Module: MapType
- Includes:
- RecordType
- Defined in:
- lib/enhanced_marc/map_type.rb
Instance Method Summary collapse
- #cartographic_type(human_readable = false) ⇒ Object
- #projection(human_readable = false) ⇒ Object
- #relief(human_readable = false) ⇒ Object
- #special_format(human_readable = false) ⇒ Object
Instance Method Details
#cartographic_type(human_readable = false) ⇒ Object
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# File 'lib/enhanced_marc/map_type.rb', line 4 def cartographic_type(human_readable=false) crtp_map = {'a'=>'Map', 'b'=>'Map series', 'c'=>'Map serial', 'd'=>'Globe', 'e'=>'Atlas', 'f'=>'Supplement', 'g'=>'Bound as part of another work', 'u'=>'Unknown', 'z'=>'Other'} human_readable = crtp_map if human_readable return self.field_parser({:match=>'MAP', :start=>25,:end=>1}, {:match=>/[ef]{1}/, :start=>8,:end=>1}, human_readable) end |
#projection(human_readable = false) ⇒ Object
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# File 'lib/enhanced_marc/map_type.rb', line 43 def projection(human_readable=false) proj_map = {'Azimuthal'=>{'aa'=>'Aitoff','ab'=>'Gnomic','ac'=>"Lambert's equal area", 'ad'=>'Orthographic','ae'=>'Azithumal equidistant', 'af'=>'Stereographic', 'ag'=>'General vertical near-sided','am'=>'Modified stereographic for Alaska', 'an'=>'Chamberlin trimetric','ap'=>'Polar stereographic','au'=>'Unknown','az'=>'Other'}, 'Cylindrical'=>{'ba'=>'Gall','bb'=>"Goode's homolographic",'bc'=>"Lambert's equal area", 'bd'=>'Mercator','be'=>'Miller','bf'=>'Mollweide','bg'=>'Sinusoidal', 'bh'=>'Transverse Mercator','bi'=>'Gauss-Kruger','bj'=>'Equirectangular', 'bo'=>'Oblique Mercator','br'=>'Robinson','bs'=>'Space oblique Mercator', 'bu'=>'Unknown','bz'=>'Other' }, 'Conic'=>{'ca'=>"Alber's equal area",'cb'=>'Bonne','cc'=>"Lambert's",'ce'=>'Equidistant conic', 'cp'=>'Polyconic','cu'=>'Unknown','cz'=>'Other' }, 'Other'=>{'da'=>'Armadillo','db'=>'Butterfly','dc'=>'Eckert','dd'=>"Goode's homolosine", 'de'=>"Miller's bipolar oblique conformal conic",'df'=>'Van Der Grinten', 'dg'=>'Dymaxion','dh'=>'Cordiform','dl'=>'Lambert conformal','zz'=>'Other' } } if @record_type == "MAP" unless self['008'].value[22,2] == ' ' if human_readable proj_map.each_key { | general | next unless proj_map[general].keys.index(self['008'].value[22,2]) return [general,proj_map[general][self['008'].value[22,2]]] } else return self['008'].value[22,2] end end end @fields.find_all {|f| ('006') === f.tag}.each { | fxd_fld | next unless fxd_fld.value[0,1].match(/[ef]{1}/) unless fxd_fld.value[5,2] == ' ' if human_readable proj_map.each_key { | general | next unless proj_map[general].keys.index(fxd_fld.value[5,2]) return [general,proj_map[general][fxd_fld.value[5,2]]] } else return fxd_fld.value[5,2] end end } return false end |
#relief(human_readable = false) ⇒ Object
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# File 'lib/enhanced_marc/map_type.rb', line 11 def relief(human_readable=false) relief_map = {'a'=>'Contours', 'b'=>'Shading', 'c'=>'Grading and bathymetric tints', 'd'=>'Hachures', 'e'=>'Bathymetry, soundings', 'f'=>'Form lines', 'g'=>'Spot heights', 'h'=>'Color', 'i'=>'Pictorially', 'j'=>'Land forms', 'k'=>'Bathymetry, isolines', 'm'=>'Rock drawings', 'z'=>'Other' } contents = [] if self.record_type == 'MAP' self['008'].value[18,4].split(//).each { | char | next if char == " " if human_readable contents << relief_map[char] else contents << char end } end @fields.find_all {|f| ('006') === f.tag}.each { | fxd_fld | next unless fxd_fld.value[0,1].match(/[ef]{1}/) fxd_fld.value[1,4].split(//).each { | char | next if char == " " if human_readable contents << relief_map[char] else contents << char end } } return false if contents.empty? return contents end |
#special_format(human_readable = false) ⇒ Object
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# File 'lib/enhanced_marc/map_type.rb', line 90 def special_format(human_readable=false) spfm_map = {'a'=>'Blueprint photocopy','b'=>'Other photocopy','c'=>'Negative photocopy', 'd'=>'Film negative','f'=>'Facsimile','g'=>'Relief model','h'=>'Rare (pre-1800)', 'e'=>'Manuscript','j'=>'Picture/post card','k'=>'Calendar','l'=>'Puzzle', 'm'=>'Braille, tactile','n'=>'Game','o'=>'Wall map','p'=>'Playing cards', 'q'=>'Loose-leaf','z'=>'Other'} human_readable = spfm_map if human_readable return self.field_parser({:match=>'MAP', :start=>33,:end=>2}, {:match=>/[ef]{1}/, :start=>16,:end=>2}, human_readable) end |