/* This code is auto-generated by the script tools/i3_build_options.py.  There is no point in changing it.
   Adding new parameters is easy - just modify the top of that script.  Adding new functions is a little more involved.
*/
#include "tools/i3_options.h"
#include "i3_logging.h"

void i3_options_destroy(i3_options * options){
	free(options);
}

i3_options * i3_options_default(){
	i3_options * options = malloc(sizeof(i3_options));
	i3_options_set_defaults(options);
	return options;
}


int i3_options_read(i3_options * options, char * filename){

	char line[i3_options_max_line_length];
	FILE * option_file = fopen(filename,"r");
	if (!option_file) I3_FATAL("Unable to load options file.",1);
	char parameter_name[i3_options_max_line_length];
	char parameter_value[i3_options_max_line_length];
	char * p;
	int invalid;
	int status=0;	
	while(1){
		p=fgets(line,i3_options_max_line_length,option_file);
		if (p==NULL) break;
		invalid = i3_options_split_parts(line, parameter_name, parameter_value);
		if (!invalid) status|=i3_options_handle_name_value(options, parameter_name,parameter_value);
	}
	return status;
}


void i3_options_read_command_line(i3_options * options, int argc, int start, char *argv[]){
	char parameter_name[i3_options_max_line_length];
	char parameter_value[i3_options_max_line_length];
	char line[i3_options_max_line_length];
	for (int i=start;i<argc;i++){
		strncpy(line, argv[i],i3_options_max_line_length);
		int invalid = i3_options_split_parts(line, parameter_name, parameter_value);
		if (!invalid) i3_options_handle_name_value(options, parameter_name,parameter_value);
	}
}	void i3_options_set_defaults(i3_options * options){
	/*
 * Basic Options
*/
	strcpy(options->model_name,"sersics");
	options->noise_sigma = 1.0;
	strcpy(options->image_mask,"");
	options->background_subtract = true;
	options->rescale_stamp = true;
	options->verbosity = 0;
	options->save_images = false;
	options->save_output = false;
	strcpy(options->output_directory,".");
	strcpy(options->output_filename,"im3shape_output.txt");
	options->airy_psf = false;
	options->psf_truncation_pixels = 40.0;
	/*
 * Optimizer Options
*/
	options->use_computed_start = true;
	options->minimizer_tolerance = 1e-09;
	options->levmar_eps1 = -1;
	options->levmar_eps2 = 1e-20;
	options->levmar_eps3 = -1;
	options->levmar_eps4 = 1e-07;
	options->levmar_eps5 = -1;
	options->levmar_tau = 1e-10;
	options->levmar_LM_INIT_MU = 1e-08;
	options->minimizer_max_iterations = 500;
	/*
 * Image Options
*/
	options->stamp_size = 32;
	options->upsampling = 5;
	options->central_pixel_upsampling = true;
	options->n_central_pixel_upsampling = 9;
	options->n_central_pixels_to_upsample = 5;
	options->padding = 2;
	options->sersics_disc_truncation = 0.0;
	options->sersics_bulge_truncation = 0.0;
	/*
 * Options for model sersics
*/
	options->sersics_x0_start = 20.0;
	options->sersics_y0_start = 20.0;
	options->sersics_e1_start = 0.0;
	options->sersics_e2_start = 0.0;
	options->sersics_radius_start = 2.7;
	options->sersics_radius_ratio_start = 1.0;
	options->sersics_bulge_A_start = 0.5;
	options->sersics_disc_A_start = 0.5;
	options->sersics_bulge_index_start = 4.0;
	options->sersics_disc_index_start = 1.0;
	options->sersics_delta_e_bulge_start = 0.0;
	options->sersics_delta_theta_bulge_start = 0.0;
	options->sersics_x0_width = 0.1;
	options->sersics_y0_width = 0.1;
	options->sersics_e1_width = 0.1;
	options->sersics_e2_width = 0.2;
	options->sersics_radius_width = 0.1;
	options->sersics_radius_ratio_width = 0.1;
	options->sersics_bulge_A_width = 0.3;
	options->sersics_disc_A_width = 0.2;
	options->sersics_bulge_index_width = 0.2;
	options->sersics_disc_index_width = 0.2;
	options->sersics_delta_e_bulge_width = 0.1;
	options->sersics_delta_theta_bulge_width = 0.1;
	options->sersics_x0_min = -20.0;
	options->sersics_y0_min = -20.0;
	options->sersics_e1_min = -0.95;
	options->sersics_e2_min = -0.95;
	options->sersics_radius_min = 0.1;
	options->sersics_radius_ratio_min = 0.001;
	options->sersics_bulge_A_min = 0.0;
	options->sersics_disc_A_min = 0.0;
	options->sersics_bulge_index_min = 0.5;
	options->sersics_disc_index_min = 0.5;
	options->sersics_delta_e_bulge_min = -0.5;
	options->sersics_delta_theta_bulge_min = -3.141593;
	options->sersics_x0_max = 60.0;
	options->sersics_y0_max = 60.0;
	options->sersics_e1_max = 0.95;
	options->sersics_e2_max = 0.95;
	options->sersics_radius_max = 50.0;
	options->sersics_radius_ratio_max = 1000;
	options->sersics_bulge_A_max = 10000.0;
	options->sersics_disc_A_max = 10000.0;
	options->sersics_bulge_index_max = 5.0;
	options->sersics_disc_index_max = 5.0;
	options->sersics_delta_e_bulge_max = 0.5;
	options->sersics_delta_theta_bulge_max = 3.141593;
	options->sersics_x0_fixed = false;
	options->sersics_y0_fixed = false;
	options->sersics_e1_fixed = false;
	options->sersics_e2_fixed = false;
	options->sersics_radius_fixed = false;
	options->sersics_radius_ratio_fixed = true;
	options->sersics_bulge_A_fixed = false;
	options->sersics_disc_A_fixed = false;
	options->sersics_bulge_index_fixed = true;
	options->sersics_disc_index_fixed = true;
	options->sersics_delta_e_bulge_fixed = true;
	options->sersics_delta_theta_bulge_fixed = true;
	/*
 * Options for model logsersics
*/
	options->logsersics_x0_start = 20.0;
	options->logsersics_y0_start = 20.0;
	options->logsersics_e1_start = 0.0;
	options->logsersics_e2_start = 0.0;
	options->logsersics_radius_start = 2.7;
	options->logsersics_radius_ratio_start = 1.0;
	options->logsersics_bulge_A_start = -0.693;
	options->logsersics_disc_A_start = -0.693;
	options->logsersics_bulge_index_start = 4.0;
	options->logsersics_disc_index_start = 1.0;
	options->logsersics_delta_e_bulge_start = 0.0;
	options->logsersics_delta_theta_bulge_start = 0.0;
	options->logsersics_x0_width = 0.1;
	options->logsersics_y0_width = 0.1;
	options->logsersics_e1_width = 0.1;
	options->logsersics_e2_width = 0.2;
	options->logsersics_radius_width = 0.1;
	options->logsersics_radius_ratio_width = 0.1;
	options->logsersics_bulge_A_width = 0.3;
	options->logsersics_disc_A_width = 0.2;
	options->logsersics_bulge_index_width = 0.2;
	options->logsersics_disc_index_width = 0.2;
	options->logsersics_delta_e_bulge_width = 0.1;
	options->logsersics_delta_theta_bulge_width = 0.1;
	options->logsersics_x0_min = -20.0;
	options->logsersics_y0_min = -20.0;
	options->logsersics_e1_min = -0.95;
	options->logsersics_e2_min = -0.95;
	options->logsersics_radius_min = 0.1;
	options->logsersics_radius_ratio_min = 0.001;
	options->logsersics_bulge_A_min = -6.0;
	options->logsersics_disc_A_min = -6.0;
	options->logsersics_bulge_index_min = 2.0;
	options->logsersics_disc_index_min = 0.5;
	options->logsersics_delta_e_bulge_min = -0.5;
	options->logsersics_delta_theta_bulge_min = -3.141593;
	options->logsersics_x0_max = 60.0;
	options->logsersics_y0_max = 60.0;
	options->logsersics_e1_max = 0.95;
	options->logsersics_e2_max = 0.95;
	options->logsersics_radius_max = 50.0;
	options->logsersics_radius_ratio_max = 1000;
	options->logsersics_bulge_A_max = 2.0;
	options->logsersics_disc_A_max = 2.0;
	options->logsersics_bulge_index_max = 5.0;
	options->logsersics_disc_index_max = 2.0;
	options->logsersics_delta_e_bulge_max = 0.5;
	options->logsersics_delta_theta_bulge_max = 3.141593;
	options->logsersics_x0_fixed = false;
	options->logsersics_y0_fixed = false;
	options->logsersics_e1_fixed = false;
	options->logsersics_e2_fixed = false;
	options->logsersics_radius_fixed = false;
	options->logsersics_radius_ratio_fixed = true;
	options->logsersics_bulge_A_fixed = false;
	options->logsersics_disc_A_fixed = false;
	options->logsersics_bulge_index_fixed = true;
	options->logsersics_disc_index_fixed = true;
