config.cfg

//obscura - Configuration File

//ID
	ID		=	"test";

//Dark matter particle
	DM_mass		  				=	0.1;		// in GeV
	DM_spin		  				=	0.5;
	DM_fraction					=	1.0;		// the DM particle's fractional abundance (set to 1.0 for 100%)
	DM_light					=	false;		// Options: true or false. low mass mode

	DM_interaction				=	"SI";		// Options: "SI" or "SD"

	DM_isospin_conserved		=	true; 		// only relevant for SI and SD
	DM_relative_couplings		=	(1.0, 0.0); //relation between proton (left) and neutron (right) couplings.
												//only relevant if 'DM_isospin_conserved' is false.
	DM_cross_section_nucleon	=	1.0e-36;	//in cm^2
	DM_cross_section_electron	=	1.0e-36;	//in cm^2 (only relevant for SI and SD)
	DM_form_factor				=	"Contact";	// Options: "Contact", "Electric-Dipole", "Long-Range", "General"
												//(only relevant for SI)
	DM_mediator_mass			=	0.0;		// in MeV (only relevant if 'DM_form_factor' is "General")

//Dark matter distribution
	DM_distribution 	=	"SHM";		//Options: "SHM", "SHM++", "File"
	DM_local_density	=	0.4;		//in GeV / cm^3
	
	//Options for "SHM" and "SHM++"
		SHM_v0			=	220.0;				//in km/sec
		SHM_vObserver	=	(0.0, 232.0, 0.0);	//in km/sec
		SHM_vEscape		=	544.0;				//in km/sec
	//Options for "SHM++"
		SHMpp_eta		=	0.2;
		SHMpp_beta		=	0.9;
	//Options for "File" (The file has to be a 2-column table of format v[km/sec] :: f(v) [sec/km])
		file_path  	= "DM_Speed_PDF.txt";

//Dark matter detection experiment
	DD_experiment	=	"Electron recoil";	//Options for nuclear recoils: "Nuclear recoil", "DAMIC_N_2011", "XENON1T_N_2017", "CRESST-II","CRESST-III", "CRESST-surface"
 											//Options for electron recoils: "Semiconductor","protoSENSEI@MINOS","protoSENSEI@surface", "SENSEI@MINOS", "CDMS-HVeV_2018", "CDMS-HVeV_2020", "Electron recoil", "XENON10_S2", "XENON100_S2", "XENON1T_S2", "DarkSide-50_S2"

	//Options for user-defined experiments ("Nuclear recoil", "Electron recoil", and "Semiconductor")
		//General
		DD_exposure 			=	1.0;	//in kg years
		DD_efficiency 			=	1.0;	//flat efficiency
		DD_observed_events 		=	0;		//observed signal events
		DD_expected_background 	=	0.0;	//expected background events
	
		//Specific options for "Nuclear recoil"
		DD_targets_nuclear			=	(
											(4.0, 8),
											(1.0, 20),
											(1.0, 74)
										);				// Nuclear targets defined by atom ratio/abundances and Z
		DD_threshold_nuclear			=	4.0;		//in keV
		DD_Emax_nuclear					=	40.0;		//in keV
		DD_energy_resolution			=	0.0;		//in keV
	
		//Specific options for "Electron recoil" and "Semiconductor:
		DD_target_electron		=	"Xe";	//Options for "Electron recoil": 	"Xe", "Ar"
											//Options for "Semiconductor":	"Si", "Ge"
		DD_threshold_electron	=	4;		//In number of electrons or electron hole pairs.

//Computation of exclusion limits
	constraints_certainty	=	0.95;	//Certainty level
	constraints_mass_min	=	0.02;	//in GeV										
	constraints_mass_max	=	1.0;	//in GeV
	constraints_masses		=	10;