enum { XF_RF_DATA_NULL=0, XF_RF_DATA_NULL_M1=0, XF_RF_DATA_NULL_M2=0, XF_RF_DATA_NULL_MEAN=0, XF_RF_DATA_NULL_RMS=0, XF_RF_DATA_PRESSURE=1, XF_RF_DATA_MOMENTUM=2, XF_RF_DATA_TEMPERATURE=3, XF_RF_DATA_ENTHALPY=4, XF_RF_DATA_TKE=5, XF_RF_DATA_TED=6, XF_RF_DATA_SPECIES=7, XF_RF_DATA_G=8, XF_RF_DATA_G_M1=0, /* never stored but symbol is required */ XF_RF_DATA_G_M2=0, XF_RF_DATA_WSWIRL=9, XF_RF_DATA_DPMS_MASS=10, XF_RF_DATA_DPMS_MOM=11, XF_RF_DATA_DPMS_ENERGY=12, XF_RF_DATA_DPMS_SPECIES=13, XF_RF_DATA_DVOLUME_DT=14, XF_RF_DATA_BODY_FORCES=15, XF_RF_DATA_FMEAN=16, XF_RF_DATA_FVAR=17, XF_RF_DATA_MASS_FLUX=18, XF_RF_DATA_WALL_SHEAR=19, XF_RF_DATA_BOUNDARY_HEAT_FLUX=20, XF_RF_DATA_BOUNDARY_RAD_HEAT_FLUX=21, XF_RF_DATA_OLD_PRESSURE=22, XF_RF_DATA_POLLUT=23, XF_RF_DATA_DPMS_P1_S=24, XF_RF_DATA_DPMS_P1_AP=25, XF_RF_DATA_WALL_GAS_TEMPERATURE=26, XF_RF_DATA_DPMS_P1_DIFF=27, XF_RF_DATA_DR_SURF=28, /* conserved variables at n-1 and n-2 time levels (rampant) */ XF_RF_DATA_W_M1=29, XF_RF_DATA_W_M2=30, XF_RF_DATA_DPMS_BURNOUT=31, XF_RF_DATA_DPMS_CONCENTRATION=32, XF_RF_DATA_PDF_MW=33, XF_RF_DATA_DPMS_WSWIRL=34, XF_RF_DATA_YPLUS=35, XF_RF_DATA_YPLUS_UTAU=36, XF_RF_DATA_WALL_SHEAR_SWIRL=37, XF_RF_DATA_WALL_T_INNER=38, XF_RF_DATA_POLLUT0=39, XF_RF_DATA_POLLUT1=40, XF_RF_DATA_WALL_G_INNER=41, XF_RF_DATA_PREMIXC=42, XF_RF_DATA_PREMIXC_T=43, XF_RF_DATA_PREMIXC_RATE=44, XF_RF_DATA_POLLUT2=45, XF_RF_DATA_POLLUT3=46, XF_RF_DATA_MASS_FLUX_M1=47, XF_RF_DATA_MASS_FLUX_M2=48, XF_RF_DATA_GRID_FLUX=49, XF_RF_DATA_DO_I=50, XF_RF_DATA_DO_RECON_I=51, XF_RF_DATA_DO_ENERGY_SOURCE=52, XF_RF_DATA_DO_IRRAD=53, XF_RF_DATA_DO_QMINUS=54, XF_RF_DATA_DO_IRRAD_OLD=55, XF_RF_DATA_DO_IWX=56, XF_RF_DATA_DO_IWY=57, XF_RF_DATA_DO_IWZ=58, XF_RF_DATA_MACH=59, XF_RF_DATA_SLIP_U=60, XF_RF_DATA_SLIP_V=61, XF_RF_DATA_SLIP_W=62, XF_RF_DATA_SDR=63, /* omega in the k-w model */ XF_RF_DATA_SDR_M1=64, XF_RF_DATA_SDR_M2=65, XF_RF_DATA_POLLUT4=66, XF_RF_DATA_GRANULAR_TEMPERATURE = 67, XF_RF_DATA_GRANULAR_TEMPERATURE_M1 = 68, XF_RF_DATA_GRANULAR_TEMPERATURE_M2 = 69, XF_RF_DATA_VFLUX=70, XF_RF_DATA_VFLUX_M1=80, XF_RF_DATA_VFLUX_M2=90, XF_RF_DATA_DO_QTRANS=92, XF_RF_DATA_DO_QREFL=93, XF_RF_DATA_DO_QABS=94, XF_RF_DATA_DENSITY=101, XF_RF_DATA_MU_LAM=102, XF_RF_DATA_MU_TURB=103, XF_RF_DATA_CP=104, XF_RF_DATA_KTC=105, XF_RF_DATA_VGS_DTRM=106, XF_RF_DATA_VGF_DTRM=107, XF_RF_DATA_RSTRESS=108, /* V4 reynolds stress model */ XF_RF_DATA_THREAD_RAD_FLUX=109, /* mass absorption term for absorbing porous