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Rotation1.h Abstract base class implements parameter storage and access. Definition OneParameter.h:21 Estimate< double > get_phi() const Get the rotation angle in radians. Definition Rotation1.C:83 void print(std::string &text) const Print the values of model parameters and fit flags to a string. Definition Rotation1.C:150 Rotation1(const Vector< 3, double > &axis) Construct for the specified axis. Definition Rotation1.C:22 void set_parameter_policy(OneParameter *policy) Set the parameter management policy. Definition Rotation1.C:88 void set_axis(const Vector< 3, double > &axis) Set the axis about which the rotation occurs. Definition Rotation1.C:60 void set_param_name(const std::string &name) Set the name of the parameter. Definition Rotation1.C:46 std::string get_name() const Return the name of the class. Definition Rotation1.C:41 void set_param_description(const std::string &name) Set the description of the parameter. Definition Rotation1.C:53 void set_phi(const Estimate< double > &radians) Set the rotation angle in radians. Definition Rotation1.C:75 void parse(const std::string &line) Parse the values of model parameters and fit flags from a string. Definition Rotation1.C:126 void calculate(Jones< double > &result, std::vector< Jones< double > > *) Calculate the Jones matrix and its gradient. Definition Rotation1.C:99 Vector< 3, double > axis The axis along which the rotation occurs. Definition Rotation1.h:86 Vector< 3, double > get_axis() const Get the axis about which the rotation occurs. Definition Rotation1.C:69 Namespace in which all modeling and calibration related code is declared. Definition ExampleComplex2.h:16 Generated using doxygen 1.14.0
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