Class Hierarchy

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This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 1234]

Cvnix::units::basic_dim< DBO >	Rational exponent for each basis-element of dimension
Cvnix::units::basic_dim< dim_base_off >
Cvnix::units::basic_dim_base_off< T >	Enumeration of offsets, one for each base dimension in class dim
Cvnix::units::basic_number< T >	Base-struct for wrapper to disambiguate scalar from dimval and protected storage for numeric value associated with a physical unit
▼Cvnix::units::basic_number< double & >
Cvnix::units::number< double & >	Specialization of scalar for double
▼Cvnix::units::basic_number< double >
Cvnix::units::number< double >	Specialization of scalar for double
▼Cvnix::units::basic_number< double const & >
Cvnix::units::number< double const & >	Specialization of scalar for double
▼Cvnix::units::basic_number< Eigen::CwiseBinaryOp< B, L, R > >
Cvnix::units::number< Eigen::CwiseBinaryOp< B, L, R > >	Specialization of scalar for Eigen::CwiseBinaryOp
▼Cvnix::units::basic_number< Eigen::Matrix< S, R, C, OPT, MR, MC > >
Cvnix::units::number< Eigen::Matrix< S, R, C, OPT, MR, MC > >	Specialization of scalar for Eigen::Matrix
▼Cvnix::units::basic_number< Eigen::Product< L, R, OPT > >
Cvnix::units::number< Eigen::Product< L, R, OPT > >	Specialization of scalar for Eigen::Product
▼Cvnix::units::basic_number< float & >
Cvnix::units::number< float & >	Specialization of scalar for float
▼Cvnix::units::basic_number< float >
Cvnix::units::number< float >	Specialization of scalar for float
▼Cvnix::units::basic_number< float const & >
Cvnix::units::number< float const & >	Specialization of scalar for float
▼Cvnix::units::basic_number< int & >
Cvnix::units::number< int & >	Specialization of scalar for int
▼Cvnix::units::basic_number< int >
Cvnix::units::number< int >	Specialization of scalar for int
▼Cvnix::units::basic_number< int const & >
Cvnix::units::number< int const & >	Specialization of scalar for int
▼Cvnix::units::basic_number< long double & >
Cvnix::units::number< long double & >	Specialization of scalar for long double
▼Cvnix::units::basic_number< long double >
Cvnix::units::number< long double >	Specialization of scalar for long double
▼Cvnix::units::basic_number< long double const & >
Cvnix::units::number< long double const & >	Specialization of scalar for long double
▼Cvnix::units::basic_number< mv::mat< T, NR, NC > >
Cvnix::units::number< mv::mat< T, NR, NC > >	Specialization of scalar for vnix::mv::mat
Cvnix::rat::common_denom_params< NB1, DB1, NB2, DB2 >	Least common denominator (LCD) and corresponding numerators for the comparison of a pair of rational numbers
CEigen::CwiseBinaryOp< B, L, R >
Cvnix::units::basic_dim< DBO >::divd	Function object used for dividing every exponent by a single factor
Cvnix::rat::rational< NB, DB >::dummy_arg
▼Cvnix::units::dyndim_base	Base-type for a dimensioned value whose dimension is specified, perhaps dynamically at run-time, by way of the constructor
▼Cvnix::units::dimval< T, dyndim_base >
Cvnix::units::basic_dyndim< T >	Model of a dynamically dimensioned physical quantity
Cvnix::rat::encoding< NMR_BITS, DNM_BITS >	Encoding of numerator and denominator into unsigned word
▼Cvnix::rat::encoding< NB, DB >
Cvnix::rat::rational< 4, 2 >
Cvnix::rat::rational< NB, DB >	Model of a fixed-precision rational number
Cvnix::int_types< NB >	Smallest integer types for holding certain number of bits
Cvnix::int_types< 16 >	Terminal specialization of int_types for 16-bit integer
Cvnix::int_types< 32 >	Terminal specialization of int_types for 32-bit integer
Cvnix::int_types< 64 >	Terminal specialization of int_types for 64-bit integer
