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authorAngelo Rossi <angelo.rossi.homelab@gmail.com>2023-06-21 12:07:40 +0000
committerAngelo Rossi <angelo.rossi.homelab@gmail.com>2023-06-21 12:07:40 +0000
commitc1afc67528f436c16a3a476e4bef88466e14753b (patch)
treee112753c032e62187b9ae33bc871378a9cd113f4
parent5e0df490337c6c4a45aae11b58eb8efc55d9d48d (diff)
downloadgemtp++-master.tar.gz
Initial commit.HEADmaster
Diffstat
-rw-r--r--benchmarks/rettore2.atp~26
-rw-r--r--benchmarks/sacoi1.dat~1151
-rw-r--r--benchmarks/test_001.dat~16
-rw-r--r--benchmarks/test_002.dat~32
4 files changed, 0 insertions, 1225 deletions
diff --git a/benchmarks/rettore2.atp~ b/benchmarks/rettore2.atp~
deleted file mode 100644
index ed662b3..0000000
--- a/benchmarks/rettore2.atp~
+++ /dev/null
@@ -1,26 +0,0 @@
-BEGIN NEW DATA CASE
-C --------------------------------------------------------
-C Generated by ATPDRAW aprile, martedì 20, 2021
-C A Bonneville Power Administration program
-C by H. K. Høidalen at SEfAS/NTNU - NORWAY 1994-2016
-C --------------------------------------------------------
-C dT >< Tmax >< Xopt >< Copt ><Epsiln>
- 1.E-6 .1
- 500 1 1 1 1 0 0 1 0
-C 1 2 3 4 5 6 7 8
-C 345678901234567890123456789012345678901234567890123456789012345678901234567890
-/BRANCH
-C < n1 >< n2 ><ref1><ref2>< R >< L >< C >
-C < n1 >< n2 ><ref1><ref2>< R >< A >< B ><Leng><><>0
- XX0001 1.E3 1
-/SOURCE
-C < n 1><>< Ampl. >< Freq. ><Phase/T0>< A1 >< T1 >< TSTART >< TSTOP >
-14XX0001 1.E4 50. -1. 100.
-/OUTPUT
-BLANK BRANCH
-BLANK SWITCH
-BLANK SOURCE
-BLANK OUTPUT
-BLANK PLOT
-BEGIN NEW DATA CASE
-BLANK
diff --git a/benchmarks/sacoi1.dat~ b/benchmarks/sacoi1.dat~
deleted file mode 100644
index 35cf0d6..0000000
--- a/benchmarks/sacoi1.dat~
+++ /dev/null
@@ -1,1151 +0,0 @@
-BEGIN NEW DATA CASE
-C
-C
-C ------------------------------------------------------------------------------
-C MISCELLANEOUS DATA CARDS
-C ------------------------------------------------------------------------------
-C dT >< Tmax >< Xopt >< Copt ><Epsiln>
- 2.5E-5 1.5
- 500 1 1 1 1 0 0 1 0
-C
-C ------------------------------------------------------------------------------
-C BLOCCO TACS
-C ------------------------------------------------------------------------------
-TACS HYBRID
-C ----- MISURA DELL'ANGOLO GAMMA, CONVERTITORE SUVERETO ---------------
-90VYSUVA 10.
-90VYSUVB 10.
-90VYSUVC 10.
-90VDSUVA 10.
-90VDSUVB 10.
-90VDSUVC 10.
-90ELESUV 10.
-90MEIO11 10.
-90POLOSU 10.
-C
-98VA1101 =SUVERA.LT.SUVERB
-98VA1102 =SUVERA.LT.SUVERC
-98VA1103 =SUVERB.LT.SUVERC
-98VA1104 =SUVERB.LT.SUVERA
-98VA1105 =SUVERC.LT.SUVERA
-98VA1106 =SUVERC.LT.SUVERB
-98VA1107 =SUVERA.LT.ZERO
-98VA1108 =SUVERC.GT.ZERO
-98VA1109 =SUVERB.LT.ZERO
-98VA1110 =SUVERA.GT.ZERO
-98VA1111 =SUVERC.LT.ZERO
-98VA1112 =SUVERB.GT.ZERO
-C
-98VD110153 +VA1101 2.5E-5
-98VD110253 +VA1102 2.5E-5
-98VD110353 +VA1103 2.5E-5
-98VD110453 +VA1104 2.5E-5
-98VD110553 +VA1105 2.5E-5
-98VD110653 +VA1106 2.5E-5
-98VD110753 +VA1107 2.5E-5
-98VD110853 +VA1108 2.5E-5
-98VD110953 +VA1109 2.5E-5
-98VD111053 +VA1110 2.5E-5
-98VD111153 +VA1111 2.5E-5
-98VD111253 +VA1112 2.5E-5
-C
-98RE1101 =(VYSUVA.LT.MEIO11).AND.(TIMEX.GT.0.02)
-98RE1102 =(ELESUV.LT.VYSUVC).AND.(TIMEX.GT.0.02)
-98RE1103 =(VYSUVB.LT.MEIO11).AND.(TIMEX.GT.0.02)
-98RE1104 =(ELESUV.LT.VYSUVA).AND.(TIMEX.GT.0.02)
-98RE1105 =(VYSUVC.LT.MEIO11).AND.(TIMEX.GT.0.02)
-98RE1106 =(ELESUV.LT.VYSUVB).AND.(TIMEX.GT.0.02)
-98RE1107 =(VDSUVA.LT.POLOSU).AND.(TIMEX.GT.0.02)
-98RE1108 =(MEIO11.LT.VDSUVC).AND.(TIMEX.GT.0.02)
-98RE1109 =(VDSUVB.LT.POLOSU).AND.(TIMEX.GT.0.02)
-98RE1110 =(MEIO11.LT.VDSUVA).AND.(TIMEX.GT.0.02)
-98RE1111 =(VDSUVC.LT.POLOSU).AND.(TIMEX.GT.0.02)
-98RE1112 =(MEIO11.LT.VDSUVB).AND.(TIMEX.GT.0.02)
-C
-98TR1101 =(.NOT.VA1101).AND.VD1101
-98TR1102 =(.NOT.VA1102).AND.VD1102
-98TR1103 =(.NOT.VA1103).AND.VD1103
-98TR1104 =(.NOT.VA1104).AND.VD1104
-98TR1105 =(.NOT.VA1105).AND.VD1105
-98TR1106 =(.NOT.VA1106).AND.VD1106
-98TR1107 =(.NOT.VA1107).AND.VD1107
-98TR1108 =(.NOT.VA1108).AND.VD1108
-98TR1109 =(.NOT.VA1109).AND.VD1109
-98TR1110 =(.NOT.VA1110).AND.VD1110
-98TR1111 =(.NOT.VA1111).AND.VD1111
-98TR1112 =(.NOT.VA1112).AND.VD1112
-C
-98IG110158 +RE1101 1.8E4 1.VD1101
-98IG110258 +RE1102 1.8E4 1.VD1102
-98IG110358 +RE1103 1.8E4 1.VD1103
-98IG110458 +RE1104 1.8E4 1.VD1104
-98IG110558 +RE1105 1.8E4 1.VD1105
-98IG110658 +RE1106 1.8E4 1.VD1106
-98IG110758 +RE1107 1.8E4 1.VD1107
-98IG110858 +RE1108 1.8E4 1.VD1108
-98IG110958 +RE1109 1.8E4 1.VD1109
-98IG111058 +RE1110 1.8E4 1.VD1110
-98IG111158 +RE1111 1.8E4 1.VD1111
-98IG111258 +RE1112 1.8E4 1.VD1112
-C
-98GI110158 +VD1101 1.8E4 1.IG1101
-98GI110258 +VD1102 1.8E4 1.IG1102
-98GI110358 +VD1103 1.8E4 1.IG1103
-98GI110458 +VD1104 1.8E4 1.IG1104
-98GI110558 +VD1105 1.8E4 1.IG1105
-98GI110658 +VD1106 1.8E4 1.IG1106
-98GI110758 +VD1107 1.8E4 1.IG1107
-98GI110858 +VD1108 1.8E4 1.IG1108
-98GI110958 +VD1109 1.8E4 1.IG1109
-98GI111058 +VD1110 1.8E4 1.IG1110
-98GI111158 +VD1111 1.8E4 1.IG1111
-98GI111258 +VD1112 1.8E4 1.IG1112
-C
-98GM110162 +GI1101 TR1101
-98GM110262 +GI1102 TR1102
-98GM110362 +GI1103 TR1103
-98GM110462 +GI1104 TR1104
-98GM110562 +GI1105 TR1105
-98GM110662 +GI1106 TR1106
-98GM110762 +GI1107 TR1107
-98GM110862 +GI1108 TR1108
-98GM110962 +GI1109 TR1109
-98GM111062 +GI1110 TR1110
-98GM111162 +GI1111 TR1111
-98GM111262 +GI1112 TR1112
-C
-98TRA11Y =(TR1101+TR1102+TR1103+TR1104+TR1105+TR1106)/DELTAT
-98GM11_Y61+GM1106 +GM1101 +GM1102 +GM1103 +GM1104 99.GM1105GAM11Y
-98GAM11Y58 +TRA11Y 1. 1.NT1106UNITY
-98NT1106 =(.NOT.TR1106).EQ.1
-98TRA11D =(TR1107+TR1108+TR1109+TR1110+TR1111+TR1112)/DELTAT
-98GM11_D61+GM1112 +GM1107 +GM1108 +GM1109 +GM1110 99.GM1111GAM11D
-98GAM11D58 +TRA11D 1. 1.NT1112UNITY
-98NT1112 =(.NOT.TR1112).EQ.1
-98ALFAR 63+GM11_Y +GM11_D -1.
