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MeanSingleAxis.h 55 };
Estimate< double > get_gain() const Get the instrumental gain, , in calibrator flux units. Definition: SingleAxis.C:84 MeanRadian< double > mean_diff_phase Best estimate of differential phase. Definition: MeanSingleAxis.h:58 void update(MEAL::Complex2 *model) const Update the Model parameters with the current mean. Definition: MeanSingleAxis.C:13 void integrate(const MEAL::Complex2 *model) Add the Model parameters to the running mean. Definition: MeanSingleAxis.C:46 void set_diff_gain(const Estimate< double > &gamma) Set the differential gain, , in hyperbolic radians. Definition: SingleAxis.C:117 void set_diff_phase(const Estimate< double > &phi) Set the differential phase, , in radians. Definition: SingleAxis.C:124 Estimate< double > get_diff_phase() const Get the differential phase, , in radians. Definition: SingleAxis.C:96 Estimate< double > get_diff_gain() const Get the differential gain, , in hyperbolic radians. Definition: SingleAxis.C:90 Instrumental gain, differential gain, and differential phase. Definition: SingleAxis.h:38 static bool very_verbose MeanEstimate< double > mean_diff_gain Best estimate of differential gain. Definition: MeanSingleAxis.h:55 T get_value() const MeanEstimate< double > mean_gain Best estimate of instrumental gain. Definition: MeanSingleAxis.h:52 double chisq(const MEAL::Complex2 *model) const Return the difference between the mean and the model. Definition: MeanSingleAxis.C:70 void set_gain(const Estimate< double > &gain) Set the instrumental gain, , in calibrator flux units. Definition: SingleAxis.C:110 Generated using doxygen 1.8.17
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