	options->logsersics_delta_e_bulge_fixed = true;
	options->logsersics_delta_theta_bulge_fixed = true;
	/*
 * Options for model quadratic_test
*/
	options->quadratic_test_x1_start = 0.0;
	options->quadratic_test_x2_start = 0.0;
	options->quadratic_test_x3_start = 0.0;
	options->quadratic_test_x4_start = 0.0;
{	float tmp_value[3] = {0.2, 0.2, 0.2};
   memcpy(options->quadratic_test_x5_start,tmp_value,sizeof(options->quadratic_test_x5_start));}
	options->quadratic_test_x1_width = 0.1;
	options->quadratic_test_x2_width = 0.1;
	options->quadratic_test_x3_width = 0.1;
	options->quadratic_test_x4_width = 0.1;
{	float tmp_value[3] = {0.2, 0.2, 0.2};
   memcpy(options->quadratic_test_x5_width,tmp_value,sizeof(options->quadratic_test_x5_width));}
	options->quadratic_test_x1_min = 0.0;
	options->quadratic_test_x2_min = 0.0;
	options->quadratic_test_x3_min = 0.0;
	options->quadratic_test_x4_min = 0.0;
{	float tmp_value[3] = {-1.0, -1.0, -1.0};
   memcpy(options->quadratic_test_x5_min,tmp_value,sizeof(options->quadratic_test_x5_min));}
	options->quadratic_test_x1_max = 1.0;
	options->quadratic_test_x2_max = 1.0;
	options->quadratic_test_x3_max = 1.0;
	options->quadratic_test_x4_max = 1.0;
{	float tmp_value[3] = {1.0, 1.0, 1.0};
   memcpy(options->quadratic_test_x5_max,tmp_value,sizeof(options->quadratic_test_x5_max));}
	options->quadratic_test_x1_fixed = false;
	options->quadratic_test_x2_fixed = false;
	options->quadratic_test_x3_fixed = false;
	options->quadratic_test_x4_fixed = false;
	options->quadratic_test_x5_fixed = false;
	/*
 * Options for model multisersics
*/
	options->multisersics_ra_as_start = 0.0;
	options->multisersics_dec_as_start = 0.0;
	options->multisersics_e1_start = 0.0;
	options->multisersics_e2_start = 0.0;
	options->multisersics_radius_start = 2.7;
	options->multisersics_radius_ratio_start = 1.0;
	options->multisersics_bulge_A_start = 0.5;
	options->multisersics_disc_A_start = 0.5;
	options->multisersics_bulge_index_start = 4.0;
	options->multisersics_disc_index_start = 1.0;
	options->multisersics_ra_as_width = 0.1;
	options->multisersics_dec_as_width = 0.1;
	options->multisersics_e1_width = 0.1;
	options->multisersics_e2_width = 0.2;
	options->multisersics_radius_width = 0.1;
	options->multisersics_radius_ratio_width = 0.1;
	options->multisersics_bulge_A_width = 0.3;
	options->multisersics_disc_A_width = 0.2;
	options->multisersics_bulge_index_width = 0.2;
	options->multisersics_disc_index_width = 0.2;
	options->multisersics_ra_as_min = -20.0;
	options->multisersics_dec_as_min = -20.0;
	options->multisersics_e1_min = -0.95;
	options->multisersics_e2_min = -0.95;
	options->multisersics_radius_min = 0.1;
	options->multisersics_radius_ratio_min = 0.001;
	options->multisersics_bulge_A_min = 0.0;
	options->multisersics_disc_A_min = 0.0;
	options->multisersics_bulge_index_min = 0.5;
	options->multisersics_disc_index_min = 0.5;
	options->multisersics_ra_as_max = 20.0;
	options->multisersics_dec_as_max = 20.0;
	options->multisersics_e1_max = 0.95;
	options->multisersics_e2_max = 0.95;
	options->multisersics_radius_max = 50.0;
	options->multisersics_radius_ratio_max = 1000;
	options->multisersics_bulge_A_max = 10000.0;
	options->multisersics_disc_A_max = 10000.0;
	options->multisersics_bulge_index_max = 5.0;
	options->multisersics_disc_index_max = 5.0;
	options->multisersics_ra_as_fixed = false;
	options->multisersics_dec_as_fixed = false;
	options->multisersics_e1_fixed = false;
	options->multisersics_e2_fixed = false;
	options->multisersics_radius_fixed = false;
	options->multisersics_radius_ratio_fixed = true;
	options->multisersics_bulge_A_fixed = false;
	options->multisersics_disc_A_fixed = false;
	options->multisersics_bulge_index_fixed = true;
	options->multisersics_disc_index_fixed = true;
	/*
 * Options for model multixray
*/
	options->multixray_alpha_arcsec_start = 0.0;
	options->multixray_delta_arcsec_start = 0.0;
	options->multixray_e1_start = 0.0;
	options->multixray_e2_start = 0.0;
	options->multixray_rc_start = 2.0;
	options->multixray_A_start = 1.0;
	options->multixray_beta_start = 0.666666666667;
{	float tmp_value[30] = {0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0};
   memcpy(options->multixray_background_start,tmp_value,sizeof(options->multixray_background_start));}
	options->multixray_alpha_arcsec_width = 0.1;
	options->multixray_delta_arcsec_width = 0.1;
	options->multixray_e1_width = 0.1;
	options->multixray_e2_width = 0.2;
	options->multixray_rc_width = 0.1;
	options->multixray_A_width = 0.3;
	options->multixray_beta_width = 0.3;
{	float tmp_value[30] = {0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1};
   memcpy(options->multixray_background_width,tmp_value,sizeof(options->multixray_background_width));}
	options->multixray_alpha_arcsec_min = -20.0;
	options->multixray_delta_arcsec_min = -20.0;
	options->multixray_e1_min = -0.95;
	options->multixray_e2_min = -0.95;
	options->multixray_rc_min = 0.1;
	options->multixray_A_min = 0.0;
	options->multixray_beta_min = 0.166666666667;
{	float tmp_value[30] = {0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0};
   memcpy(options->multixray_background_min,tmp_value,sizeof(options->multixray_background_min));}
	options->multixray_alpha_arcsec_max = 60.0;
	options->multixray_delta_arcsec_max = 60.0;
	options->multixray_e1_max = 0.95;
	options->multixray_e2_max = 0.95;
	options->multixray_rc_max = 50;
	options->multixray_A_max = 10.0;
	options->multixray_beta_max = 3.0;
{	float tmp_value[30] = {10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0, 10.0};
   memcpy(options->multixray_background_max,tmp_value,sizeof(options->multixray_background_max));}
	options->multixray_alpha_arcsec_fixed = false;
	options->multixray_delta_arcsec_fixed = false;
	options->multixray_e1_fixed = false;
	options->multixray_e2_fixed = false;
	options->multixray_rc_fixed = false;
	options->multixray_A_fixed = false;
	options->multixray_beta_fixed = false;
	options->multixray_background_fixed = true;
	/*
 * Advanced Options - THESE ARE EXPERIMENTAL - USE AT OWN RISK
*/
	options->do_mcmc = false;
	options->minimizer_loops = 1;
	options->save_sersics = false;
	strcpy(options->psf_input,"moffat_catalog");
	options->perform_pixel_integration = true;
	options->use_segmentation_mask = false;
	strcpy(options->segmentation_mask_filename,"");
	options->use_hankel_transform = false;
	options->sersics_beermat_amplitudes_positive = false;
	strcpy(options->sersic_lookup_file,"/home/jaz/im3shape-grid/im3shape/data/HankelSersic_table.fits");
	options->levmar_use_analytic_gradients = false;
	options->levmar_check_analytic_gradients = false;
	options->image_generator_resolution_high = false;
	options->minimizer_verbosity = 0;
	options->minimizer_method = 0;
	options->poisson_errors = false;
	options->timeit = false;
	options->circularize_mask = false;
	/*
 * MCMC Options - EXPERIMENTAL
*/
	options->number_samples = 20000;
	options->burn_length = 100;
	options->tuning_phase = 100;
	options->scaling = 2.4;
	options->do_rotation = true;
	options->mcmc_tune_covmat = true;
	options->max_annealing_temperature = 2.0;
	options->annealing_one_point = 0.5;
	options->adaptive_metropolis_interval = 100;
	options->climbing_only = false;
	strcpy(options->mcmc_filename_base,"");
	options->use_mcmc_mean = false;
	options->use_mcmc_sample = false;
	options->print_mcmc_samples = false;
	/*
 * MEDS Options - Probably DES only
*/
	options->starting_params_only = false;
	options->rescale_weight = false;
	options->uberseg = true;
	options->use_image_flags = true;
	options->reject_outliers = true;
	strcpy(options->replace_psf_path,"");
	strcpy(options->psfex_rerun_version,"");
	options->database_output = false;
}

