#1
char Aclass(3,32)
Adymosim
1.4
Final state generated by Dymosim


#    Experiment parameters
double experiment(7,1)
       5                   # StartTime    Time at which integration starts
                           #              (and linearization and trimming time)
      10                   # StopTime     Time at which integration stops
  1.0000000000000000E-04   # Increment    Communication step size, if > 0
       0                   # nInterval    Number of communication intervals, if > 0
  1.0000000000000000E-03   # Tolerance    Relative precision of signals for
                           #              simulation, linearization and trimming
  1.0000000000000001E-05   # MaxFixedStep Maximum step size of fixed step size
                           #              integrators, if > 0.0
       8                   # Algorithm    Integration algorithm as integer (1...31)
                           #
                           #                 | model|       |        | dense | state |
                           # Algorithm       | typ  | stiff | order  | output| event |
                           # ----------------+------+-------+--------+-------+-------+
                           #  1 | deabm      |  ode |   no  |  1-12  |  yes  |   no  |
                           #  2 | lsode1     |  ode |   no  |  1-12  |  yes  |   no  |
                           #  3 | lsode2     |  ode |  yes  |  1-5   |  yes  |   no  |
                           #  4 | lsodar     |  ode |  both |1-12,1-5|  yes  |  yes  |
                           #  5 | dopri5     |  ode |   no  |   5    |   no  |   no  |
                           #  6 | dopri8     |  ode |   no  |   8    |   no  |   no  |
                           #  7 | grk4t      |  ode |  yes  |   4    |   no  |   no  |
                           #  8 | dassl      |  dae |  yes  |  1-5   |  yes  |  yes  |
                           #  9 | odassl     | hdae |  yes  |  1-5   |  yes  |  yes  |
                           # 10 | mexx       | hdae |   no  |  2-24  |   no  |   no  |
                           # 11 | euler      |  ode |   no  |   1    |   no  |  yes  |
                           # 12 | rkfix2     |  ode |   no  |   2    |   no  |  yes  |
                           # 13 | rkfix3     |  ode |   no  |   3    |   no  |  yes  |
                           # 14 | rkfix4     |  ode |   no  |   4    |   no  |  yes  |
                           # 15 | radauIIa   |  dae |  yes  |   5    |  yes  |  yes  |
                           # 16 | esdirk23a  |  dae |  yes  |   3    |  yes  |  yes  |
                           # 17 | esdirk34a  |  dae |  yes  |   4    |  yes  |  yes  |
                           # 18 | esdirk45a  |  dae |  yes  |   5    |  yes  |  yes  |
                           # 19 | dopri45    |  ode |   no  |   5    |  yes  |  yes  |
                           # 20 | dopri78    |  ode |   no  |   8    |   no  |  yes  |
                           # 21 | dopri853   |  ode |   no  |   8    |  yes  |  yes  |
                           # 23 | sharp67    |  ode |   no  |   7    |   no  |  yes  |
                           # 24 | sdirk34hw  |  dae |  yes  |   4    |  yes  |  yes  |
                           # 25 | sdirk34var |  dae |  yes  |   4    |  yes  |  yes  |
                           # 26 | cerk23     |  ode |   no  |   3    |  yes  |  yes  |
                           # 27 | cerk34     |  ode |   no  |   4    |  yes  |  yes  |
                           # 28 | cerk45     |  ode |   no  |   5    |  yes  |  yes  |
                           # 29 | cvode      |  ode |  yes  |  1-5   |  yes  |  yes  |
                           # 31 | ida        |  dae |  yes  |  1-5   |  yes  |  yes  |
                           # ---+------------+------+-------+--------+-------+-------+
                           # euler and rkfix have fixed stepsize.
                           # Switching between algorithms 1-14 and algorithms 15-31
                           # requires recompilation of dymosim.


#    Method tuning parameters
double method(27,1)
       1                   # grid     type of communication time grid, defined by
                           #          = 1: equidistant points ("Increment/nInterval")
                           #          = 2: vector of grid points ("tgrid")
                           #          = 3: variable step integrator (automatically)
                           #          = 4: model (call of "increment" in Dymola, e.g.
                           #                      incr=Time > 2 then 0 else 0.1
                           #                      dummy=increment(incr))
                           #          grid = 1,3 is stopped by "StopTime"
                           #          grid = 2   is stopped by "tgrid(last)"
                           #          grid = 4   runs forever (stopped by model)
       1                   # nt       Use every NT time instant, if grid = 3
       3                   # dense    1/2/3 restart/step/interpolate GRID points
       1                   # evgrid   0/1 do not/save event points in comm. time grid
       1                   # evu      0/1 U-discontinuity does not/trigger events
       0                   # evuord       U-discontinuity order to consider (0,1,...)
       0                   # error    0/1/2 One message/warning/error messages
       0                   # jac      0/1 Compute jacobian numerically/by BLOCKJ
       0                   # xd0c     0/1 Compute/set XD0
       0                   # f3       0/1 Ignore/use F3 of HDAE (= index 1)
       0                   # f4       0/1 Ignore/use F4 of HDAE (= index 2)
       0                   # f5       0/1 Ignore/use F5 of HDAE (= invar.)
       0                   # debug    flags for debug information (1<<0 uses pdebug) 
     100                   # pdebug       priority of debug information (1...100)
       0                   # fmax     Maximum number of evaluations of BLOCKF, if > 0
       0                   # ordmax   Maximum allowed integration order, if > 0
       0                   # hmax     Maximum absolute stepsize, if > 0
       0                   # hmin     Minimum absolute stepsize, if > 0 (use with care!)
