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/* mx_parms.h - declarations for parsing MX paramters */
#ifndef MX_PARAMS_H
#define MX_PARAMS_H
/* prototypes of functions */
int parse_mx_param_string(char *);
int format_mx_params(char *, int);
int format_non_mx_params(char *, int);
int format_mx_single(char *, char *);
void increment_mx_settings(int);
int setup_cbf_template(char *);
int print_cbf_header(char *, int, char *);
/* start of MX_PARAMS enum - please do not change this comment - lines below will change */
typedef enum {
Wavelength = 1,
Energy_range,
Detector_distance,
Detector_Voffset,
Beam_xy,
Beam_x,
Beam_y,
Flux,
Filter_transmission,
Start_angle,
Angle_increment,
Detector_2theta,
Polarization,
Alpha,
Kappa,
Phi,
Phi_increment,
Chi,
Chi_increment,
Oscillation_axis,
N_oscillations,
Start_position,
Position_increment,
Shutter_time,
CBF_template_file,
Timestamp,
Exposure_period,
Exposure_time,
Count_cutoff,
Compression_type,
X_dimension,
Y_dimension,
} MX_PARAMS_CMND ;
typedef struct
{
MX_PARAMS_CMND cmnd;
char *name;
} MX_PARAMS_LIST ;
#ifdef MX_PARAMS_MAIN
static MX_PARAMS_LIST mx_params_list[] =
{
{ Wavelength, "Wavelength" },
{ Energy_range, "Energy_range" },
{ Detector_distance, "Detector_distance" },
{ Detector_Voffset, "Detector_Voffset" },
{ Beam_xy, "Beam_xy" },
{ Beam_x, "Beam_x" },
{ Beam_y, "Beam_y" },
{ Flux, "Flux" },
{ Filter_transmission, "Filter_transmission" },
{ Start_angle, "Start_angle" },
{ Angle_increment, "Angle_increment" },
{ Detector_2theta, "Detector_2theta" },
{ Polarization, "Polarization" },
{ Alpha, "Alpha" },
{ Kappa, "Kappa" },
{ Phi, "Phi" },
{ Phi_increment, "Phi_increment" },
{ Chi, "Chi" },
{ Chi_increment, "Chi_increment" },
{ Oscillation_axis, "Oscillation_axis" },
{ N_oscillations, "N_oscillations" },
{ Start_position, "Start_position" },
{ Position_increment, "Position_increment" },
{ Shutter_time, "Shutter_time" },
{ CBF_template_file, "CBF_template_file" },
{ Timestamp, "Timestamp" },
{ Exposure_period, "Exposure_period" },
{ Exposure_time, "Exposure_time" },
{ Count_cutoff, "Count_cutoff" },
{ Compression_type, "Compression_type" },
{ X_dimension, "X_dimension" },
{ Y_dimension, "Y_dimension" },
} ;
static int mx_params_count = sizeof(mx_params_list)/sizeof(MX_PARAMS_LIST);
/* end of variable data - please do not change this comment */
#endif
#endif
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