void i3_options_fprintf(i3_options * options, FILE * outfile){
	fprintf(outfile,"# Basic Options\n");
	fprintf(outfile,"model_name = %s\n",options->model_name);
	fprintf(outfile,"noise_sigma = %f\n",options->noise_sigma);
	fprintf(outfile,"image_mask = %s\n",options->image_mask);
	fprintf(outfile,"background_subtract = %d\n",options->background_subtract);
	fprintf(outfile,"rescale_stamp = %d\n",options->rescale_stamp);
	fprintf(outfile,"verbosity = %d\n",options->verbosity);
	fprintf(outfile,"save_images = %d\n",options->save_images);
	fprintf(outfile,"save_output = %d\n",options->save_output);
	fprintf(outfile,"output_directory = %s\n",options->output_directory);
	fprintf(outfile,"output_filename = %s\n",options->output_filename);
	fprintf(outfile,"airy_psf = %d\n",options->airy_psf);
	fprintf(outfile,"psf_truncation_pixels = %f\n",options->psf_truncation_pixels);
	fprintf(outfile,"\n");
	fprintf(outfile,"# Optimizer Options\n");
	fprintf(outfile,"use_computed_start = %d\n",options->use_computed_start);
	fprintf(outfile,"minimizer_tolerance = %f\n",options->minimizer_tolerance);
	fprintf(outfile,"levmar_eps1 = %f\n",options->levmar_eps1);
	fprintf(outfile,"levmar_eps2 = %f\n",options->levmar_eps2);
	fprintf(outfile,"levmar_eps3 = %f\n",options->levmar_eps3);
	fprintf(outfile,"levmar_eps4 = %f\n",options->levmar_eps4);
	fprintf(outfile,"levmar_eps5 = %f\n",options->levmar_eps5);
	fprintf(outfile,"levmar_tau = %f\n",options->levmar_tau);
	fprintf(outfile,"levmar_LM_INIT_MU = %f\n",options->levmar_LM_INIT_MU);
	fprintf(outfile,"minimizer_max_iterations = %d\n",options->minimizer_max_iterations);
	fprintf(outfile,"\n");
	fprintf(outfile,"# Image Options\n");
	fprintf(outfile,"stamp_size = %d\n",options->stamp_size);
	fprintf(outfile,"upsampling = %d\n",options->upsampling);
	fprintf(outfile,"central_pixel_upsampling = %d\n",options->central_pixel_upsampling);
	fprintf(outfile,"n_central_pixel_upsampling = %d\n",options->n_central_pixel_upsampling);
	fprintf(outfile,"n_central_pixels_to_upsample = %d\n",options->n_central_pixels_to_upsample);
	fprintf(outfile,"padding = %d\n",options->padding);
	fprintf(outfile,"sersics_disc_truncation = %f\n",options->sersics_disc_truncation);
	fprintf(outfile,"sersics_bulge_truncation = %f\n",options->sersics_bulge_truncation);
	fprintf(outfile,"\n");
	fprintf(outfile,"# Options for model sersics\n");
	fprintf(outfile,"sersics_x0_start = %f\n",options->sersics_x0_start);
	fprintf(outfile,"sersics_y0_start = %f\n",options->sersics_y0_start);
	fprintf(outfile,"sersics_e1_start = %f\n",options->sersics_e1_start);
	fprintf(outfile,"sersics_e2_start = %f\n",options->sersics_e2_start);
	fprintf(outfile,"sersics_radius_start = %f\n",options->sersics_radius_start);
	fprintf(outfile,"sersics_radius_ratio_start = %f\n",options->sersics_radius_ratio_start);
	fprintf(outfile,"sersics_bulge_A_start = %f\n",options->sersics_bulge_A_start);
	fprintf(outfile,"sersics_disc_A_start = %f\n",options->sersics_disc_A_start);
	fprintf(outfile,"sersics_bulge_index_start = %f\n",options->sersics_bulge_index_start);
	fprintf(outfile,"sersics_disc_index_start = %f\n",options->sersics_disc_index_start);
	fprintf(outfile,"sersics_delta_e_bulge_start = %f\n",options->sersics_delta_e_bulge_start);
	fprintf(outfile,"sersics_delta_theta_bulge_start = %f\n",options->sersics_delta_theta_bulge_start);
	fprintf(outfile,"sersics_x0_width = %f\n",options->sersics_x0_width);
	fprintf(outfile,"sersics_y0_width = %f\n",options->sersics_y0_width);
	fprintf(outfile,"sersics_e1_width = %f\n",options->sersics_e1_width);
	fprintf(outfile,"sersics_e2_width = %f\n",options->sersics_e2_width);
	fprintf(outfile,"sersics_radius_width = %f\n",options->sersics_radius_width);
	fprintf(outfile,"sersics_radius_ratio_width = %f\n",options->sersics_radius_ratio_width);
	fprintf(outfile,"sersics_bulge_A_width = %f\n",options->sersics_bulge_A_width);
	fprintf(outfile,"sersics_disc_A_width = %f\n",options->sersics_disc_A_width);
	fprintf(outfile,"sersics_bulge_index_width = %f\n",options->sersics_bulge_index_width);
	fprintf(outfile,"sersics_disc_index_width = %f\n",options->sersics_disc_index_width);
	fprintf(outfile,"sersics_delta_e_bulge_width = %f\n",options->sersics_delta_e_bulge_width);
	fprintf(outfile,"sersics_delta_theta_bulge_width = %f\n",options->sersics_delta_theta_bulge_width);
	fprintf(outfile,"sersics_x0_min = %f\n",options->sersics_x0_min);
	fprintf(outfile,"sersics_y0_min = %f\n",options->sersics_y0_min);
	fprintf(outfile,"sersics_e1_min = %f\n",options->sersics_e1_min);
	fprintf(outfile,"sersics_e2_min = %f\n",options->sersics_e2_min);
	fprintf(outfile,"sersics_radius_min = %f\n",options->sersics_radius_min);
	fprintf(outfile,"sersics_radius_ratio_min = %f\n",options->sersics_radius_ratio_min);
	fprintf(outfile,"sersics_bulge_A_min = %f\n",options->sersics_bulge_A_min);
	fprintf(outfile,"sersics_disc_A_min = %f\n",options->sersics_disc_A_min);
	fprintf(outfile,"sersics_bulge_index_min = %f\n",options->sersics_bulge_index_min);
	fprintf(outfile,"sersics_disc_index_min = %f\n",options->sersics_disc_index_min);
	fprintf(outfile,"sersics_delta_e_bulge_min = %f\n",options->sersics_delta_e_bulge_min);
	fprintf(outfile,"sersics_delta_theta_bulge_min = %f\n",options->sersics_delta_theta_bulge_min);
	fprintf(outfile,"sersics_x0_max = %f\n",options->sersics_x0_max);
	fprintf(outfile,"sersics_y0_max = %f\n",options->sersics_y0_max);
	fprintf(outfile,"sersics_e1_max = %f\n",options->sersics_e1_max);
	fprintf(outfile,"sersics_e2_max = %f\n",options->sersics_e2_max);
	fprintf(outfile,"sersics_radius_max = %f\n",options->sersics_radius_max);
	fprintf(outfile,"sersics_radius_ratio_max = %f\n",options->sersics_radius_ratio_max);
	fprintf(outfile,"sersics_bulge_A_max = %f\n",options->sersics_bulge_A_max);
	fprintf(outfile,"sersics_disc_A_max = %f\n",options->sersics_disc_A_max);
	fprintf(outfile,"sersics_bulge_index_max = %f\n",options->sersics_bulge_index_max);
	fprintf(outfile,"sersics_disc_index_max = %f\n",options->sersics_disc_index_max);
	fprintf(outfile,"sersics_delta_e_bulge_max = %f\n",options->sersics_delta_e_bulge_max);
	fprintf(outfile,"sersics_delta_theta_bulge_max = %f\n",options->sersics_delta_theta_bulge_max);
	fprintf(outfile,"sersics_x0_fixed = %d\n",options->sersics_x0_fixed);
	fprintf(outfile,"sersics_y0_fixed = %d\n",options->sersics_y0_fixed);
	fprintf(outfile,"sersics_e1_fixed = %d\n",options->sersics_e1_fixed);
	fprintf(outfile,"sersics_e2_fixed = %d\n",options->sersics_e2_fixed);
	fprintf(outfile,"sersics_radius_fixed = %d\n",options->sersics_radius_fixed);
	fprintf(outfile,"sersics_radius_ratio_fixed = %d\n",options->sersics_radius_ratio_fixed);
	fprintf(outfile,"sersics_bulge_A_fixed = %d\n",options->sersics_bulge_A_fixed);
	fprintf(outfile,"sersics_disc_A_fixed = %d\n",options->sersics_disc_A_fixed);
	fprintf(outfile,"sersics_bulge_index_fixed = %d\n",options->sersics_bulge_index_fixed);
	fprintf(outfile,"sersics_disc_index_fixed = %d\n",options->sersics_disc_index_fixed);
	fprintf(outfile,"sersics_delta_e_bulge_fixed = %d\n",options->sersics_delta_e_bulge_fixed);
	fprintf(outfile,"sersics_delta_theta_bulge_fixed = %d\n",options->sersics_delta_theta_bulge_fixed);
	fprintf(outfile,"\n");
	fprintf(outfile,"# Options for model logsersics\n");
	fprintf(outfile,"logsersics_x0_start = %f\n",options->logsersics_x0_start);
	fprintf(outfile,"logsersics_y0_start = %f\n",options->logsersics_y0_start);
	fprintf(outfile,"logsersics_e1_start = %f\n",options->logsersics_e1_start);
	fprintf(outfile,"logsersics_e2_start = %f\n",options->logsersics_e2_start);
	fprintf(outfile,"logsersics_radius_start = %f\n",options->logsersics_radius_start);
	fprintf(outfile,"logsersics_radius_ratio_start = %f\n",options->logsersics_radius_ratio_start);
	fprintf(outfile,"logsersics_bulge_A_start = %f\n",options->logsersics_bulge_A_start);
	fprintf(outfile,"logsersics_disc_A_start = %f\n",options->logsersics_disc_A_start);
	fprintf(outfile,"logsersics_bulge_index_start = %f\n",options->logsersics_bulge_index_start);
	fprintf(outfile,"logsersics_disc_index_start = %f\n",options->logsersics_disc_index_start);
	fprintf(outfile,"logsersics_delta_e_bulge_start = %f\n",options->logsersics_delta_e_bulge_start);
	fprintf(outfile,"logsersics_delta_theta_bulge_start = %f\n",options->logsersics_delta_theta_bulge_start);
	fprintf(outfile,"logsersics_x0_width = %f\n",options->logsersics_x0_width);
	fprintf(outfile,"logsersics_y0_width = %f\n",options->logsersics_y0_width);
	fprintf(outfile,"logsersics_e1_width = %f\n",options->logsersics_e1_width);
	fprintf(outfile,"logsersics_e2_width = %f\n",options->logsersics_e2_width);
	fprintf(outfile,"logsersics_radius_width = %f\n",options->logsersics_radius_width);
	fprintf(outfile,"logsersics_radius_ratio_width = %f\n",options->logsersics_radius_ratio_width);
	fprintf(outfile,"logsersics_bulge_A_width = %f\n",options->logsersics_bulge_A_width);
	fprintf(outfile,"logsersics_disc_A_width = %f\n",options->logsersics_disc_A_width);
	fprintf(outfile,"logsersics_bulge_index_width = %f\n",options->logsersics_bulge_index_width);
	fprintf(outfile,"logsersics_disc_index_width = %f\n",options->logsersics_disc_index_width);
	fprintf(outfile,"logsersics_delta_e_bulge_width = %f\n",options->logsersics_delta_e_bulge_width);
	fprintf(outfile,"logsersics_delta_theta_bulge_width = %f\n",options->logsersics_delta_theta_bulge_width);
	fprintf(outfile,"logsersics_x0_min = %f\n",options->logsersics_x0_min);
	fprintf(outfile,"logsersics_y0_min = %f\n",options->logsersics_y0_min);
	fprintf(outfile,"logsersics_e1_min = %f\n",options->logsersics_e1_min);
	fprintf(outfile,"logsersics_e2_min = %f\n",options->logsersics_e2_min);
	fprintf(outfile,"logsersics_radius_min = %f\n",options->logsersics_radius_min);
	fprintf(outfile,"logsersics_radius_ratio_min = %f\n",options->logsersics_radius_ratio_min);
	fprintf(outfile,"logsersics_bulge_A_min = %f\n",options->logsersics_bulge_A_min);
	fprintf(outfile,"logsersics_disc_A_min = %f\n",options->logsersics_disc_A_min);
	fprintf(outfile,"logsersics_bulge_index_min = %f\n",options->logsersics_bulge_index_min);
	fprintf(outfile,"logsersics_disc_index_min = %f\n",options->logsersics_disc_index_min);
	fprintf(outfile,"logsersics_delta_e_bulge_min = %f\n",options->logsersics_delta_e_bulge_min);
