#include <Ereal.h>
Public Methods | |
| Ereal (const Type num=0.0) | |
| Constructor that initializes the Ereal with a value. | |
| Ereal | operator+= (const Ereal< Type > &num) |
| The plus-equals operator. | |
| Ereal | operator-= (const Ereal< Type > &) |
| Thus minus-equals operator. | |
| Ereal | operator *= (const Ereal< Type > &) |
| The times-equals operator. | |
| Ereal | operator/= (const Ereal< Type > &) |
| The divide-equals operator. | |
| operator Type () const | |
| Coerces the Ereal to type Type. | |
| std::ostream & | write (std::ostream &os) const |
| Write the Ereal to a stream. | |
| std::istream & | read (std::istream &is) |
| Read an Ereal from a stream. | |
| PackBuffer & | write (PackBuffer &os) const |
| Pack an Ereal into a PackBuffer. | |
| UnPackBuffer & | read (UnPackBuffer &is) |
| Unpack an Ereal from a PackBuffer. | |
Static Public Attributes | |
| Ereal< Type > | positive_infinity |
| A standard definition of positive infinity. | |
| Ereal< Type > | negative_infinity |
| A standard definition of negative infinity. | |
Protected Methods | |
| Ereal (const Type num, const bool f_flag) | |
| A constructor that specifies the internal states of the Ereal. | |
Static Protected Methods | |
| void | plus (const Type xval, const bool xFinite, const Type yval, const bool yFinite, Type &rval, bool &rFinite) |
| A plus operator. | |
| void | minus (const Type xval, const bool xFinite, const Type yval, const bool yFinite, Type &rval, bool &rFinite) |
| A minus operator. | |
| void | mult (const Type xval, const bool xFinite, const Type yval, const bool yFinite, Type &rval, bool &rFinite) |
| A multiplication operator. | |
| void | div (const Type xval, const bool xFinite, const Type yval, const bool yFinite, Type &rval, bool &rFinite) |
| A division operator. | |
| void | check_if_infinite (Type &val, bool &Finite) |
| Set the flag Finite to true if val is large enough to be infinite. | |
Protected Attributes | |
| Type | val |
| The double value of the Ereal. | |
| bool | Finite |
| A flag that indicates whether or not the Ereal is finite. | |
Static Protected Attributes | |
| Type | positive_infinity_val = (Type) 1e16 |
| The value of Type that represents positive infininity. | |
| Type | negative_infinity_val = (Type) -1e16 |
| The value of Type that represents negative infininity. | |
Friends | |
| Ereal< Type > | operator+ (const Ereal< Type > &x, const Ereal< Type > &y) |
| Ereal< Type > | operator+ (const Ereal< Type > &x, const Type y) |
| Ereal< Type > | operator+ (const Type x, const Ereal< Type > &y) |
| Ereal< Type > | operator- (const Ereal< Type > &x, const Ereal< Type > &y) |
| Ereal< Type > | operator- (const Ereal< Type > &x, const Type y) |
| Ereal< Type > | operator- (const Type x, const Ereal< Type > &y) |
| Ereal< Type > | operator * (const Ereal< Type > &x, const Ereal< Type > &y) |
| Ereal< Type > | operator * (const Ereal< Type > &x, const Type y) |
| Ereal< Type > | operator * (const Type x, const Ereal< Type > &y) |
| Ereal< Type > | operator/ (const Ereal< Type > &x, const Ereal< Type > y) |
| Ereal< Type > | operator/ (const Ereal< Type > &x, const Type y) |
| Ereal< Type > | operator/ (const Type x, const Ereal< Type > &y) |
| Ereal< Type > | operator+ (const Ereal< Type > &x) |
| Ereal< Type > | operator- (const Ereal< Type > &num) |
| bool | operator== (const Type x, const Ereal< Type > &y) |
| bool | operator== (const Ereal< Type > &, const Ereal< Type > &) |
| bool | operator== (const Ereal< Type > &, const Type) |
| bool | operator< (const Ereal< Type > &, const Ereal< Type > &) |
| bool | operator< (const Ereal< Type > &, const Type) |
| bool | operator< (const Type x, const Ereal< Type > &y) |
| bool | operator<= (const Ereal< Type > &, const Ereal< Type > &) |
| bool | operator<= (const Ereal< Type > &, const Type) |
| bool | operator<= (const Type x, const Ereal< Type > &y) |
| bool | isinf (const Ereal< Type > &num) |
| bool | isnan (const Ereal< Type > &num) |
| bool | isind (const Ereal< Type > &num) |
| bool | finite (const Ereal< Type > &num) |
double, float, long doulb) that can 'assume' all 'real' values, as well as -infinity and +infinity.