-C
-90SUVERA
-90SUVERB
-90SUVERC
-C
-C ------- MISURA DELLA TENSIONE MEDIA (50HZ), SBARRE DI COMMUTAZIONE ---------
-98VACM11 =SQRT(SUVERA*SUVERA+SUVERB*SUVERB+SUVERC*SUVERC)/400.E3
-33VACM11ALFAR
-C
-C ------- PLL (PER LA GFU), LATO SUVERETO -----------------------------------
-98OMEG11 =2.*PI* 50.
-98IGA11 =(2*SUVERA-SUVERB-SUVERC)/(SQRT(6.)*400.E3)
-98IGB11 =(SUVERB-SUVERC)/(SQRT(2.)*400.E3)
-88ERR11 =IGA11*COS(P11PLL)+IGB11*SIN(P11PLL)
- 1ERIN11 +ERR11 10.
- 1.
- 1.
- 0ERPP11 +ERR11 50.
-98RES11 =PHD11.LE.(2*PI-2*W11*DELTAT)
-98P11PLL58 +W11 1. 1.RES11 ZERO
- 0W11 +ERPP11 +ERIN11 +OMEG11 1. 301.6 452.4
- 0PHD11 +P11PLL 1.
-77P11PLL 1.57
-C 33P##PLL
-C 33W##
-C ------------------ INNESCO DEI TIRISTORI ----------------------------------
-90UCTD11
-11GRD11 .017453292
-98VAD11 = SIN(P11PLL-(UCTD11+30)*GRD11)
-98VBD11 = SIN(P11PLL-(UCTD11+150)*GRD11)
-98VCD11 = SIN(P11PLL-(UCTD11-90)*GRD11)
-C -------------------------------------------------
-98VAY11 = SIN(P11PLL-UCTD11*GRD11)
-98VBY11 = SIN(P11PLL-(UCTD11+120)*GRD11)
-98VCY11 = SIN(P11PLL-(UCTD11-120)*GRD11)
-98DS1101 = VAY11.GT.VCY11.AND.VAY11.GT.VBY11.AND.TIMEX.GT. 0.0
-98DS1102 = VCY11.LT.VAY11.AND.VCY11.LT.VBY11.AND.TIMEX.GT. 0.0
-98DS1103 = VBY11.GT.VCY11.AND.VBY11.GT.VAY11.AND.TIMEX.GT. 0.0
-98DS1104 = VAY11.LT.VCY11.AND.VAY11.LT.VBY11.AND.TIMEX.GT. 0.0
-98DS1105 = VCY11.GT.VAY11.AND.VCY11.GT.VBY11.AND.TIMEX.GT. 0.0
-98DS1106 = VBY11.LT.VCY11.AND.VBY11.LT.VAY11.AND.TIMEX.GT. 0.0
-C -------------------------------------------------
-98DS1107 = VAD11.GT.VCD11.AND.VAD11.GT.VBD11.AND.TIMEX.GT. 0.0
-98DS1108 = VCD11.LT.VAD11.AND.VCD11.LT.VBD11.AND.TIMEX.GT. 0.0
-98DS1109 = VBD11.GT.VCD11.AND.VBD11.GT.VAD11.AND.TIMEX.GT. 0.0
-98DS1110 = VAD11.LT.VCD11.AND.VAD11.LT.VBD11.AND.TIMEX.GT. 0.0
-98DS1111 = VCD11.GT.VAD11.AND.VCD11.GT.VBD11.AND.TIMEX.GT. 0.0
-98DS1112 = VBD11.LT.VCD11.AND.VBD11.LT.VAD11.AND.TIMEX.GT. 0.0
-C
-C
-C ----- MISURA DELL'ANGOLO GAMMA, CONVERTITORE CODRONGIANOS --------------------
-90VYCODA 10.
-90VYCODB 10.
-90VYCODC 10.
-90VDCODA 10.
-90VDCODB 10.
-90VDCODC 10.
-90POLOCO 10.
-90MEIO21 10.
-90ELECOD 10.
-C
-98VA2101 =CODROA.LT.CODROB
-98VA2102 =CODROA.LT.CODROC
-98VA2103 =CODROB.LT.CODROC
-98VA2104 =CODROB.LT.CODROA
-98VA2105 =CODROC.LT.CODROA
-98VA2106 =CODROC.LT.CODROB
-98VA2107 =CODROA.LT.ZERO
-98VA2108 =CODROC.GT.ZERO
-98VA2109 =CODROB.LT.ZERO
-98VA2110 =CODROA.GT.ZERO
-98VA2111 =CODROC.LT.ZERO
-98VA2112 =CODROB.GT.ZERO
-C
-98VD210153 +VA2101 2.5E-5
-98VD210253 +VA2102 2.5E-5
-98VD210353 +VA2103 2.5E-5
-98VD210453 +VA2104 2.5E-5
-98VD210553 +VA2105 2.5E-5
-98VD210653 +VA2106 2.5E-5
-98VD210753 +VA2107 2.5E-5
-98VD210853 +VA2108 2.5E-5
-98VD210953 +VA2109 2.5E-5
-98VD211053 +VA2110 2.5E-5
-98VD211153 +VA2111 2.5E-5
-98VD211253 +VA2112 2.5E-5
-C
-98RE2101 =(VYCODA.LT.MEIO21).AND.(TIMEX.GT.0.02)
-98RE2102 =(POLOCO.LT.VYCODC).AND.(TIMEX.GT.0.02)
-98RE2103 =(VYCODB.LT.MEIO21).AND.(TIMEX.GT.0.02)
-98RE2104 =(POLOCO.LT.VYCODA).AND.(TIMEX.GT.0.02)
-98RE2105 =(VYCODC.LT.MEIO21).AND.(TIMEX.GT.0.02)
-98RE2106 =(POLOCO.LT.VYCODB).AND.(TIMEX.GT.0.02)
-98RE2107 =(VDCODA.LT.ELECOD).AND.(TIMEX.GT.0.02)
-98RE2108 =(MEIO21.LT.VDCODC).AND.(TIMEX.GT.0.02)
-98RE2109 =(VDCODB.LT.ELECOD).AND.(TIMEX.GT.0.02)
-98RE2110 =(MEIO21.LT.VDCODA).AND.(TIMEX.GT.0.02)
-98RE2111 =(VDCODC.LT.ELECOD).AND.(TIMEX.GT.0.02)
-98RE2112 =(MEIO21.LT.VDCODB).AND.(TIMEX.GT.0.02)
-C
-98TR2101 =(.NOT.VA2101).AND.VD2101
-98TR2102 =(.NOT.VA2102).AND.VD2102
-98TR2103 =(.NOT.VA2103).AND.VD2103
-98TR2104 =(.NOT.VA2104).AND.VD2104
-98TR2105 =(.NOT.VA2105).AND.VD2105
-98TR2106 =(.NOT.VA2106).AND.VD2106
-98TR2107 =(.NOT.VA2107).AND.VD2107
-98TR2108 =(.NOT.VA2108).AND.VD2108
-98TR2109 =(.NOT.VA2109).AND.VD2109
-98TR2110 =(.NOT.VA2110).AND.VD2110
-98TR2111 =(.NOT.VA2111).AND.VD2111