	fprintf(outfile,"logsersics_delta_theta_bulge_min = %f\n",options->logsersics_delta_theta_bulge_min);
	fprintf(outfile,"logsersics_x0_max = %f\n",options->logsersics_x0_max);
	fprintf(outfile,"logsersics_y0_max = %f\n",options->logsersics_y0_max);
	fprintf(outfile,"logsersics_e1_max = %f\n",options->logsersics_e1_max);
	fprintf(outfile,"logsersics_e2_max = %f\n",options->logsersics_e2_max);
	fprintf(outfile,"logsersics_radius_max = %f\n",options->logsersics_radius_max);
	fprintf(outfile,"logsersics_radius_ratio_max = %f\n",options->logsersics_radius_ratio_max);
	fprintf(outfile,"logsersics_bulge_A_max = %f\n",options->logsersics_bulge_A_max);
	fprintf(outfile,"logsersics_disc_A_max = %f\n",options->logsersics_disc_A_max);
	fprintf(outfile,"logsersics_bulge_index_max = %f\n",options->logsersics_bulge_index_max);
	fprintf(outfile,"logsersics_disc_index_max = %f\n",options->logsersics_disc_index_max);
	fprintf(outfile,"logsersics_delta_e_bulge_max = %f\n",options->logsersics_delta_e_bulge_max);
	fprintf(outfile,"logsersics_delta_theta_bulge_max = %f\n",options->logsersics_delta_theta_bulge_max);
	fprintf(outfile,"logsersics_x0_fixed = %d\n",options->logsersics_x0_fixed);
	fprintf(outfile,"logsersics_y0_fixed = %d\n",options->logsersics_y0_fixed);
	fprintf(outfile,"logsersics_e1_fixed = %d\n",options->logsersics_e1_fixed);
	fprintf(outfile,"logsersics_e2_fixed = %d\n",options->logsersics_e2_fixed);
	fprintf(outfile,"logsersics_radius_fixed = %d\n",options->logsersics_radius_fixed);
	fprintf(outfile,"logsersics_radius_ratio_fixed = %d\n",options->logsersics_radius_ratio_fixed);
	fprintf(outfile,"logsersics_bulge_A_fixed = %d\n",options->logsersics_bulge_A_fixed);
	fprintf(outfile,"logsersics_disc_A_fixed = %d\n",options->logsersics_disc_A_fixed);
	fprintf(outfile,"logsersics_bulge_index_fixed = %d\n",options->logsersics_bulge_index_fixed);
	fprintf(outfile,"logsersics_disc_index_fixed = %d\n",options->logsersics_disc_index_fixed);
	fprintf(outfile,"logsersics_delta_e_bulge_fixed = %d\n",options->logsersics_delta_e_bulge_fixed);
	fprintf(outfile,"logsersics_delta_theta_bulge_fixed = %d\n",options->logsersics_delta_theta_bulge_fixed);
	fprintf(outfile,"\n");
	fprintf(outfile,"# Options for model quadratic_test\n");
	fprintf(outfile,"quadratic_test_x1_start = %f\n",options->quadratic_test_x1_start);
	fprintf(outfile,"quadratic_test_x2_start = %f\n",options->quadratic_test_x2_start);
	fprintf(outfile,"quadratic_test_x3_start = %f\n",options->quadratic_test_x3_start);
	fprintf(outfile,"quadratic_test_x4_start = %f\n",options->quadratic_test_x4_start);
	fprintf(outfile,"quadratic_test_x5_start = %f, %f, %f\n", options->quadratic_test_x5_start[0], options->quadratic_test_x5_start[1], options->quadratic_test_x5_start[2]);
	fprintf(outfile,"quadratic_test_x1_width = %f\n",options->quadratic_test_x1_width);
	fprintf(outfile,"quadratic_test_x2_width = %f\n",options->quadratic_test_x2_width);
	fprintf(outfile,"quadratic_test_x3_width = %f\n",options->quadratic_test_x3_width);
	fprintf(outfile,"quadratic_test_x4_width = %f\n",options->quadratic_test_x4_width);
	fprintf(outfile,"quadratic_test_x5_width = %f, %f, %f\n", options->quadratic_test_x5_width[0], options->quadratic_test_x5_width[1], options->quadratic_test_x5_width[2]);
	fprintf(outfile,"quadratic_test_x1_min = %f\n",options->quadratic_test_x1_min);
	fprintf(outfile,"quadratic_test_x2_min = %f\n",options->quadratic_test_x2_min);
	fprintf(outfile,"quadratic_test_x3_min = %f\n",options->quadratic_test_x3_min);
	fprintf(outfile,"quadratic_test_x4_min = %f\n",options->quadratic_test_x4_min);
	fprintf(outfile,"quadratic_test_x5_min = %f, %f, %f\n", options->quadratic_test_x5_min[0], options->quadratic_test_x5_min[1], options->quadratic_test_x5_min[2]);
	fprintf(outfile,"quadratic_test_x1_max = %f\n",options->quadratic_test_x1_max);
	fprintf(outfile,"quadratic_test_x2_max = %f\n",options->quadratic_test_x2_max);
	fprintf(outfile,"quadratic_test_x3_max = %f\n",options->quadratic_test_x3_max);
	fprintf(outfile,"quadratic_test_x4_max = %f\n",options->quadratic_test_x4_max);
	fprintf(outfile,"quadratic_test_x5_max = %f, %f, %f\n", options->quadratic_test_x5_max[0], options->quadratic_test_x5_max[1], options->quadratic_test_x5_max[2]);
	fprintf(outfile,"quadratic_test_x1_fixed = %d\n",options->quadratic_test_x1_fixed);
	fprintf(outfile,"quadratic_test_x2_fixed = %d\n",options->quadratic_test_x2_fixed);
	fprintf(outfile,"quadratic_test_x3_fixed = %d\n",options->quadratic_test_x3_fixed);
	fprintf(outfile,"quadratic_test_x4_fixed = %d\n",options->quadratic_test_x4_fixed);
	fprintf(outfile,"quadratic_test_x5_fixed = %d\n",options->quadratic_test_x5_fixed);
	fprintf(outfile,"\n");
	fprintf(outfile,"# Options for model multisersics\n");
	fprintf(outfile,"multisersics_ra_as_start = %f\n",options->multisersics_ra_as_start);
	fprintf(outfile,"multisersics_dec_as_start = %f\n",options->multisersics_dec_as_start);
	fprintf(outfile,"multisersics_e1_start = %f\n",options->multisersics_e1_start);
	fprintf(outfile,"multisersics_e2_start = %f\n",options->multisersics_e2_start);
	fprintf(outfile,"multisersics_radius_start = %f\n",options->multisersics_radius_start);
	fprintf(outfile,"multisersics_radius_ratio_start = %f\n",options->multisersics_radius_ratio_start);
	fprintf(outfile,"multisersics_bulge_A_start = %f\n",options->multisersics_bulge_A_start);
	fprintf(outfile,"multisersics_disc_A_start = %f\n",options->multisersics_disc_A_start);
	fprintf(outfile,"multisersics_bulge_index_start = %f\n",options->multisersics_bulge_index_start);
	fprintf(outfile,"multisersics_disc_index_start = %f\n",options->multisersics_disc_index_start);
	fprintf(outfile,"multisersics_ra_as_width = %f\n",options->multisersics_ra_as_width);
	fprintf(outfile,"multisersics_dec_as_width = %f\n",options->multisersics_dec_as_width);
	fprintf(outfile,"multisersics_e1_width = %f\n",options->multisersics_e1_width);
	fprintf(outfile,"multisersics_e2_width = %f\n",options->multisersics_e2_width);
	fprintf(outfile,"multisersics_radius_width = %f\n",options->multisersics_radius_width);
	fprintf(outfile,"multisersics_radius_ratio_width = %f\n",options->multisersics_radius_ratio_width);
	fprintf(outfile,"multisersics_bulge_A_width = %f\n",options->multisersics_bulge_A_width);
	fprintf(outfile,"multisersics_disc_A_width = %f\n",options->multisersics_disc_A_width);
	fprintf(outfile,"multisersics_bulge_index_width = %f\n",options->multisersics_bulge_index_width);
	fprintf(outfile,"multisersics_disc_index_width = %f\n",options->multisersics_disc_index_width);
	fprintf(outfile,"multisersics_ra_as_min = %f\n",options->multisersics_ra_as_min);
	fprintf(outfile,"multisersics_dec_as_min = %f\n",options->multisersics_dec_as_min);
	fprintf(outfile,"multisersics_e1_min = %f\n",options->multisersics_e1_min);
	fprintf(outfile,"multisersics_e2_min = %f\n",options->multisersics_e2_min);
	fprintf(outfile,"multisersics_radius_min = %f\n",options->multisersics_radius_min);
	fprintf(outfile,"multisersics_radius_ratio_min = %f\n",options->multisersics_radius_ratio_min);
	fprintf(outfile,"multisersics_bulge_A_min = %f\n",options->multisersics_bulge_A_min);
	fprintf(outfile,"multisersics_disc_A_min = %f\n",options->multisersics_disc_A_min);
	fprintf(outfile,"multisersics_bulge_index_min = %f\n",options->multisersics_bulge_index_min);
	fprintf(outfile,"multisersics_disc_index_min = %f\n",options->multisersics_disc_index_min);
	fprintf(outfile,"multisersics_ra_as_max = %f\n",options->multisersics_ra_as_max);
	fprintf(outfile,"multisersics_dec_as_max = %f\n",options->multisersics_dec_as_max);
	fprintf(outfile,"multisersics_e1_max = %f\n",options->multisersics_e1_max);
	fprintf(outfile,"multisersics_e2_max = %f\n",options->multisersics_e2_max);
	fprintf(outfile,"multisersics_radius_max = %f\n",options->multisersics_radius_max);
	fprintf(outfile,"multisersics_radius_ratio_max = %f\n",options->multisersics_radius_ratio_max);
	fprintf(outfile,"multisersics_bulge_A_max = %f\n",options->multisersics_bulge_A_max);
	fprintf(outfile,"multisersics_disc_A_max = %f\n",options->multisersics_disc_A_max);
	fprintf(outfile,"multisersics_bulge_index_max = %f\n",options->multisersics_bulge_index_max);
	fprintf(outfile,"multisersics_disc_index_max = %f\n",options->multisersics_disc_index_max);
	fprintf(outfile,"multisersics_ra_as_fixed = %d\n",options->multisersics_ra_as_fixed);
	fprintf(outfile,"multisersics_dec_as_fixed = %d\n",options->multisersics_dec_as_fixed);
	fprintf(outfile,"multisersics_e1_fixed = %d\n",options->multisersics_e1_fixed);
	fprintf(outfile,"multisersics_e2_fixed = %d\n",options->multisersics_e2_fixed);
	fprintf(outfile,"multisersics_radius_fixed = %d\n",options->multisersics_radius_fixed);
	fprintf(outfile,"multisersics_radius_ratio_fixed = %d\n",options->multisersics_radius_ratio_fixed);
	fprintf(outfile,"multisersics_bulge_A_fixed = %d\n",options->multisersics_bulge_A_fixed);
	fprintf(outfile,"multisersics_disc_A_fixed = %d\n",options->multisersics_disc_A_fixed);
	fprintf(outfile,"multisersics_bulge_index_fixed = %d\n",options->multisersics_bulge_index_fixed);
	fprintf(outfile,"multisersics_disc_index_fixed = %d\n",options->multisersics_disc_index_fixed);
	fprintf(outfile,"\n");
	fprintf(outfile,"# Options for model multixray\n");
	fprintf(outfile,"multixray_alpha_arcsec_start = %f\n",options->multixray_alpha_arcsec_start);
	fprintf(outfile,"multixray_delta_arcsec_start = %f\n",options->multixray_delta_arcsec_start);
	fprintf(outfile,"multixray_e1_start = %f\n",options->multixray_e1_start);
	fprintf(outfile,"multixray_e2_start = %f\n",options->multixray_e2_start);
	fprintf(outfile,"multixray_rc_start = %f\n",options->multixray_rc_start);
	fprintf(outfile,"multixray_A_start = %f\n",options->multixray_A_start);
	fprintf(outfile,"multixray_beta_start = %f\n",options->multixray_beta_start);