media model */ XF_RF_DATA_SPE_Q=110, XF_RF_DATA_X_VELOCITY=111, XF_RF_DATA_Y_VELOCITY=112, XF_RF_DATA_Z_VELOCITY=113, XF_RF_DATA_WALL_VELOCITY=114, XF_RF_DATA_PRESSURE_M1=0, /* never stored but symbol is required */ XF_RF_DATA_X_VELOCITY_M1=115, XF_RF_DATA_Y_VELOCITY_M1=116, XF_RF_DATA_Z_VELOCITY_M1=117, XF_RF_DATA_PHASE_MASS=118, /* cavitation mass source */ XF_RF_DATA_TEMPERATURE_M1=0, /* never stored but symbol is required */ XF_RF_DATA_TKE_M1=119, XF_RF_DATA_TED_M1=120, XF_RF_DATA_PRESSURE_M2=0, /* never stored but symbol is required */ XF_RF_DATA_X_VELOCITY_M2=122, XF_RF_DATA_Y_VELOCITY_M2=123, XF_RF_DATA_Z_VELOCITY_M2=124, XF_RF_DATA_TEMPERATURE_M2=0, /* never stored but symbol is required */ XF_RF_DATA_TKE_M2=126, XF_RF_DATA_TED_M2=127, XF_RF_DATA_RUU=128, /* V5 reynolds stress model */ XF_RF_DATA_RVV=129, /* V5 reynolds stress model */ XF_RF_DATA_RWW=130, /* V5 reynolds stress model */ XF_RF_DATA_RUV=131, /* V5 reynolds stress model */ XF_RF_DATA_RVW=132, /* V5 reynolds stress model */ XF_RF_DATA_RUW=133, /* V5 reynolds stress model */ XF_RF_DATA_DPMS_EROSION=134, XF_RF_DATA_DPMS_ACCRETION=135, XF_RF_DATA_FMEAN2=136, XF_RF_DATA_FVAR2=137, XF_RF_DATA_ENTHALPY_M1=138, XF_RF_DATA_ENTHALPY_M2=139, XF_RF_DATA_FMEAN_M1=140, XF_RF_DATA_FMEAN_M2=141, XF_RF_DATA_FVAR_M1=142, XF_RF_DATA_FVAR_M2=143, XF_RF_DATA_FMEAN2_M1=144, XF_RF_DATA_FMEAN2_M2=145, XF_RF_DATA_FVAR2_M1=146, XF_RF_DATA_FVAR2_M2=147, XF_RF_DATA_PREMIXC_M1=148, XF_RF_DATA_PREMIXC_M2=149, /*vof 1,2,3,4 kept for v5 compatibility */ XF_RF_DATA_VOF = 150, XF_RF_DATA_VOF_1 = 151, XF_RF_DATA_VOF_2 = 152, XF_RF_DATA_VOF_3 = 153, XF_RF_DATA_VOF_4 = 154, XF_RF_DATA_VOF_M1 = 160 , XF_RF_DATA_VOF_1_M1 = 161 , XF_RF_DATA_VOF_2_M1 = 162 , XF_RF_DATA_VOF_3_M1 = 163 , XF_RF_DATA_VOF_4_M1 = 164 , XF_RF_DATA_VOF_M2 = 170 , XF_RF_DATA_VOF_1_M2 = 171 , XF_RF_DATA_VOF_2_M2 = 172 , XF_RF_DATA_VOF_3_M2 = 173 , XF_RF_DATA_VOF_4_M2 = 174 , /* dynamic mesh */ XF_RF_DATA_VOLUME_M2 = 180 , XF_RF_DATA_WALL_GRID_VELOCITY = 181 , XF_RF_DATA_SV_T_AUX = 190 , /* auxilliary temperature for particles */ XF_RF_DATA_SV_T_AP_AUX = 191 , /* auxilliary ap coefficient for particles */ XF_RF_DATA_TOTAL_PRESSURE=192, XF_RF_DATA_TOTAL_TEMPERATURE=193, XF_RF_DATA_NRBC_DC=194, /* change in char. var for nrbc*/ EXPAND_50_EQUAL(XF_RF_DATA_Y_, 200), /* species */ EXPAND_50(XF_RF_DATA_Y_,_M1=, 250), /* species at fist time level */ EXPAND_50(XF_RF_DATA_Y_,_M2=, 300), /* species at second time level */ EXPAND_50_EQUAL(XF_RF_DATA_DR_SURF_, 350), /* surface deposition rate */ /* Please start next XF_RF_DATA_ subsection ids at 400 or above * to allow room for the addition of more species ids if needed */ XF_RF_DATA_PRESSURE_MEAN=400, XF_RF_DATA_PRESSURE_RMS=401, XF_RF_DATA_X_VELOCITY_MEAN=402, XF_RF_DATA_X_VELOCITY_RMS=403, XF_RF_DATA_Y_VELOCITY_MEAN=404, XF_RF_DATA_Y_VELOCITY_RMS=405, XF_RF_DATA_Z_VELOCITY_MEAN=406, XF_RF_DATA_Z_VELOCITY_RMS=407, XF_RF_DATA_TEMPERATURE_MEAN=408, XF_RF_DATA_TEMPERATURE_RMS=409, XF_RF_DATA_VOF_MEAN=410, XF_RF_DATA_VOF_RMS=411, EXPAND_50_EQUAL(XF_RF_DATA_DPMS_Y_,450), /* Don't add section ids here unless you need a large contiguous chunk. * Use id's 40-100 first! */ XF_RF_DATA_NUT=500, XF_RF_DATA_NUT_M1=501, XF_RF_DATA_NUT_M2=502, XF_RF_DATA_RUU_M1=503, XF_RF_DATA_RVV_M1=504, XF_RF_DATA_RWW_M1=505, XF_RF_DATA_RUV_M1=506, XF_RF_DATA_RVW_M1=507, XF_RF_DATA_RUW_M1=508, XF_RF_DATA_RUU_M2=509, XF_RF_DATA_RVV_M2=510, XF_RF_DATA_RWW_M2=511, XF_RF_DATA_RUV_M2=512, XF_RF_DATA_RVW_M2=513, XF_RF_DATA_RUW_M2=514, XF_RF_DATA_ENERGY_M1=515, XF_RF_DATA_ENERGY_M2=516, XF_RF_DATA_DENSITY_M1=517, XF_RF_DATA_DENSITY_M2=518, XF_RF_DATA_DPMS_PDF_1=519, XF_RF_DATA_DPMS_PDF_2=520, /* shell: using 530->539 */ XF_RF_DATA_SHELL_CELL_T=530, XF_RF_DATA_SHELL_FACE_T=531, XF_RF_DATA_DELH=600, /* obsolete for >= v6.0*/ XF_RF_DATA_DPMS_MOM_AP=601, XF_RF_DATA_DPMS_WSWIRL_AP=602, XF_RF_DATA_X_PULL=603, XF_RF_DATA_Y_PULL=604, XF_RF_DATA_Z_PULL=605, XF_RF_DATA_LIQF=606, /* pdf transport */ XF_RF_DATA_PDFT_QBAR=610, XF_RF_DATA_PDFT_PHI=611, XF_RF_DATA_PDFT_Q_TA=612, XF_RF_DATA_PDFT_SVOL_TA=613, XF_RF_DATA_PDFT_MASS_TA=614, EXPAND_50_EQUAL(XF_RF_DATA_UDS_,700), /* user defined scalar */ EXPAND_50(XF_RF_DATA_UDS_,_M1=, 750), /* user defined scalar * at fist time level */ EXPAND_50(XF_RF_DATA_UDS_,_M2=, 800), /* user defined scalar * at second time level */ XF_RF_DATA_GRANULAR_PRESSURE=910, XF_RF_DATA_GRANULAR_PRESSURE_M1=0,/* never stored but symbol is required */ XF_RF_DATA_GRANULAR_PRESSURE_M2=0,/* never stored but symbol is required */ XF_RF_DATA_UDM_I=970, /* Don't add section ids here unless you need a large contiguous chunk. * Use id's 40-100 and 128-200 first! */ EXPAND_50(XF_RF_DATA_Y_,_MEAN=, 1000), /* time average species */ EXPAND_50(XF_RF_DATA_Y_,_RMS=, 1050), /* RMS species */ EXPAND_50_EQUAL(XF_RF_DATA_Y_EDC_, 1100), /* EDC species */ EXPAND_50_EQUAL(XF_RF_DATA_DPMS_SURFACE_SPECIES_, 1150) /* particle surface species */ };