configuration_fixture.h File Reference

#include "absorber.h"
#include "aerosol_optical.h"
#include "pressure_level_input.h"
#include "error_analysis.h"
#include "connor_solver.h"
#include "spectral_window.h"
#include "spectrum_sampling.h"
#include "level_1b_sample_coefficient.h"
#include "initial_guess.h"
#include "register_output_base.h"
#include "instrument.h"
#include "dispersion.h"
#include "rt_atmosphere.h"
#include "radiative_transfer.h"
#include "lua_state.h"
#include "global_fixture.h"
#include "forward_model.h"
#include "observation.h"
#include <map>

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Classes
class	FullPhysics::ConfigurationBrdfSoilFixture
	There are a number of tests that need to use a standard set of objects, similar to what we generate when running l2_fp. More...
class	FullPhysics::ConfigurationBrdfVegFixture
	There are a number of tests that need to use a standard set of objects, similar to what we generate when running l2_fp. More...
class	FullPhysics::ConfigurationCoxmunkFixture
	There are a number of tests that need to use a standard set of objects, similar to what we generate when running l2_fp. More...
class	FullPhysics::ConfigurationCoxmunkPlusLambertianFixture
	There are a number of tests that need to use a standard set of objects, similar to what we generate when running l2_fp. More...
class	FullPhysics::ConfigurationFixture
	There are a number of tests that need to use a standard set of objects, similar to what we generate when running l2_fp. More...

Namespaces
	FullPhysics
	Contains classes to abstract away details in various Spurr Radiative Transfer software.