C C<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<< C C INPUT DECK FOR TIGCM POST-MODEL PROCESSOR: C (mss executable = /FOSTER/binproc.ymp/tigcm.v1.o) C C NCASE = number of separate cases to be processed during this run C (full set of inputs needed for each case) C LABEL = 32-character desciptive label for run (can leave blank) C (do NOT use colons (:)) C DYN = 1 -> dynamo case (for histories that have potential at 25 levels) C HISTVOL(S) = history volumes (3 strings per volume) C DDHHMM = Model day:hour:minute (md:mh:mm) where md,mh,mm are integers C and each time enclosed in quotes, e.g., '01:12:00' C (number of values usually multiple of 25) C IYD = year-day for each day of run (e.g., 76080,76081,...) C IDEN = flag for species densities: C 0 -> species in number densities and total in mass density C 1 -> species and total in mass mixing ratio (as on history) C 2 -> convert species and total to number densities (cm3) C 3 -> convert species and total to mass density (gm/cm3) C LOG10PL = 1 -> plot log10 of fields where appropriate (densities) C COLOR = 1 -> make color fill contours (otherwise, black and white) C PLGLB = 1 -> Contour cylindrical equidistant global projection C at current ut and at selected pressures C PLPOL = flag for stereographic (polar) projections at current C ut and at selected pressures as follows: C 0 -> do not make polar plots C 1 -> make polar plots for southern hemisphere only C 2 -> make polar plots for northern hemisphere only C 3 -> make polar plots for both hemispheres C PLSATV = 1 -> Contour on satellite view projection C (use LATLON for projection orientation) C PLLATZP = 1 -> Contour longitude slices (lat on x-axis, zp on y-axis) C PLLATHT = 1 -> Contour longitude slices (lat on x-axis, ht on y-axis) C PLUTLAT = 1 -> Contour ut on x-axis, latitude on y-axis C PLUTZPM = 1 -> Contour global means with ut on x-axis, zp on y-axis C (in this case, slon and spls are ignored) C PLUTHTM = 1 -> Contour global means with ut on x-axis, height on y-axis C (in this case, slon and spls are ignored) C PLCOOL = 1 -> Include heating/cooling terms when iplglb=1, C iplpol=1, ipllon=1, or iplutlat=1 C SLON = selected longitudes (-180 to 180) (max of 5 lons) C SSLT = selected solar local times (max of 5 times) C SPLS = selected pressure levels (-7 to +5) (max of 5 pressures) C SHTS = selected heights (will interpolate for global and polar plots) C HTUB = upper boundary for linear height scale (must be multiple of 100.) C (if htub > htmax at grid point: zonal mean will extrapolate to C htub, but all others will leave plot blank above htmax) C LATLON = lat,lon locations for center of satellite view projections C (lon = 999. means use local noon longitude) C PLTIGCM -> choose fields to be contoured C C<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<< C NCASE = 1 ENDOFREAD C Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc C 2a BASE CASE DECEMBER 1976 SOLAR MINIMUM AURORA RESPONSE STUDY C START=ROBLE/RGR90/CO2B02,10,0,0 C F107=67. ,F107A=72., P=5GW, PHI=30KV, DEC 