       0                   # h0       Stepsize to be attempted on first step, if > 0
  2.0000000000000000E-14   # teps     Bound to check, if 2 equal time instants
  1.0000000000000000E-10   # eveps    Hysteresis epsilon at event points
      20                   # eviter   Maximum number of event iterations
  9.9999999999999995E-07   # delaym   Minimum time increment in delay buffers
       1                   # fexcep   0/1 floating exception crashes/stops dymosim
       1                   # tscale   clock-time = tscale*simulation-time, if grid = 5
                           #          > 1: simulation too slow
                           #          = 1: simulation-time = real-time
                           #          < 1: simulation too fast
       1                   # shared   (not used)
    2473                   # memkey   (not used)


#    Output parameters
int settings(13,1)
 0                         # lprec    0/1 do not/store result data in double
 1                         # lx       0/1 do not/store x  (state variables)
 1                         # lxd      0/1 do not/store xd (derivative of states)
 1                         # lu       0/1 do not/store u  (input     signals)
 1                         # ly       0/1 do not/store y  (output    signals)
 0                         # lz       0/1 do not/store z  (indicator signals)
 1                         # lw       0/1 do not/store w  (auxiliary signals)
 1                         # la       0/1 do not/store a  (alias     signals)
 0                         # lperf    0/1 do not/store performance indicators
 0                         # levent   0/1 do not/store event point
 1                         # lres     0/1 do not/store results on result file
 0                         # lshare   0/1 do not/store info data for shared memory on dsshare.txt
 1                         # lform    0/1 ASCII/Matlab-binary storage format of results
                           #              (for simulation/linearization; not for trimming)


#    Names of initial variables
char initialName(641,67)
SysData.S_b
SysData.fn
infiniteBus.S_b
infiniteBus.enableS_b
infiniteBus.V_b
infiniteBus.enableV_b
infiniteBus.fn
infiniteBus.enablefn
infiniteBus.P_0
infiniteBus.enableP_0
infiniteBus.Q_0
infiniteBus.enableQ_0
infiniteBus.v_0
infiniteBus.enablev_0
infiniteBus.angle_0
infiniteBus.enableangle_0
infiniteBus.displayPF
infiniteBus.enabledisplayPF
infiniteBus.P
infiniteBus.Q
infiniteBus.p.vr
infiniteBus.p.vi
infiniteBus.p.ir
infiniteBus.p.ii
Vdc_ref.height
Vdc_ref.y
Vdc_ref.offset
Vdc_ref.startTime
ground.p.v
ground.p.i
pQ_Sensor.S_b
pQ_Sensor.P12PU
pQ_Sensor.P21PU
pQ_Sensor.Q12PU
pQ_Sensor.Q21PU
pQ_Sensor.P12
pQ_Sensor.P21
pQ_Sensor.Q12
pQ_Sensor.Q21
pQ_Sensor.zero_i.re
pQ_Sensor.zero_i.im
pQ_Sensor.zero_v.re
pQ_Sensor.zero_v.im
mMC_voltage_Mode.Vdc_Pac_flag
mMC_voltage_Mode.Vac_Qac_flag
mMC_voltage_Mode.Rr
mMC_voltage_Mode.Xr
mMC_voltage_Mode.L_arm
mMC_voltage_Mode.R_arm
mMC_voltage_Mode.C_dc
mMC_voltage_Mode.C_sub
mMC_voltage_Mode.N_sub
mMC_voltage_Mode.S_b
mMC_voltage_Mode.MVAb
mMC_voltage_Mode.fb
mMC_voltage_Mode.Vb
mMC_voltage_Mode.Vdcb
mMC_voltage_Mode.V_0
mMC_voltage_Mode.angle_0
mMC_voltage_Mode.P_0
mMC_voltage_Mode.Q_0
mMC_voltage_Mode.Vdc_0
mMC_voltage_Mode.Wmmc_0
mMC_voltage_Mode.sI_to_pu.Vb
mMC_voltage_Mode.sI_to_pu.MVAb
mMC_voltage_Mode.sI_to_pu.Vdcb
mMC_voltage_Mode.sI_to_pu.gain5.k
mMC_voltage_Mode.sI_to_pu.gain1.k
mMC_voltage_Mode.sI_to_pu.gain3.k
mMC_voltage_Mode.sI_to_pu.gain2.k
mMC_voltage_Mode.sI_to_pu.gain17.k
mMC_voltage_Mode.sI_to_pu.gain14.k
mMC_voltage_Mode.sI_to_pu.gain10.k
mMC_voltage_Mode.sI_to_pu.Vdc_pu
mMC_voltage_Mode.sI_to_pu.Vgi_SI
mMC_voltage_Mode.sI_to_pu.Vgr_SI
mMC_voltage_Mode.sI_to_pu.Idc_pu
mMC_voltage_Mode.sI_to_pu.Vceq_pu
mMC_voltage_Mode.sI_to_pu.Vgi_pu
mMC_voltage_Mode.sI_to_pu.Vgr_pu
mMC_voltage_Mode.sI_to_pu.Igr_pu
mMC_voltage_Mode.sI_to_pu.Igi_pu
mMC_voltage_Mode.pu_to_SI.Vb
mMC_voltage_Mode.pu_to_SI.Vdcb
mMC_voltage_Mode.pu_to_SI.gain17.k
mMC_voltage_Mode.pu_to_SI.gain14.k
mMC_voltage_Mode.pu_to_SI.gain10.k
mMC_voltage_Mode.pu_to_SI.Vmdc_pu
mMC_voltage_Mode.pu_to_SI.Vmr_pu
mMC_voltage_Mode.pu_to_SI.Vmdc_SI
mMC_voltage_Mode.pu_to_SI.Vmi_pu
mMC_voltage_Mode.pu_to_SI.Vmr_SI
mMC_voltage_Mode.pu_to_SI.Vmi_SI
mMC_voltage_Mode.EnergyControl.add.u1
mMC_voltage_Mode.EnergyControl.add.y
mMC_voltage_Mode.EnergyControl.add.k1
mMC_voltage_Mode.EnergyControl.add.k2
mMC_voltage_Mode.EnergyControl.div0block.u1
mMC_voltage_Mode.EnergyControl.PI.k
mMC_voltage_Mode.EnergyControl.PI.T
mMC_voltage_Mode.EnergyControl.PI.initType
mMC_voltage_Mode.EnergyControl.PI.x_start
mMC_voltage_Mode.EnergyControl.PI.y_start
mMC_voltage_Mode.EnergyControl.PI.y
mMC_voltage_Mode.EnergyControl.PI.x
mMC_voltage_Mode.EnergyControl.PI.der(x)
mMC_voltage_Mode.EnergyControl.Wtot
mMC_voltage_Mode.EnergyControl.Pac
mMC_voltage_Mode.EnergyControl.idc_ref
mMC_voltage_Mode.EnergyControl.product1.u1
mMC_voltage_Mode.EnergyControl.gain.k
mMC_voltage_Mode.EnergyControl.add1.k1
mMC_voltage_Mode.EnergyControl.add1.k2
mMC_voltage_Mode.EnergyControl.k
mMC_voltage_Mode.EnergyControl.T
mMC_voltage_Mode.EnergyControl.initType
mMC_voltage_Mode.EnergyControl.x_start
mMC_voltage_Mode.EnergyControl.y_start
mMC_voltage_Mode.powerControl.add.u1
mMC_voltage_Mode.powerControl.add.y
mMC_voltage_Mode.powerControl.add.k1
mMC_voltage_Mode.powerControl.add.k2
mMC_voltage_Mode.powerControl.Pac_ref
mMC_voltage_Mode.powerControl.div0block.u1
mMC_voltage_Mode.powerControl.Vgd
mMC_voltage_Mode.powerControl.PI.k
mMC_voltage_Mode.powerControl.PI.T
mMC_voltage_Mode.powerControl.PI.initType
mMC_voltage_Mode.powerControl.PI.x_start
mMC_voltage_Mode.powerControl.PI.y_start
mMC_voltage_Mode.powerControl.PI.x
mMC_voltage_Mode.powerControl.PI.der(x)
mMC_voltage_Mode.powerControl.igd_ref
mMC_voltage_Mode.powerControl.k
mMC_voltage_Mode.powerControl.T
mMC_voltage_Mode.powerControl.initType
mMC_voltage_Mode.powerControl.x_start
mMC_voltage_Mode.powerControl.y_start
mMC_voltage_Mode.reactivePowerControl.add.y
mMC_voltage_Mode.reactivePowerControl.add.k1
mMC_voltage_Mode.reactivePowerControl.add.k2
mMC_voltage_Mode.reactivePowerControl.div0block.y
mMC_voltage_Mode.reactivePowerControl.integrator.k
mMC_voltage_Mode.reactivePowerControl.integrator.use_reset
mMC_voltage_Mode.reactivePowerControl.integrator.use_set
mMC_voltage_Mode.reactivePowerControl.integrator.initType
mMC_voltage_Mode.reactivePowerControl.integrator.y_start
mMC_voltage_Mode.reactivePowerControl.integrator.y
mMC_voltage_Mode.reactivePowerControl.integrator.der(y)
mMC_voltage_Mode.reactivePowerControl.integrator.local_reset
mMC_voltage_Mode.reactivePowerControl.integrator.local_set
mMC_voltage_Mode.reactivePowerControl.Qac_ref
mMC_voltage_Mode.reactivePowerControl.Qac
mMC_voltage_Mode.reactivePowerControl.igq_ref
mMC_voltage_Mode.reactivePowerControl.k
mMC_voltage_Mode.reactivePowerControl.initType
mMC_voltage_Mode.reactivePowerControl.y_start
mMC_voltage_Mode.reactivePowerControl.gain.k
mMC_voltage_Mode.dCsideModulation.add.y
mMC_voltage_Mode.dCsideModulation.add.k1
mMC_voltage_Mode.dCsideModulation.add.k2
mMC_voltage_Mode.dCsideModulation.PI.k
mMC_voltage_Mode.dCsideModulation.PI.T
mMC_voltage_Mode.dCsideModulation.PI.initType
mMC_voltage_Mode.dCsideModulation.PI.x_start
mMC_voltage_Mode.dCsideModulation.PI.y_start
mMC_voltage_Mode.dCsideModulation.PI.y
mMC_voltage_Mode.dCsideModulation.PI.x
mMC_voltage_Mode.dCsideModulation.PI.der(x)
mMC_voltage_Mode.dCsideModulation.add1.k1
mMC_voltage_Mode.dCsideModulation.add1.k2
mMC_voltage_Mode.dCsideModulation.mdc
