Nom de la station: _ Lettres d'identification: _ Numero d'identification climatologique: _ Numero d'identification synoptique: _ Communication: telephone _ Altitude: _ Latitude: _ Longitude: _ Programme: SA ET TSOL DRAPEAUX: # 1: LEVER SUPPRIME PRESSION. # 2: LEVER SUPPRIME TEMPERATURE, HR, POINT DE ROSE # 3: LEVER SUPPRIME VENT. # 4: LEVER SUPPRIME BELFORT, TBRG, UDG , BRAS CAPMON. # 5: LEVER SUPPRIME RADIATION, INSOLATION. # 6: LEVER SUPPRIME TEMP. SOL. # 7: SPARE # 8: SPARE CANAUX: 1H...1.. SETRA SBP 270 1L...2.. SETRA SBP 270 2H...3.. SONDE 207 / SONDE 107F / HMP35 / HMP36 2L...4.. SONDE 207 / HMP35 / HMP36 3H...5.. LI-COR 200 / REBS Q-7 3L...6.. LI-COR 200 / REBS Q-7 4H...7.. RM YOUNG 4L...8.. UDG 5H...9.. FISHER/PORTER / BELFORT 5L..10.. TSOL 5CM 6H..11.. TSOL 10CM / BW100 6L..12.. TSOL 20CM / BW100 CANAUX D'EXCITATION: #1.. ( SONDE 207 / 107F(500 MV) / 107B / TSOLSEA HMP35 / HMP 36 ) = 500 mV #2.. DEWCEL(551 MV) / ( HMP35 / HMP36 ) = 5000 mV #3.. ( RM YOUNG / SETRA ) = 2500 mV / BELFORT (5000 MV) CONTROLE PORT: #1.. #2.. Fisher/Porter #3.. Fisher/Porter #4.. UDG #5.. UDG #6.. UDG #7.. #8.. PULSE INPUT CHANNEL: #1.. RM YOUNG #2.. TBRG 12 VOLTS: SETRA FISHER/PORTER HMP36 HMP35 UDG SORTIE FINALE: OBSERVATION HORAIRE: 01 Table id (160) 02 Annee 03 Jour julien 04 Heure et minutes (Data Logger) 05 Identificatif de la station 06 Data Availabilite 07 Pression a la station (Hpa) - 59-60 minutes 08 Temperature moyenne (C) - 59-60 minutes 09 Point de rosee (C) /HR (%) - 59-60 minutes 10 Temperature maximum (C) - 1 heure 11 Temperature minimum (C) - 1 heure 12 Temperature moyenne - 1 heure 13 Point de rosee (C) / HR % - 1 heure 14 Vitesse du vent (Kns) - 58-60 minutes 15 Vecteur magnitude - 58-60 minutes 16 Vecteur direction (Deg) - 58-60 minutes 17 Sigma theta - 58-60 minutes 18 Vitesse du vent (Kns) - 50-60 minutes 19 Vecteur magnitude - 50-60 minutes 20 Vecteur direction (Deg) - 50-60 minutes 21 Sigma theta - 50-60 minutes 22 Pointe de vent (Kns) - 50-60 minutes 23 Vitesse du vent (Kns) - 1 heure 24 Vecteur magnitude - 1 heure 25 Vecteur direction - 1 heure 26 Sigma theta - 1 heure 27 Sigma U - 1 heure 28 Pointe de vent (Kns) - 1 heure 29 Heure-minute pointe de vent - 1 heure 30 Direction de la pointe de vent - 1 heure 31 Vent maximum 2 minutes - 1 heure 32 Vent maximum 10 minutes - 1 heure 33 Pluviometre Belfort - 15 minutes 34 Pluviometre Belfort - 30 minutes 35 Pluviometre Belfort - 45 minutes 36 Pluviometre Belfort - 60 minutes 37 Precipitation (mm) - heure 38 TBRG precipitation (mm) - heure 39 Neige au sol (cm) - 59-60 minutes 40 Neige accumule (cm) - 1 heure 41 RF1 Radiation moy. - 1 heure 42 RF4 Radiation moy. - 1 heure 43 Insolation - 1 heure 44 Temperature sol 5 cm - 1 heure 45 Temperature sol 10 cm - 1 heure 46 Temperature sol 20 cm - 1 heure 47 Signature - instantane 48 Temperature du 21X - instantane 49 Voltage minimum des batteries - 1 heure MESSAGE POUR LES TEMPERATURE DU SOL: 01 Table id (208 OU 216) 02 Annee 03 Date julienne 04 Heure 05 Identifacatif de la station 06 Temperature 5 cm - 1 minute 07 Temperature 10 cm - 1 minute 08 Temperature 20 cm - 1 minute 09 Temperature 50 cm - 1 minute 10 Temperature 100 cm - 1 minute 11 Temperarure 150 cm - 1 minute 12 Temperature 300 cm - 1 minute 13 Temperature 5 cm - 1 heure 14 Temperature 10 cm - 1 heure 15 Temperature 20 cm - 1 heure 16 Temperature 50 cm - 1 heure 17 Temperature 100 cm - 1 heure 18 Temperature 150 cm - 1 heure 19 Temperature 300 cm - 1 heure * 1 Table 1 Programs 01: 5 Sec. Execution Interval 1: P92 If time is INSCRIRE LA VALEUR 10 EN LOCATION 01: 50 minutes into a 40 POUR CALCULE DES VENTS DE 10 MIN. 02: 60 minute interval 03: 30 Then Do 2: P30 Z=F 01: 10 F 02: 0 Exponent of 10 03: 40 Z Loc [:LOC 50-60] 3: P95 End ------------ FIN -------------- 4: P92 If time is INSCRIRE LA VALEUR 2 EN LOCATION 01: 58 minutes into a 41 POUR CALCULE DES VENTS DE 2 MIN. 02: 60 minute interval 03: 30 Then Do 5: P30 Z=F 01: 2 F 02: 0 Exponent of 10 03: 41 Z Loc [:LOC 58-60] 6: P95 End -------------- FIN -------------- 7: P92 If time is A TOUTE LES 10 MINUTES 01: 0 minutes into a 02: 10 minute interval 03: 30 Then Do 8: P30 Z=F INSCRIRE LE NUMERO D'IDENTIFICATION DE LA 01: 1000 F STATION LES 4 DERNIERS CHIFFRES SYNOPTIQUE 02: 0 Exponent of 10 03: 1 Z Loc [:ident ] 9: P30 Z=F CALCULE DU NOMBRE D'INTERVALE EN POURCENTAGE 01: .13888 F 100/(3600/INTERVALE) 02: 0 Exponent of 10 03: 2 Z Loc [:Data Avab] 10: P17 Panel Temperature TEMPERATURE DU 21X 01: 22 Loc [:Temp int ] 11: P10 Battery Voltage VOLTAGE DES BATTERIE DU 21X 01: 3 Loc [:Volt bat.] 12: P19 Signature SIGNATURE DU PROGRAMME DU 21X 01: 4 Loc [:signature] 13: P30 Z=F INSCRIRE 6999 DANS LA LOCATION 01: 6999 F 80 POUR LORS DE DONNEES MANQUANTES 02: 0 Exponent of 10 03: 80 Z Loc [:6999 ] 14: P54 Block Move INSCRIRE 6999 DANS LES LOCATIONS 81 01: 5 No. of