Code 120 - Coded Data Field: Cartographic materials (Mandatory) (R)
Indicators: blank
Subfield codes $a Cartographic Material Coded Data (General) $a/0 Colour indicator
a = one colour b = multicolour
$a/1 Index indicator
a = index or name list on cartographic item itself b = index or name list accompanying cartographic item in booklet, pamphlet, unattached cover, etc. c = index or name list present but location not specified y = no index or name list
$a/2 Narrative text indicator
a = text on cartographic item itself b = text accompanying cartographic item in booklet, pamphlet, unattached cover, etc. y = no narrative text
$a/3-6 Relief codes
a = contours b = continuous tone shaded relief c = hypsometric tints layer method d = hachures e = bathymetry soundings f = form lines g = spot heights h = other methods in colour (e.g. in the style of Imhof) i = pictorially j = landforms (e.g. in the style of Lobeck, Raisz, Fenneman) k = bathymetry isolines x = not applicable z = other methods of relief representation
$a/7-8 Map projection
Azimuthal projections:
aa = Aitoff ab = gnomonic ac = Lambert's azimuthal equal area ad = orthographic ae = azimuthal equidistant af = stereographic ag = azimuthal equal area au = azimuthal, specific type unknown az = azimuthal, other known specific type
Conic projections:
ca = Albers equal area cb = Bonne cc = Lambert's conformal conic cd = conic (simple) ce = Miller's bipolar oblique conformal conic cf = De Lisle cg = projection of the International Map of the World ch = Tissot's conformal conic cp = polyconic cu = conic, specific type unknown cz = conic, other known specific type
Cylindrical projections:
ba = Gall bb = Goode's homolographic bc = Lambert's cylindrical equal area bd = Mercator be = Miller bf = Mollweide bg = sinusoidal bh = transverse Mercator bi = Gauss bj = Plate Carree bk = Cassini's n bl = Laborde bm = Oblique Mercator bu = cylindrical, specific type unknown bz = cylindrical, other known specific type
Other projections:
da = armadillo db = butterfly dc = Eckert dd = Goode's homolosine de = Miller's bipolar df = Van der Griten dg = dimaxion dh = cordiform di = polyhedric uu = type of projection unknow xx = not applicable zz = other known type
$a/9-12 Prime meridian
aa = Greenwich, United Kingdom (Internationalprime meridian) ab = Amsterdam, Netherlands ac = Athens, Greece ad = Batavia (Djakarta) Indonesia ae = Berne, Switzerland af = Bogota, Colombia ag = Bombay, India ah = Brussels, Belgium ai = Cadiz, Spain bj aj = Capetown, South Africa ak = Caracas, Venezuela al = Copenhagen, Denmark am = Cordoba, Argentina an = Ferro, Canary Islands ao = Helsinki, Finland ap = Istanbul, Turkey aq = Julianehaab, Greenland ar = Lisbon, Portugal as = London, United Kingdom at = Madras, India ba = Madrid, Spain bb = Mexico City, Mexico bc = Moscow, Russia bd = Munich, Germany be = Naples, Italy bf = Oslo (Christiania) Norway bg = Paris, France bh = Peking, People's Republic of China bi = Philadelphia, USA = Pulkova (Leningrad), Russia bk = Rio de Janeiro, Brazil bl = Rome, Italy bm = Santiago, Chile bn = Stockholm, Sweden bo = Sydney, Australia bp = Tirana, Albania bq = Tokyo, Japan br = Washington, DC, USA uu = unknown zz = other