| ▼NEigen | |
| CCwiseBinaryOp | |
| CMatrix | |
| CProduct | |
| ▼Nvnix | Thomas E. Vaughan's public software |
| ▼Nmv | |
| Cmat | Model of a matrix of quantities |
| Cmref | Reference to column or row in matrix |
| ▼Nrat | Classes and functions supporting a model of a fixed-precision rational number |
| Ccommon_denom_params | Least common denominator (LCD) and corresponding numerators for the comparison of a pair of rational numbers |
| Cencoding | Encoding of numerator and denominator into unsigned word |
| Cnormalized_pair | Numerator and denominator of a rational number as separate numbers, not encoded into the same word |
| ►Crational | Model of a fixed-precision rational number |
| Cdummy_arg | |
| ▼Nunits | Classes and functions supporting a model of physically dimensioned quantities |
| ►Nimpl | Template structs that user would use only to extend the library |
| Camperes | Template used to construct a number of amperes |
| Ccentimeters | Template used to construct a number of centimeters |
| Ccoulombs | Template used to construct a number of coulombs |
| Cdynes | Template used to construct a number of dynes |
| Cergs | Template used to construct a number of ergs |
| Cfeet | Template used to construct a number of feet |
| Cfemtometers | Template used to construct a number of femtometers |
| Cfemtoseconds | Template used to construct a number of femtoseconds |
| Cgigajoules | Template used to construct a number of gigajoules |
| Cgigawatts | Template used to construct a number of gigawatts |
| Cgrams | Template used to construct a number of grams |
| Cinches | Template used to construct a number of inches |
| Cjoules | Template used to construct a number of joules |
| Ckelvins | Template used to construct a number of kelvins |
| Ckilofeet | Template used to construct a number of kilofeet |
| Ckilograms | Template used to construct a number of kilograms |
| Ckilojoules | Template used to construct a number of kilojoules |
| Ckilometers | Template used to construct a number of kilometers |
| Ckilonewtons | Template used to construct a number of kilonewtons |
| Ckilowatts | Template used to construct a number of kilowatts |
| Cmegagrams | Template used to construct a number of megagrams |
| Cmegajoules | Template used to construct a number of megajoules |
| Cmegameters | Template used to construct a number of megameters |
| Cmeganewtons | Template used to construct a number of meganewtons |
| Cmegawatts | Template used to construct a number of megawatts |
| Cmeters | Template used to construct a number of meters |
| Cmicroamperes | Template used to construct a number of microamperes |
| Cmicrocoulombs | Template used to construct a number of microcoulombs |
| Cmicrograms | Template used to construct a number of micrograms |
| Cmicrojoules | Template used to construct a number of microjoules |
| Cmicrokelvins | Template used to construct a number of microkelvins |
| Cmicrometers | Template used to construct a number of micrometers |
| Cmicronewtons | Template used to construct a number of micronewtons |
| Cmicroseconds | Template used to construct a number of microseconds |
| Cmicrowatts | Template used to construct a number of microwatts |
| Cmiles | Template used to construct a number of miles |
| Cmilliamperes | Template used to construct a number of milliamperes |
| Cmillicoulombs | Template used to construct a number of millicoulombs |
| Cmilligrams | Template used to construct a number of milligrams |
| Cmillijoules | Template used to construct a number of millijoules |
| Cmillikelvins | Template used to construct a number of millikelvins |
| Cmillimeters | Template used to construct a number of millimeters |
| Cmillinewtons | Template used to construct a number of millinewtons |
| Cmilliseconds | Template used to construct a number of milliseconds |
| Cmilliwatts | Template used to construct a number of milliwatts |
| Cnanocoulombs | Template used to construct a number of nanocoulombs |
| Cnanograms | Template used to construct a number of nanograms |
| Cnanokelvins | Template used to construct a number of nanokelvins |
| Cnanometers | Template used to construct a number of nanometers |
| Cnanoseconds | Template used to construct a number of nanoseconds |
| Cnewtons | Template used to construct a number of newtons |
| Cpicocoulombs | Template used to construct a number of picocoulombs |
| Cpicograms | Template used to construct a number of picograms |
| Cpicometers | Template used to construct a number of picometers |
| Cpicoseconds | Template used to construct a number of picoseconds |
| Cseconds | Template used to construct a number of seconds |
| Cwatts | Template used to construct a number of watts |
| Cyards | Template used to construct a number of yards |
| ►Cbasic_dim | Rational exponent for each basis-element of dimension |
| Cdivd | Function object used for dividing every exponent by a single factor |
| Cmult | Function object used for multiplying every exponent by a single factor |
| Cbasic_dim_base_off | Enumeration of offsets, one for each base dimension in class dim |
| Cbasic_dyndim | Model of a dynamically dimensioned physical quantity |
| Cbasic_number | Base-struct for wrapper to disambiguate scalar from dimval and protected storage for numeric value associated with a physical unit |
| Cbasic_statdim | Model of a statically dimensioned physical quantity |
| Cbasic_statdim< nul_code, T > | Specialization of basic_statdim for dimensionless quantity |
| Cdimval | Model of a physically dimensioned quantity |
| Cdyndim_base | Base-type for a dimensioned value whose dimension is specified, perhaps dynamically at run-time, by way of the constructor |
| Cnumber | Generic template for wrapper to disambiguate scalar from dimval and protected storage for numeric value associated with a physical unit |
| Cnumber< double & > | Specialization of scalar for double |
| Cnumber< double > | Specialization of scalar for double |
| Cnumber< double const & > | Specialization of scalar for double |
| Cnumber< Eigen::CwiseBinaryOp< B, L, R > > | Specialization of scalar for Eigen::CwiseBinaryOp |
| Cnumber< Eigen::Matrix< S, R, C, OPT, MR, MC > > | Specialization of scalar for Eigen::Matrix |
| Cnumber< Eigen::Product< L, R, OPT > > | Specialization of scalar for Eigen::Product |
| Cnumber< float & > | Specialization of scalar for float |
| Cnumber< float > | Specialization of scalar for float |
| Cnumber< float const & > | Specialization of scalar for float |
| Cnumber< int & > | Specialization of scalar for int |
| Cnumber< int > | Specialization of scalar for int |
| Cnumber< int const & > | Specialization of scalar for int |
| Cnumber< long double & > | Specialization of scalar for long double |
| Cnumber< long double > | Specialization of scalar for long double |
| Cnumber< long double const & > | Specialization of scalar for long double |
| Cnumber< mv::mat< T, NR, NC > > | Specialization of scalar for vnix::mv::mat |
| Cstatdim_base | Base-type for a dimensioned value whose dimension is specified statically at compile-time by way of a template parameter |
| Cint_types | Smallest integer types for holding certain number of bits |
| Cint_types< 16 > | Terminal specialization of int_types for 16-bit integer |
| Cint_types< 32 > | Terminal specialization of int_types for 32-bit integer |
| Cint_types< 64 > | Terminal specialization of int_types for 64-bit integer |
| Cint_types< 8 > | Terminal specialization of int_types for eight-bit integer |
1.8.11