	fprintf(outfile,"multixray_background_start = %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f\n", options->multixray_background_start[0], options->multixray_background_start[1], options->multixray_background_start[2], options->multixray_background_start[3], options->multixray_background_start[4], options->multixray_background_start[5], options->multixray_background_start[6], options->multixray_background_start[7], options->multixray_background_start[8], options->multixray_background_start[9], options->multixray_background_start[10], options->multixray_background_start[11], options->multixray_background_start[12], options->multixray_background_start[13], options->multixray_background_start[14], options->multixray_background_start[15], options->multixray_background_start[16], options->multixray_background_start[17], options->multixray_background_start[18], options->multixray_background_start[19], options->multixray_background_start[20], options->multixray_background_start[21], options->multixray_background_start[22], options->multixray_background_start[23], options->multixray_background_start[24], options->multixray_background_start[25], options->multixray_background_start[26], options->multixray_background_start[27], options->multixray_background_start[28], options->multixray_background_start[29]);
	fprintf(outfile,"multixray_alpha_arcsec_width = %f\n",options->multixray_alpha_arcsec_width);
	fprintf(outfile,"multixray_delta_arcsec_width = %f\n",options->multixray_delta_arcsec_width);
	fprintf(outfile,"multixray_e1_width = %f\n",options->multixray_e1_width);
	fprintf(outfile,"multixray_e2_width = %f\n",options->multixray_e2_width);
	fprintf(outfile,"multixray_rc_width = %f\n",options->multixray_rc_width);
	fprintf(outfile,"multixray_A_width = %f\n",options->multixray_A_width);
	fprintf(outfile,"multixray_beta_width = %f\n",options->multixray_beta_width);
	fprintf(outfile,"multixray_background_width = %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f\n", options->multixray_background_width[0], options->multixray_background_width[1], options->multixray_background_width[2], options->multixray_background_width[3], options->multixray_background_width[4], options->multixray_background_width[5], options->multixray_background_width[6], options->multixray_background_width[7], options->multixray_background_width[8], options->multixray_background_width[9], options->multixray_background_width[10], options->multixray_background_width[11], options->multixray_background_width[12], options->multixray_background_width[13], options->multixray_background_width[14], options->multixray_background_width[15], options->multixray_background_width[16], options->multixray_background_width[17], options->multixray_background_width[18], options->multixray_background_width[19], options->multixray_background_width[20], options->multixray_background_width[21], options->multixray_background_width[22], options->multixray_background_width[23], options->multixray_background_width[24], options->multixray_background_width[25], options->multixray_background_width[26], options->multixray_background_width[27], options->multixray_background_width[28], options->multixray_background_width[29]);
	fprintf(outfile,"multixray_alpha_arcsec_min = %f\n",options->multixray_alpha_arcsec_min);
	fprintf(outfile,"multixray_delta_arcsec_min = %f\n",options->multixray_delta_arcsec_min);
	fprintf(outfile,"multixray_e1_min = %f\n",options->multixray_e1_min);
	fprintf(outfile,"multixray_e2_min = %f\n",options->multixray_e2_min);
	fprintf(outfile,"multixray_rc_min = %f\n",options->multixray_rc_min);
	fprintf(outfile,"multixray_A_min = %f\n",options->multixray_A_min);
	fprintf(outfile,"multixray_beta_min = %f\n",options->multixray_beta_min);
	fprintf(outfile,"multixray_background_min = %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f\n", options->multixray_background_min[0], options->multixray_background_min[1], options->multixray_background_min[2], options->multixray_background_min[3], options->multixray_background_min[4], options->multixray_background_min[5], options->multixray_background_min[6], options->multixray_background_min[7], options->multixray_background_min[8], options->multixray_background_min[9], options->multixray_background_min[10], options->multixray_background_min[11], options->multixray_background_min[12], options->multixray_background_min[13], options->multixray_background_min[14], options->multixray_background_min[15], options->multixray_background_min[16], options->multixray_background_min[17], options->multixray_background_min[18], options->multixray_background_min[19], options->multixray_background_min[20], options->multixray_background_min[21], options->multixray_background_min[22], options->multixray_background_min[23], options->multixray_background_min[24], options->multixray_background_min[25], options->multixray_background_min[26], options->multixray_background_min[27], options->multixray_background_min[28], options->multixray_background_min[29]);
	fprintf(outfile,"multixray_alpha_arcsec_max = %f\n",options->multixray_alpha_arcsec_max);
	fprintf(outfile,"multixray_delta_arcsec_max = %f\n",options->multixray_delta_arcsec_max);
	fprintf(outfile,"multixray_e1_max = %f\n",options->multixray_e1_max);
	fprintf(outfile,"multixray_e2_max = %f\n",options->multixray_e2_max);
	fprintf(outfile,"multixray_rc_max = %f\n",options->multixray_rc_max);
	fprintf(outfile,"multixray_A_max = %f\n",options->multixray_A_max);
	fprintf(outfile,"multixray_beta_max = %f\n",options->multixray_beta_max);
	fprintf(outfile,"multixray_background_max = %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f\n", options->multixray_background_max[0], options->multixray_background_max[1], options->multixray_background_max[2], options->multixray_background_max[3], options->multixray_background_max[4], options->multixray_background_max[5], options->multixray_background_max[6], options->multixray_background_max[7], options->multixray_background_max[8], options->multixray_background_max[9], options->multixray_background_max[10], options->multixray_background_max[11], options->multixray_background_max[12], options->multixray_background_max[13], options->multixray_background_max[14], options->multixray_background_max[15], options->multixray_background_max[16], options->multixray_background_max[17], options->multixray_background_max[18], options->multixray_background_max[19], options->multixray_background_max[20], options->multixray_background_max[21], options->multixray_background_max[22], options->multixray_background_max[23], options->multixray_background_max[24], options->multixray_background_max[25], options->multixray_background_max[26], options->multixray_background_max[27], options->multixray_background_max[28], options->multixray_background_max[29]);
	fprintf(outfile,"multixray_alpha_arcsec_fixed = %d\n",options->multixray_alpha_arcsec_fixed);
	fprintf(outfile,"multixray_delta_arcsec_fixed = %d\n",options->multixray_delta_arcsec_fixed);
	fprintf(outfile,"multixray_e1_fixed = %d\n",options->multixray_e1_fixed);
	fprintf(outfile,"multixray_e2_fixed = %d\n",options->multixray_e2_fixed);
	fprintf(outfile,"multixray_rc_fixed = %d\n",options->multixray_rc_fixed);
	fprintf(outfile,"multixray_A_fixed = %d\n",options->multixray_A_fixed);
	fprintf(outfile,"multixray_beta_fixed = %d\n",options->multixray_beta_fixed);
	fprintf(outfile,"multixray_background_fixed = %d\n",options->multixray_background_fixed);
	fprintf(outfile,"\n");
	fprintf(outfile,"# Advanced Options - THESE ARE EXPERIMENTAL - USE AT OWN RISK\n");
	fprintf(outfile,"do_mcmc = %d\n",options->do_mcmc);
	fprintf(outfile,"minimizer_loops = %d\n",options->minimizer_loops);
	fprintf(outfile,"save_sersics = %d\n",options->save_sersics);
	fprintf(outfile,"psf_input = %s\n",options->psf_input);
	fprintf(outfile,"perform_pixel_integration = %d\n",options->perform_pixel_integration);
	fprintf(outfile,"use_segmentation_mask = %d\n",options->use_segmentation_mask);
	fprintf(outfile,"segmentation_mask_filename = %s\n",options->segmentation_mask_filename);
	fprintf(outfile,"use_hankel_transform = %d\n",options->use_hankel_transform);
	fprintf(outfile,"sersics_beermat_amplitudes_positive = %d\n",options->sersics_beermat_amplitudes_positive);
	fprintf(outfile,"sersic_lookup_file = %s\n",options->sersic_lookup_file);
	fprintf(outfile,"levmar_use_analytic_gradients = %d\n",options->levmar_use_analytic_gradients);
	fprintf(outfile,"levmar_check_analytic_gradients = %d\n",options->levmar_check_analytic_gradients);
	fprintf(outfile,"image_generator_resolution_high = %d\n",options->image_generator_resolution_high);
	fprintf(outfile,"minimizer_verbosity = %d\n",options->minimizer_verbosity);
	fprintf(outfile,"minimizer_method = %d\n",options->minimizer_method);
	fprintf(outfile,"poisson_errors = %d\n",options->poisson_errors);
	fprintf(outfile,"timeit = %d\n",options->timeit);
	fprintf(outfile,"circularize_mask = %d\n",options->circularize_mask);
	fprintf(outfile,"\n");
	fprintf(outfile,"# MCMC Options - EXPERIMENTAL\n");
	fprintf(outfile,"number_samples = %d\n",options->number_samples);
	fprintf(outfile,"burn_length = %d\n",options->burn_length);
	fprintf(outfile,"tuning_phase = %d\n",options->tuning_phase);
	fprintf(outfile,"scaling = %f\n",options->scaling);
	fprintf(outfile,"do_rotation = %d\n",options->do_rotation);
	fprintf(outfile,"mcmc_tune_covmat = %d\n",options->mcmc_tune_covmat);
	fprintf(outfile,"max_annealing_temperature = %f\n",options->max_annealing_temperature);
	fprintf(outfile,"annealing_one_point = %f\n",options->annealing_one_point);
	fprintf(outfile,"adaptive_metropolis_interval = %d\n",options->adaptive_metropolis_interval);
	fprintf(outfile,"climbing_only = %d\n",options->climbing_only);
	fprintf(outfile,"mcmc_filename_base = %s\n",options->mcmc_filename_base);
	fprintf(outfile,"use_mcmc_mean = %d\n",options->use_mcmc_mean);
	fprintf(outfile,"use_mcmc_sample = %d\n",options->use_mcmc_sample);
	fprintf(outfile,"print_mcmc_samples = %d\n",options->print_mcmc_samples);
	fprintf(outfile,"\n");
	fprintf(outfile,"# MEDS Options - Probably DES only\n");
	fprintf(outfile,"starting_params_only = %d\n",options->starting_params_only);
	fprintf(outfile,"rescale_weight = %d\n",options->rescale_weight);
	fprintf(outfile,"uberseg = %d\n",options->uberseg);
	fprintf(outfile,"use_image_flags = %d\n",options->use_image_flags);
	fprintf(outfile,"reject_outliers = %d\n",options->reject_outliers);
	fprintf(outfile,"replace_psf_path = %s\n",options->replace_psf_path);
	fprintf(outfile,"psfex_rerun_version = %s\n",options->psfex_rerun_version);
	fprintf(outfile,"database_output = %d\n",options->database_output);
	fprintf(outfile,"\n");
}
void i3_options_printf(i3_options * options){
	i3_options_fprintf(options, stdout);
}

