => height.to_s,
"x" => "0",
"y" => "0",
"class" => "svgBackground"
})
end
def calculate_graph_dimensions
calculate_left_margin
calculate_right_margin
calculate_bottom_margin
calculate_top_margin
@graph_width = width - @border_left - @border_right
@graph_height = height - @border_top - @border_bottom
end
def get_style
return <<EOL
/* Copy from here for external style sheet */
.svgBackground{
fill:#ffffff;
}
.graphBackground{
fill:#f0f0f0;
}
/* graphs titles */
.mainTitle{
text-anchor: middle;
fill: #000000;
font-size: #{title_font_size}px;
font-family: "Arial", sans-serif;
font-weight: normal;
}
.subTitle{
text-anchor: middle;
fill: #999999;
font-size: #{subtitle_font_size}px;
font-family: "Arial", sans-serif;
font-weight: normal;
}
.axis{
stroke: #000000;
stroke-width: 1px;
}
.guideLines{
stroke: #666666;
stroke-width: 1px;
stroke-dasharray: 5 5;
}
.xAxisLabels{
text-anchor: middle;
fill: #000000;
font-size: #{x_label_font_size}px;
font-family: "Arial", sans-serif;
font-weight: normal;
}
.yAxisLabels{
text-anchor: end;
fill: #000000;
font-size: #{y_label_font_size}px;
font-family: "Arial", sans-serif;
font-weight: normal;
}
.xAxisTitle{
text-anchor: middle;
fill: #ff0000;
font-size: #{x_title_font_size}px;
font-family: "Arial", sans-serif;
font-weight: normal;
}
.yAxisTitle{
fill: #ff0000;
text-anchor: middle;
font-size: #{y_title_font_size}px;
font-family: "Arial", sans-serif;
font-weight: normal;
}
.dataPointLabel{
fill: #000000;
text-anchor:middle;
font-size: 10px;
font-family: "Arial", sans-serif;
font-weight: normal;
}
.staggerGuideLine{
fill: none;
stroke: #000000;
stroke-width: 0.5px;
}
#{get_css}
.keyText{
fill: #000000;
text-anchor:start;
font-size: #{key_font_size}px;
font-family: "Arial", sans-serif;
font-weight: normal;
}
/* End copy for external style sheet */
EOL
end
end
end
end