mMC_voltage_Mode.dCsideModulation.k
mMC_voltage_Mode.dCsideModulation.T
mMC_voltage_Mode.dCsideModulation.initType
mMC_voltage_Mode.dCsideModulation.x_start
mMC_voltage_Mode.dCsideModulation.y_start
mMC_voltage_Mode.aCside_R_Modulation.fb
mMC_voltage_Mode.aCside_R_Modulation.Xr
mMC_voltage_Mode.aCside_R_Modulation.L_arm
mMC_voltage_Mode.aCside_R_Modulation.Vb
mMC_voltage_Mode.aCside_R_Modulation.MVAb
mMC_voltage_Mode.aCside_R_Modulation.add.y
mMC_voltage_Mode.aCside_R_Modulation.add.k1
mMC_voltage_Mode.aCside_R_Modulation.add.k2
mMC_voltage_Mode.aCside_R_Modulation.igd
mMC_voltage_Mode.aCside_R_Modulation.igq
mMC_voltage_Mode.aCside_R_Modulation.md
mMC_voltage_Mode.aCside_R_Modulation.igd_ref
mMC_voltage_Mode.aCside_R_Modulation.gain1.k
mMC_voltage_Mode.aCside_R_Modulation.gain1.y
mMC_voltage_Mode.aCside_R_Modulation.add3.k1
mMC_voltage_Mode.aCside_R_Modulation.add3.k2
mMC_voltage_Mode.aCside_R_Modulation.add3.k3
mMC_voltage_Mode.aCside_R_Modulation.add3.u2
mMC_voltage_Mode.aCside_R_Modulation.Vmd
mMC_voltage_Mode.aCside_R_Modulation.k
mMC_voltage_Mode.aCside_R_Modulation.PI.k
mMC_voltage_Mode.aCside_R_Modulation.PI.T
mMC_voltage_Mode.aCside_R_Modulation.PI.initType
mMC_voltage_Mode.aCside_R_Modulation.PI.x_start
mMC_voltage_Mode.aCside_R_Modulation.PI.y_start
mMC_voltage_Mode.aCside_R_Modulation.PI.x
mMC_voltage_Mode.aCside_R_Modulation.PI.der(x)
mMC_voltage_Mode.aCside_R_Modulation.Kp
mMC_voltage_Mode.aCside_R_Modulation.T
mMC_voltage_Mode.aCside_R_Modulation.initType
mMC_voltage_Mode.aCside_R_Modulation.x_start
mMC_voltage_Mode.aCside_R_Modulation.y_start
mMC_voltage_Mode.aCside_I_Modulation.fb
mMC_voltage_Mode.aCside_I_Modulation.Xr
mMC_voltage_Mode.aCside_I_Modulation.L_arm
mMC_voltage_Mode.aCside_I_Modulation.Vb
mMC_voltage_Mode.aCside_I_Modulation.MVAb
mMC_voltage_Mode.aCside_I_Modulation.add.y
mMC_voltage_Mode.aCside_I_Modulation.add.k1
mMC_voltage_Mode.aCside_I_Modulation.add.k2
mMC_voltage_Mode.aCside_I_Modulation.PI.k
mMC_voltage_Mode.aCside_I_Modulation.PI.T
mMC_voltage_Mode.aCside_I_Modulation.PI.initType
mMC_voltage_Mode.aCside_I_Modulation.PI.x_start
mMC_voltage_Mode.aCside_I_Modulation.PI.y_start
mMC_voltage_Mode.aCside_I_Modulation.PI.y
mMC_voltage_Mode.aCside_I_Modulation.PI.x
mMC_voltage_Mode.aCside_I_Modulation.PI.der(x)
mMC_voltage_Mode.aCside_I_Modulation.add3.k1
mMC_voltage_Mode.aCside_I_Modulation.add3.k2
mMC_voltage_Mode.aCside_I_Modulation.add3.k3
mMC_voltage_Mode.aCside_I_Modulation.add3.u3
mMC_voltage_Mode.aCside_I_Modulation.mq
mMC_voltage_Mode.aCside_I_Modulation.vgq
mMC_voltage_Mode.aCside_I_Modulation.Vmq
mMC_voltage_Mode.aCside_I_Modulation.Kp
mMC_voltage_Mode.aCside_I_Modulation.T
mMC_voltage_Mode.aCside_I_Modulation.initType
mMC_voltage_Mode.aCside_I_Modulation.x_start
mMC_voltage_Mode.aCside_I_Modulation.k
mMC_voltage_Mode.aCside_I_Modulation.gain1.k
mMC_voltage_Mode.aCside_I_Modulation.y_start
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Rr
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Xr
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_arm
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_arm
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.C_sub
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.N_sub
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.S_b
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.MVAb
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.fb
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vb
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vdcb
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vgd
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.teta_bus
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vdc0
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Wmmc_0
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.P_ref
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Q_ref
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.v_ref
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.S0.re
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.S0.im
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.xq0.re
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.xq0.im
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Ra0.re
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Ra0.im
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vt0.re
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vt0.im
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.I0.re
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.I0.im
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ir0
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ii0
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.v_modulated.re
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.v_modulated.im
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.delta0
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.P_vsc_ac.re
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.P_vsc_ac.im
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.P_vsc_dc
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_dc_SI
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vdc0_SI
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.dis
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Idc0
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.pin_n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.R
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.T_ref
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.alpha
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.useHeatPort
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.T
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.LossPower
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.R_actual
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_dc.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_dc.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_dc.der(i)
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_dc.L
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.voltageSensor.p.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.voltageSensor.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.voltageSensor.n.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vm_dc.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentSensor.p.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentSensor.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.signalCurrent.p.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.signalCurrent.p.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.C_eq.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.C_eq.der(v)
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.C_eq.p.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.C_eq.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.C_eq.C
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.voltageSensor1.p.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.voltageSensor1.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.voltageSensor1.n.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.modulated_R_current.p.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.modulated_R_current.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.modulated_I_current.p.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.modulated_I_current.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.modulated_R_voltage.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.modulated_I_voltage.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.coupling_v_R.p.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.coupling_v_R.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.coupling_v_I.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.coupling_v_I.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_R.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_R.p.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_R.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_R.der(i)
