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140 lines
4.3 KiB
140 lines
4.3 KiB
#-- encoding: UTF-8
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# Information
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#
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# PDF_EPS class from Valentin Schmidt ported to ruby by Thiago Jackiw (tjackiw@gmail.com)
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# working for Mingle LLC (www.mingle.com)
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# Release Date: July 13th, 2006
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#
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# Description
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#
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# This script allows to embed vector-based Adobe Illustrator (AI) or AI-compatible EPS files.
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# Only vector drawing is supported, not text or bitmap. Although the script was successfully
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# tested with various AI format versions, best results are probably achieved with files that
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# were exported in the AI3 format (tested with Illustrator CS2, Freehand MX and Photoshop CS2).
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#
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# ImageEps(string file, float x, float y [, float w [, float h [, string link [, boolean useBoundingBox]]]])
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#
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# Same parameters as for regular FPDF::Image() method, with an additional one:
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#
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# useBoundingBox: specifies whether to position the bounding box (true) or the complete canvas (false)
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# at location (x,y). Default value is true.
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#
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# First added to the Ruby FPDF distribution in 1.53c
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#
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# Usage is as follows:
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#
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# require 'fpdf'
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# require 'fpdf_eps'
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# pdf = FPDF.new
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# pdf.extend(PDF_EPS)
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# pdf.ImageEps(...)
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#
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# This allows it to be combined with other extensions, such as the bookmark
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# module.
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module PDF_EPS
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def ImageEps(file, x, y, w=0, h=0, link='', use_bounding_box=true)
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data = nil
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if File.exists?(file)
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File.open(file, 'rb') do |f|
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data = f.read()
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end
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else
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Error('EPS file not found: '+file)
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end
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# Find BoundingBox param
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regs = data.scan(/%%BoundingBox: [^\r\n]*/m)
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regs << regs[0].gsub(/%%BoundingBox: /, '')
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if regs.size > 1
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tmp = regs[1].to_s.split(' ')
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@x1 = tmp[0].to_i
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@y1 = tmp[1].to_i
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@x2 = tmp[2].to_i
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@y2 = tmp[3].to_i
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else
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Error('No BoundingBox found in EPS file: '+file)
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end
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f_start = data.index('%%EndSetup')
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f_start = data.index('%%EndProlog') if f_start === false
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f_start = data.index('%%BoundingBox') if f_start === false
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data = data.slice(f_start, data.length)
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f_end = data.index('%%PageTrailer')
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f_end = data.index('showpage') if f_end === false
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data = data.slice(0, f_end) if f_end
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# save the current graphic state
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out('q')
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k = @k
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# Translate
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if use_bounding_box
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dx = x*k-@x1
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dy = @hPt-@y2-y*k
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else
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dx = x*k
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dy = -y*k
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end
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tm = [1,0,0,1,dx,dy]
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out(sprintf('%.3f %.3f %.3f %.3f %.3f %.3f cm',
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tm[0], tm[1], tm[2], tm[3], tm[4], tm[5]))
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if w > 0
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scale_x = w/((@x2-@x1)/k)
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if h > 0
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scale_y = h/((@y2-@y1)/k)
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else
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scale_y = scale_x
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h = (@y2-@y1)/k * scale_y
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end
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else
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if h > 0
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scale_y = $h/((@y2-@y1)/$k)
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scale_x = scale_y
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w = (@x2-@x1)/k * scale_x
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else
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w = (@x2-@x1)/k
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h = (@y2-@y1)/k
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end
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end
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if !scale_x.nil?
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# Scale
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tm = [scale_x,0,0,scale_y,0,@hPt*(1-scale_y)]
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out(sprintf('%.3f %.3f %.3f %.3f %.3f %.3f cm',
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tm[0], tm[1], tm[2], tm[3], tm[4], tm[5]))
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end
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data.split(/\r\n|[\r\n]/).each do |line|
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next if line == '' || line[0,1] == '%'
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len = line.length
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# next if (len > 2 && line[len-2,len] != ' ')
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cmd = line[len-2,len].strip
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case cmd
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when 'm', 'l', 'v', 'y', 'c', 'k', 'K', 'g', 'G', 's', 'S', 'J', 'j', 'w', 'M', 'd':
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out(line)
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when 'L':
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line[len-1,len]='l'
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out(line)
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when 'C':
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line[len-1,len]='c'
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out(line)
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when 'f', 'F':
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out('f*')
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when 'b', 'B':
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out(cmd + '*')
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end
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end
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# restore previous graphic state
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out('Q')
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Link(x,y,w,h,link) if link
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end
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end
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