Cvnix::int_types< 8 >	Terminal specialization of int_types for eight-bit integer
Cvnix::int_types< BITS >
Cvnix::int_types< NUM_BITS >
Cvnix::mv::mat< T, NR, NC >	Model of a matrix of quantities
CEigen::Matrix< S, R, C, OPT, MR, MC >
Cvnix::mv::mref< T, S, N >	Reference to column or row in matrix
Cvnix::units::basic_dim< DBO >::mult	Function object used for multiplying every exponent by a single factor
Cvnix::rat::normalized_pair< NMR_BITS, DNM_BITS >	Numerator and denominator of a rational number as separate numbers, not encoded into the same word
▼Cvnix::units::number< T >	Generic template for wrapper to disambiguate scalar from dimval and protected storage for numeric value associated with a physical unit
Cvnix::units::dimval< T, dyndim_base >
▼Cvnix::units::dimval< T, statdim_base< D > >
►Cvnix::units::basic_statdim< charge_dim.encode(), T >
Cvnix::units::impl::coulombs< T >	Template used to construct a number of coulombs
Cvnix::units::impl::microcoulombs< T >	Template used to construct a number of microcoulombs
Cvnix::units::impl::millicoulombs< T >	Template used to construct a number of millicoulombs
Cvnix::units::impl::nanocoulombs< T >	Template used to construct a number of nanocoulombs
Cvnix::units::impl::picocoulombs< T >	Template used to construct a number of picocoulombs
►Cvnix::units::basic_statdim< length_dim.encode(), T >
Cvnix::units::impl::centimeters< T >	Template used to construct a number of centimeters
Cvnix::units::impl::femtometers< T >	Template used to construct a number of femtometers
Cvnix::units::impl::kilometers< T >	Template used to construct a number of kilometers
Cvnix::units::impl::megameters< T >	Template used to construct a number of megameters
Cvnix::units::impl::meters< T >	Template used to construct a number of meters
Cvnix::units::impl::micrometers< T >	Template used to construct a number of micrometers
Cvnix::units::impl::millimeters< T >	Template used to construct a number of millimeters
Cvnix::units::impl::nanometers< T >	Template used to construct a number of nanometers
Cvnix::units::impl::picometers< T >	Template used to construct a number of picometers
►Cvnix::units::basic_statdim< mass_dim.encode(), T >
Cvnix::units::impl::grams< T >	Template used to construct a number of grams
Cvnix::units::impl::kilograms< T >	Template used to construct a number of kilograms
Cvnix::units::impl::megagrams< T >	Template used to construct a number of megagrams
Cvnix::units::impl::micrograms< T >	Template used to construct a number of micrograms
Cvnix::units::impl::milligrams< T >	Template used to construct a number of milligrams
Cvnix::units::impl::nanograms< T >	Template used to construct a number of nanograms
Cvnix::units::impl::picograms< T >	Template used to construct a number of picograms
►Cvnix::units::basic_statdim< temperature_dim.encode(), T >
Cvnix::units::impl::kelvins< T >	Template used to construct a number of kelvins
Cvnix::units::impl::microkelvins< T >	Template used to construct a number of microkelvins
Cvnix::units::impl::millikelvins< T >	Template used to construct a number of millikelvins
Cvnix::units::impl::nanokelvins< T >	Template used to construct a number of nanokelvins
►Cvnix::units::basic_statdim< time_dim.encode(), T >
Cvnix::units::impl::femtoseconds< T >	Template used to construct a number of femtoseconds
Cvnix::units::impl::microseconds< T >	Template used to construct a number of microseconds
Cvnix::units::impl::milliseconds< T >	Template used to construct a number of milliseconds
Cvnix::units::impl::nanoseconds< T >	Template used to construct a number of nanoseconds
Cvnix::units::impl::picoseconds< T >	Template used to construct a number of picoseconds