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_R.L
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.R
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.T_ref
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.alpha
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.useHeatPort
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.T
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.LossPower
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.R_actual
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_I.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_I.p.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_I.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_I.der(i)
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_I.L
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.R
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.T_ref
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.alpha
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.useHeatPort
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.T
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.LossPower
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.R_actual
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.vg_R.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.vg_I.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentSensor1.p.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentSensor1.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentSensor2.p.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentSensor2.n.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.pwVoltage.p.ir
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.pwVoltage.p.ii
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.pwVoltage.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.div0block.y
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.div0block1.y
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.div0block2.y
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.product1.y
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.product2.y
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.gain3.k
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.gain1.k
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.gain.k
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.gain2.k
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.gain5.k
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.gain4.k
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ground2.p.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ground2.p.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ground3.p.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ground3.p.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.wL.k
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.p.vr
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.p.vi
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.zero.re
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.zero.im
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.vs.re
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.vs.im
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.V
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.groundPhasor.p.vr
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.groundPhasor.p.vi
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.groundPhasor.vs.re
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.groundPhasor.vs.im
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ground1.p.v
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ground1.p.i
mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Pdc
mMC_voltage_Mode.dq_to_RI.angle
mMC_voltage_Mode.gain.k
mMC_voltage_Mode.gain.u
mMC_voltage_Mode.gain.y
mMC_voltage_Mode.gain1.k
mMC_voltage_Mode.pin_n.v
mMC_voltage_Mode.DCvoltageControl.add.y
mMC_voltage_Mode.DCvoltageControl.add.k1
mMC_voltage_Mode.DCvoltageControl.add.k2
mMC_voltage_Mode.DCvoltageControl.div0block.u1
mMC_voltage_Mode.DCvoltageControl.PI.k
mMC_voltage_Mode.DCvoltageControl.PI.T
mMC_voltage_Mode.DCvoltageControl.PI.initType
mMC_voltage_Mode.DCvoltageControl.PI.x_start
mMC_voltage_Mode.DCvoltageControl.PI.y_start
mMC_voltage_Mode.DCvoltageControl.PI.y
mMC_voltage_Mode.DCvoltageControl.PI.x
mMC_voltage_Mode.DCvoltageControl.PI.der(x)
mMC_voltage_Mode.DCvoltageControl.Vdc_ref
mMC_voltage_Mode.DCvoltageControl.k
mMC_voltage_Mode.DCvoltageControl.T
mMC_voltage_Mode.DCvoltageControl.initType
mMC_voltage_Mode.DCvoltageControl.x_start
mMC_voltage_Mode.DCvoltageControl.y_start
mMC_voltage_Mode.DCvoltageControl.add1.k1
mMC_voltage_Mode.DCvoltageControl.add1.k2
mMC_voltage_Mode.DCvoltageControl.Pref.k
mMC_voltage_Mode.switch2.u2
mMC_voltage_Mode.gain4.k
mMC_voltage_Mode.gain2.k
mMC_voltage_Mode.gain2.u
mMC_voltage_Mode.gain2.y
mMC_voltage_Mode.switch3.u2
mMC_voltage_Mode.switch3.u3
mMC_voltage_Mode.synchronization02_1.fb
mMC_voltage_Mode.synchronization02_1.add.u1
mMC_voltage_Mode.synchronization02_1.add.k1
mMC_voltage_Mode.synchronization02_1.add.k2
mMC_voltage_Mode.synchronization02_1.f_ref
mMC_voltage_Mode.synchronization02_1.freqHZ
mMC_voltage_Mode.synchronization02_1.sRF_PLL.fb
mMC_voltage_Mode.synchronization02_1.sRF_PLL.add.u1
mMC_voltage_Mode.synchronization02_1.sRF_PLL.add.u2
mMC_voltage_Mode.synchronization02_1.sRF_PLL.add.k1
mMC_voltage_Mode.synchronization02_1.sRF_PLL.add.k2
mMC_voltage_Mode.synchronization02_1.sRF_PLL.f_ref
mMC_voltage_Mode.synchronization02_1.sRF_PLL.gain1.k
mMC_voltage_Mode.synchronization02_1.sRF_PLL.gain1.y
mMC_voltage_Mode.synchronization02_1.sRF_PLL.firstOrder.k
mMC_voltage_Mode.synchronization02_1.sRF_PLL.firstOrder.T
mMC_voltage_Mode.synchronization02_1.sRF_PLL.firstOrder.initType
mMC_voltage_Mode.synchronization02_1.sRF_PLL.firstOrder.y_start
mMC_voltage_Mode.synchronization02_1.sRF_PLL.firstOrder.y
mMC_voltage_Mode.synchronization02_1.sRF_PLL.firstOrder.der(y)
mMC_voltage_Mode.synchronization02_1.sRF_PLL.add1.y
mMC_voltage_Mode.synchronization02_1.sRF_PLL.add1.k1
mMC_voltage_Mode.synchronization02_1.sRF_PLL.add1.k2
mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.k
mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.T
mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.initType
mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.x_start
mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.y_start
mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.x
mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.der(x)
mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.k
mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.use_reset
mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.use_set
mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.initType
mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.y_start
mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.y
mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.der(y)
mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.local_reset
mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.local_set
mMC_voltage_Mode.synchronization02_1.sRF_PLL.k_filt