-98TR2112 =(.NOT.VA2112).AND.VD2112
-C
-98IG210158 +RE2101 1.8E4 1.VD2101
-98IG210258 +RE2102 1.8E4 1.VD2102
-98IG210358 +RE2103 1.8E4 1.VD2103
-98IG210458 +RE2104 1.8E4 1.VD2104
-98IG210558 +RE2105 1.8E4 1.VD2105
-98IG210658 +RE2106 1.8E4 1.VD2106
-98IG210758 +RE2107 1.8E4 1.VD2107
-98IG210858 +RE2108 1.8E4 1.VD2108
-98IG210958 +RE2109 1.8E4 1.VD2109
-98IG211058 +RE2110 1.8E4 1.VD2110
-98IG211158 +RE2111 1.8E4 1.VD2111
-98IG211258 +RE2112 1.8E4 1.VD2112
-C
-98GI210158 +VD2101 1.8E4 1.IG2101
-98GI210258 +VD2102 1.8E4 1.IG2102
-98GI210358 +VD2103 1.8E4 1.IG2103
-98GI210458 +VD2104 1.8E4 1.IG2104
-98GI210558 +VD2105 1.8E4 1.IG2105
-98GI210658 +VD2106 1.8E4 1.IG2106
-98GI210758 +VD2107 1.8E4 1.IG2107
-98GI210858 +VD2108 1.8E4 1.IG2108
-98GI210958 +VD2109 1.8E4 1.IG2109
-98GI211058 +VD2110 1.8E4 1.IG2110
-98GI211158 +VD2111 1.8E4 1.IG2111
-98GI211258 +VD2112 1.8E4 1.IG2112
-C
-98GM210162 +GI2101 TR2101
-98GM210262 +GI2102 TR2102
-98GM210362 +GI2103 TR2103
-98GM210462 +GI2104 TR2104
-98GM210562 +GI2105 TR2105
-98GM210662 +GI2106 TR2106
-98GM210762 +GI2107 TR2107
-98GM210862 +GI2108 TR2108
-98GM210962 +GI2109 TR2109
-98GM211062 +GI2110 TR2110
-98GM211162 +GI2111 TR2111
-98GM211262 +GI2112 TR2112
-C
-98TRA21Y =(TR2101+TR2102+TR2103+TR2104+TR2105+TR2106)/DELTAT
-98GM21_Y61+GM2106 +GM2101 +GM2102 +GM2103 +GM2104 99.GM2105GAM21Y
-98GAM21Y58 +TRA21Y 1. 1.NT2106UNITY
-98NT2106 =(.NOT.TR2106).EQ.1
-98TRA21D =(TR2107+TR2108+TR2109+TR2110+TR2111+TR2112)/DELTAT
-98GM21_D61+GM2112 +GM2107 +GM2108 +GM2109 +GM2110 99.GM2111GAM21D
-98GAM21D58 +TRA21D 1. 1.NT2112UNITY
-98NT2112 =(.NOT.TR2112).EQ.1
-98GAMMAI63+GM21_Y +GM21_D -1.
-C
-90CODROA
-90CODROB
-90CODROC
-C
-C ------- MISURA DELLA TENSIONE MEDIA (50HZ), SBARRE DI COMMUTAZIONE ---------
-98VACM21 =SQRT(CODROA*CODROA+CODROB*CODROB+CODROC*CODROC)/400.E3
-33VACM21GAMMAI
-C
-C ------- PLL (PER LA GFU), LATO CODRONGIANOS -----------------------------------
-98OMEG21 =2.*PI* 50.
-98IGA21 =(2*CODROA-CODROB-CODROC)/(SQRT(6.)*400.E3)
-98IGB21 =(CODROB-CODROC)/(SQRT(2.)*400.E3)
-88ERR21 =IGA21*COS(P21PLL)+IGB21*SIN(P21PLL)
- 1ERIN21 +ERR21 10.
- 1.
- 1.
- 0ERPP21 +ERR21 50.
-98RES21 =PHD21.LE.(2*PI-2*W21*DELTAT)
-98P21PLL58 +W21 1. 1.RES21 ZERO
- 0W21 +ERPP21 +ERIN21 +OMEG21 1. 301.6 452.4
- 0PHD21 +P21PLL 1.
-77P21PLL 1.57
-C 33P##PLL
-C 33W##
-C ------------------ INNESCO DEI TIRISTORI ----------------------------------
-90UCTD21
-11GRD21 .017453292
-98VAD21 = SIN(P21PLL-(UCTD21+30)*GRD21)
-98VBD21 = SIN(P21PLL-(UCTD21+150)*GRD21)
-98VCD21 = SIN(P21PLL-(UCTD21-90)*GRD21)
-C -------------------------------------------------
-98VAY21 = SIN(P21PLL-UCTD21*GRD21)
-98VBY21 = SIN(P21PLL-(UCTD21+120)*GRD21)
-98VCY21 = SIN(P21PLL-(UCTD21-120)*GRD21)
-98DS2101 = VAY21.GT.VCY21.AND.VAY21.GT.VBY21.AND.TIMEX.GT. 0.0
-98DS2102 = VCY21.LT.VAY21.AND.VCY21.LT.VBY21.AND.TIMEX.GT. 0.0
-98DS2103 = VBY21.GT.VCY21.AND.VBY21.GT.VAY21.AND.TIMEX.GT. 0.0
-98DS2104 = VAY21.LT.VCY21.AND.VAY21.LT.VBY21.AND.TIMEX.GT. 0.0
-98DS2105 = VCY21.GT.VAY21.AND.VCY21.GT.VBY21.AND.TIMEX.GT. 0.0
-98DS2106 = VBY21.LT.VCY21.AND.VBY21.LT.VAY21.AND.TIMEX.GT. 0.0
-C -------------------------------------------------
-98DS2107 = VAD21.GT.VCD21.AND.VAD21.GT.VBD21.AND.TIMEX.GT. 0.0
-98DS2108 = VCD21.LT.VAD21.AND.VCD21.LT.VBD21.AND.TIMEX.GT. 0.0
-98DS2109 = VBD21.GT.VCD21.AND.VBD21.GT.VAD21.AND.TIMEX.GT. 0.0
-98DS2110 = VAD21.LT.VCD21.AND.VAD21.LT.VBD21.AND.TIMEX.GT. 0.0
-98DS2111 = VCD21.GT.VAD21.AND.VCD21.GT.VBD21.AND.TIMEX.GT. 0.0
-98DS2112 = VBD21.LT.VCD21.AND.VBD21.LT.VAD21.AND.TIMEX.GT. 0.0
-C
-C ----- MISURA DELL'ANGOLO GAMMA, CONVERTITORE LUCCIANA -----------------------
-90VYLUCA 10.
-90VYLUCB 10.
-90VYLUCC 10.
-90VDLUCA 10.
-90VDLUCB 10.
-90VDLUCC 10.
-90POLOLU 10.
-90MEIO31 10.
-90ELELUC 10.
