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conjugate (const double &real, const double &imag) | |
Construction from reals. Note that the numeric result is (real-imag*i). More... | |
conjugate (const double &real, int i) | |
conjugate (int r, const double &imag) | |
conjugate (int r, int i) | |
conjugate (const double &real) | |
Implicit conversion from double to conjugate<double>. More... | |
conjugate (int r) | |
conjugate (const conjugate< float > &cf) | |
conjugate (const float &rf) | |
conjugate (const conjugate< long double > &cl) | |
conjugate (const long double &rl) | |
conjugate (const complex< float > &x) | |
conjugate (const complex< double > &x) | |
conjugate (const complex< long double > &x) | |
operator complex< double > () const | |
Implicit conversion to complex<double> when necessary (costs an actual negation – yuck!). More... | |
complex< double > | operator- () const |
const conjugate & | operator+ () const |
conjugate & | operator= (const double &r) |
conjugate & | operator+= (const double &r) |
conjugate & | operator-= (const double &r) |
conjugate & | operator*= (const double &r) |
conjugate & | operator/= (const double &r) |
conjugate & | operator= (const float &r) |
conjugate & | operator+= (const float &r) |
conjugate & | operator-= (const float &r) |
conjugate & | operator*= (const float &r) |
conjugate & | operator/= (const float &r) |
conjugate & | operator= (int i) |
conjugate & | operator+= (int i) |
conjugate & | operator-= (int i) |
conjugate & | operator*= (int i) |
conjugate & | operator/= (int i) |
conjugate & | operator+= (const conjugate< double > &c) |
conjugate & | operator-= (const conjugate< double > &c) |
conjugate & | operator+= (const conjugate< float > &c) |
conjugate & | operator-= (const conjugate< float > &c) |
conjugate & | operator= (const complex< double > &c) |
conjugate & | operator+= (const complex< double > &c) |
conjugate & | operator-= (const complex< double > &c) |
conjugate & | operator= (const complex< float > &c) |
conjugate & | operator+= (const complex< float > &c) |
conjugate & | operator-= (const complex< float > &c) |
conjugate & | operator*= (const conjugate< double > &c) |
conjugate & | operator*= (const complex< double > &t) |
conjugate & | operator*= (const conjugate< float > &c) |
conjugate & | operator*= (const complex< float > &c) |
conjugate & | operator/= (const conjugate< double > &d) |
conjugate & | operator/= (const complex< double > &d) |
conjugate & | operator/= (const conjugate< float > &c) |
conjugate & | operator/= (const complex< float > &c) |
const double & | real () const |
double & | real () |
const negator< double > & | imag () const |
negator< double > & | imag () |
const complex< double > & | conj () const |
complex< double > & | conj () |
const double & | negImag () const |
double & | negImag () |
bool | isReal () const |
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Construction from reals. Note that the numeric result is (real-imag*i).
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Implicit conversion from double to conjugate<double>.
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Implicit conversion to complex<double> when necessary (costs an actual negation – yuck!).
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