mMC_voltage_Mode.synchronization02_1.sRF_PLL.T_filt
mMC_voltage_Mode.synchronization02_1.sRF_PLL.initType_filt
mMC_voltage_Mode.synchronization02_1.sRF_PLL.y_start_filt
mMC_voltage_Mode.synchronization02_1.sRF_PLL.k_pi
mMC_voltage_Mode.synchronization02_1.sRF_PLL.T_pi
mMC_voltage_Mode.synchronization02_1.sRF_PLL.initType_pi
mMC_voltage_Mode.synchronization02_1.sRF_PLL.y_start_pi
mMC_voltage_Mode.synchronization02_1.sRF_PLL.x_start_pi
mMC_voltage_Mode.synchronization02_1.sRF_PLL.k_i
mMC_voltage_Mode.synchronization02_1.sRF_PLL.initType_i
mMC_voltage_Mode.synchronization02_1.sRF_PLL.y_start_i
mMC_voltage_Mode.synchronization02_1.theta_ref
mMC_voltage_Mode.synchronization02_1.k_filt
mMC_voltage_Mode.synchronization02_1.T_filt
mMC_voltage_Mode.synchronization02_1.initType_filt
mMC_voltage_Mode.synchronization02_1.y_start_filt
mMC_voltage_Mode.synchronization02_1.k_pi
mMC_voltage_Mode.synchronization02_1.T_pi
mMC_voltage_Mode.synchronization02_1.initType_pi
mMC_voltage_Mode.synchronization02_1.x_start_pi
mMC_voltage_Mode.synchronization02_1.y_start_pi
mMC_voltage_Mode.synchronization02_1.k_i
mMC_voltage_Mode.synchronization02_1.initType_i
mMC_voltage_Mode.synchronization02_1.y_start_i
mMC_voltage_Mode.polar2Complex1.xmag
mMC_voltage_Mode.polar2Complex1.xr
mMC_voltage_Mode.polar2Complex1.xi
mMC_voltage_Mode.rI_to_dq5.xr
mMC_voltage_Mode.rI_to_dq5.xi
mMC_voltage_Mode.rI_to_dq5.xd
mMC_voltage_Mode.rI_to_dq5.xq
mMC_voltage_Mode.aCd_axisVoltageControl1.add.u1
mMC_voltage_Mode.aCd_axisVoltageControl1.add.y
mMC_voltage_Mode.aCd_axisVoltageControl1.add.k1
mMC_voltage_Mode.aCd_axisVoltageControl1.add.k2
mMC_voltage_Mode.aCd_axisVoltageControl1.PI.k
mMC_voltage_Mode.aCd_axisVoltageControl1.PI.T
mMC_voltage_Mode.aCd_axisVoltageControl1.PI.initType
mMC_voltage_Mode.aCd_axisVoltageControl1.PI.x_start
mMC_voltage_Mode.aCd_axisVoltageControl1.PI.y_start
mMC_voltage_Mode.aCd_axisVoltageControl1.PI.x
mMC_voltage_Mode.aCd_axisVoltageControl1.PI.der(x)
mMC_voltage_Mode.aCd_axisVoltageControl1.Vgd_ref
mMC_voltage_Mode.aCd_axisVoltageControl1.igq_ref
mMC_voltage_Mode.aCd_axisVoltageControl1.k
mMC_voltage_Mode.aCd_axisVoltageControl1.T
mMC_voltage_Mode.aCd_axisVoltageControl1.initType
mMC_voltage_Mode.aCd_axisVoltageControl1.x_start
mMC_voltage_Mode.aCd_axisVoltageControl1.y_start
mMC_voltage_Mode.aCq_axisVoltageControl1.add.u1
mMC_voltage_Mode.aCq_axisVoltageControl1.add.y
mMC_voltage_Mode.aCq_axisVoltageControl1.add.k1
mMC_voltage_Mode.aCq_axisVoltageControl1.add.k2
mMC_voltage_Mode.aCq_axisVoltageControl1.PI.k
mMC_voltage_Mode.aCq_axisVoltageControl1.PI.T
mMC_voltage_Mode.aCq_axisVoltageControl1.PI.initType
mMC_voltage_Mode.aCq_axisVoltageControl1.PI.x_start
mMC_voltage_Mode.aCq_axisVoltageControl1.PI.y_start
mMC_voltage_Mode.aCq_axisVoltageControl1.PI.y
mMC_voltage_Mode.aCq_axisVoltageControl1.PI.x
mMC_voltage_Mode.aCq_axisVoltageControl1.PI.der(x)
mMC_voltage_Mode.aCq_axisVoltageControl1.Vgq_ref
mMC_voltage_Mode.aCq_axisVoltageControl1.igd_ref
mMC_voltage_Mode.aCq_axisVoltageControl1.k
mMC_voltage_Mode.aCq_axisVoltageControl1.T
mMC_voltage_Mode.aCq_axisVoltageControl1.initType
mMC_voltage_Mode.aCq_axisVoltageControl1.x_start
mMC_voltage_Mode.aCq_axisVoltageControl1.y_start
mMC_voltage_Mode.aCq_axisVoltageControl1.gain.k
mMC_voltage_Mode.switch4.u2
mMC_voltage_Mode.switch5.u2
mMC_voltage_Mode.gain3.k
mMC_voltage_Mode.gain3.u
mMC_voltage_Mode.gain3.y
mMC_voltage_Mode.energy_Calculator.C_eq
mMC_voltage_Mode.energy_Calculator.gain.k
mMC_voltage_Mode.energy_Calculator.gain.u
mMC_voltage_Mode.Vdc_ref_SI
mMC_voltage_Mode.Pref_SI
mMC_voltage_Mode.Qref_SI
mMC_voltage_Mode.Vac_ref_SI
mMC_voltage_Mode.P_SI
mMC_voltage_Mode.Q_SI
mMC_voltage_Mode.S0.re
mMC_voltage_Mode.S0.im
mMC_voltage_Mode.xq0.re
mMC_voltage_Mode.xq0.im
mMC_voltage_Mode.Ra0.re
mMC_voltage_Mode.Ra0.im
mMC_voltage_Mode.Vt0.re
mMC_voltage_Mode.Vt0.im
mMC_voltage_Mode.I0_SI.re
mMC_voltage_Mode.I0_SI.im
mMC_voltage_Mode.ir0
mMC_voltage_Mode.ii0
mMC_voltage_Mode.v_m.re
mMC_voltage_Mode.v_m.im
mMC_voltage_Mode.delta0
mMC_voltage_Mode.P_vsc_ac.re
mMC_voltage_Mode.P_vsc_ac.im
mMC_voltage_Mode.P_vsc_dc
mMC_voltage_Mode.P_vsc_dc_pu
mMC_voltage_Mode.R_dc
mMC_voltage_Mode.Vdc0_SI
mMC_voltage_Mode.dis
mMC_voltage_Mode.Idc0_SI
mMC_voltage_Mode.Vmdc0_SI
mMC_voltage_Mode.Pdc_0_SI
mMC_voltage_Mode.W_0
mMC_voltage_Mode.Idc0_pu
mMC_voltage_Mode.Vmdc0_pu
mMC_voltage_Mode.DC_0
mMC_voltage_Mode.vmr0
mMC_voltage_Mode.vmi0
mMC_voltage_Mode.vmd0
mMC_voltage_Mode.vmq0
mMC_voltage_Mode.vmd0pu
mMC_voltage_Mode.vmq0pu
mMC_voltage_Mode.id0
mMC_voltage_Mode.iq0
mMC_voltage_Mode.id0pu
mMC_voltage_Mode.iq0pu
mMC_voltage_Mode.vgr0
mMC_voltage_Mode.vgi0
mMC_voltage_Mode.vgd0_SI
mMC_voltage_Mode.vgq0_SI
mMC_voltage_Mode.vgd0
mMC_voltage_Mode.vgq0
mMC_voltage_Mode.ACd0
mMC_voltage_Mode.ACq0
mMC_voltage_Mode.flag2.k
mMC_voltage_Mode.flag2.y
mMC_voltage_Mode.flag1.k
mMC_voltage_Mode.flag1.y
mMC_voltage_Mode.Vdc_ref_mock.k
mMC_voltage_Mode.Pref_mock.k
mMC_voltage_Mode.Pref_mock.u
mMC_voltage_Mode.Pref_mock.y
mMC_voltage_Mode.Qref_mock.k
mMC_voltage_Mode.Vac_ref_mock.k
mMC_voltage_Mode.Vac_ref_mock.u
mMC_voltage_Mode.Vac_ref_mock.y
mMC_voltage_Mode.theta_ref_mock.k
mMC_voltage_Mode.theta_ref_mock.u
mMC_voltage_Mode.theta_ref_mock.y
mMC_voltage_Mode.f_ref_mock.k
mMC_voltage_Mode.f_ref_mock.u
mMC_voltage_Mode.f_ref_mock.y
capacitor.v
capacitor.der(v)
capacitor.p.i
capacitor.n.v
capacitor.C
Qref.height
Qref.y
Qref.offset
Qref.startTime
bus1.S_b
bus1.enableS_b
bus1.V_b
bus1.enableV_b
bus1.fn
bus1.enablefn
bus1.P_0
bus1.enableP_0
bus1.Q_0
bus1.enableQ_0
bus1.v_0
bus1.enablev_0
bus1.angle_0
bus1.enableangle_0
bus1.displayPF
bus1.enabledisplayPF
bus1.p.ir
bus1.p.ii
bus1.v
bus1.angle
bus1.angleDisplay
signalCurrent.p.v
signalCurrent.p.i
CurrentStep.height
CurrentStep.offset
CurrentStep.startTime

double initialValue(641,6)
 -1  1.0000000000000000E+09       0                       0                
  1   280   # SysData.S_b
 -1      50                       0                       0                
  1   280   # SysData.fn
 -1  1.0000000000000000E+09       0                       0                
  1   280   # infiniteBus.S_b
 -2       1                       0                       0                
  6   257   # infiniteBus.enableS_b
 -1  3.2000000000000000E+05       0                       0                
  1   280   # infiniteBus.V_b
 -2       0                       0                       0                
  6   257   # infiniteBus.enableV_b
 -1      50                       0                       0                
  1   280   # infiniteBus.fn
 -2       0                       0                       0                
  6   257   # infiniteBus.enablefn
 -1       0                       0                       0                
  1   280   # infiniteBus.P_0
 -2       0                       0                       0                
  6   257   # infiniteBus.enableP_0
 -1       0                       0                       0                
  1   280   # infiniteBus.Q_0
 -2       0                       0                       0                
  6   257   # infiniteBus.enableQ_0
 -1       1                       0                       0                
  1   280   # infiniteBus.v_0
 -2       1                       0                       0                
  6   257   # infiniteBus.enablev_0
 -1  5.2359877559830004E-01       0                       0                
  1   280   # infiniteBus.angle_0
 -2       1                       0                       0                
  6   257   # infiniteBus.enableangle_0
