Options for the general operation of the software. More...

Detailed Description

Options for the general operation of the software.

Inheritance diagram for GlobalOptions:

Collaboration diagram for GlobalOptions:

Data Fields
int	sleep_milliseconds = 50

double	epoch_interval = 1

double	epoch_tolerance = 0.5

int	max_epochs = 0

int	leap_seconds = -1

boost::posix_time::ptime	start_epoch { boost::posix_time::not_a_date_time }

boost::posix_time::ptime	end_epoch { boost::posix_time::not_a_date_time }

string	config_description = "Pea"

string	config_details

string	analysis_agency = "GAA"

string	analysis_centre = "Geoscience Australia"

string	analysis_software = "Ginan"

string	analysis_software_version = "3.0"

string	ac_contact = "clientservices@ga.gov.au"

string	rinex_comment = "Daily 30-sec observations from IGS stations"

string	reference_system = "igb14"

string	time_system = "G"

string	ocean_tide_loading_model = "FES2004"

string	atmospheric_tide_loading_model = "---"

string	geoid_model = "EGM96"

string	gradient_mapping_function = "Chen & Herring, 1992"

bool	simulate_real_time = false

bool	process_preprocessor = true

bool	process_spp = true

bool	process_minimum_constraints = false

bool	process_ionosphere = false

bool	process_rts = false

bool	process_ppp = false

bool	process_orbits = false

map< E_Sys, bool >	process_sys

map< E_Sys, bool >	solve_amb_for

bool	process_meas [NUM_MEAS_TYPES] = {true, true}

map< E_Sys, bool >	reject_eclipse

string	pivot_receiver = "NO_PIVOT"

string	pivot_satellite = "NO_PIVOT"

bool	interpolate_rec_pco = true

bool	auto_fill_pco = true

bool	require_apriori_positions = false

bool	require_site_eccentricity = false

bool	require_sinex_data = false

bool	require_antenna_details = false

bool	require_reflector_com = false

bool	use_tgd_bias = false

double	wait_next_epoch = 0

double	max_rec_latency = 0

bool	require_obs = true

bool	assign_closest_epoch = false

bool	delete_old_ephemerides = true

double	validity_interval_factor = 10

E_OffsetType	ssr_input_antenna_offset = E_OffsetType::UNSPECIFIED

map< E_Sys, vector< E_ObsCode > >	code_priorities

map< E_Sys, E_NavMsgType >	used_nav_types
	Default observation codes on L1 for IF combination based satellite clocks.

vector< E_ObsCode >	code_priorities_default

double	fixed_phase_bias_var = 0.01

bool	adjust_rec_clocks_by_spp = true

bool	adjust_clocks_for_jumps_only = false

bool	minimise_sat_clock_offsets = false

bool	minimise_sat_orbit_offsets = false

bool	minimise_ionosphere_offsets = false

map< E_Sys, bool >	receiver_amb_pivot
	fix one ambiguity to eliminate rank deficiency

map< E_Sys, bool >	network_amb_pivot
	fix ambiguities to eliminate network rank deficiencies

map< E_Sys, bool >	use_for_iono_model
	use system for ionospheric modelling

map< E_Sys, bool >	use_iono_corrections
	use system for ionospheric modelling

bool	common_sat_pco = false

bool	common_rec_pco = false

bool	use_trop_corrections = false

double	predefined_fail = 0.001

Field Documentation

◆ ac_contact

string GlobalOptions::ac_contact = "clientservices@ga.gov.au"

◆ adjust_clocks_for_jumps_only

bool GlobalOptions::adjust_clocks_for_jumps_only = false

◆ adjust_rec_clocks_by_spp

bool GlobalOptions::adjust_rec_clocks_by_spp = true

◆ analysis_agency

string GlobalOptions::analysis_agency = "GAA"

◆ analysis_centre

string GlobalOptions::analysis_centre = "Geoscience Australia"

◆ analysis_software

string GlobalOptions::analysis_software = "Ginan"

◆ analysis_software_version

string GlobalOptions::analysis_software_version = "3.0"

◆ assign_closest_epoch

bool GlobalOptions::assign_closest_epoch = false

◆ atmospheric_tide_loading_model

string GlobalOptions::atmospheric_tide_loading_model = "---"

◆ auto_fill_pco

bool GlobalOptions::auto_fill_pco = true

◆ code_priorities

map<E_Sys, vector<E_ObsCode> > GlobalOptions::code_priorities

◆ code_priorities_default

vector<E_ObsCode> GlobalOptions::code_priorities_default

Initial value:

=
    {
        E_ObsCode::L1C,
        E_ObsCode::L1P,
        E_ObsCode::L1Y,
        E_ObsCode::L1W,
        E_ObsCode::L1M,
        E_ObsCode::L1N,
        E_ObsCode::L1S,
        E_ObsCode::L1L,
        E_ObsCode::L1X,
 