Values A 85 POUR LORS DE DONNEES MANQUANTES 02: 80 First Source Loc 6999 03: 0 Source Step 04: 81 First Destination Loc [:6999 ] 05: 1 Destination Step 15: P95 End ------------------ FIN -------------- ACTIVATION DU DETECTEUR DE VITESSE ET DE DIRECTION DU VENT RM-YOUNG: 16: P4 Excite,Delay,Volt(SE) --- ACTIVATION DU RM-YOUNG 01: 1 Rep DIRECTION 02: 5 5000 mV slow Range 03: 7 IN Chan 04: 3 Excite all reps w/EXchan 3 05: 2 Delay (units .01sec) 06: 2500 mV Excitation 07: 5 Loc [:Vent dir;] 08: .142 Mult 09: 0.0000 Offset 17: P3 Pulse --- ACTIVATION DU RM-YOUNG 01: 1 Rep VITESSE 02: 1 Pulse Input Chan 03: 11 Low level AC 04: 6 Loc [:Vent vit ] 05: .03810 Mult 06: 0.0001 Offset 18: P92 If time is CALCULE MOYENNE 1 MINUTE RM-YOUNG 01: 0 minutes into a 02: 1 minute interval 03: 10 Set high Flag 0 (output) 19: P80 Set Active Storage Area 01: 3 Input Storage Area 02: 70 Array ID or location 20: P71 Average 01: 1 Rep 02: 6 Loc Vent vit FIN DES CALCULS MOYENNE 1 min. 21: P92 If time is DEPLACEMENT DES DONNEES POUR CALCULE 01: 0 minutes into a DU VENT MAX 10 min. ET 2 min. 02: 1 minute interval 03: 30 Then Do 22: P54 Block Move 01: 10 No. of Values 02: 61 First Source Loc VENT -9 M 03: 1 Source Step 04: 60 First Destination Loc [:VENT -10M] 05: 1 Destination Step 23: P51 Spatial Average CALCULE VENT MAX 2 min. 01: 2 Swath 02: 68 First Loc VENT -2 M 03: 71 Avg Loc [:2 MIN AVG] 24: P51 Spatial Average CALCULE VENT MAX 10 min. 01: 10 Swath 02: 60 First Loc VENT -10M 03: 72 Avg Loc [:10MIN AVG] 25: P95 End FIN DES CALCULES VENT 10 min. ET 2 min. Contenue du fichier Cr10.c10 ne pas effacer ! 26: P86 Do SORTIE DU MESSAGE PRINCIPALE HORAIRE 01: 80 Call Subroutine 80 27: P92 If time is VERIFICATION DE L'ETAT DES DIFFERENTS 01: 0 minutes into a DRAPEAUX DU 21X ET INCRIPTION EN UNE. 02: 60 minute interval LOCATION DE SON ETAT. 03: 30 Then Do 28: P91 If Flag 01: 11 1 is set 02: 30 Then Do 29: P86 Do 01: 21 Set low Flag 1 30: P30 Z=F 01: 1 F 02: 0 Exponent of 10 03: 31 Z Loc [:DRAP 1 UP] 31: P95 End 32: P91 If Flag 01: 12 2 is set 02: 30 Then Do 33: P86 Do 01: 22 Set low Flag 2 34: P30 Z=F 01: 1 F 02: 0 Exponent of 10 03: 32 Z Loc [:DRAP 2 UP] 35: P95 End 36: P91 If Flag 01: 13 3 is set 02: 30 Then Do 37: P86 Do 01: 23 Set low Flag 3 38: P30 Z=F 01: 1 F 02: 0 Exponent of 10 03: 33 Z Loc [:DRAP 3 UP] 39: P95 End 40: P91 If Flag 01: 14 4 is set 02: 30 Then Do 41: P86 Do 01: 24 Set low Flag 4 42: P30 Z=F 01: 1 