-C
-98VA3101 =LUCCIA.LT.LUCCIB
-98VA3102 =LUCCIA.LT.LUCCIC
-98VA3103 =LUCCIB.LT.LUCCIC
-98VA3104 =LUCCIB.LT.LUCCIA
-98VA3105 =LUCCIC.LT.LUCCIA
-98VA3106 =LUCCIC.LT.LUCCIB
-98VA3107 =LUCCIA.LT.ZERO
-98VA3108 =LUCCIC.GT.ZERO
-98VA3109 =LUCCIB.LT.ZERO
-98VA3110 =LUCCIA.GT.ZERO
-98VA3111 =LUCCIC.LT.ZERO
-98VA3112 =LUCCIB.GT.ZERO
-C
-98VD310153 +VA3101 2.5E-5
-98VD310253 +VA3102 2.5E-5
-98VD310353 +VA3103 2.5E-5
-98VD310453 +VA3104 2.5E-5
-98VD310553 +VA3105 2.5E-5
-98VD310653 +VA3106 2.5E-5
-98VD310753 +VA3107 2.5E-5
-98VD310853 +VA3108 2.5E-5
-98VD310953 +VA3109 2.5E-5
-98VD311053 +VA3110 2.5E-5
-98VD311153 +VA3111 2.5E-5
-98VD311253 +VA3112 2.5E-5
-C
-98RE3101 =(VYLUCA.LT.MEIO31).AND.(TIMEX.GT.0.02)
-98RE3102 =(POLOLU.LT.VYLUCC).AND.(TIMEX.GT.0.02)
-98RE3103 =(VYLUCB.LT.MEIO31).AND.(TIMEX.GT.0.02)
-98RE3104 =(POLOLU.LT.VYLUCA).AND.(TIMEX.GT.0.02)
-98RE3105 =(VYLUCC.LT.MEIO31).AND.(TIMEX.GT.0.02)
-98RE3106 =(POLOLU.LT.VYLUCB).AND.(TIMEX.GT.0.02)
-98RE3107 =(VDLUCA.LT.ELELUC).AND.(TIMEX.GT.0.02)
-98RE3108 =(MEIO31.LT.VDLUCC).AND.(TIMEX.GT.0.02)
-98RE3109 =(VDLUCB.LT.ELELUC).AND.(TIMEX.GT.0.02)
-98RE3110 =(MEIO31.LT.VDLUCA).AND.(TIMEX.GT.0.02)
-98RE3111 =(VDLUCC.LT.ELELUC).AND.(TIMEX.GT.0.02)
-98RE3112 =(MEIO31.LT.VDLUCB).AND.(TIMEX.GT.0.02)
-C
-98TR3101 =(.NOT.VA3101).AND.VD3101
-98TR3102 =(.NOT.VA3102).AND.VD3102
-98TR3103 =(.NOT.VA3103).AND.VD3103
-98TR3104 =(.NOT.VA3104).AND.VD3104
-98TR3105 =(.NOT.VA3105).AND.VD3105
-98TR3106 =(.NOT.VA3106).AND.VD3106
-98TR3107 =(.NOT.VA3107).AND.VD3107
-98TR3108 =(.NOT.VA3108).AND.VD3108
-98TR3109 =(.NOT.VA3109).AND.VD3109
-98TR3110 =(.NOT.VA3110).AND.VD3110
-98TR3111 =(.NOT.VA3111).AND.VD3111
-98TR3112 =(.NOT.VA3112).AND.VD3112
-C
-98IG310158 +RE3101 1.8E4 1.VD3101
-98IG310258 +RE3102 1.8E4 1.VD3102
-98IG310358 +RE3103 1.8E4 1.VD3103
-98IG310458 +RE3104 1.8E4 1.VD3104
-98IG310558 +RE3105 1.8E4 1.VD3105
-98IG310658 +RE3106 1.8E4 1.VD3106
-98IG310758 +RE3107 1.8E4 1.VD3107
-98IG310858 +RE3108 1.8E4 1.VD3108
-98IG310958 +RE3109 1.8E4 1.VD3109
-98IG311058 +RE3110 1.8E4 1.VD3110
-98IG311158 +RE3111 1.8E4 1.VD3111
-98IG311258 +RE3112 1.8E4 1.VD3112
-C
-98GI310158 +VD3101 1.8E4 1.IG3101
-98GI310258 +VD3102 1.8E4 1.IG3102
-98GI310358 +VD3103 1.8E4 1.IG3103
-98GI310458 +VD3104 1.8E4 1.IG3104
-98GI310558 +VD3105 1.8E4 1.IG3105
-98GI310658 +VD3106 1.8E4 1.IG3106
-98GI310758 +VD3107 1.8E4 1.IG3107
-98GI310858 +VD3108 1.8E4 1.IG3108
-98GI310958 +VD3109 1.8E4 1.IG3109
-98GI311058 +VD3110 1.8E4 1.IG3110
-98GI311158 +VD3111 1.8E4 1.IG3111
-98GI311258 +VD3112 1.8E4 1.IG3112
-C
-98GM310162 +GI3101 TR3101
-98GM310262 +GI3102 TR3102
-98GM310362 +GI3103 TR3103
-98GM310462 +GI3104 TR3104
-98GM310562 +GI3105 TR3105
-98GM310662 +GI3106 TR3106
-98GM310762 +GI3107 TR3107
-98GM310862 +GI3108 TR3108
-98GM310962 +GI3109 TR3109
-98GM311062 +GI3110 TR3110
-98GM311162 +GI3111 TR3111
-98GM311262 +GI3112 TR3112
-C
-98TRA31Y =(TR3101+TR3102+TR3103+TR3104+TR3105+TR3106)/DELTAT
-98GM31_Y61+GM3106 +GM3101 +GM3102 +GM3103 +GM3104 99.GM3105GAM31Y
-98GAM31Y58 +TRA31Y 1. 1.NT3106UNITY
-98NT3106 =(.NOT.TR3106).EQ.1
-98TRA31D =(TR3107+TR3108+TR3109+TR3110+TR3111+TR3112)/DELTAT
-98GM31_D61+GM3112 +GM3107 +GM3108 +GM3109 +GM3110 99.GM3111GAM31D
-98GAM31D58 +TRA31D 1. 1.NT3112UNITY
-98NT3112 =(.NOT.TR3112).EQ.1
-98GAMMAL63+GM31_Y +GM31_D -1.
-C
-90LUCCIA
-90LUCCIB
-90LUCCIC
-C
-C ------- MISURA DELLA TENSIONE MEDIA (50HZ), SBARRE DI COMMUTAZIONE ---------
-98VACM31 =SQRT(LUCCIA*LUCCIA+LUCCIB*LUCCIB+LUCCIC*LUCCIC)/90.E3
-33VACM31GAMMAL
-C
-C ------- PLL (PER LA GFU), LATO LUCCIANA ------------------------------------
-98OMEG31 =2.*PI* 50.
-98IGA31 =(2*LUCCIA-LUCCIB-LUCCIC)/(SQRT(6.)*90.E3)
-98IGB31 =(LUCCIB-LUCCIC)/(SQRT(2.)*90.E3)
-88ERR31 =IGA31*COS(P31PLL)+IGB31*SIN(P31PLL)
- 1ERIN31 +ERR31 10.
- 1.
- 1.
- 0ERPP31 +ERR31 50.
-98RES31 =PHD31.LE.(2*PI-2*W31*DELTAT)
-98P31PLL58 +W31 1. 1.RES31 ZERO
- 0W31 +ERPP31 +ERIN31 +OMEG31 1. 301.6 452.4
- 0PHD31 +P31PLL 1.
-77P31PLL 1.57
-C ------------------ INNESCO DEI TIRISTORI ----------------------------------
-90UCTD31
-11GRD31 .017453292
-98VAD31 = SIN(P31PLL-(UCTD31+30)*GRD31)
-98VBD31 = SIN(P31PLL-(UCTD31+150)*GRD31)
-98VCD31 = SIN(P31PLL-(UCTD31-90)*GRD31)
-C -------------------------------------------------
-98VAY31 = SIN(P31PLL-UCTD31*GRD31)
-98VBY31 = SIN(P31PLL-(UCTD31+120)*GRD31)
-98VCY31 = SIN(P31PLL-(UCTD31-120)*GRD31)
-98DS3101 = VAY31.GT.VCY31.AND.VAY31.GT.VBY31.AND.TIMEX.GT. 0.0
-98DS3102 = VCY31.LT.VAY31.AND.VCY31.LT.VBY31.AND.TIMEX.GT. 0.0
-98DS3103 = VBY31.GT.VCY31.AND.VBY31.GT.VAY31.AND.TIMEX.GT. 0.0
-98DS3104 = VAY31.LT.VCY31.AND.VAY31.LT.VBY31.AND.TIMEX.GT. 0.0
-98DS3105 = VCY31.GT.VAY31.AND.VCY31.GT.VBY31.AND.TIMEX.GT. 0.0
-98DS3106 = VBY31.LT.VCY31.AND.VBY31.LT.VAY31.AND.TIMEX.GT. 0.0
-C -------------------------------------------------
-98DS3107 = VAD31.GT.VCD31.AND.VAD31.GT.VBD31.AND.TIMEX.GT. 0.0
-98DS3108 = VCD31.LT.VAD31.AND.VCD31.LT.VBD31.AND.TIMEX.GT. 0.0
-98DS3109 = VBD31.GT.VCD31.AND.VBD31.GT.VAD31.AND.TIMEX.GT. 0.0
-98DS3110 = VAD31.LT.VCD31.AND.VAD31.LT.VBD31.AND.TIMEX.GT. 0.0
-98DS3111 = VCD31.GT.VAD31.AND.VCD31.GT.VBD31.AND.TIMEX.GT. 0.0
-98DS3112 = VBD31.LT.VCD31.AND.VBD31.LT.VAD31.AND.TIMEX.GT. 0.0
-BLANK TACS
-C ------------------------------------------------------------------------------
-C BLOCCO MODELS
-C ------------------------------------------------------------------------------
-MODELS
-INPUT
-MM0001 {i(DCCODR)}
-MM0002 {v(DCCODR)}
-MM0003 {tacs(GAMMAI)}
-MM0004 {i(DCSUVE)}
-MM0005 {v(DCSUVE)}
-MM0006 {i(DCLUCC)}
-MM0007 {v(DCLUCC)}
-MM0008 {tacs(GAMMAL)}
-OUTPUT
- UCCAI
- UCCAR
- UCCAL
- IORDEM
-MODEL RAD_SUV
- --- MODELLO RADDRIZZATORE SUVERETO ---
- INPUT IDC,VDC
- OUTPUT ALFA,IORDER
- DATA VDC_BA{DFLT:200.},IDC_BA{DFLT:1.},KPV{DFLT:63},KIV{DFLT:5247}
- TC_IDC{DFLT:0.012},TC_VDC{DFLT:0.00531},IORDEP{DFLT:1.0}
- VDCREF{DFLT:1.0},IDCREF{DFLT:1.1},KPI{DFLT:63},KII{DFLT:5247}
- VAR IDC_PU,VDC_PU,IDCMED,VDCMED,ALFA,ERRV,ERRV_INT,ERRV_PRO
- BETAV,ERRI,ERRI_INT,ERRI_PRO,BETAI,BETA
- IORDER,UDINP,VDCOLI
- INIT
- ---- MISURE
- histdef(IDCMED) :=1.0
- histdef(VDCMED) :=1.0
- ---- REGOLATORI
- ERRV :=0
- ERRV_PRO :=0
- histdef(ERRV_INT):=163
- ERRI :=0.1
- ERRI_PRO :=0
- histdef(ERRI_INT):=175
- ENDINIT
- EXEC
- ---- FILTRI GRANDEZZE DC ---
- IDC_PU:=IDC/(IDC_BA*1000.)
