diff options
Diffstat (limited to 'benchmarks/sacoi1.dat')
| -rw-r--r-- | benchmarks/sacoi1.dat | 1151 |
1 files changed, 1151 insertions, 0 deletions
diff --git a/benchmarks/sacoi1.dat b/benchmarks/sacoi1.dat new file mode 100644 index 0000000..3bbd58c --- /dev/null +++ b/benchmarks/sacoi1.dat @@ -0,0 +1,1151 @@ +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
|