//////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// COMPLEX SCALAR /////////////// //////////// VECTOR /////////////// Specifies that the provided Q should be treated as a quantity kind. //////////// VECTOR /////////////// //////////// COMPLEX SCALAR /////////////// Provides compile-time rational arithmetic support. This class is really similar to std::ratio. An important difference is the fact that the objects of that class are used as class NTTPs rather then a type template parameter kind. Multiplication operator Provides compile-time rational arithmetic support. The left operand The right operand Addition operator Provides compile-time rational arithmetic support. The left operand The right operand Unary minus operator Provides compile-time rational arithmetic support. The operand Subtraction operator Provides compile-time rational arithmetic support. The left operand The right operand Division operator Provides compile-time rational arithmetic support. The left operand The right operand Equality operator true if the objects are equal, false otherwise The left operand The right operand Three-way comparison operator The relative order of the objects The left operand The right operand Default constructor Default constructor Default constructor Construct from rep The object to copy construct from Dimension one Dimension for which all the exponents of the factors corresponding to the base dimensions are zero. It is a dimension of a quantity of dimension one also known as "dimensionless". Quantity of dimension one Quantity of dimension one also commonly named as "dimensionless" is a quantity with a dimension for which all the exponents of the factors corresponding to the base dimensions are zero. Default constructor Construct from initializer_list The object to construct from Default constructor Construct from rep The object to copy construct from Default constructor Default constructor Default constructor Default constructor Construct from double The value to construct from Default constructor Default constructor Default constructor Unit one Unit of a dimensionless quantity. Default constructor Default constructor Default constructor Construct from double The value to construct from Default constructor Construct from rep The object to copy construct from Default constructor Default constructor Default constructor Quantity character Scalars, vectors and tensors are mathematical objects that can be used to denote certain physical quantities and their values. They are as such independent of the particular choice of a coordinate system, whereas each scalar component of a vector or a tensor and each component vector and component tensor depend on that choice. A scalar is a physical quantity that has magnitude but no direction. It might be a real or complex number which affects which operations are allowed on a quantity. Vectors are physical quantities that possess both magnitude and direction and whose operations obey the axioms of a vector space. Tensors can be used to describe more general physical quantities. For example, the Cauchy stress tensor possess magnitude, direction, and orientation qualities. Computes the cubic root of a dimension Dimension The result of computation QuantitySpec The result of computation Unit The result of computation Dimension being the base of the operation Quantity specification being the base of the operation Unit being the base of the operation Computes the cubic power of a unit Unit The result of computation Unit being the base of the operation Addition operator A compile-time fixed string The left operand The right operand Addition operator A compile-time fixed string The left operand The right operand Computes the square root of a dimension Dimension The result of computation QuantitySpec The result of computation Unit The result of computation Dimension being the base of the operation Quantity specification being the base of the operation Unit being the base of the operation Computes the square power of a unit Unit The result of computation Unit being the base of the operation Stream insertion operator Reference to the current output stream An output stream The object to output Stream insertion operator Reference to the current output stream An output stream The object to output Quantity of dimension one Quantity of dimension one also commonly named as "dimensionless" is a quantity with a dimension for which all the exponents of the factors corresponding to the base dimensions are zero.