 -1       1                       0                       0                
  1   281   # infiniteBus.displayPF
 -2       1                       0                       0                
  6   257   # infiniteBus.enabledisplayPF
 -2 -8.9527464213683760E+08       0                       0                
  6   256   # infiniteBus.P
 -2 -3.0000030337848115E+08       0                       0                
  6   256   # infiniteBus.Q
 -2  8.6602540378443804E-01       0                       0                
  6   260   # infiniteBus.p.vr
 -2  5.0000000000000100E-01       0                       0                
  6   260   # infiniteBus.p.vi
 -2  9.2533073514376396E-01       0                       0                
  6   388   # infiniteBus.p.ir
 -2  1.8782943719961662E-01       0                       0                
  6   388   # infiniteBus.p.ii
 -1  5.0000000000000000E-01       0                       0                
  1   280   # Vdc_ref.height
 -2  1.5000000000000000E+00       0                       0                
  6   320   # Vdc_ref.y
 -1       1                       0                       0                
  1   280   # Vdc_ref.offset
 -1       2                       0                       0                
  1   280   # Vdc_ref.startTime
 -2       0                       0                       0                
  6   260   # ground.p.v
 -2       0                       0                       0                
  6   388   # ground.p.i
 -2  1.0000000000000000E+09       0                       0                
  6   256   # pQ_Sensor.S_b
 -2  8.9527464213683761E-01       0                       0                
  6   256   # pQ_Sensor.P12PU
 -2 -8.9527464213683761E-01       0                       0                
  6   256   # pQ_Sensor.P21PU
 -2  3.0000030337848116E-01       0                       0                
  6   256   # pQ_Sensor.Q12PU
 -2 -3.0000030337848116E-01       0                       0                
  6   256   # pQ_Sensor.Q21PU
 -2  8.9527464213683760E+08       0                       0                
  6   256   # pQ_Sensor.P12
 -2 -8.9527464213683760E+08       0                       0                
  6   256   # pQ_Sensor.P21
 -2  3.0000030337848115E+08       0                       0                
  6   256   # pQ_Sensor.Q12
 -2 -3.0000030337848115E+08       0                       0                
  6   256   # pQ_Sensor.Q21
 -2       0                       0                       0                
  6   256   # pQ_Sensor.zero_i.re
 -2       0                       0                       0                
  6   256   # pQ_Sensor.zero_i.im
 -2       0                       0                       0                
  6   256   # pQ_Sensor.zero_v.re
 -2       0                       0                       0                
  6   256   # pQ_Sensor.zero_v.im
 -2       0                       0                       0                
  6   257   # mMC_voltage_Mode.Vdc_Pac_flag
 -2       1                       0                       0                
  6   257   # mMC_voltage_Mode.Vac_Qac_flag
 -1  1.0000000000000000E-03       0                       0                
  1   280   # mMC_voltage_Mode.Rr
 -1  1.7999999999999999E-01       0                       0                
  1   280   # mMC_voltage_Mode.Xr
 -1  7.8000000000000000E-02       0                       0                
  1   280   # mMC_voltage_Mode.L_arm
 -1  7.5799999999999999E-03       0                       0                
  1   280   # mMC_voltage_Mode.R_arm
 -1  1.9500000000000000E-04       0                       0                
  1   280   # mMC_voltage_Mode.C_dc
 -1  1.0000000000000000E-02       0                       0                
  1   280   # mMC_voltage_Mode.C_sub
 -1     200                       0                       0                
  1   280   # mMC_voltage_Mode.N_sub
 -1    1000                       0                       0                
  1   280   # mMC_voltage_Mode.S_b
 -1    1000                       0                       0                
  1   280   # mMC_voltage_Mode.MVAb
 -1      50                       0                       0                
  1   280   # mMC_voltage_Mode.fb
 -1     320                       0                       0                
  1   280   # mMC_voltage_Mode.Vb
 -1     640                       0                       0                
  1   280   # mMC_voltage_Mode.Vdcb
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.V_0
 -1  5.2359877559830004E-01       0                       0                
  1   280   # mMC_voltage_Mode.angle_0
 -1  4.9830300000000000E-01       0                       0                
  1   280   # mMC_voltage_Mode.P_0
 -1  2.0000000000000001E-01       0                       0                
  1   280   # mMC_voltage_Mode.Q_0
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.Vdc_0
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.Wmmc_0
 -2     320                       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.Vb
 -2    1000                       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.MVAb
 -2     640                       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.Vdcb
 -2  5.4126587736527415E-06       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.gain5.k
 -2  5.4126587736527415E-06       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.gain1.k
 -2  5.5425625842204064E-04       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.gain3.k
 -2  5.5425625842204064E-04       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.gain2.k
 -2  1.5625000000000001E-06       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.gain17.k
 -2  6.4000000000000005E-04       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.gain14.k
 -2  1.5625000000000001E-06       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.gain10.k
 -2  1.4999999478278969E+00       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.Vdc_pu
 -2  9.2376043070340325E+04       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.Vgi_SI
 -2  1.5999999999999991E+05       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.Vgr_SI
 -2  5.9999996072433026E-01       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.Idc_pu
 -2  1.4999999424942847E+00       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.Vceq_pu
 -2  5.0000000000000111E-01       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.Vgi_pu
 -2  8.6602540378443815E-01       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.Vgr_pu
 -2  9.2533073514376396E-01       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.Igr_pu
 -2  1.8782943719961662E-01       0                       0                
  6   256   # mMC_voltage_Mode.sI_to_pu.Igi_pu
 -2     320                       0                       0                
  6   256   # mMC_voltage_Mode.pu_to_SI.Vb
 -2     640                       0                       0                
  6   256   # mMC_voltage_Mode.pu_to_SI.Vdcb
 -2  1.8475208614068027E+05       0                       0                
  6   256   # mMC_voltage_Mode.pu_to_SI.gain17.k
 -2  1.8475208614068027E+05       0                       0                
  6   256   # mMC_voltage_Mode.pu_to_SI.gain14.k
 -2  6.4000000000000000E+05       0                       0                
  6   256   # mMC_voltage_Mode.pu_to_SI.gain10.k
 -2  1.4992419479149466E+00       0                       0                
  6   256   # mMC_voltage_Mode.pu_to_SI.Vmdc_pu
