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|
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
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