Cvnix::units::impl::seconds< T >	Template used to construct a number of seconds
►Cvnix::units::basic_statdim<(C< float >.d()-s< float >.d()).encode(), T >
Cvnix::units::impl::amperes< T >	Template used to construct a number of amperes
Cvnix::units::impl::microamperes< T >	Template used to construct a number of microamperes
Cvnix::units::impl::milliamperes< T >	Template used to construct a number of milliamperes
►Cvnix::units::basic_statdim<(dyn< float >.d()+cm< float >.d()).encode(), T >
Cvnix::units::impl::ergs< T >	Template used to construct a number of ergs
►Cvnix::units::basic_statdim<(ft< float >.d()).encode(), T >
Cvnix::units::impl::inches< T >	Template used to construct a number of inches
Cvnix::units::impl::miles< T >	Template used to construct a number of miles
Cvnix::units::impl::yards< T >	Template used to construct a number of yards
►Cvnix::units::basic_statdim<(g< float >.d()+cm< float >.d()-s< float >.d()-s< float >.d()).encode(), T >
Cvnix::units::impl::dynes< T >	Template used to construct a number of dynes
►Cvnix::units::basic_statdim<(J< float >.d()-s< float >.d()).encode(), T >
Cvnix::units::impl::gigawatts< T >	Template used to construct a number of gigawatts
Cvnix::units::impl::kilowatts< T >	Template used to construct a number of kilowatts
Cvnix::units::impl::megawatts< T >	Template used to construct a number of megawatts
Cvnix::units::impl::microwatts< T >	Template used to construct a number of microwatts
Cvnix::units::impl::milliwatts< T >	Template used to construct a number of milliwatts
Cvnix::units::impl::watts< T >	Template used to construct a number of watts
►Cvnix::units::basic_statdim<(kg< float >.d()+m< float >.d()-s< float >.d()-s< float >.d()).encode(), T >
Cvnix::units::impl::kilonewtons< T >	Template used to construct a number of kilonewtons
Cvnix::units::impl::meganewtons< T >	Template used to construct a number of meganewtons
Cvnix::units::impl::micronewtons< T >	Template used to construct a number of micronewtons
Cvnix::units::impl::millinewtons< T >	Template used to construct a number of millinewtons
Cvnix::units::impl::newtons< T >	Template used to construct a number of newtons
►Cvnix::units::basic_statdim<(m< float >.d()).encode(), T >
Cvnix::units::impl::feet< T >	Template used to construct a number of feet
Cvnix::units::impl::kilofeet< T >	Template used to construct a number of kilofeet
►Cvnix::units::basic_statdim<(N< float >.d()+m< float >.d()).encode(), T >
Cvnix::units::impl::gigajoules< T >	Template used to construct a number of gigajoules
Cvnix::units::impl::joules< T >	Template used to construct a number of joules
Cvnix::units::impl::kilojoules< T >	Template used to construct a number of kilojoules
Cvnix::units::impl::megajoules< T >	Template used to construct a number of megajoules
Cvnix::units::impl::microjoules< T >	Template used to construct a number of microjoules
Cvnix::units::impl::millijoules< T >	Template used to construct a number of millijoules
Cvnix::units::basic_statdim< D, T >	Model of a statically dimensioned physical quantity
▼Cvnix::units::dimval< T, statdim_base< nul_code > >
Cvnix::units::basic_statdim< nul_code, T >	Specialization of basic_statdim for dimensionless quantity
Cvnix::units::dimval< T, B >	Model of a physically dimensioned quantity
CEigen::Product< L, R, OPT >
▼Cvnix::units::statdim_base< D >	Base-type for a dimensioned value whose dimension is specified statically at compile-time by way of a template parameter
Cvnix::units::dimval< T, statdim_base< D > >
▼Cvnix::units::statdim_base< nul_code >
Cvnix::units::dimval< T, statdim_base< nul_code > >
▼CB
Cvnix::units::dimval< T, B >	Model of a physically dimensioned quantity