F 02: 0 Exponent of 10 03: 34 Z Loc [:DRAP 4 UP] 43: P95 End 44: P91 If Flag 01: 15 5 is set 02: 30 Then Do 45: P86 Do 01: 25 Set low Flag 5 46: P30 Z=F 01: 1 F 02: 0 Exponent of 10 03: 35 Z Loc [:DRAP 5 UP] 47: P95 End 48: P91 If Flag 01: 16 6 is set 02: 30 Then Do 49: P86 Do 01: 26 Set low Flag 6 50: P30 Z=F 01: 1 F 02: 0 Exponent of 10 03: 36 Z Loc [:PRAP 6 UP] 51: P95 End 52: P91 If Flag 01: 17 7 is set 02: 30 Then Do 53: P86 Do 01: 27 Set low Flag 7 54: P30 Z=F 01: 1 F 02: 0 Exponent of 10 03: 37 Z Loc [:DRAP 7 UP] 55: P95 End 56: P91 If Flag 01: 18 8 is set 02: 30 Then Do 57: P86 Do 01: 28 Set low Flag 8 58: P30 Z=F 01: 1 F 02: 0 Exponent of 10 03: 38 Z Loc [:DRAP 8 UP] 59: P95 End ---------------- FIN ------------- 60: P49 Spatial Maximum VERIFIER SI UN DES DRAPEAUX EST LEVER 01: 8 Swath 02: 31 First Loc DRAP 1 UP 03: 39 Max Value Loc [:1 DRAP UP] 61: P89 If X<=>F SI UN DES DRAPEAU EST LEVER SORTIR 01: 39 X Loc 1 DRAP UP LE MESSAGE 60. 02: 2 <> 03: 0.0 F 04: 30 Then Do 62: P86 Do SORTIE DU MESSAGE 60 IDENTIQUE AU 01: 80 Call Subroutine 80 MESSAGE 160. 63: P54 Block Move REMETTRE LES LOCATIONS 31 A 40 A ZERO 01: 9 No. of Values 02: 30 First Source Loc LOC = 0.0 03: 0 Source Step 04: 31 First Destination Loc [:DRAP 1 UP] 05: 1 Destination Step 64: P95 End ------------- FIN --------- 65: P30 Z=F LOCATIONS POUR LE CALCULE DU VENT REMISE 01: 0.0 F A ZERO. 02: 0 Exponent of 10 03: 40 Z Loc [:LOC 50-60] 66: P30 Z=F 01: 0.0 F 02: 0 Exponent of 10 03: 41 Z Loc [:LOC 58-60] 67: P95 End ---------------- FIN ------------- * 2 Table 2 Programs 01: 0.0000 Sec. Execution Interval * 3 Table 3 Subroutines 68: P85 Beginning of Subroutine 01: 80 Subroutine Number 69: P89 If X<=>F SI AUCUN DES DRAPEAU EST LEVER 01: 39 X Loc 1 DRAP UP 02: 1 = 03: 0 F 04: 30 Then Do 70: P92 If time is 01: 0 minutes into a 02: 60 minute interval 03: 10 Set high Flag 0 (output) 71: P80 Set Active Storage Area SORTIE DU MESSAGE 160 01: 1 Final Storage Area 02: 160 Array ID or location 72: P94 Else SI UN DES DRAPEAUX EST LEVER 73: P86 Do 01: 10 Set high Flag 0 (output) 74: P80 Set Active Storage Area SORTIE DU MESSAGE 60 01: 1 Final Storage Area 02: 060 Array ID or location 75: P95 End ------- FIN ------- 76: P77 Real Time SORTI POUR LES MESSAGES 01: 1110 Year,Day,Hour-Minute 160 ET 60 77: P70 Sample 01: 1 Rep 02: 1 Loc ident 78: P72 Totalize 01: 1 Rep 02: 2 Loc Data Avab 79: P91 If Flag 01: 21 1 is reset 02: 30 Then