###################################################### # # # AUTHOR = "L. Jorda -- LAM, Marseille" # # EMAIL = "Laurent.Jorda@oamp.fr" # # PROGRAM = "verxpar.for" # # SOURCE = "/data1/sha/C_CHURYUMOV-GERASI/cg" # # METHOD = "GEOMETRIC APPROXIMATION" # # MRAD_VAL= 1.661947488784790039 # # MRAD_ERR= 0.460216403007507324 # # CRAD_VAL= 1.743206977844238281 # # MRAD_MIN= 0.473361879587173462 # # MRAD_MAX= 2.643902778625488281 # # MRAD_UNT= "KM" # # DIAM_1 = 4.342261314392089844 # # DIAM_2 = 2.606449604034423828 # # DIAM_3 = 2.098810672760009766 # # VOL_VAL = 18.74673080444335938 # # SUR_VAL = 48.47400283813476562 # # VOL_UNT = "KM^3" # # SUR_UNT = "KM^2" # # COM_X = 0.1499904505908E-01 # # COM_Y = -0.2988513931632E-01 # # COM_Z = 0.2157120034099E-01 # # COM_UNT = "KM" # # DENS_VAL= 1000.000000000000000 # # DENS_UNT= "KG/M^3" # # MOMI_1 = 0.1802320889616E+20 # # MOMI_2 = 0.3322238814707E+20 # # MOMI_3 = 0.3573345280258E+20 # # MOMI_UNT= "KG M^2" # # ROTM_11 = 0.999703261679970034 # # ROTM_12 = 0.2703920469961E-02 # # ROTM_13 = 0.2420903551407E-01 # # ROTM_21 = -0.1423737174569E-02 # # ROTM_22 = 0.998607142698739292 # # ROTM_23 = -0.5274227453872E-01 # # ROTM_31 = -0.2431792669796E-01 # # ROTM_32 = 0.5269215658095E-01 # # ROTM_33 = 0.998314667364935127 # # TENS_11 = 0.1803369915972E+20 # # TENS_12 = 18426988155710116.00 # # TENS_13 = 430190858786749504.0 # # TENS_22 = 0.3322934212302E+20 # # TENS_23 = -132742303768998576.0 # # TENS_33 = 0.3571600769464E+20 # # MASS_VAL= 18746731134976.00000 # # MASS_UNT= "KG" # # NB_VERT = 1572866 # # NB_TRIA = 3145728 # # COORSYS = "CARTESIAN" # # ANGL_CA1= 0.154968838480546961 # # ANGL_CA2= -3.024199682429243197 # # ANGL_CA3= -1.387211085724049164 # # CAX_DEF = "CARDAN ANGLES / ZYX (DEG)" # # RES_ANGL= 0.114516213727246866 # # RES_METR= 3.925489842899983373 # # MRAD_DEF= "MEAN RADIUS (RAW)" # # CRAD_DEF= "MEAN RADIUS (CORRECTED)" # # DIAM_DEF= "DIAMETERS ALONG AXES" # # SUR_DEF = "SURFACE OF THE BODY" # # VOL_DEF = "VOLUME OF THE BODY" # # COM_DEF = "COORDINATES CENTER OF MASS" # # MOMI_DEF= "MOMENTS OF INERTIA" # # ROTM_DEF= "ELEMENTS ROTATION MATRIX" # # TENS_DEF= "ELEMENTS TENSOR OF INERTIA" # # DENS_DEF= "DENSITY" # # MASS_DEF= "TOTAL MASS" # # RES_DEF = "ANG.(DEG)/SPAT.(M) RESOLUTION" # # ANGL_ZOF= 3.326913111611684126 # # ZOF_DEF = "OFFSET ANGLE BETW. Z-AXES (DEG)" # # IRAD_1 = 2.606185197830200195 # # IRAD_2 = 1.654805183410644531 # # IRAD_3 = 1.438279032707214355 # # IRAD_DEF= "MOMENT-EQUIVALENT RADII (KM)" # # BBOX_X1 = -2.450088024139404297 # # BBOX_Y1 = 2.592973232269287109 # # BBOX_Z1 = -1.756962299346923828 # # BBOX_X2 = 1.954873442649841309 # # BBOX_Y2 = -1.676145076751708984 # # BBOX_Z2 = 1.605671286582946777 # # BBOX_DEF= "LIMITS OF BOUNDING BOX (KM)" # # # ######################################################