 -2  8.2932308696193635E-01       0                       0                
  6   256   # mMC_voltage_Mode.pu_to_SI.Vmr_pu
 -2  9.5951484666556586E+05       0                       0                
  6   256   # mMC_voltage_Mode.pu_to_SI.Vmdc_SI
 -2  7.0354713395986834E-01       0                       0                
  6   256   # mMC_voltage_Mode.pu_to_SI.Vmi_pu
 -2  1.5321917040084655E+05       0                       0                
  6   256   # mMC_voltage_Mode.pu_to_SI.Vmr_SI
 -2  1.2998180069738232E+05       0                       0                
  6   256   # mMC_voltage_Mode.pu_to_SI.Vmi_SI
 -2  2.2499998434836934E+00       0                       0                
  6   256   # mMC_voltage_Mode.EnergyControl.add.u1
 -2  1.6000836211560454E-08       0                       0                
  6   256   # mMC_voltage_Mode.EnergyControl.add.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.EnergyControl.add.k1
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.EnergyControl.add.k2
 -2  8.9999990981433253E-01       0                       0                
  6   256   # mMC_voltage_Mode.EnergyControl.div0block.u1
 -2       5                       0                       0                
  6   256   # mMC_voltage_Mode.EnergyControl.PI.k
 -2  1.6666666666666670E-02 2.2250738585072014E-308 1.7976931348623157E+308
  6   256   # mMC_voltage_Mode.EnergyControl.PI.T
 -2       4                       1                       4                
  6   258   # mMC_voltage_Mode.EnergyControl.PI.initType
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.EnergyControl.PI.x_start
 -2  1.6968182680515051E-03       0                       0                
  6   256   # mMC_voltage_Mode.EnergyControl.PI.y_start
 -2  4.7252676774949152E-03       0                       0                
  6   256   # mMC_voltage_Mode.EnergyControl.PI.y
 -2  9.4503753466277155E-04       0                       0                
  2   272   # mMC_voltage_Mode.EnergyControl.PI.x
 -2  9.6005017269362703E-07       0                       0                
  3   256   # mMC_voltage_Mode.EnergyControl.PI.der(x)
 -2  2.2499998274828572E+00       0                       0                
  6   256   # mMC_voltage_Mode.EnergyControl.Wtot
 -2  8.9527464213683761E-01       0                       0                
  6   256   # mMC_voltage_Mode.EnergyControl.Pac
 -2  5.9999996074506157E-01       0                       0                
  6   256   # mMC_voltage_Mode.EnergyControl.idc_ref
 -2  1.4999999478278969E+00       0                       0                
  6   256   # mMC_voltage_Mode.EnergyControl.product1.u1
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.EnergyControl.gain.k
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.EnergyControl.add1.k1
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.EnergyControl.add1.k2
 -1       5                       0                       0                
  1   280   # mMC_voltage_Mode.EnergyControl.k
 -1  1.6666666666666670E-02       0                       0                
  1   280   # mMC_voltage_Mode.EnergyControl.T
 -1       4                       1                       4                
  1   282   # mMC_voltage_Mode.EnergyControl.initType
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.EnergyControl.x_start
 -2  1.6968182680515051E-03       0                       0                
  6   256   # mMC_voltage_Mode.EnergyControl.y_start
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.powerControl.add.u1
 -2 -8.9527464213683761E-01       0                       0                
  6   256   # mMC_voltage_Mode.powerControl.add.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.powerControl.add.k1
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.powerControl.add.k2
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.powerControl.Pac_ref
 -2 -1.0956404192106106E+02       0                       0                
  6   256   # mMC_voltage_Mode.powerControl.div0block.u1
 -2       1                       0                       0                
  6   256   # mMC_voltage_Mode.powerControl.Vgd
 -2       1                       0                       0                
  6   256   # mMC_voltage_Mode.powerControl.PI.k
 -2  3.3333333333333340E-02 2.2250738585072014E-308 1.7976931348623157E+308
  6   256   # mMC_voltage_Mode.powerControl.PI.T
 -2       4                       1                       4                
  6   258   # mMC_voltage_Mode.powerControl.PI.initType
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.powerControl.PI.x_start
 -2  4.9830300000000000E-01       0                       0                
  6   256   # mMC_voltage_Mode.powerControl.PI.y_start
 -2 -1.0866876727892422E+02       0                       0                
  2   272   # mMC_voltage_Mode.powerControl.PI.x
 -2 -2.6858239264105123E+01       0                       0                
  3   256   # mMC_voltage_Mode.powerControl.PI.der(x)
 -2 -1.0956404192106106E+02       0                       0                
  6   256   # mMC_voltage_Mode.powerControl.igd_ref
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.powerControl.k
 -1  3.3333333333333340E-02       0                       0                
  1   280   # mMC_voltage_Mode.powerControl.T
 -2       4                       1                       4                
  6   258   # mMC_voltage_Mode.powerControl.initType
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.powerControl.x_start
 -2  4.9830300000000000E-01       0                       0                
  6   256   # mMC_voltage_Mode.powerControl.y_start
 -2 -3.0337848111461341E-07       0                       0                
  6   256   # mMC_voltage_Mode.reactivePowerControl.add.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.reactivePowerControl.add.k1
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.reactivePowerControl.add.k2
 -2  3.0000030346099499E-01       0                       0                
  6   256   # mMC_voltage_Mode.reactivePowerControl.div0block.y
 -2      10                       0                       0                
  6   256   # mMC_voltage_Mode.reactivePowerControl.integrator.k
 -2       0                       0                       0                
  6   769   # mMC_voltage_Mode.reactivePowerControl.integrator.use_reset
 -2       0                       0                       0                
  6   769   # mMC_voltage_Mode.reactivePowerControl.integrator.use_set
 -2       4                       1                       4                
  6   258   # mMC_voltage_Mode.reactivePowerControl.integrator.initType
 -2  2.0000000000000001E-01       0                       0                
  6   256   # mMC_voltage_Mode.reactivePowerControl.integrator.y_start
 -2  3.0000030346099499E-01       0                       0                
  2   272   # mMC_voltage_Mode.reactivePowerControl.integrator.y
 -2 -3.0337848111461341E-06       0                       0                
  3   256   # mMC_voltage_Mode.reactivePowerControl.integrator.der(y)
 -2       0                       0                       0                
  6   769   # mMC_voltage_Mode.reactivePowerControl.integrator.local_reset
 -2       0                       0                       0                
  6   768   # mMC_voltage_Mode.reactivePowerControl.integrator.local_set
 -2  3.0000000000000004E-01       0                       0                
  6   320   # mMC_voltage_Mode.reactivePowerControl.Qac_ref
 -2  3.0000030337848116E-01       0                       0                