2-2 TIDES AND 1-1 LTCS1 C TIDES. P=33GW,PHI=90KV SUDDEN CHANGE 0,0,0 TO 3,0,0 C DATA=ROBLE/RGR88/DVWSOL C HISTORY=ROBLE/RGR90/CO2AN1,2 FROM 0,0,0 TO 1,0,0 (1 HR HIST) C HISTORY=ROBLE/RGR90/CO2AN3,4 FROM 1,0,0 TO 2,0,0 (1 HR HIST) C HISTORY=ROBLE/RGR90/CO2AN5,6 FROM 2,0,0 TO 3,0,0 (1 HR HIST) Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc C LABEL = 'DEC 76 SOLAR MINIMUM BASE CASE ' DYN = 0 HISTVOL = 'ROBLE','RGR90','CO2AN1' CHISTVOL = 'ROBLE','RGR90','CO2AN1','ROBLE','RGR90','CO2AN2', C 'ROBLE','RGR90','CO2AN3','ROBLE','RGR90','CO2AN4', C 'ROBLE','RGR90','CO2AN5','ROBLE','RGR90','CO2AN6' DDHHMM = '00:01:00' C CDDHHMM = '00:00:00','00:01:00','00:02:00','00:03:00','00:04:00', C '00:05:00','00:06:00','00:07:00','00:08:00','00:09:00', C '00:10:00','00:11:00','00:12:00','00:13:00','00:14:00', C '00:15:00','00:16:00','00:17:00','00:18:00','00:19:00', C '00:20:00','00:21:00','00:22:00','00:23:00', C '01:00:00','01:01:00','01:02:00','01:03:00','01:04:00', C '01:05:00','01:06:00','01:07:00','01:08:00','01:09:00', C '01:10:00','01:11:00','01:12:00','01:13:00','01:14:00', C '01:15:00','01:16:00','01:17:00','01:18:00','01:19:00', C '01:20:00','01:21:00','01:22:00','01:23:00', C '02:00:00','02:01:00','02:02:00','02:03:00','02:04:00', C '02:05:00','02:06:00','02:07:00','02:08:00','02:09:00', C '02:10:00','02:11:00','02:12:00','02:13:00','02:14:00', C '02:15:00','02:16:00','02:17:00','02:18:00','02:19:00', C '02:20:00','02:21:00','02:22:00','02:23:00','03:00:00' CIYD = 76355,76356,76357 IYD = 76355 IDEN = 2 LOG10PL = 0 COLOR = 0 C C Plots at single ut: PLGLB = 1 PLPOL = 0 PLSATV = 0 PLLATZP = 0 PLLATHT = 0 C C Plots with ut on x-axis: C (End with M refers to global means) PLUTLAT = 0 PLUTZPM = 0 PLUTHTM = 0 C C Cooling/heating terms: PLCOOL = 0 C C Selected grid: SLON = -999. CSSLT = 0.,12. SPLS = -4.,+2. CSHTS = 120.,200.,300. HTUB = 400. LATLON = -70.0,999.,+70.,999. C C T U V O2 O N4S NO O+ N2D TI TE NE O2+ W Z N2 PLTIGCM= 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, C FOF2 HMF2 RHO RAT 0, 0, 0, 0 C C POTEN UI VI WI SUMPOT HPOTEN HUI HVI HWI PLTIEGCM = 1, 1, 1, 1, 1, 1, 1, 1, 1 ENDOFREAD C Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc C 4B CO2 DBL DECEMBER 1976 SOLAR MINIMUM AURORA RESPONSE STUDY C START=ROBLE/RGR90/CO2S02,10,0,0 C F107=67., F107A=72., P=5GW, PHI=30KV, DEC 2-2 TIDES AND 1-1 LTCS1 C TIDES. P=33GW,PHI=90KV SUDDEN CHANGE 0,0,0 TO 3,0,0 C DATA=ROBLE/RGR88/DVWSOL C HISTORY=ROBLE/RGR90/CO2CN1,2 FROM 0,0,0 TO 1,0,0 (1 HR HIST) C HISTORY=ROBLE/RGR90/CO2CN3,4 FROM 1,0,0 TO 2,0,0 (1 HR HIST) C HISTORY=ROBLE/RGR90/CO2CN5,6 FROM 2,0,0 TO 3,0,0 (1 HR HIST) Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc C LABEL = 'DEC 76 SOLAR MINIMUM (CO2 DBL) ' DYN = 0 HISTVOL = 'ROBLE','RGR90','CO2CN1','ROBLE','RGR90','CO2CN2', 'ROBLE','RGR90','CO2CN3','ROBLE','RGR90','CO2CN4', 'ROBLE','RGR90','CO2CN5','ROBLE','RGR90','CO2CN6' DDHHMM = '00:00:00','00:03:00','00:06:00','00:09:00','00:12:00', '00:15:00','00:18:00','00:21:00', '01:00:00','01:03:00','01:06:00','01:09:00','01:12:00', '01:15:00','01:18:00','01:21:00', '02:00:00','02:03:00','02:06:00','02:09:00','02:12:00', '02:15:00','02:18:00','02:21:00','03:00:00' CDDHHMM = '00:00:00','00:01:00','00:02:00','00:03:00','00:04:00', C '00:05:00','00:06:00','00:07:00','00:08:00','00:09:00', C '00:10:00','00:11:00','00:12:00','00:13:00','00:14:00', C '00:15:00','00:16:00','00:17:00','00:18:00','00:19:00', C '00:20:00','00:21:00','00:22:00','00:23:00', C '01:00:00','01:01:00','01:02:00','01:03:00','01:04:00', C '01:05:00','01:06:00','01:07:00','01:08:00','01:09:00', C '01:10:00','01:11:00','01:12:00','01:13:00','01:14:00', C '01:15:00','01:16:00','01:17:00','01:18:00','01:19:00', C '01:20:00','01:21:00','01:22:00','01:23:00', C '02:00:00','02:01:00','02:02:00','02:03:00','02:04:00', C '02:05:00','02:06:00','02:07:00','02:08:00','02:09:00', C '02:10:00','02:11:00','02:12:00','02:13:00','02:14:00', C '02:15:00','02:16:00','02:17:00','02:18:00','02:19:00', C '02:20:00','02:21:00','02:22:00','02:23:00','03:00:00' IYD = 76355,76356,76357 IDEN = 2 LOG10PL = 0 COLOR = 0 C C Plots at single ut: PLGLB = 0 PLPOL = 0 PLSATV = 0 PLLATZP = 0 PLLATHT = 0 C C Plots with ut on x-axis: C (End with M refers to global means) PLUTLAT = 0 PLUTZPM = 0 PLUTHTM = 1 C C Cooling/heating terms: PLCOOL = 0 C C Selected grid: SLON = -999. CSSLT = 0.,12. CSPLS = -4.,+2. SHTS = 120.,200.,300. HTUB = 400. LATLON = -70.0,999.,+70.,999. C C T U V O2 O N4S NO O+ N2D TI TE NE O2+ W Z N2 PLTIGCM= 1, 0, 0, 1, 1, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, C FOF2 HMF2 RHO RAT 0, 0, 0, 0 C C POTEN UI VI WI PLTIEGCM = 1, 1, 1, 1 ENDOFREAD C Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc C 4a BASE CASE DECEMBER 1979 SOLAR MAXIMUM AURORA RESPONSE STUDY C START=ROBLE/RGR90/CO2BX1,5,0,0 C F107=243.,F107A=215.,P=5GW, PHI=30KV, DEC 2-2 TIDES AND 1-1 LTCS1 C TIDES. P=33GW,PHI=90KV SUDDEN CHANGE 0,0,0 TO 3,0,0 C DATA=ROBLE/RGR88/DVWSOL C HISTORY=ROBLE/RGR90/CO2AX1,2 FROM 0,0,0 TO 1,0,0 (1 HR HIST) C HISTORY=ROBLE/RGR90/CO2AX3,4 FROM 1,0,0 TO 2,0,0 (1 HR HIST) C HISTORY=ROBLE/RGR90/CO2AX5,6 FROM 2,0,0 TO 3,0,0 (1 HR HIST) Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc C LABEL = 'DEC 79 SOLAR MAXIMUM BASE CASE ' DYN = 0 HISTVOL = 'ROBLE','RGR90','CO2AX1','ROBLE','RGR90','CO2AX2', 'ROBLE','RGR90','CO2AX3','ROBLE','RGR90','CO2AX4', 'ROBLE','RGR90','CO2AX5','ROBLE','RGR90','CO2AX6' DDHHMM = '00:00:00','00:01:00','00:02:00','00:03:00','00:04:00', '00:05:00','00:06:00','00:07:00','00:08:00','00:09:00', '00:10:00','00:11:00','00:12:00','00:13:00','00:14:00', '00:15:00','00:16:00','00:17:00','00:18:00','00:19:00', '00:20:00','00:21:00','00:22:00','00:23:00', '01:00:00','01:01:00','01:02:00','01:03:00','01:04:00', '01:05:00','01:06:00','01:07:00','01:08:00','01:09:00', '01:10:00','01:11:00','01:12:00','01:13:00','01:14:00', '01:15:00','01:16:00','01:17:00','01:18:00','01:19:00', '01:20:00','01:21:00','01:22:00','01:23:00', '02:00:00','02:01:00','02:02:00','02:03:00','02:04:00', '02:05:00','02:06:00','02:07:00','02:08:00','02:09:00', '02:10:00','02:11:00','02:12:00','02:13:00','02:14:00', '02:15:00','02:16:00','02:17:00','02:18:00','02:19:00', '02:20:00','02:21:00','02:22:00','02:23:00','03:00:00' IYD = 79355,79356,79357 IDEN = 2 LOG10PL = 0 COLOR = 0 C C Plots at single ut: PLGLB = 0 PLPOL = 0 PLSATV = 0 PLLATZP = 0 PLLATHT = 0 C C Plots with ut on x-axis: C (End with M refers to global means) PLUTLAT = 0 PLUTZPM = 0 PLUTHTM = 1 C C Cooling/heating terms: PLCOOL = 0 C C Selected grid: SLON = -999. CSSLT = 0.,12. CSPLS = -4.,+2. SHTS = 120.,200.,300. HTUB = 500. LATLON = -70.0,999.,+70.,999. C C T U V O2 O N4S NO O+ N2D TI TE NE O2+ W Z N2 PLTIGCM= 1, 0, 0, 1, 1, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, C FOF2 HMF2 RHO RAT 0, 0, 0, 0 C C POTEN UI VI WI PLTIEGCM = 1, 1, 1, 1 ENDOFREAD C Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc C 4B CO2 DBL DECEMBER 1979 SOLAR MAXIMUM AURORA RESPONSE STUDY C START=ROBLE/RGR90/CO2DX4,5,0,0 C F107=243.,F107A=215.,P=5GW, PHI=30KV, DEC 2-2 TIDES AND 1-1 LTCS1 C TIDES. P=33GW,PHI=90KV SUDDEN CHANGE 0,0,0 TO 3,0,0 C DATA=ROBLE/RGR88/DVWSOL C HISTORY=ROBLE/RGR90/CO2CX1,2 FROM 0,0,0 TO 1,0,0 (1 HR HIST) C HISTORY=ROBLE/RGR90/CO2CX3,4 FROM 1,0,0 TO 2,0,0 (1 HR HIST) C HISTORY=ROBLE/RGR90/CO2CX5,6 FROM 2,0,0 TO 3,0,0 (1 HR HIST) C C Note: as of 4/19/91, CO2CX3 is short: has only 1.0->1.6 C (1.7->1.12 are missing for this case) C Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc C LABEL = 'DEC 79 SOLAR MAXIMUM (CO2 DBL) ' DYN = 0 HISTVOL = 'ROBLE','RGR90','CO2CX1','ROBLE','RGR90','CO2CX2', 'ROBLE','RGR90','CO2CX3','ROBLE','RGR90','CO2CX4', 'ROBLE','RGR90','CO2CX5','ROBLE','RGR90','CO2CX6' DDHHMM = '00:00:00','00:01:00','00:02:00','00:03:00','00:04:00', '00:05:00','00:06:00','00:07:00','00:08:00','00:09:00', '00:10:00','00:11:00','00:12:00','00:13:00','00:14:00', '00:15:00','00:16:00','00:17:00','00:18:00','00:19:00', '00:20:00','00:21:00','00:22:00','00:23:00', '01:00:00','01:01:00','01:02:00','01:03:00','01:04:00', '01:05:00','01:06:00','01:07:00','01:08:00','01:09:00', '01:10:00','01:11:00','01:12:00','01:13:00','01:14:00', '01:15:00','01:16:00','01:17:00','01:18:00','01:19:00', '01:20:00','01:21:00','01:22:00','01:23:00', '02:00:00','02:01:00','02:02:00','02:03:00','02:04:00', '02:05:00','02:06:00','02:07:00','02:08:00','02:09:00', '02:10:00','02:11:00','02:12:00','02:13:00','02:14:00', '02:15:00','02:16:00','02:17:00','02:18:00','02:19:00', '02:20:00','02:21:00','02:22:00','02:23:00','03:00:00' IYD = 79355,79356,79357 IDEN = 2 LOG10PL = 0 COLOR = 0 C C Plots at single ut: PLGLB = 0 PLPOL = 0 PLSATV = 0 PLLATZP = 0 PLLATHT = 0 C C Plots with ut on x-axis: C (End with M refers to global means) PLUTLAT = 0 PLUTZPM = 0 PLUTHTM = 1 C C Cooling/heating terms: PLCOOL = 0 C C Selected grid: SLON = -999. CSSLT = 0.,12. CSPLS = -4.,+2. SHTS = 120.,200.,300. HTUB = 500. LATLON = -70.0,999.,+70.,999. C C T U V O2 O N4S NO O+ N2D TI TE NE O2+ W Z N2 PLTIGCM= 1, 0, 0, 1, 1, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, C FOF2 HMF2 RHO RAT 0, 0, 0, 0 C C POTEN UI VI WI PLTIEGCM = 1, 1, 1, 1 ENDOFREAD