- VDC_PU:=VDC/(VDC_BA*1000.)
- LAPLACE(IDCMED/IDC_PU):=(1|S0)/(1|S0+TC_IDC|S1)
- LAPLACE(VDCMED/VDC_PU):=(1|S0)/(1|S0+TC_VDC|S1)
- ---- VDCOL ----
- UDINP := VDCMED {MIN:0.4,MAX:0.9}
- VDCOLI := UDINP*0.9 + 0.19
- IORDER := VDCOLI*IORDEP
- -------------------------------------------------------------------------
-
- ---- REGOLATORE TENSIONE COSTANTE (modalit?? Constant-Voltage) ----
- ERRV := (VDCREF - VDCMED)
- LAPLACE(ERRV_INT/ERRV) {DMIN:90.,DMAX:175.}:=(KIV|S0)/(1|S1)
- ERRV_PRO := KPV*(VDCREF - VDCMED)
- BETAV := (ERRV_INT + ERRV_PRO) {MIN:90.,MAX:175.}
-
- ---- REGOLATORE DI CORRENTE (modalit?? CC) ----
- ERRI := (IORDER - IDCMED + 0.1)
- LAPLACE(ERRI_INT/ERRI) {DMIN:30.,DMAX:175.} := (KII|S0)/(1|S1)
- ERRI_PRO := KPI*(IORDER - IDCMED)
- BETAI := (ERRI_INT + ERRI_PRO) {MIN:30.,MAX:175}
-
- BETA :=MIN(BETAI,BETAV)
- ALFA := 180. - BETA
- ENDEXEC
-ENDMODEL
-MODEL INV_COD
- ---- MODELLO INVERTER CODRONGIANOS ----
- INPUT IDC,VDC,GAMMA,IORDER
- OUTPUT ALFA
- DATA VDC_BA{DFLT:200.},IDC_BA{DFLT:1.}
- FREQ{DFLT:50},TC_IDC{DFLT:0.0012},TC_VDC{DFLT:0.02}
- KPI{DFLT:36},KII{DFLT:3760},KPG{DFLT:0.7506},KIG{DFLT:18.38}
- ICODRO{DFLT:0.75}
- VAR IDC_PU,VDC_PU,IDCMED,VDCMED,ALFA
- BETAIC,ERRI_INT,ERRI_PRO,ERRI
- GAMMAN,GAMMIN,ERRG_INT,ERRG_PRO,GNLG,GERRI,BETAIG,G[1..12]
- K,INTER,BETAI
- INIT
- ---- MISURE
- histdef(IDCMED) :=0.75
- histdef(VDCMED) :=0.92
- ---- REGOLATORI
- ERRI :=0
- ERRI_PRO :=0
- histdef(ERRI_INT):=34.
- ERRG_PRO :=0
- histdef(ERRG_INT):=30.
- GAMMAN :=22.
- GAMMIN :=180
- K :=1
- G[1..12] :=22.
- INTER :=0.0
- ENDINIT
- EXEC
- --- FILTRI ---
- IDC_PU:=IDC/(IDC_BA*1000.)
- VDC_PU:=VDC/(VDC_BA*1000.)
- LAPLACE(IDCMED/IDC_PU):=(1|S0)/(1|S0+TC_IDC|S1)
- LAPLACE(VDCMED/VDC_PU):=(1|S0)/(1|S0+TC_VDC|S1)
-
- -------------------------------------------------------------------------
- --- REGOLATORE CORRENTE (modalita CC) ----
- ERRI := (IORDER*ICODRO - IDCMED)
- LAPLACE(ERRI_INT/ERRI) {DMIN:30.,DMAX:90.}:=(KII|S0)/(1|S1)
- ERRI_PRO:=KPI*ERRI
- BETAIC:=(ERRI_INT + ERRI_PRO) {MIN:30.,MAX:90.}
-
-
- -------------------------------------------------------------------------
- --- REGOLATORE ANGOLO COSTANTE (modalit?? CEA) ----
- GERRI:=15-GAMMAN
- GNLG:=MAX(-31,GERRI)
- LAPLACE(ERRG_INT/GNLG) {DMIN:30.,DMAX:90.}:=(KIG|S0)/(1|S1)
- ERRG_PRO:=KPG*GNLG
- BETAIG:=(ERRG_INT + ERRG_PRO) {MIN:30.,MAX:90.}
- IF AND(T>0.03,INTER>30) THEN
- G[K]:=GAMMA
- K:=K+1
- IF K=13 THEN K:=1 ENDIF
- GAMMIN:=MIN(G[1],G[2],G[3],G[4],G[5],G[6])
- GAMMAN:=MIN(GAMMIN,G[7],G[8],G[9],G[10],G[11],G[12])
- INTER:=0.0
- ENDIF
- INTER:=INTER+TIMESTEP*360*FREQ
-
- BETAI:=MAX(BETAIC,BETAIG)
- ALFA:=180-BETAI
- ENDEXEC
-ENDMODEL
-MODEL INV_LUC
- ---- MODELLO INVERTER LUCCIANA ----
- INPUT IDC,VDC,GAMMA,IORDER
- OUTPUT ALFA
- DATA VDC_BA{DFLT:200.},IDC_BA{DFLT:1.}
- FREQ{DFLT:50},TC_IDC{DFLT:0.0012},TC_VDC{DFLT:0.02}
- KPI{DFLT:36},KII{DFLT:3760},KPG{DFLT:0.7506},KIG{DFLT:18.38}
- ILUCCI{DFLT:0.25}
- VAR IDC_PU,VDC_PU,IDCMED,VDCMED,ALFA
- BETAIC,ERRI_INT,ERRI_PRO,ERRI
- GAMMAN,GAMMIN,ERRG_INT,ERRG_PRO,GNLG,GERRI,BETAIG,G[1..12]
- K,INTER,BETAI
- INIT
- ---- MISURE
- histdef(IDCMED) :=0.25
- histdef(VDCMED) :=0.97
- ---- REGOLATORI
- ERRI :=0
- ERRI_PRO :=0
- histdef(ERRI_INT):=30.
- ERRG_PRO :=0
- histdef(ERRG_INT):=32.
- GAMMAN :=15.
- GAMMIN :=180
- K :=1
- G[1..12] :=180.
- INTER :=0.0
- ENDINIT
- EXEC
- --- FILTRI ---
- IDC_PU:=IDC/(IDC_BA*1000.)
- VDC_PU:=VDC/(VDC_BA*1000.)