void i3_options_save(i3_options * options, char * filename){
	FILE * outfile = fopen(filename, "w");
	i3_options_fprintf(options, outfile);
	fclose(outfile);
}

void i3_options_report_parameter_fail(char * parameter,char * type){
	fprintf(stderr,"ERROR:\nFailed to parse string '%s' into parameter of type %s.\n",parameter,type);
}
	
	
	int i3_options_parse_int(char * parameter, int * status){
	int result;
	int count;
	count = sscanf(parameter,"%d",&result);
	*status=0;
	if (count!=1) {
		i3_options_report_parameter_fail(parameter,"int");
		*status=1;
	}
	return result;
}	
		
	float i3_options_parse_float(char * parameter, int * status){
	float result;
	int count;
	count = sscanf(parameter,"%f",&result);
	*status=0;
	if (count!=1) {
		i3_options_report_parameter_fail(parameter,"float");
		*status=1;
	}
	return result;
}	
		
	double i3_options_parse_double(char * parameter, int * status){
	double result;
	int count;
	count = sscanf(parameter,"%lf",&result);
	*status=0;
	if (count!=1) {
		i3_options_report_parameter_fail(parameter,"double");
		*status=1;
	}
	return result;
}	
		
bool i3_options_parse_bool(char * parameter, int * status){
	bool result;
	char text[i3_options_max_line_length];
	int count;
	bool found=false;
	int n_variants = 10;
	char * true_variants[] = {"T","True","true","TRUE","YES","Yes","yes","Y","y","1"};
	char * false_variants[] = {"F","False","false","FALSE","NO","No","no","N","n","0"};
	count = sscanf(parameter,"%s",text);
	for (int i=0;i<n_variants;i++) if (!strcmp(true_variants[i],text)) {result=true; found=true;}
	for (int i=0;i<n_variants;i++) if (!strcmp(false_variants[i],text)) {result=false; found=true;}
	*status=0;
	if (!found){
		i3_options_report_parameter_fail(parameter,"bool");
		*status=1;
	}
	return result;
}
	

void i3_options_parse_float_array(float * array, char * text, int len, int * status){
	char * element_string = strtok (text," ,");
	char error_message[64];
	snprintf(error_message, 64, "float array of length %d",len);
	if (element_string==NULL) i3_options_report_parameter_fail(text,error_message);
	array[0] = atof(element_string);
	int i;
	*status=0;
	for (i=1;i<len;i++){
		element_string = strtok (NULL," ,");
		if (element_string==NULL) {
			i3_options_report_parameter_fail(text,error_message);
			*status=1;
			return;
		}
		array[i] = atof(element_string);
	}
}
void i3_options_parse_double_array(double * array, char * text, int len, int *status){
	char * element_string = strtok (text," ,");
	char error_message[64];
	snprintf(error_message, 64, "float array of length %d",len);
	if (element_string==NULL) i3_options_report_parameter_fail(text,error_message);
	array[0] = atof(element_string);
	int i;
	*status=0;
	for (i=1;i<len;i++){
		element_string = strtok (NULL," ,");
		if (element_string==NULL) {
			i3_options_report_parameter_fail(text,error_message);
			*status=1;
		}
		array[i] = atof(element_string);
	}

}
	

int i3_options_split_parts(char * line, char * parameter_name, char * parameter_value){
	const char * whitespace=" \t";
	const char * whitespace_and_equals=" \t=";
	const char * comment_symbol = "#";
	if (strlen(line)<=2){parameter_name[0]='\0';parameter_value[0]='\0'; return 1;}
	char * lstripped_line = line + strspn(line,whitespace);
	if (lstripped_line[0]==comment_symbol[0]){parameter_name[0]='\0';parameter_value[0]='\0'; return 2;}
	size_t length_of_name = strcspn(lstripped_line,whitespace_and_equals);
	if (length_of_name<=0){parameter_name[0]='\0';parameter_value[0]='\0'; return 3;}
	strncpy(parameter_name,lstripped_line,length_of_name);
	parameter_name[length_of_name]='\0';

	char * value_part = lstripped_line + length_of_name;
	char * lstripped_value_part = value_part + strspn(value_part,whitespace_and_equals);
	if (!strlen(lstripped_value_part)) {parameter_name[0]='\0';parameter_value[0]='\0'; return 4;}
	char * final_comment = lstripped_value_part + strcspn(lstripped_value_part,comment_symbol);

	char * p = final_comment-1;
	while(isspace(p[0])) {p--;};
	size_t length_of_stripped_value = p-lstripped_value_part+1;
	if (length_of_stripped_value<=0 || length_of_stripped_value>i3_options_max_line_length){parameter_name[0]='\0';parameter_value[0]='\0'; return 5;}
	strncpy(parameter_value,lstripped_value_part,length_of_stripped_value);
	parameter_value[length_of_stripped_value]='\0';
	return 0;
}
	
	

int i3_options_handle_name_value(i3_options * options, char * name, char * value){
	int status = 0;
	i3_options_handle_name_value_body(options, name,value,true, &status);
	return status;
}

int i3_options_parse_float_array_element(i3_options * options, char * name, char * value, int * status){
	char name_part[1024];
	int element_number;
	char * bracket_pos = strstr(name, "[");
	int len_start = bracket_pos - name;
	strncpy(name_part, name, 1024);
	name_part[len_start]='\0';
	int count = sscanf(name+len_start, "[%d]", &element_number);
	if (count!=1) {
		i3_options_report_parameter_fail(name,"array");
		*status = 1;
		return 0;
	}


	if (!strcmp(name_part,"quadratic_test_x5_start")){
		if(element_number>=sizeof(options->quadratic_test_x5_start)/sizeof(float)){
			fprintf(stderr,"Element index too large for array option quadratic_test_x5_start!\n"); 
			return 0;
		}
		else{
			options->quadratic_test_x5_start[element_number]=i3_options_parse_float(value, status);
			return 1;
		}
	}
	
	if (!strcmp(name_part,"quadratic_test_x5_width")){
		if(element_number>=sizeof(options->quadratic_test_x5_width)/sizeof(float)){
			fprintf(stderr,"Element index too large for array option quadratic_test_x5_width!\n"); 
			return 0;
		}
		else{
			options->quadratic_test_x5_width[element_number]=i3_options_parse_float(value, status);
			return 1;
		}
	}
	
	if (!strcmp(name_part,"quadratic_test_x5_min")){
		if(element_number>=sizeof(options->quadratic_test_x5_min)/sizeof(float)){
			fprintf(stderr,"Element index too large for array option quadratic_test_x5_min!\n"); 
			return 0;
		}
		else{
			options->quadratic_test_x5_min[element_number]=i3_options_parse_float(value, status);
			return 1;
		}
	}
	
	if (!strcmp(name_part,"quadratic_test_x5_max")){
		if(element_number>=sizeof(options->quadratic_test_x5_max)/sizeof(float)){
			fprintf(stderr,"Element index too large for array option quadratic_test_x5_max!\n"); 
			return 0;
		}
		else{
			options->quadratic_test_x5_max[element_number]=i3_options_parse_float(value, status);
			return 1;
		}
	}
	
	if (!strcmp(name_part,"multixray_background_start")){
		if(element_number>=sizeof(options->multixray_background_start)/sizeof(float)){
			fprintf(stderr,"Element index too large for array option multixray_background_start!\n"); 
			return 0;
		}
		else{
			options->multixray_background_start[element_number]=i3_options_parse_float(value, status);
			return 1;
		}
	}
	
	if (!strcmp(name_part,"multixray_background_width")){
		if(element_number>=sizeof(options->multixray_background_width)/sizeof(float)){
			fprintf(stderr,"Element index too large for array option multixray_background_width!\n"); 
			return 0;
		}
		else{
			options->multixray_background_width[element_number]=i3_options_parse_float(value, status);
			return 1;
		}
	}
	
	if (!strcmp(name_part,"multixray_background_min")){
		if(element_number>=sizeof(options->multixray_background_min)/sizeof(float)){
			fprintf(stderr,"Element index too large for array option multixray_background_min!\n"); 
			return 0;
		}
		else{
			options->multixray_background_min[element_number]=i3_options_parse_float(value, status);
			return 1;
		}
	}
	
