ElectricPotential.h

Go to the documentation of this file.

/* Copyright (C) 2002 - 2004, Bernd Speiser */
/* This file is part of Quantities.

PhysicalQuantities is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License
as published by the Free Software Foundation; either version 2
of the License, or (at your option) any later version.

PhysicalQuantities 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 General Public License for more details.
  
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA
02111-1307, USA.
*/

#ifndef _ElectricPotential_h
#define _ElectricPotential_h

#include "Quantity/Variable.h"
#include "Quantity/Constant.h"
#include "Quantity/QuantityCluster.h"

namespace Quantities {

/* ElectricPotential dimension */
typedef BSUtilities::Rational<2> ElectricPotential_LE;
typedef BSUtilities::Rational<1> ElectricPotential_M;
typedef BSUtilities::Rational<-3> ElectricPotential_TI;
typedef BSUtilities::Rational<-1> ElectricPotential_E;
typedef BSUtilities::Rational<0> ElectricPotential_TE;
typedef BSUtilities::Rational<0> ElectricPotential_A;
typedef BSUtilities::Rational<0> ElectricPotential_LU;
class ElectricPotentialGroup
  {
    public:
      typedef TYPELIST_7(ElectricPotential_LE, ElectricPotential_M, 
                         ElectricPotential_TI, ElectricPotential_E,
                         ElectricPotential_TE, ElectricPotential_A, 
                                            ElectricPotential_LU) DimTL;
  };

  namespace ElectricPotentialUnits {

/* declaration of ElectricPotential unit base class */

typedef Units::Unit<ElectricPotentialGroup> ElectricPotentialUnit;

/* declaration of ElectricPotential units */
class VoltUnits;
class GauUnit;
class MeanInternationalVoltUnit;
class USInternationalVoltUnit;
class AtomicUnit;

/* the Volt and prefixed Volts */

typedef Units::Prefixable<ElectricPotentialGroup, VoltUnits> Volts;

typedef Units::Prefixed<Volts> Volt;
typedef Units::Prefixed<Volts, Units::Milli> MilliVolt;
typedef Units::Prefixed<Volts, Units::Micro> MicroVolt;
typedef Units::Prefixed<Volts, Units::Kilo> KiloVolt;
typedef Units::Prefixed<Volts, Units::Mega> MegaVolt;

/* the Gau */

typedef Units::NonPrefixable<ElectricPotentialGroup, GauUnit> Gau;

/* the mean international Volt */

typedef Units::NonPrefixable<ElectricPotentialGroup, 
                       MeanInternationalVoltUnit> MeanInternationalVolt;

/* the US international Volt */

typedef Units::NonPrefixable<ElectricPotentialGroup, 
                           USInternationalVoltUnit> USInternationalVolt;

/* the atomic unit of electric potential */

typedef Units::NonPrefixable<ElectricPotentialGroup, AtomicUnit> Atomic;

typedef Loki::TL::Append<Volts::Units,
  TYPELIST_4(Gau, MeanInternationalVolt, USInternationalVolt, 
                                Atomic)>::Result ElectricPotentialUnits;

/* declare some abbreviated time units */

typedef Volt V;
typedef MilliVolt mV;
typedef MicroVolt muV;

  }

/* declaration of ElectricPotential dimension */

typedef 
  Dimensions::Dimension<ElectricPotentialGroup> 
                                             ElectricPotentialDimension;

/* ElectricPotential quantity */

typedef Quantity<ElectricPotentialGroup, 
  ElectricPotentialUnits::ElectricPotentialUnits,
              ElectricPotentialUnits::Volt> ElectricPotentialQuantities;

typedef Variable<ElectricPotentialQuantities> ElectricPotential;
typedef Constant<ElectricPotentialQuantities> ElectricPotentialConstant;

typedef VariableVector<ElectricPotentialQuantities> 
                                                ElectricPotentialVector;
}

#endif /* _ElectricPotential_h */

---