- LAPLACE(IDCMED/IDC_PU):=(1|S0)/(1|S0+TC_IDC|S1)
- LAPLACE(VDCMED/VDC_PU):=(1|S0)/(1|S0+TC_VDC|S1)
-
- -------------------------------------------------------------------------
- --- REGOLATORE CORRENTE (modalita CC) ----
- ERRI := (IORDER*ILUCCI - IDCMED)
- LAPLACE(ERRI_INT/ERRI) {DMIN:30.,DMAX:110.}:=(KII|S0)/(1|S1)
- ERRI_PRO:=KPI*ERRI
- BETAIC:=(ERRI_INT + ERRI_PRO) {MIN:30.,MAX:110.}
-
-
- -------------------------------------------------------------------------
- --- REGOLATORE ANGOLO COSTANTE (modalit?? CEA) ----
- GERRI:=15-GAMMAN
- GNLG:=MAX(-31,GERRI)
- LAPLACE(ERRG_INT/GNLG) {DMIN:30.,DMAX:90.}:=(KIG|S0)/(1|S1)
- ERRG_PRO:=KPG*GNLG
- BETAIG:=(ERRG_INT + ERRG_PRO) {MIN:30.,MAX:90.}
- IF AND(T>0.03,INTER>30) THEN
- G[K]:=GAMMA
- K:=K+1
- IF K=13 THEN K:=1 ENDIF
- GAMMIN:=MIN(G[1],G[2],G[3],G[4],G[5],G[6])
- GAMMAN:=MIN(GAMMIN,G[7],G[8],G[9],G[10],G[11],G[12])
- INTER:=0.0
- ENDIF
- INTER:=INTER+TIMESTEP*360*FREQ
-
- BETAI:=MAX(BETAIC,BETAIG)
- ALFA:=180-BETAI
- ENDEXEC
-ENDMODEL
-USE RAD_SUV AS RAD_SUV
-INPUT
- IDC:= MM0004
- VDC:= MM0005
-DATA
- VDC_BA:= 200.
- IDC_BA:= 1.
- KPV := 142.
- KIV := 7194.
- KPI := 43.
- KII := 3547.
- TC_IDC:= 0.0012
- TC_VDC:= 0.02
-OUTPUT
- UCCAR := ALFA
- IORDEM:= IORDER
-ENDUSE
-USE INV_COD AS INV_COD
-INPUT
- IDC := MM0001
- VDC := MM0002
- GAMMA := MM0003
- IORDER:= IORDEM
-DATA
- VDC_BA:= 200.
- IDC_BA:= 1.
- KPI := 50.
- KII := 476.
- KPG := 0.4506
- KIG := 18.38
- TC_IDC:= 0.0012
- TC_VDC:= 0.02
- ICODRO:= 0.75
-OUTPUT
- UCCAI:=ALFA
-ENDUSE
-USE INV_LUC AS INV_LUC
-INPUT
- IDC := MM0006
- VDC := MM0007
- GAMMA := MM0008
- IORDER:= IORDEM
-DATA
- VDC_BA:= 200.
- IDC_BA:= 1.
- KPI := 65.
- KII := 568.
- KPG := 0.4506
- KIG := 18.38
- TC_IDC:= 0.0012
- TC_VDC:= 0.02
- ILUCCI:= 0.25
-OUTPUT
- UCCAL:=ALFA
-ENDUSE
-RECORD
- INV_COD.GAMMAN AS GAMMAN
- INV_COD.BETAIG AS BETAIG
- INV_COD.BETAIC AS BETAIC
- INV_COD.ERRI AS ERRII
- INV_COD.GERRI AS GERRI
- INV_COD.ERRI_INT AS ERRI_I
- INV_COD.ERRI_PRO AS ERRI_P
- INV_COD.ERRG_INT AS ERRI_N
- INV_COD.ERRG_PRO AS ERRI_R
- RAD_SUV.ERRI AS ERRIR
- RAD_SUV.ALFA AS ALFAR
- RAD_SUV.IDC_PU AS IDC_PU
- RAD_SUV.IDCMED AS IDCMED
- RAD_SUV.VDC_PU AS VDC_PU
- RAD_SUV.VDCMED AS VDCMED
- RAD_SUV.ERRV AS ERRV
- RAD_SUV.ERRV_INT AS ERRV_I
- RAD_SUV.ERRV_PRO AS ERRV_P
- RAD_SUV.ERRI_INT AS ERRI_I
- RAD_SUV.ERRI_PRO AS ERRI_P
- RAD_SUV.BETAV AS BETAV
- RAD_SUV.BETAI AS BETAI
- RAD_SUV.BETA AS BETA
-ENDMODELS
-C 1 2 3 4 5 6 7 8
-C 345678901234567890123456789012345678901234567890123456789012345678901234567890
-BLANK MODELS
-C ------------------------------------------------------------------------------
-C BRANCH CARDS
-C ------------------------------------------------------------------------------
-C
-C ------------------- IMPEDENZE DELLA RETE -----------------------------------
-C < n1 >< n2 ><ref1><ref2>< R >< L >< C >
- FONTCAMISRTC 6.4454205.16 1
- FONTCBCODROB 6.4454205.16 0
- FONTCCCODROC 6.4454205.16 0
- FONTSAMISRTS 2.671285.026 1
- FONTSBSUVERB 2.671285.026 0
- FONTSCSUVERC 2.671285.026 0
- FONTLAMISRTL 1.366143.483 1
- FONTLBLUCCIB 1.366143.483 0
- FONTLCLUCCIC 1.366143.483 0
-C ----------------- LINEA DI TRASMISSIONE ------------------------------------
-C < n1 >< n2 ><ref1><ref2>< R >< L >< C >
- DCSUVEDCSALI 2.1904 37. 0
- DCSUVE 0.1665 0
- DCSALI 0.1665 0
- DCSALIDCLUCC 1.8621 952.2 0
- DCSALI 21.16 0
- DCLUCC 21.16 0
- DCLUCCDCBONI 9.157 156. 0
- DCLUCC 0.702 0
- DCBONI 0.702 0
- DCBONIDCSANT 0.264 135. 0
- DCBONI 3. 0
- DCSANT 3. 0
- DCSANTDCCODR 5.032 85. 0
- DCSANT 0.3825 0
- DCCODR 0.3825 0
-C ----------------- TRASFORMATORI --------------------------------------------
-C ----------------- Suvereto ---------------------------------------------------
- TRANSFORMER XT001A136.E3 0
- 9999
- 1SUVE00 271.68 400.
- 2VDSUVAVDSUVB 34.963142.85
- TRANSFORMER XT001A XT001B 0
- 1SUVERB
- 2VDSUVBVDSUVC
- TRANSFORMER XT001A XT001C 0
- 1SUVERC
- 2VDSUVCVDSUVA
- TRANSFORMER XT002A136.E3 0
- 9999
- 1SUVERA 271.68 400.
- 2VYSUVAXT0004 11.65482.474
- TRANSFORMER XT002A XT002B 0
- 1SUVERB
- 2VYSUVBXT0004
- TRANSFORMER XT002A XT002C 0
- 1SUVERC
- 2VYSUVCXT0004
-C -------------------- Codrongianos --------------------------------------------
- TRANSFORMER XT005A136.E3 0
- 9999
- 1CODR00 271.68 400.
- 2VYCODAXT0006 11.65484.211
- TRANSFORMER XT005A XT005B 0
- 1CODROB
- 2VYCODBXT0006
- TRANSFORMER XT005A XT005C 0
- 1CODROC
- 2VYCODCXT0006
- TRANSFORMER XT007A136.E3 0
- 9999
- 1CODROA 271.68 400.
- 2VDCODAVDCODB 34.963145.86
- TRANSFORMER XT007A XT007B 0
- 1CODROB
- 2VDCODBVDCODC
- TRANSFORMER XT007A XT007C 0
- 1CODROC
- 2VDCODCVDCODA
-C --------------------- Lucciana -----------------------------------------------
- TRANSFORMER XT008A13.4E3 0
- 9999
- 1LUCC00 26.612 90.
- 2VYLUCAXT0009 24.09 100.
- TRANSFORMER XT008A XT008B 0
- 1LUCCIB
- 2VYLUCBXT0009
- TRANSFORMER XT008A XT008C 0
- 1LUCCIC
- 2VYLUCCXT0009
- TRANSFORMER XT010A13.4E3 0
- 9999
- 1LUCCIA 26.612 90.