	if (!strcmp(name_part,"multixray_background_max")){
		if(element_number>=sizeof(options->multixray_background_max)/sizeof(float)){
			fprintf(stderr,"Element index too large for array option multixray_background_max!\n"); 
			return 0;
		}
		else{
			options->multixray_background_max[element_number]=i3_options_parse_float(value, status);
			return 1;
		}
	}
		return 0;
}int i3_options_handle_name_value_body(i3_options * options, char * name, char * value, bool try_model, int * status){
	bool found=false;
	if (strstr(name,"[")) {found = i3_options_parse_float_array_element(options, name, value, status);}
	if (!strcmp(name,"model_name")) {found=true;strcpy(options->model_name,value);}
	if (!strcmp(name,"noise_sigma")) {found=true;options->noise_sigma=i3_options_parse_float(value, status);}
	if (!strcmp(name,"image_mask")) {found=true;strcpy(options->image_mask,value);}
	if (!strcmp(name,"background_subtract")) {found=true;options->background_subtract=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"rescale_stamp")) {found=true;options->rescale_stamp=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"verbosity")) {found=true;options->verbosity=i3_options_parse_int(value, status);}
	if (!strcmp(name,"save_images")) {found=true;options->save_images=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"save_output")) {found=true;options->save_output=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"output_directory")) {found=true;strcpy(options->output_directory,value);}
	if (!strcmp(name,"output_filename")) {found=true;strcpy(options->output_filename,value);}
	if (!strcmp(name,"airy_psf")) {found=true;options->airy_psf=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"psf_truncation_pixels")) {found=true;options->psf_truncation_pixels=i3_options_parse_float(value, status);}
	if (!strcmp(name,"use_computed_start")) {found=true;options->use_computed_start=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"minimizer_tolerance")) {found=true;options->minimizer_tolerance=i3_options_parse_float(value, status);}
	if (!strcmp(name,"levmar_eps1")) {found=true;options->levmar_eps1=i3_options_parse_float(value, status);}
	if (!strcmp(name,"levmar_eps2")) {found=true;options->levmar_eps2=i3_options_parse_float(value, status);}
	if (!strcmp(name,"levmar_eps3")) {found=true;options->levmar_eps3=i3_options_parse_float(value, status);}
	if (!strcmp(name,"levmar_eps4")) {found=true;options->levmar_eps4=i3_options_parse_float(value, status);}
	if (!strcmp(name,"levmar_eps5")) {found=true;options->levmar_eps5=i3_options_parse_float(value, status);}
	if (!strcmp(name,"levmar_tau")) {found=true;options->levmar_tau=i3_options_parse_float(value, status);}
	if (!strcmp(name,"levmar_LM_INIT_MU")) {found=true;options->levmar_LM_INIT_MU=i3_options_parse_float(value, status);}
	if (!strcmp(name,"minimizer_max_iterations")) {found=true;options->minimizer_max_iterations=i3_options_parse_int(value, status);}
	if (!strcmp(name,"stamp_size")) {found=true;options->stamp_size=i3_options_parse_int(value, status);}
	if (!strcmp(name,"upsampling")) {found=true;options->upsampling=i3_options_parse_int(value, status);}
	if (!strcmp(name,"central_pixel_upsampling")) {found=true;options->central_pixel_upsampling=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"n_central_pixel_upsampling")) {found=true;options->n_central_pixel_upsampling=i3_options_parse_int(value, status);}
	if (!strcmp(name,"n_central_pixels_to_upsample")) {found=true;options->n_central_pixels_to_upsample=i3_options_parse_int(value, status);}
	if (!strcmp(name,"padding")) {found=true;options->padding=i3_options_parse_int(value, status);}
	if (!strcmp(name,"sersics_disc_truncation")) {found=true;options->sersics_disc_truncation=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_bulge_truncation")) {found=true;options->sersics_bulge_truncation=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_x0_start")) {found=true;options->sersics_x0_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_y0_start")) {found=true;options->sersics_y0_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_e1_start")) {found=true;options->sersics_e1_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_e2_start")) {found=true;options->sersics_e2_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_radius_start")) {found=true;options->sersics_radius_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_radius_ratio_start")) {found=true;options->sersics_radius_ratio_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_bulge_A_start")) {found=true;options->sersics_bulge_A_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_disc_A_start")) {found=true;options->sersics_disc_A_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_bulge_index_start")) {found=true;options->sersics_bulge_index_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_disc_index_start")) {found=true;options->sersics_disc_index_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_delta_e_bulge_start")) {found=true;options->sersics_delta_e_bulge_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_delta_theta_bulge_start")) {found=true;options->sersics_delta_theta_bulge_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_x0_width")) {found=true;options->sersics_x0_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_y0_width")) {found=true;options->sersics_y0_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_e1_width")) {found=true;options->sersics_e1_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_e2_width")) {found=true;options->sersics_e2_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_radius_width")) {found=true;options->sersics_radius_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_radius_ratio_width")) {found=true;options->sersics_radius_ratio_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_bulge_A_width")) {found=true;options->sersics_bulge_A_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_disc_A_width")) {found=true;options->sersics_disc_A_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_bulge_index_width")) {found=true;options->sersics_bulge_index_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_disc_index_width")) {found=true;options->sersics_disc_index_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_delta_e_bulge_width")) {found=true;options->sersics_delta_e_bulge_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_delta_theta_bulge_width")) {found=true;options->sersics_delta_theta_bulge_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_x0_min")) {found=true;options->sersics_x0_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_y0_min")) {found=true;options->sersics_y0_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_e1_min")) {found=true;options->sersics_e1_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_e2_min")) {found=true;options->sersics_e2_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_radius_min")) {found=true;options->sersics_radius_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_radius_ratio_min")) {found=true;options->sersics_radius_ratio_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_bulge_A_min")) {found=true;options->sersics_bulge_A_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_disc_A_min")) {found=true;options->sersics_disc_A_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_bulge_index_min")) {found=true;options->sersics_bulge_index_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_disc_index_min")) {found=true;options->sersics_disc_index_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_delta_e_bulge_min")) {found=true;options->sersics_delta_e_bulge_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_delta_theta_bulge_min")) {found=true;options->sersics_delta_theta_bulge_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_x0_max")) {found=true;options->sersics_x0_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_y0_max")) {found=true;options->sersics_y0_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_e1_max")) {found=true;options->sersics_e1_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_e2_max")) {found=true;options->sersics_e2_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_radius_max")) {found=true;options->sersics_radius_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_radius_ratio_max")) {found=true;options->sersics_radius_ratio_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_bulge_A_max")) {found=true;options->sersics_bulge_A_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_disc_A_max")) {found=true;options->sersics_disc_A_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_bulge_index_max")) {found=true;options->sersics_bulge_index_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_disc_index_max")) {found=true;options->sersics_disc_index_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_delta_e_bulge_max")) {found=true;options->sersics_delta_e_bulge_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_delta_theta_bulge_max")) {found=true;options->sersics_delta_theta_bulge_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"sersics_x0_fixed")) {found=true;options->sersics_x0_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"sersics_y0_fixed")) {found=true;options->sersics_y0_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"sersics_e1_fixed")) {found=true;options->sersics_e1_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"sersics_e2_fixed")) {found=true;options->sersics_e2_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"sersics_radius_fixed")) {found=true;options->sersics_radius_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"sersics_radius_ratio_fixed")) {found=true;options->sersics_radius_ratio_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"sersics_bulge_A_fixed")) {found=true;options->sersics_bulge_A_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"sersics_disc_A_fixed")) {found=true;options->sersics_disc_A_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"sersics_bulge_index_fixed")) {found=true;options->sersics_bulge_index_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"sersics_disc_index_fixed")) {found=true;options->sersics_disc_index_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"sersics_delta_e_bulge_fixed")) {found=true;options->sersics_delta_e_bulge_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"sersics_delta_theta_bulge_fixed")) {found=true;options->sersics_delta_theta_bulge_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"logsersics_x0_start")) {found=true;options->logsersics_x0_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_y0_start")) {found=true;options->logsersics_y0_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_e1_start")) {found=true;options->logsersics_e1_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_e2_start")) {found=true;options->logsersics_e2_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_radius_start")) {found=true;options->logsersics_radius_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_radius_ratio_start")) {found=true;options->logsersics_radius_ratio_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_bulge_A_start")) {found=true;options->logsersics_bulge_A_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_disc_A_start")) {found=true;options->logsersics_disc_A_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_bulge_index_start")) {found=true;options->logsersics_bulge_index_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_disc_index_start")) {found=true;options->logsersics_disc_index_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_delta_e_bulge_start")) {found=true;options->logsersics_delta_e_bulge_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_delta_theta_bulge_start")) {found=true;options->logsersics_delta_theta_bulge_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_x0_width")) {found=true;options->logsersics_x0_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_y0_width")) {found=true;options->logsersics_y0_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_e1_width")) {found=true;options->logsersics_e1_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_e2_width")) {found=true;options->logsersics_e2_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_radius_width")) {found=true;options->logsersics_radius_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_radius_ratio_width")) {found=true;options->logsersics_radius_ratio_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_bulge_A_width")) {found=true;options->logsersics_bulge_A_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_disc_A_width")) {found=true;options->logsersics_disc_A_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_bulge_index_width")) {found=true;options->logsersics_bulge_index_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_disc_index_width")) {found=true;options->logsersics_disc_index_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_delta_e_bulge_width")) {found=true;options->logsersics_delta_e_bulge_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_delta_theta_bulge_width")) {found=true;options->logsersics_delta_theta_bulge_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_x0_min")) {found=true;options->logsersics_x0_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_y0_min")) {found=true;options->logsersics_y0_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_e1_min")) {found=true;options->logsersics_e1_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_e2_min")) {found=true;options->logsersics_e2_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_radius_min")) {found=true;options->logsersics_radius_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_radius_ratio_min")) {found=true;options->logsersics_radius_ratio_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_bulge_A_min")) {found=true;options->logsersics_bulge_A_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_disc_A_min")) {found=true;options->logsersics_disc_A_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_bulge_index_min")) {found=true;options->logsersics_bulge_index_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_disc_index_min")) {found=true;options->logsersics_disc_index_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_delta_e_bulge_min")) {found=true;options->logsersics_delta_e_bulge_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_delta_theta_bulge_min")) {found=true;options->logsersics_delta_theta_bulge_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_x0_max")) {found=true;options->logsersics_x0_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_y0_max")) {found=true;options->logsersics_y0_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_e1_max")) {found=true;options->logsersics_e1_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_e2_max")) {found=true;options->logsersics_e2_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_radius_max")) {found=true;options->logsersics_radius_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_radius_ratio_max")) {found=true;options->logsersics_radius_ratio_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_bulge_A_max")) {found=true;options->logsersics_bulge_A_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_disc_A_max")) {found=true;options->logsersics_disc_A_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_bulge_index_max")) {found=true;options->logsersics_bulge_index_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_disc_index_max")) {found=true;options->logsersics_disc_index_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_delta_e_bulge_max")) {found=true;options->logsersics_delta_e_bulge_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_delta_theta_bulge_max")) {found=true;options->logsersics_delta_theta_bulge_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"logsersics_x0_fixed")) {found=true;options->logsersics_x0_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"logsersics_y0_fixed")) {found=true;options->logsersics_y0_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"logsersics_e1_fixed")) {found=true;options->logsersics_e1_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"logsersics_e2_fixed")) {found=true;options->logsersics_e2_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"logsersics_radius_fixed")) {found=true;options->logsersics_radius_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"logsersics_radius_ratio_fixed")) {found=true;options->logsersics_radius_ratio_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"logsersics_bulge_A_fixed")) {found=true;options->logsersics_bulge_A_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"logsersics_disc_A_fixed")) {found=true;options->logsersics_disc_A_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"logsersics_bulge_index_fixed")) {found=true;options->logsersics_bulge_index_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"logsersics_disc_index_fixed")) {found=true;options->logsersics_disc_index_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"logsersics_delta_e_bulge_fixed")) {found=true;options->logsersics_delta_e_bulge_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"logsersics_delta_theta_bulge_fixed")) {found=true;options->logsersics_delta_theta_bulge_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"quadratic_test_x1_start")) {found=true;options->quadratic_test_x1_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x2_start")) {found=true;options->quadratic_test_x2_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x3_start")) {found=true;options->quadratic_test_x3_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x4_start")) {found=true;options->quadratic_test_x4_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x5_start")) {found=true; i3_options_parse_float_array(options->quadratic_test_x5_start, value, 3, status);}
