| aberration_coefficient(long n, long m) | CTFparam | inline |
| aberration_coefficient(pair< long, long > a) | CTFparam | inline |
| aberration_even() | CTFparam | inline |
| aberration_even(vector< double > &v) | CTFparam | inline |
| aberration_even_difference() | CTFparam | inline |
| aberration_even_update(vector< double > &v) | CTFparam | inline |
| aberration_odd() | CTFparam | inline |
| aberration_odd(vector< double > &v) | CTFparam | inline |
| aberration_odd_complex(double s2, double angle) | CTFparam | inline |
| aberration_odd_update(vector< double > &v) | CTFparam | inline |
| aberration_weight(long n, long m) | CTFparam | inline |
| aberration_weight(long n, long m, double v) | CTFparam | inline |
| aberration_weight_string() | CTFparam | inline |
| aberration_weights() | CTFparam | inline |
| aberration_weights(map< pair< long, long >, double > &wa) | CTFparam | inline |
| add_aberration_weight(long n, long m, double v) | CTFparam | inline |
| add_zernike_even(vector< double > &v) | CTFparam | inline |
| add_zernike_odd(vector< double > &v) | CTFparam | inline |
| alpha() | CTFparam | inline |
| alpha(double v) | CTFparam | inline |
| amp_shift() | CTFparam | inline |
| amp_shift(double v) | CTFparam | inline |
| astigmatism(double dev, double ang) | CTFparam | inline |
| astigmatism_angle() | CTFparam | inline |
| baseline() | CTFparam | inline |
| baseline(int i) | CTFparam | inline |
| baseline(int i, double d) | CTFparam | inline |
| baseline(double *b) | CTFparam | inline |
| baseline(vector< double > &b) | CTFparam | inline |
| baseline(long t, vector< double > &b) | CTFparam | inline |
| baseline_equation() | CTFparam | |
| baseline_type() | CTFparam | inline |
| baseline_type(long t) | CTFparam | inline |
| beam_tilt(double x, double y) | CTFparam | inline |
| beam_tiltX() | CTFparam | inline |
| beam_tiltX(double v) | CTFparam | inline |
| beam_tiltY() | CTFparam | inline |
| beam_tiltY(double v) | CTFparam | inline |
| calc_baseline(double s) | CTFparam | inline |
| calc_envelope(double s) | CTFparam | inline |
| calculate(double s2, double angle) | CTFparam | inline |
| calculate(int nrad, int npsi, double step_size) | CTFparam | |
| calculate_aberration_even(double s2, double angle) | CTFparam | inline |
| calculate_aberration_odd(double s2, double angle) | CTFparam | inline |
| calculate_complex(double s2, double angle) | CTFparam | inline |
| Cc() | CTFparam | inline |
| Cc(double v) | CTFparam | inline |
| check_defocus() | CTFparam | inline |
| convert_zernike() | CTFparam | inline |
| Cs() | CTFparam | inline |
| Cs(double v) | CTFparam | inline |
| CTFparam() | CTFparam | inline |
| CTFparam(string s) | CTFparam | inline |
| CTFparam(double v, double sa, double ac) | CTFparam | inline |
| dE() | CTFparam | inline |
| dE(double v) | CTFparam | inline |
| defocus_average() | CTFparam | inline |
| defocus_average(double v) | CTFparam | inline |
| defocus_deviation() | CTFparam | inline |
| defocus_for_first_zero(double s) | CTFparam | inline |
| delete_aberration(int which=3) | CTFparam | inline |
| delta_phi(double s2, double angle) | CTFparam | inline |
| energy_spread(double s2) | CTFparam | |
| envelope() | CTFparam | inline |
| envelope(int i) | CTFparam | inline |
| envelope(int i, double d) | CTFparam | inline |
| envelope(double *v) | CTFparam | inline |
| envelope(vector< double > &v) | CTFparam | inline |
| envelope(long t, vector< double > &v) | CTFparam | inline |
| envelope_energy_spread(long n, double freq_step) | CTFparam | |
| envelope_equation() | CTFparam | |
| envelope_partial_coherence(long n, double freq_step) | CTFparam | |
| envelope_type() | CTFparam | inline |
| envelope_type(long t) | CTFparam | inline |
| focal_length() | CTFparam | inline |
| focal_length(double v) | CTFparam | inline |
| fom() | CTFparam | inline |
| fom(double v) | CTFparam | inline |
| frequency_cutoff() | CTFparam | inline |
| identifier(string s) | CTFparam | inline |
| identifier() | CTFparam | inline |
| lambda() | CTFparam | inline |
| maxima(double max_s) | CTFparam | |
| objective_aperture() | CTFparam | inline |
| objective_aperture(double v) | CTFparam | inline |
| parse_baseline_equation(Bstring base_eq) | CTFparam | |
| parse_envelope_equation(Bstring env_eq) | CTFparam | |
| partial_coherence(double s) | CTFparam | |
| partial_coherence_and_energy_spread(double s2) | CTFparam | |
| select() | CTFparam | inline |
| select(long i) | CTFparam | inline |
| show() | CTFparam | inline |
| show_aberration() | CTFparam | inline |
| show_baseline() | CTFparam | inline |
| show_envelope() | CTFparam | inline |
| slit_width() | CTFparam | inline |
| slit_width(double v) | CTFparam | inline |
| update(CTFparam *ctf) | CTFparam | inline |
| update(CTFparam &ctf) | CTFparam | |
| update_aberration_weights(map< pair< long, long >, double > &wa) | CTFparam | inline |
| volt() | CTFparam | inline |
| volt(double v) | CTFparam | inline |
| zernike_even() | CTFparam | inline |
| zernike_odd() | CTFparam | inline |
| zero(int i) | CTFparam | inline |
| zeroes(double max_s) | CTFparam | |
1.9.3