- 2VDLUCAVDLUCB 72.281173.21
- TRANSFORMER XT010A XT010B 0
- 1LUCCIB
- 2VDLUCBVDLUCC
- TRANSFORMER XT010A XT010C 0
- 1LUCCIC
- 2VDLUCCVDLUCA
-C -----------------------------------------------------------------------------
-C FILTRI SUVERETO
-C -----------------------------------------------------------------------------
-C ------------------ Passa-alto 2 ordine ------------------------------------
-C < n 1>< n 2><ref1><ref2>< R >< L >< C >
- SUVERAXF002A 0.997 0
- SUVERBXF002B 0.997 0
- SUVERCXF002C 0.997 0
- XF002A 1639.9 0
- XF002B 1639.9 0
- XF002C 1639.9 0
- XF002A 72.498 0
- XF002B 72.498 0
- XF002C 72.498 0
-C ------------------ Doppio accordo -----------------------------------------
- SUVERAXF001A 35.201 0.999 0
- SUVERBXF001B 35.201 0.999 0
- SUVERCXF001C 35.201 0.999 0
- XF001A 17.601 0
- XF001B 17.601 0
- XF001C 17.601 0
- XF001A 1.999 0
- XF001B 1.999 0
- XF001C 1.999 0
-C -----------------------------------------------------------------------------
-C FILTRI CODRONGIANOS
-C -----------------------------------------------------------------------------
-C ------------------ Passa-alto 2 ordine ------------------------------------
-C < n 1>< n 2><ref1><ref2>< R >< L >< C >
- CODROAXF004A 0.997 1
- CODROBXF004B 0.997 0
- CODROCXF004C 0.997 0
- XF004A 1639.9 0
- XF004B 1639.9 0
- XF004C 1639.9 0
- XF004A 72.498 0
- XF004B 72.498 0
- XF004C 72.498 0
-C ------------------ Doppio accordo -----------------------------------------
- CODROAXF003A 35.201 0.999 1
- CODROBXF003B 35.201 0.999 0
- CODROCXF003C 35.201 0.999 0
- XF003A 17.601 0
- XF003B 17.601 0
- XF003C 17.601 0
- XF003A 1.999 0
- XF003B 1.999 0
- XF003C 1.999 0
-C -----------------------------------------------------------------------------
-C FILTRI LUCCIANA
-C -----------------------------------------------------------------------------
-C ------------------ Passa-alto 2 ordine ------------------------------------
-C < n 1>< n 2><ref1><ref2>< R >< L >< C >
- LUCCIAXF006A 11.315 0
- LUCCIBXF006B 11.315 0
- LUCCICXF006C 11.315 0
- XF006A 144.57 0
- XF006B 144.57 0
- XF006C 144.57 0
- XF006A 6.391 0
- XF006B 6.391 0
- XF006C 6.391 0
-C ------------------ Doppio accordo ------------------------------------------
- LUCCIAXF005A 3.10311.337 0
- LUCCIBXF005B 3.10311.337 0
- LUCCICXF005C 3.10311.337 0
- XF005A 1.552 0
- XF005B 1.552 0
- XF005C 1.552 0
- XF005A 22.674 0
- XF005B 22.674 0
- XF005C 22.674 0
-C ------------------------------------------------------------------------------
-C REATTORI
-C ------------------------------------------------------------------------------
- XYZ005XYZ004 7.9E-4 500.0
- XYZ006XYZ007 7.9E-4 500.0
- XYZ015XYZ016 7.9E-4 500.0
-C ------------------------------------------------------------------------------
-C CONVERTITORE 12 IMPULSI SUVERETO
-C ------------------------------------------------------------------------------
- ELESUV .001 0
- UCCAR UCTD11 1.E0 0
- UCTD11 1.E0 0
-C ------------------- SNUBBER CIRCUITS ---------------------------------------
- VDSUVACV0711 5.E3 0.05
- VDSUVCCV0811 5.E3 0.05
- VDSUVBCV0911 5.E3 0.05
- VDSUVACV1011 5.E3 0.05
- VDSUVCCV1111 5.E3 0.05
- VDSUVBCV1211 5.E3 0.05
- VYSUVACV0111 5.E3 0.05
- VYSUVCCV0211 5.E3 0.05
- VYSUVBCV0311 5.E3 0.05
- VYSUVACV0411 5.E3 0.05
- VYSUVCCV0511 5.E3 0.05
- VYSUVBCV0611 5.E3 0.05
-C --------- RESISTORI DI ACCOPPIAMENTO VALVOLE -------------------------------
- POLOSUCV0711 .0100
- POLOSUCV0911 .0100
- POLOSUCV1111 .0100
- MEIO11CV0811 .0100
- MEIO11CV1011 .0100
- MEIO11CV1211 .0100
- MEIO11CV0111 .0100
- MEIO11CV0311 .0100
- MEIO11CV0511 .0100
- ELESUVCV0211 .0100
- ELESUVCV0411 .0100
- ELESUVCV0611 .0100
-C ------------------------------------------------------------------------------
-C CONVERTITORE 12 IMPULSI CODRONGIANOS
-C ------------------------------------------------------------------------------
- UCCAI UCTD21 1.E0 0
- UCTD21 1.E0 0
- ELECOD .001 0
-C ------------------- SNUBBER CIRCUITS ---------------------------------------
- VDCODACV0721 5.E3 0.05
- VDCODCCV0821 5.E3 0.05
- VDCODBCV0921 5.E3 0.05
- VDCODACV1021 5.E3 0.05
- VDCODCCV1121 5.E3 0.05
- VDCODBCV1221 5.E3 0.05
- VYCODACV0121 5.E3 0.05
- VYCODCCV0221 5.E3 0.05
- VYCODBCV0321 5.E3 0.05
- VYCODACV0421 5.E3 0.05
- VYCODCCV0521 5.E3 0.05
- VYCODBCV0621 5.E3 0.05
-C --------- RESISTORI DI ACCOPPIAMENTO VALVOLE -------------------------------
- ELECODCV0721 .0100
- ELECODCV0921 .0100
- ELECODCV1121 .0100
- MEIO21CV0821 .0100
- MEIO21CV1021 .0100
- MEIO21CV1221 .0100
- MEIO21CV0121 .0100
- MEIO21CV0321 .0100
- MEIO21CV0521 .0100
- POLOCOCV0221 .0100
- POLOCOCV0421 .0100
- POLOCOCV0621 .0100
-C ------------------------------------------------------------------------------
-C CONVERTITORE 12 IMPULSI LUCCIANA
-C ------------------------------------------------------------------------------
- UCCAL UCTD31 1.E0 0
- UCTD31 1.E0 0
- ELELUC .001 0
-C ------------------- SNUBBER CIRCUITS ---------------------------------------
- VDLUCACV0731 5.E3 0.05
- VDLUCCCV0831 5.E3 0.05
- VDLUCBCV0931 5.E3 0.05
- VDLUCACV1031 5.E3 0.05
- VDLUCCCV1131 5.E3 0.05
- VDLUCBCV1231 5.E3 0.05
- VYLUCACV0131 5.E3 0.05
- VYLUCCCV0231 5.E3 0.05
- VYLUCBCV0331 5.E3 0.05
- VYLUCACV0431 5.E3 0.05
- VYLUCCCV0531 5.E3 0.05
- VYLUCBCV0631 5.E3 0.05
-C --------- RESISTORI DI ACCOPPIAMENTO VALVOLE -------------------------------
- ELELUCCV0731 .0100
- ELELUCCV0931 .0100
- ELELUCCV1131 .0100
- MEIO31CV0831 .0100
- MEIO31CV1031 .0100
- MEIO31CV1231 .0100
- MEIO31CV0131 .0100
- MEIO31CV0331 .0100
- MEIO31CV0531 .0100
- POLOLUCV0231 .0100
- POLOLUCV0431 .0100
- POLOLUCV0631 .0100
-BLANK BRANCH
-C ------------------------------------------------------------------------------
-C SWITCH CARDS
-C ------------------------------------------------------------------------------
-C --------------------- INTERRUTTORI PER L'INIZIALIZZAZIONE ------------------
-C --------------------- Sbarre di commutazione -------------------------------
- SUVERAXYZ001 -1.000 20.E-3 1
- SUVERBXYZ002 -1.000 20.E-3 1
- SUVERCXYZ003 -1.000 20.E-3 1
- CODROAXYZ009 -1.000 20.E-3 1
- CODROBXYZ010 -1.000 20.E-3 1
- CODROCXYZ011 -1.000 20.E-3 1
- LUCCIAXYZ012 -1.000 20.E-3 1
- LUCCIBXYZ013 -1.000 20.E-3 1
- LUCCICXYZ014 -1.000 20.E-3 1
-C --------------------- Linea in c.c. ----------------------------------------