	if (!strcmp(name,"quadratic_test_x1_width")) {found=true;options->quadratic_test_x1_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x2_width")) {found=true;options->quadratic_test_x2_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x3_width")) {found=true;options->quadratic_test_x3_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x4_width")) {found=true;options->quadratic_test_x4_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x5_width")) {found=true; i3_options_parse_float_array(options->quadratic_test_x5_width, value, 3, status);}
	if (!strcmp(name,"quadratic_test_x1_min")) {found=true;options->quadratic_test_x1_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x2_min")) {found=true;options->quadratic_test_x2_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x3_min")) {found=true;options->quadratic_test_x3_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x4_min")) {found=true;options->quadratic_test_x4_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x5_min")) {found=true; i3_options_parse_float_array(options->quadratic_test_x5_min, value, 3, status);}
	if (!strcmp(name,"quadratic_test_x1_max")) {found=true;options->quadratic_test_x1_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x2_max")) {found=true;options->quadratic_test_x2_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x3_max")) {found=true;options->quadratic_test_x3_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x4_max")) {found=true;options->quadratic_test_x4_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"quadratic_test_x5_max")) {found=true; i3_options_parse_float_array(options->quadratic_test_x5_max, value, 3, status);}
	if (!strcmp(name,"quadratic_test_x1_fixed")) {found=true;options->quadratic_test_x1_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"quadratic_test_x2_fixed")) {found=true;options->quadratic_test_x2_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"quadratic_test_x3_fixed")) {found=true;options->quadratic_test_x3_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"quadratic_test_x4_fixed")) {found=true;options->quadratic_test_x4_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"quadratic_test_x5_fixed")) {found=true;options->quadratic_test_x5_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multisersics_ra_as_start")) {found=true;options->multisersics_ra_as_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_dec_as_start")) {found=true;options->multisersics_dec_as_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_e1_start")) {found=true;options->multisersics_e1_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_e2_start")) {found=true;options->multisersics_e2_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_radius_start")) {found=true;options->multisersics_radius_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_radius_ratio_start")) {found=true;options->multisersics_radius_ratio_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_bulge_A_start")) {found=true;options->multisersics_bulge_A_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_disc_A_start")) {found=true;options->multisersics_disc_A_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_bulge_index_start")) {found=true;options->multisersics_bulge_index_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_disc_index_start")) {found=true;options->multisersics_disc_index_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_ra_as_width")) {found=true;options->multisersics_ra_as_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_dec_as_width")) {found=true;options->multisersics_dec_as_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_e1_width")) {found=true;options->multisersics_e1_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_e2_width")) {found=true;options->multisersics_e2_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_radius_width")) {found=true;options->multisersics_radius_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_radius_ratio_width")) {found=true;options->multisersics_radius_ratio_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_bulge_A_width")) {found=true;options->multisersics_bulge_A_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_disc_A_width")) {found=true;options->multisersics_disc_A_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_bulge_index_width")) {found=true;options->multisersics_bulge_index_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_disc_index_width")) {found=true;options->multisersics_disc_index_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_ra_as_min")) {found=true;options->multisersics_ra_as_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_dec_as_min")) {found=true;options->multisersics_dec_as_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_e1_min")) {found=true;options->multisersics_e1_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_e2_min")) {found=true;options->multisersics_e2_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_radius_min")) {found=true;options->multisersics_radius_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_radius_ratio_min")) {found=true;options->multisersics_radius_ratio_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_bulge_A_min")) {found=true;options->multisersics_bulge_A_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_disc_A_min")) {found=true;options->multisersics_disc_A_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_bulge_index_min")) {found=true;options->multisersics_bulge_index_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_disc_index_min")) {found=true;options->multisersics_disc_index_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_ra_as_max")) {found=true;options->multisersics_ra_as_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_dec_as_max")) {found=true;options->multisersics_dec_as_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_e1_max")) {found=true;options->multisersics_e1_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_e2_max")) {found=true;options->multisersics_e2_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_radius_max")) {found=true;options->multisersics_radius_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_radius_ratio_max")) {found=true;options->multisersics_radius_ratio_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_bulge_A_max")) {found=true;options->multisersics_bulge_A_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_disc_A_max")) {found=true;options->multisersics_disc_A_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_bulge_index_max")) {found=true;options->multisersics_bulge_index_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_disc_index_max")) {found=true;options->multisersics_disc_index_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multisersics_ra_as_fixed")) {found=true;options->multisersics_ra_as_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multisersics_dec_as_fixed")) {found=true;options->multisersics_dec_as_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multisersics_e1_fixed")) {found=true;options->multisersics_e1_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multisersics_e2_fixed")) {found=true;options->multisersics_e2_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multisersics_radius_fixed")) {found=true;options->multisersics_radius_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multisersics_radius_ratio_fixed")) {found=true;options->multisersics_radius_ratio_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multisersics_bulge_A_fixed")) {found=true;options->multisersics_bulge_A_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multisersics_disc_A_fixed")) {found=true;options->multisersics_disc_A_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multisersics_bulge_index_fixed")) {found=true;options->multisersics_bulge_index_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multisersics_disc_index_fixed")) {found=true;options->multisersics_disc_index_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multixray_alpha_arcsec_start")) {found=true;options->multixray_alpha_arcsec_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_delta_arcsec_start")) {found=true;options->multixray_delta_arcsec_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_e1_start")) {found=true;options->multixray_e1_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_e2_start")) {found=true;options->multixray_e2_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_rc_start")) {found=true;options->multixray_rc_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_A_start")) {found=true;options->multixray_A_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_beta_start")) {found=true;options->multixray_beta_start=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_background_start")) {found=true; i3_options_parse_float_array(options->multixray_background_start, value, 30, status);}
	if (!strcmp(name,"multixray_alpha_arcsec_width")) {found=true;options->multixray_alpha_arcsec_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_delta_arcsec_width")) {found=true;options->multixray_delta_arcsec_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_e1_width")) {found=true;options->multixray_e1_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_e2_width")) {found=true;options->multixray_e2_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_rc_width")) {found=true;options->multixray_rc_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_A_width")) {found=true;options->multixray_A_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_beta_width")) {found=true;options->multixray_beta_width=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_background_width")) {found=true; i3_options_parse_float_array(options->multixray_background_width, value, 30, status);}
	if (!strcmp(name,"multixray_alpha_arcsec_min")) {found=true;options->multixray_alpha_arcsec_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_delta_arcsec_min")) {found=true;options->multixray_delta_arcsec_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_e1_min")) {found=true;options->multixray_e1_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_e2_min")) {found=true;options->multixray_e2_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_rc_min")) {found=true;options->multixray_rc_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_A_min")) {found=true;options->multixray_A_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_beta_min")) {found=true;options->multixray_beta_min=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_background_min")) {found=true; i3_options_parse_float_array(options->multixray_background_min, value, 30, status);}
	if (!strcmp(name,"multixray_alpha_arcsec_max")) {found=true;options->multixray_alpha_arcsec_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_delta_arcsec_max")) {found=true;options->multixray_delta_arcsec_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_e1_max")) {found=true;options->multixray_e1_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_e2_max")) {found=true;options->multixray_e2_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_rc_max")) {found=true;options->multixray_rc_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_A_max")) {found=true;options->multixray_A_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_beta_max")) {found=true;options->multixray_beta_max=i3_options_parse_float(value, status);}
	if (!strcmp(name,"multixray_background_max")) {found=true; i3_options_parse_float_array(options->multixray_background_max, value, 30, status);}
	if (!strcmp(name,"multixray_alpha_arcsec_fixed")) {found=true;options->multixray_alpha_arcsec_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multixray_delta_arcsec_fixed")) {found=true;options->multixray_delta_arcsec_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multixray_e1_fixed")) {found=true;options->multixray_e1_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multixray_e2_fixed")) {found=true;options->multixray_e2_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multixray_rc_fixed")) {found=true;options->multixray_rc_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multixray_A_fixed")) {found=true;options->multixray_A_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multixray_beta_fixed")) {found=true;options->multixray_beta_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"multixray_background_fixed")) {found=true;options->multixray_background_fixed=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"do_mcmc")) {found=true;options->do_mcmc=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"minimizer_loops")) {found=true;options->minimizer_loops=i3_options_parse_int(value, status);}
	if (!strcmp(name,"save_sersics")) {found=true;options->save_sersics=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"psf_input")) {found=true;strcpy(options->psf_input,value);}
	if (!strcmp(name,"perform_pixel_integration")) {found=true;options->perform_pixel_integration=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"use_segmentation_mask")) {found=true;options->use_segmentation_mask=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"segmentation_mask_filename")) {found=true;strcpy(options->segmentation_mask_filename,value);}
	if (!strcmp(name,"use_hankel_transform")) {found=true;options->use_hankel_transform=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"sersics_beermat_amplitudes_positive")) {found=true;options->sersics_beermat_amplitudes_positive=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"sersic_lookup_file")) {found=true;strcpy(options->sersic_lookup_file,value);}
	if (!strcmp(name,"levmar_use_analytic_gradients")) {found=true;options->levmar_use_analytic_gradients=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"levmar_check_analytic_gradients")) {found=true;options->levmar_check_analytic_gradients=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"image_generator_resolution_high")) {found=true;options->image_generator_resolution_high=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"minimizer_verbosity")) {found=true;options->minimizer_verbosity=i3_options_parse_int(value, status);}
	if (!strcmp(name,"minimizer_method")) {found=true;options->minimizer_method=i3_options_parse_int(value, status);}
	if (!strcmp(name,"poisson_errors")) {found=true;options->poisson_errors=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"timeit")) {found=true;options->timeit=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"circularize_mask")) {found=true;options->circularize_mask=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"number_samples")) {found=true;options->number_samples=i3_options_parse_int(value, status);}
	if (!strcmp(name,"burn_length")) {found=true;options->burn_length=i3_options_parse_int(value, status);}
	if (!strcmp(name,"tuning_phase")) {found=true;options->tuning_phase=i3_options_parse_int(value, status);}
	if (!strcmp(name,"scaling")) {found=true;options->scaling=i3_options_parse_float(value, status);}
	if (!strcmp(name,"do_rotation")) {found=true;options->do_rotation=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"mcmc_tune_covmat")) {found=true;options->mcmc_tune_covmat=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"max_annealing_temperature")) {found=true;options->max_annealing_temperature=i3_options_parse_float(value, status);}
	if (!strcmp(name,"annealing_one_point")) {found=true;options->annealing_one_point=i3_options_parse_float(value, status);}
	if (!strcmp(name,"adaptive_metropolis_interval")) {found=true;options->adaptive_metropolis_interval=i3_options_parse_int(value, status);}
	if (!strcmp(name,"climbing_only")) {found=true;options->climbing_only=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"mcmc_filename_base")) {found=true;strcpy(options->mcmc_filename_base,value);}
	if (!strcmp(name,"use_mcmc_mean")) {found=true;options->use_mcmc_mean=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"use_mcmc_sample")) {found=true;options->use_mcmc_sample=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"print_mcmc_samples")) {found=true;options->print_mcmc_samples=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"starting_params_only")) {found=true;options->starting_params_only=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"rescale_weight")) {found=true;options->rescale_weight=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"uberseg")) {found=true;options->uberseg=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"use_image_flags")) {found=true;options->use_image_flags=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"reject_outliers")) {found=true;options->reject_outliers=i3_options_parse_bool(value, status);}
	if (!strcmp(name,"replace_psf_path")) {found=true;strcpy(options->replace_psf_path,value);}
	if (!strcmp(name,"psfex_rerun_version")) {found=true;strcpy(options->psfex_rerun_version,value);}
	if (!strcmp(name,"database_output")) {found=true;options->database_output=i3_options_parse_bool(value, status);}



	if (!found){
		if (try_model){
			char extended_name[i3_options_max_line_length];
			snprintf(extended_name, i3_options_max_line_length,"%s_%s",options->model_name,name);
			found=i3_options_handle_name_value_body(options, extended_name, value, false, status);
			if (!found) fprintf(stderr,"Unkown parameter ignored: '%s'\n(Also tried '%s_%s', based on chosen model name)\n",name,options->model_name,name);
		}
	return found;
	}
		return found;}