//# UnitMap6.cc: Unit map custom units initialisation part 2
//# Copyright (C) 2001,2002
//# Associated Universities, Inc. Washington DC, USA.
//#
//# This library is free software; you can redistribute it and/or modify it
//# under the terms of the GNU Library General Public License as published by
//# the Free Software Foundation; either version 2 of the License, or (at your
//# option) any later version.
//#
//# This library is distributed in the hope that it will be useful, but WITHOUT
//# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
//# FITNESS FOR A PARTICULAR PURPOSE.  See the GNU Library General Public
//# License for more details.
//#
//# You should have received a copy of the GNU Library General Public License
//# along with this library; if not, write to the Free Software Foundation,
//# Inc., 675 Massachusetts Ave, Cambridge, MA 02139, USA.
//#
//# Correspondence concerning AIPS++ should be addressed as follows:
//#        Internet email: aips2-request@nrao.edu.
//#        Postal address: AIPS++ Project Office
//#                        National Radio Astronomy Observatory
//#                        520 Edgemont Road
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//#
//# $Id$

//# Includes

#include <casacore/casa/Quanta/UnitMap.h>

namespace casacore { //# NAMESPACE CASACORE - BEGIN

// Initialise the maps
void UnitMap::initUMCust2 (UMaps& maps) {
  map<String, UnitName>& mapCust = maps.mapCust;
  mapCust.insert(map<String, UnitName>::value_type
			   ("abA",   	UnitName("abA",
						 UnitVal(10.0, "A", &maps),
						 "abampere")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("abC",   	UnitName("abC",
						 UnitVal(10.0, "C", &maps),
						 "abcoulomb")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("abF",   	UnitName("abF",
						 UnitVal(1.0e+9, "F", &maps),
						 "abfarad")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("abH",   	UnitName("abH",
						 UnitVal(1.0e-9, "H", &maps),
						 "abhenry")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("abOhm", 	UnitName("abOhm",
						 UnitVal(1.0e-9, "Ohm", &maps),
						 "abohm")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("abV",   	UnitName("abV",
						 UnitVal(1.0e-8, "V", &maps),
						 "abvolt")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("statA", 	UnitName("statA",
						 UnitVal((0.1/C::c), "A", &maps),
						 "statampere")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("statC", 	UnitName("statC",
						 UnitVal((0.1/C::c), "C", &maps),
						 "statcoulomb")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("statF", 	UnitName("statF",
						 UnitVal(1.0/(3.0e+3*C::c), "F", &maps),
						 "statfarad")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("statH", 	UnitName("statH",
						 UnitVal((3.0e+3*C::c), "H", &maps),
						 "stathenry")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("statOhm", 	UnitName("statOhm",
						 UnitVal((3.0e+3*C::c), "Ohm", &maps),
						 "statohm")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("statV",   	UnitName("statV",
						 UnitVal((C::c*1.0e-6), "V", &maps),
						 "statvolt")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("debye", UnitName("debye",
						 UnitVal(10e-18, "statC.cm", &maps),
						 "statvolt")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("ac",   	UnitName("ac",
						 UnitVal(4.0*40*16.5*12*2.54e-2*16.5*12*2.54e-2, "m2", &maps),
						 "acre")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("Ah",   	UnitName("Ah",
						 UnitVal(1., "A.h", &maps),
						 "ampere hour")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("Angstrom", 	UnitName("Angstrom",
							 UnitVal(1.0e-10, "m", &maps),
							 "angstrom")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("atm",   	UnitName("atm",
						 UnitVal(1.01325e+5, "Pa", &maps),
						 "standard atmosphere")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("ata",   	UnitName("ata",
						 UnitVal(9.80665, "N.cm-2", &maps),
						 "technical atmosphere")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("u",   	UnitName("u",
						 UnitVal(1.661e-27, "kg", &maps),
						 "atomic mass unit")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("bar",   	UnitName("bar",
						 UnitVal(1.0e+5, "Pa", &maps),
						 "bar")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("Btu",   	UnitName("Btu",
						 UnitVal(1055.056, "J", &maps),
						 "British thermal unit (Int)")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("cal",   	UnitName("cal",
						 UnitVal(4.1868, "J", &maps),
						 "calorie (Int)")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("Cal",   	UnitName("Cal",
						 UnitVal(1., "kcal", &maps),
						 "large calorie (Int)")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("CM",   	UnitName("CM",
						 UnitVal((1e-3/5.0), "kg", &maps),
						 "metric carat")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("mHg",   	UnitName("mHg",
						 UnitVal(13.5951*9.80665, "kPa", &maps),
						 "metre of mercury")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("dyn",   	UnitName("dyn",
						 UnitVal(1.0e-5, "N", &maps),
						 "dyne")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("eV",   	UnitName("eV",
						 UnitVal(1.60217733e-19, "J", &maps),
						 "electron volt")));
  mapCust.insert(map<String, UnitName>::value_type
			   ("erg",   	UnitName("erg",
						 UnitVal(1.0e-7, "J", &maps),
						 "erg")));
}

} //# NAMESPACE CASACORE - END