        E_ObsCode::L2W,
        E_ObsCode::L2P,
        E_ObsCode::L2Y,
        E_ObsCode::L2C,
        E_ObsCode::L2M,
        E_ObsCode::L2N,
        E_ObsCode::L2D,
        E_ObsCode::L2S,
        E_ObsCode::L2L,
        E_ObsCode::L2X,
 
        E_ObsCode::L5I,
        E_ObsCode::L5Q,
        E_ObsCode::L5X
    }

◆ common_rec_pco

bool GlobalOptions::common_rec_pco = false

◆ common_sat_pco

bool GlobalOptions::common_sat_pco = false

◆ config_description

string GlobalOptions::config_description = "Pea"

◆ config_details

string GlobalOptions::config_details

◆ delete_old_ephemerides

bool GlobalOptions::delete_old_ephemerides = true

◆ end_epoch

boost::posix_time::ptime GlobalOptions::end_epoch { boost::posix_time::not_a_date_time }

◆ epoch_interval

double GlobalOptions::epoch_interval = 1

◆ epoch_tolerance

double GlobalOptions::epoch_tolerance = 0.5

◆ fixed_phase_bias_var

double GlobalOptions::fixed_phase_bias_var = 0.01

◆ geoid_model

string GlobalOptions::geoid_model = "EGM96"

◆ gradient_mapping_function

string GlobalOptions::gradient_mapping_function = "Chen & Herring, 1992"

◆ interpolate_rec_pco

bool GlobalOptions::interpolate_rec_pco = true

◆ leap_seconds

int GlobalOptions::leap_seconds = -1

◆ max_epochs

int GlobalOptions::max_epochs = 0

◆ max_rec_latency

double GlobalOptions::max_rec_latency = 0

◆ minimise_ionosphere_offsets

bool GlobalOptions::minimise_ionosphere_offsets = false

◆ minimise_sat_clock_offsets

bool GlobalOptions::minimise_sat_clock_offsets = false

◆ minimise_sat_orbit_offsets

bool GlobalOptions::minimise_sat_orbit_offsets = false

◆ network_amb_pivot

map<E_Sys, bool> GlobalOptions::network_amb_pivot

fix ambiguities to eliminate network rank deficiencies

◆ ocean_tide_loading_model

string GlobalOptions::ocean_tide_loading_model = "FES2004"

◆ pivot_receiver

string GlobalOptions::pivot_receiver = "NO_PIVOT"

◆ pivot_satellite

string GlobalOptions::pivot_satellite = "NO_PIVOT"

◆ predefined_fail

double GlobalOptions::predefined_fail = 0.001

◆ process_ionosphere

bool GlobalOptions::process_ionosphere = false

◆ process_meas

bool GlobalOptions::process_meas[NUM_MEAS_TYPES] = {true, true}

◆ process_minimum_constraints

bool GlobalOptions::process_minimum_constraints = false

◆ process_orbits

bool GlobalOptions::process_orbits = false

◆ process_ppp

bool GlobalOptions::process_ppp = false

◆ process_preprocessor

bool GlobalOptions::process_preprocessor = true

◆ process_rts

bool GlobalOptions::process_rts = false

◆ process_spp

bool GlobalOptions::process_spp = true

◆ process_sys

map<E_Sys, bool> GlobalOptions::process_sys

◆ receiver_amb_pivot

map<E_Sys, bool> GlobalOptions::receiver_amb_pivot

fix one ambiguity to eliminate rank deficiency

◆ reference_system

string GlobalOptions::reference_system = "igb14"

◆ reject_eclipse

map<E_Sys, bool> GlobalOptions::reject_eclipse

◆ require_antenna_details

bool GlobalOptions::require_antenna_details = false

◆ require_apriori_positions

bool GlobalOptions::require_apriori_positions = false

◆ require_obs

bool GlobalOptions::require_obs = true

◆ require_reflector_com

bool GlobalOptions::require_reflector_com = false

◆ require_sinex_data

bool GlobalOptions::require_sinex_data = false

◆ require_site_eccentricity

bool GlobalOptions::require_site_eccentricity = false

◆ rinex_comment

string GlobalOptions::rinex_comment = "Daily 30-sec observations from IGS stations"

◆ simulate_real_time

bool GlobalOptions::simulate_real_time = false

◆ sleep_milliseconds

int GlobalOptions::sleep_milliseconds = 50

◆ solve_amb_for

map<E_Sys, bool> GlobalOptions::solve_amb_for

◆ ssr_input_antenna_offset

E_OffsetType GlobalOptions::ssr_input_antenna_offset = E_OffsetType::UNSPECIFIED

◆ start_epoch

boost::posix_time::ptime GlobalOptions::start_epoch { boost::posix_time::not_a_date_time }

◆ time_system

string GlobalOptions::time_system = "G"

◆ use_for_iono_model

map<E_Sys, bool> GlobalOptions::use_for_iono_model

use system for ionospheric modelling

◆ use_iono_corrections

map<E_Sys, bool> GlobalOptions::use_iono_corrections