- XYZ004POLOCO 0.010 50.00 {SW2}
- XYZ016POLOLU 0.010 50.00 {SW2}
- POLOSUXYZ006 0.000 50.00 {SW2}
- XYZ006XYZ008 -1.000 0.000 {SW4}
-C -------------------- INTERRUTTORI DI MISURA PER LA CORRENTE IN LINEA ------
- DCCODRXYZ005 MEASURING 1
- XYZ007DCSUVE MEASURING 1
- DCLUCCXYZ015 MEASURING 1
-C -------------------- INTERRUTTORI DI MISURA PER LA CORRENTE TR ------------
- SUVERASUVE00 MEASURING 1
- CODROACODR00 MEASURING 1
- LUCCIALUCC00 MEASURING 1
- MISRTCCODROA MEASURING 1
- MISRTSSUVERA MEASURING 1
- MISRTLLUCCIA MEASURING 1
-C ----------------------- VALVOLE SUVERETO ----------------------------------
-11VYSUVACV0111 0.0E-6 DS1101 0
-11VYSUVBCV0311 0.0E-6 DS1103 0
-11VYSUVCCV0511 0.0E-6 DS1105 0
-11CV0411VYSUVA 0.0E-6 DS1104 0
-11CV0611VYSUVB 0.0E-6 DS1106 0
-11CV0211VYSUVC 0.0E-6 DS1102 0
-11VDSUVACV0711 0.0E-6 DS1107 0
-11VDSUVBCV0911 0.0E-6 DS1109 0
-11VDSUVCCV1111 0.0E-6 DS1111 0
-11CV1011VDSUVA 0.0E-6 DS1110 0
-11CV1211VDSUVB 0.0E-6 DS1112 0
-11CV0811VDSUVC 0.0E-6 DS1108 0
-C
-C ----------------------- VALVOLE CODRONGIANOS ------------------------------
-11VYCODACV0121 555.5E-6 DS2101 0
-11VYCODBCV0321 555.5E-6 DS2103 0
-11VYCODCCV0521 555.5E-6 DS2105 0
-11CV0421VYCODA 555.5E-6 DS2104 0
-11CV0621VYCODB 555.5E-6 DS2106 0
-11CV0221VYCODC 555.5E-6 DS2102 0
-11VDCODACV0721 555.5E-6 DS2107 0
-11VDCODBCV0921 555.5E-6 DS2109 0
-11VDCODCCV1121 555.5E-6 DS2111 0
-11CV1021VDCODA 555.5E-6 DS2110 0
-11CV1221VDCODB 555.5E-6 DS2112 0
-11CV0821VDCODC 555.5E-6 DS2108 0
-C ----------------------- VALVOLE LUCCIANA ----------------------------------
-11VYLUCACV0131 555.5E-6 DS3101 0
-11VYLUCBCV0331 555.5E-6 DS3103 0
-11VYLUCCCV0531 555.5E-6 DS3105 0
-11CV0431VYLUCA 555.5E-6 DS3104 0
-11CV0631VYLUCB 555.5E-6 DS3106 0
-11CV0231VYLUCC 555.5E-6 DS3102 0
-11VDLUCACV0731 555.5E-6 DS3107 0
-11VDLUCBCV0931 555.5E-6 DS3109 0
-11VDLUCCCV1131 555.5E-6 DS3111 0
-11CV1031VDLUCA 555.5E-6 DS3110 0
-11CV1231VDLUCB 555.5E-6 DS3112 0
-11CV0831VDLUCC 555.5E-6 DS3108 0
-BLANK SWITCH
-C ------------------------------------------------------------------------------
-C SOURCE CARDS
-C ------------------------------------------------------------------------------
-C --------------- SORGENTI PER L'INIZIALIZZAZIONE ----------------------------
-C --------------- Sbarre di commutazione -------------------------------------
-14XYZ001 1 327.69E3 50. +22. 0.0 -1
-14XYZ002 1 327.69E3 50. -98. 0.0 -1
-14XYZ003 1 327.69E3 50. -218. 0.0 -1
-14XYZ009 1 328.57E3 50. -20.0 0.0 -1
-14XYZ010 1 328.57E3 50. -140. 0.0 -1
-14XYZ011 1 328.57E3 50. +100. 0.0 -1
-14XYZ012 1 74.10E3 50. -20.0 0.0 -1
-14XYZ013 1 74.10E3 50. -140. 0.0 -1
-14XYZ014 1 74.10E3 50. +100. 0.0 -1
-C --------------- linea in c.c. ----------------------------------------------
-14XYZ004-1 -750. 0.001 0.0 0.0 {I1} -1 0.015
-12POLOCO-1 750. 0.010 0.0 {I2} 0.0 0.015
-14XYZ016-1 -250. 0.001 0.0 0.0 {I1} -1 0.015
-12POLOLU-1 250. 0.010 0.0 {I2} 0.0 0.015
-14XYZ008 1 200.E3 0.001 0.0 0.0 {S3} -1 0.015
-C --------------- PASSAGGIO ANGOLO DI INNESCO --------------------------------
-60UCCAR -1 10.
-60UCCAI -1 10.
-60UCCAL -1 10.
-C --------------- SORGENTI RETI C.A. -----------------------------------------
-C < n 1><>< Ampl. >< Freq. ><Phase/T0>< A1 >< T1 >< TSTART >< TSTOP >
-14FONTCA 0 323000. 50. -22. -1. 10.
-14FONTCB 0 323000. 50. -142. -1. 10.
-14FONTCC 0 323000. 50. 98. -1. 10.
-14FONTSA 0 327690. 50. 22.5 -1. 10.
-14FONTSB 0 327690. 50. -97.5 -1. 10.
-14FONTSC 0 327690. 50. 142.5 -1. 10.
-14FONTLA 0 70266. 50. 22.5 -1. 10.
-14FONTLB 0 70266. 50. -97.5 -1. 10.
-14FONTLC 0 70266. 50. 142.5 -1. 10.
-BLANK SOURCE
- SUVERASUVERBSUVERCCODROACODROBCODROCDCSUVEDCCODRDCLUCCLUCCIALUCCIBLUCCIC
diff --git a/benchmarks/test_001.dat~ b/benchmarks/test_001.dat~
deleted file mode 100644
index ab76af7..0000000
--- a/benchmarks/test_001.dat~
+++ /dev/null
@@ -1,16 +0,0 @@
-begin new data case
- 200.e-6 50.e-3
- 25 1 1 0 0 0 0
-c Bus-->Bus-->Bus-->Bus--><----R<----L<----C 0
-$vintage, 0
-00 load 1.e0 1.e0 1.e0 0
-c blank End of circuit data :
-c src load 1.e-3 9999. 0 1
-c blank End of switch data :
-c 14src 1. 60. 0 0. -1. 9999.
-c blank End of source data :
-c src load
-c blank End of output requests :
-c 194 5. 0.0 50. -4. 4.src load RL Energization Amps
-c blank End of Plot Request Data :
-c blank End of All Cases : \ No newline at end of file
diff --git a/benchmarks/test_002.dat~ b/benchmarks/test_002.dat~
deleted file mode 100644
index bdf7879..0000000
--- a/benchmarks/test_002.dat~
+++ /dev/null
@@ -1,32 +0,0 @@
-begin new data case 1
-c ..................................................figure 3.10(b).............:
-c Energization of an RL load :
-c ----dt<---tmax...............................................................:
- 50.e-6 50.e-3 1
-c -Iprnt<--Iplot<-Idoubl<-KssOut<-MaxOut <---Icat :
- 15 1 0 0 0 0 1
-c :
-c Circuit data.................................................................:
-c Bus-->Bus-->Bus-->Bus--><----R<----L<----C :
- bus13 22.61 19.72 1
-blank End of circuit data.......................................................
-c :
-c switch data..................................................................:
-c Bus-->Bus--><---Tclose<----Topen<-------Ie :
- src load 1.e-3 9999. 0 1
-blank End of switch data........................................................
-c :
-c source data..................................................................:
-c Bus--><I<Amplitude<Frequency<--TO:Phi0<---0=Phi0<-Ignore-><---Tstart<----Tstop
-14src 56.34 60. 0 0. -1. 9999.
-blank End of source data 1
-c nodal output request data....................................................1
-c Bus-->Bus-->Bus-->Bus-->Bus-->Bus-->Bus-->Bus-->Bus-->Bus-->Bus-->Bus-->Bus-->
- src bus13 1
-blank End of output requests....................................................
-c
-c plot request data.............................................................
- 2Figure 3.10(c) 3.10(d) 1
- 194 5. 0.0 50. -4. 4.src bus13 ener 200MVA.95pfKAmps 1
-blank End of Plot Request Data..................................................
-blank End of All Cases.......................................................... \ No newline at end of file
generated by cgit v1.2.3 (git 2.25.1) at 2024-05-19 02:55:47 +0000