VLIDORT User's Guide

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# Main scalar testsSOURCES_SOLAR = $(SOURCES) + \$(VLID_TEST_PATH)/2p6_solar_tester.f90SOURCES_THERMAL = $(SOURCES) + \$(VBRDF_SUP_SOURCES) \$(VLID_TEST_PATH)/2p6_thermal_tester.f90SOURCES_SOLAR_LPCS = $(SOURCES) + \$(L_SOURCES) \$(LPS_SOURCES) \$(LCS_SOURCES) \$(VLID_TEST_PATH)/2p6_solar_lpcs_tester.f90SOURCES_THERMAL_LPCS = $(SOURCES) + \$(L_SOURCES) \$(LPS_SOURCES) \$(LCS_SOURCES) \$(VLID_TEST_PATH)/2p6_thermal_lpcs_tester.f90SOURCES_BRDFPLUS = $(SOURCES) + \$(L_SOURCES) \$(LCS_SOURCES) \$(VSLEAVE_SUP_SOURCES) \$(VBRDF_LINSUP_SOURCES) \$(VLID_TEST_PATH)/vlidort_sup_accessories.f90 \$(VLID_TEST_PATH)/2p6_brdfplus_tester.f90We also define utility programs:# UtilitiesSOURCES_UTIL =SOURCES_UTIL += \$(UTIL_PATH)/vlidort_diff.f90Next comes the pattern rules for creating object files:# For vlidort main source files$(OBJ_PATH)/%.o : $(VLID_DEF_PATH)/%.f90$(FC) $(FFLAGS) $< -o $@$(OBJ_PATH)/%.o : $(VLID_MAIN_PATH)/%.f90$(FC) $(FFLAGS) $< -o $@$(OBJ_PATH)/%.o : $(VLID_TEST_PATH)/%.f90$(FC) $(FFLAGS) $< -o $@# For utility source files$(OBJ_PATH)/%.o : $(UTIL_PATH)/%.f90$(FC) $(FFLAGS) $< -o $@Then we have variables for defining source and object file lists. For example:F90SOURCES_SOLAR := $(notdir $(filter %.f90, $(SOURCES_SOLAR)))F90OBJECTS_SOLAR := $(patsubst %.f90, %.o, $(addprefix $(OBJ_PATH)/,$(F90SOURCES_SOLAR)))66
Finally, the command to build the desired target executable(s) for the installation tests is:main: solar \thermal \brdfsolar: s2p6_solar_tester.exe \s2p6_solar_lpcs_tester.exethermal: s2p6_thermal_tester.exe \s2p6_thermal_lpcs_tester.exebrdf: s2p6_brdfplus_tester.exes2p6_solar_tester.exe: $(F90OBJECTS_SOLAR)$(FC) $^ -o $@s2p6_thermal_tester.exe: $(F90OBJECTS_THERMAL)$(FC) $^ -o $@s2p6_solar_lpcs_tester.exe: $(F90OBJECTS_SOLAR_LPCS)$(FC) $^ -o $@s2p6_thermal_lpcs_tester.exe: $(F90OBJECTS_THERMAL_LPCS)$(FC) $^ -o $@s2p6_brdfplus_tester.exe: $(F90OBJECTS_BRDFPLUS)$(FC) $^ -o $@vlidort_diff: $(F90OBJECTS_UTIL)$(FC) $^ -o $@lastly, the Makefile “clean” target command is defined:.PHONY: cleanclean:rm -f *.o $(OBJ_FILES) *.mod $(MOD_FILES) *.log *.exe67
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User’s GuideVLIDORTVersion 2.6Rob
Page 5 and 6:
Table of Contents1H1. Introduction
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1. Introduction to VLIDORT1.1. Hist
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Table 1.1 Major features of LIDORT
Page 11 and 12:
In 2006, R. Spurr was invited to co
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corrections, and sphericity correct
Page 16 and 17: Matrix Π relates scattering and in
Page 18 and 19: m⎛ P⎞l( μ)0 0 0⎜⎟mmm ⎜ 0
Page 20 and 21: In the following sections, we suppr
Page 22 and 23: of the single scatter albedo ω and
Page 24 and 25: Here T n−1 is the solar beam tran
Page 26 and 27: ~ + ~ ~ (1)~ ~ + ~ ~ (2)~ ~ − ~ 1
Page 28 and 29: The solution proceeds first by the
Page 30 and 31: Linearizations. Derivatives of all
Page 32 and 33: For the plane-parallel case, we hav
Page 34 and 35: One of the features of the above ou
Page 36 and 37: L↑↑ ↑k (cot n −cotn −1)[
Page 38 and 39: Note the use of the profile-column
Page 40 and 41: βl,aer(1)(2)fz1e1βl+ ( 1−f ) z2
Page 42 and 43: For BRDF input, it is necessary for
Page 44 and 45: streams were used in the half space
Page 46 and 47: anded tri-diagonal matrix A contain
Page 48 and 49: in place to aid with the LU-decompo
Page 50 and 51: In earlier versions of LIDORT and V
Page 53 and 54: 4. The VLIDORT 2.6 package4.1. Over
Page 55 and 56: (discrete ordinates), so that dimen
Page 57 and 58: Table 4.2 Summary of VLIDORT I/O Ty
Page 59 and 60: Table 4.3. Module files in VLIDORT
Page 61 and 62: Finally, modules vlidort_ls_correct
Page 63 and 64: end program main_VLIDORT4.3.2. Conf
Page 65: $(VLID_DEF_PATH)/vlidort_sup_brdf_d
Page 69 and 70: Here, “s” indicates you want to
Page 71 and 72: The main difference between “vlid
Page 73 and 74: to both VLIDORT and the given VSLEA
Page 75 and 76: STATUS_INPUTREAD is equal to 4 (VLI
Page 77 and 78: 5. ReferencesAnderson, E., Z. Bai,
Page 79 and 80: Mishchenko, M.I., and L.D. Travis,
Page 81: Stamnes K., S-C. Tsay, W. Wiscombe,
Page 84 and 85: Table A2: Type Structure VLIDORT_Fi
Page 86 and 87: DO_WRITE_FOURIER Logical (I) Flag f
Page 88 and 89: USER_LEVELS (o) Real*8 (IO) Array o
Page 90 and 91: angle s, Stokes parameter S, and di
Page 92 and 93: DO_SLEAVE_WFS Logical (IO) Flag for
Page 94 and 95: 6.1.1.8. VLIDORT linearized outputs
Page 96 and 97: NFINELAYERS Integer Number of fine
Page 98 and 99: 6.1.2.4. VLIDORT linearized modifie
Page 100 and 101: The output file contains (for all 3
Page 102 and 103: The first call is the baseline calc
Page 104 and 105: for a 2-parameter Gamma-function si
Page 106 and 107: Remark. In VLIDORT, the BRDF is a 4
Page 108 and 109: 6.3.3.1. Input and output type stru
Page 110 and 111: Table C: Type Structure VBRDF_LinSu
Page 112 and 113: Special note regarding Cox-Munk typ
Page 114 and 115: squared parameter, so that Jacobian
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6.4. SLEAVE SupplementHere, the sur
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is possible to define Jacobians wit
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etween 0 and 90 degrees.N_USER_OBSG
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6.4.4.2 SLEAVE configuration file c
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