Do 80: P70 Sample 01: 1 Rep 02: 55 Loc PRES 1MIN 81: P94 Else 82: P70 Sample 01: 1 Rep 02: 80 Loc 6999 83: P95 End 84: P91 If Flag 01: 22 2 is reset 02: 30 Then Do 85: P70 Sample 01: 2 Reps 02: 56 Loc TEMP 1MIN 86: P73 Maximize 01: 1 Rep 02: 0 Value only 03: 56 Loc TEMP 1MIN 87: P74 Minimize 01: 1 Rep 02: 0 Value only 03: 56 Loc TEMP 1MIN 88: P71 Average 01: 2 Reps 02: 56 Loc TEMP 1MIN 89: P94 Else 90: P70 Sample 01: 6 Reps 02: 80 Loc 6999 91: P95 End 92: P91 If Flag 01: 23 3 is reset 02: 30 Then Do 93: P89 If X<=>F 01: 41 X Loc LOC 58-60 02: 1 = 03: 2 F 04: 30 Then Do 94: P69 Wind Vector 01: 1 Rep 02: 0 Samples per sub-interval 03: 02 Polar Sensor/(S, U, DU, SDU) 04: 6 Wind Speed/East Loc Vent vit 05: 5 Wind Direction/North Loc Vent dir; 95: P95 End 96: P89 If X<=>F 01: 40 X Loc LOC 50-60 02: 1 = 03: 10 F 04: 30 Then Do 97: P69 Wind Vector 01: 1 Rep 02: 0 Samples per sub-interval 03: 02 Polar Sensor/(S, U, DU, SDU) 04: 6 Wind Speed/East Loc Vent vit 05: 5 Wind Direction/North Loc Vent dir; 98: P73 Maximize 01: 1 Rep 02: 0 Value only 03: 6 Loc Vent vit 99: P95 End 100: P69 Wind Vector 01: 1 Rep 02: 0 Samples per sub-interval 03: 02 Polar Sensor/(S, U, DU, SDU) 04: 6 Wind Speed/East Loc Vent vit 05: 5 Wind Direction/North Loc Vent dir; 101: P82 Standard Deviation 01: 1 Rep 02: 6 Sample Loc Vent vit 102: P73 Maximize 01: 1 Rep 02: 10 Value with Hr-Min 03: 6 Loc Vent vit 103: P79 Sample on Max or Min 01: 1 Rep 02: 5 Loc Vent dir; 104: P73 Maximize 01: 2 Reps 02: 0 Value only 03: 71 Loc 2 MIN AVG 105: P94 Else 106: P70 Sample 01: 5 Reps 02: 80 Loc 6999 107: P70 Sample 01: 5 Reps 02: 80 Loc 6999 108: P70 Sample 01: 5 Reps 02: 80 Loc 6999 109: P70 Sample 01: 4 Reps 02: 80 Loc 6999 110: P95 End 111: P91 If Flag 01: 24 4 is reset 02: 30 Then Do 112: P70 Sample 01: 5 Reps 02: 73 Loc Belf 15 m 113: P72 Totalize 01: 1 Rep 02: 11 Loc TBRG 114: P70 Sample 01: 1 Reps 02: 59 Loc UDG 115: P70 Sample 01: 1 Reps 02: 44 Loc UDG 116: P94 Else 117: P70 Sample 01: 6 Reps 02: 80 Loc 6999 118: P70 Sample 01: 2 Reps 02: 80 Loc 6999 119: P95 End 120: P91 If Flag 01: 25 5 is reset 02: 30 Then Do 121: P71 Average 01: 2 Reps 02: 13 Loc RF1 122: P72 Totalize 01: 1 Rep 02: 23 Loc insolatio 123: P94 Else 124: P70 Sample 01: 3 Reps 02: 80 Loc 6999 125: P95 End 126: P91 If Flag 01: 26 6 is reset 02: 30 Then Do 127: P70 Sample 01: 3 Reps 02: 93 Loc 5 SOL 1H 128: P94 Else 129: P70 Sample 01: 3 Reps 02: 80 Loc 6999 130: P95 End 131: P70 Sample 01: 1 Rep 02: 4 Loc signature 132: P70 Sample 01: 1 Rep 02: 22 Loc Temp int 133: P74 Minimize 01: 1 Rep 02: 0 Value only 03: 3 Loc Volt bat. 134: P95 End -------------------------------- FIN -------- * A Mode 10 Memory Allocation 01: 125 Input Locations 02: 125 Intermediate Locations 03: * C Mode 12 Security (OSX-0) 01: 00 Security Enabled 02: 00 Security Code 03: 00 Key: T=Table Number E=Entry Number L=Location Number T: E: L: 1: 8: 1: Z Loc [:ident ] 1: 9: 2: Z Loc [:Data Avab] 1: 11: 3: Loc [:Volt bat.] 1: 12: 4: Loc [:signature] 1: 10: 22: Loc [:Temp int ] 1: 20: 31: Z Loc [:DRAP 1 UP] 1: 61: 31: First Destination Loc [:DRAP 1 UP] 1: 24: 32: Z Loc [:DRAP 2 UP] 1: 28: 33: Z Loc [:DRAP 3 UP] 1: 32: 34: Z Loc [:DRAP 4 UP] 1: 36: 35: Z Loc [:DRAP 5 UP] 1: 40: 36: Z Loc [:PRAP 6 UP] 1: 44: 37: Z Loc [:DRAP 7 UP] 1: 48: 38: Z Loc [:DRAP 8 UP] 1: 50: 39: Max Value Loc [:1 DRAP UP] 1: 2: 40: Z Loc [:LOC 50-60] 1: 63: 40: Z Loc [:LOC 50-60] 1: 5: 41: Z Loc [:LOC 58-60] 1: 64: 41: Z Loc [:LOC 58-60] 1: 13: 80: Z Loc [:6999 ] 1: 14: 81: First Destination Loc [:6999 ] 01:ident 31:DRAP 1 UP 61:VENT -9 M 91:150SOL 1M 02:Data Avab 32:DRAP 2 UP 62:VENT -8 M 92:300SOL 1M 03:Volt bat. 33:DRAP 3 UP 63:VENT -7 M 93:5 SOL 1H 04:signature 34:DRAP 4 UP 64:VENT -6 M 94:10 SOL 1H 05:Vent dir; 35:DRAP 5 UP 65:VENT -5 M 95:20 SOL 1H 06:Vent vit 36:PRAP 6 UP 66:VENT -4 M 96:50 SOL 1H 07:Pres stn 37:DRAP 7 UP 67:VENT -3 M 97:100SOL 1H 08:Temp air 38:DRAP 8 UP 68:VENT -2 M 98:150SOL 1H 09:pt. rosee 39:1 DRAP UP 69:VENT -1 M 99:300SOL 1H 10:BELF CALI 40:LOC 50-60 70:VENT -0 M 100: 11:TBRG 41:LOC 58-60 71:2 MIN AVG 101: 12:UDG 42:UDG inst. 72:10MIN AVG 102: 13:RF1 43:UDG -1H 73:Belf 15 m 103: 14:RF4 44:UDG PCPN 74:Belf 30 m 104: 15:5cm sol 45:BELF INST 75:belf 45 m 105: 16:10cm sol 46:calcul #1 76:Belf 60 m 106: 17:20cm sol 47:calcul #2 77:PCPN 1 H 107: 18:50cm sol 48:calcul #3 78:COMP PREC 108: 19:100cm sol 49:calcul #4 79:TBRG TOT 109: 20:150cm sol 50:calcul #5 80:6999M 110: 21:300cm sol 51:calcul #6 81:6999M 111: 22:Temp int 52:calcul #7 82:6999M 112: 23:Insolation 53:calcul #8 83:6999M 113: 24: 54:calcul #9 84:6999 114:INST P 25: 55:PRES 1MIN 85:6999 115:OCCU 15M 26: 56:TEMP 1MIN 86:5 SOL 1M 116:OCCU 30M 27: 57:HR 1 MIN 87:10 SOL 1M 117:OCCU 45M 28: 58:PCPN 1MIN 88:20 SOL 1M 118:OCCU 60M 29: 59:UDG 1MIN 89:50 SOL 1M 119:OCCU 1 H 30:LOC = 0.0 60:VENT -10M 90:100SOL 1M 120:INST OCCU