  6   256   # mMC_voltage_Mode.reactivePowerControl.Qac
 -2  3.0000030346099499E-01       0                       0                
  6   256   # mMC_voltage_Mode.reactivePowerControl.igq_ref
 -1      10                       0                       0                
  1   280   # mMC_voltage_Mode.reactivePowerControl.k
 -2       4                       1                       4                
  6   258   # mMC_voltage_Mode.reactivePowerControl.initType
 -2  2.0000000000000001E-01       0                       0                
  6   256   # mMC_voltage_Mode.reactivePowerControl.y_start
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.reactivePowerControl.gain.k
 -2  2.0731305561128011E-11       0                       0                
  6   256   # mMC_voltage_Mode.dCsideModulation.add.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.dCsideModulation.add.k1
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.dCsideModulation.add.k2
 -2       1                       0                       0                
  6   256   # mMC_voltage_Mode.dCsideModulation.PI.k
 -2  1.3333333333333333E-03 2.2250738585072014E-308 1.7976931348623157E+308
  6   256   # mMC_voltage_Mode.dCsideModulation.PI.T
 -2       4                       1                       4                
  6   258   # mMC_voltage_Mode.dCsideModulation.PI.initType
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.dCsideModulation.PI.x_start
 -2  6.3166643707868175E-04       0                       0                
  6   256   # mMC_voltage_Mode.dCsideModulation.PI.y_start
 -2  7.5799991295026029E-04       0                       0                
  6   256   # mMC_voltage_Mode.dCsideModulation.PI.y
 -2  7.5799989221895473E-04       0                       0                
  2   272   # mMC_voltage_Mode.dCsideModulation.PI.x
 -2  1.5548479170846008E-08       0                       0                
  3   256   # mMC_voltage_Mode.dCsideModulation.PI.der(x)
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.dCsideModulation.add1.k1
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.dCsideModulation.add1.k2
 -2  9.9949467026106842E-01       0                       0                
  6   256   # mMC_voltage_Mode.dCsideModulation.mdc
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.dCsideModulation.k
 -1  1.3333333333333333E-03       0                       0                
  1   280   # mMC_voltage_Mode.dCsideModulation.T
 -1       4                       1                       4                
  1   282   # mMC_voltage_Mode.dCsideModulation.initType
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.dCsideModulation.x_start
 -2  6.3166643707868175E-04       0                       0                
  6   256   # mMC_voltage_Mode.dCsideModulation.y_start
 -2      50                       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.fb
 -2  1.7999999999999999E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.Xr
 -2  7.8000000000000000E-02       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.L_arm
 -2     320                       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.Vb
 -2    1000                       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.MVAb
 -2 -4.2164383096121583E-11       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.add.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_R_Modulation.add.k1
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_R_Modulation.add.k2
 -2  8.9527464213683761E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.igd
 -2  3.0000030337848116E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.igq
 -2  7.1332564616946936E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.md
 -2  8.9527464209467322E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.igd_ref
 -2  2.1900000000000000E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.gain1.k
 -2  6.5700066439887378E-02       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.gain1.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_R_Modulation.add3.k1
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_R_Modulation.add3.k2
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_R_Modulation.add3.k3
 -2  1.3568849467378999E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.add3.u2
 -2  1.0699884282339025E+00       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.Vmd
 -2  2.2425600000000003E+01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.k
 -2      50                       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.PI.k
 -2  1.6666666666666668E-03 2.2250738585072014E-308 1.7976931348623157E+308
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.PI.T
 -2       4                       1                       4                
  6   258   # mMC_voltage_Mode.aCside_R_Modulation.PI.initType
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.PI.x_start
 -2  8.9986871369999999E-02       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.PI.y_start
 -2  2.7137699356401829E-03       0                       0                
  2   272   # mMC_voltage_Mode.aCside_R_Modulation.PI.x
 -2 -2.5298629857672950E-08       0                       0                
  3   256   # mMC_voltage_Mode.aCside_R_Modulation.PI.der(x)
 -1      50                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_R_Modulation.Kp
 -1  1.6666666666666668E-03       0                       0                
  1   280   # mMC_voltage_Mode.aCside_R_Modulation.T
 -1       4                       1                       4                
  1   282   # mMC_voltage_Mode.aCside_R_Modulation.initType
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_R_Modulation.x_start
 -2  8.9986871369999999E-02       0                       0                
  6   256   # mMC_voltage_Mode.aCside_R_Modulation.y_start
 -2      50                       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.fb
 -2  1.7999999999999999E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.Xr
 -2  7.8000000000000000E-02       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.L_arm
 -2     320                       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.Vb
 -2     320                       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.MVAb
 -2  8.2513829102737191E-11       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.add.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_I_Modulation.add.k1
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_I_Modulation.add.k2
 -2      50                       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.PI.k
 -2  1.6666666666666668E-03 2.2250738585072014E-308 1.7976931348623157E+308
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.PI.T
 -2       4                       1                       4                
  6   258   # mMC_voltage_Mode.aCside_I_Modulation.PI.initType
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.PI.x_start
 -2 -2.1729871399999998E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.PI.y_start
 -2 -3.9069329391597751E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.PI.y
 -2 -7.8138659608333796E-03       0                       0                
  2   272   # mMC_voltage_Mode.aCside_I_Modulation.PI.x
 -2  4.9508297461642314E-08       0                       0                
  3   256   # mMC_voltage_Mode.aCside_I_Modulation.PI.der(x)
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_I_Modulation.add3.k1
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_I_Modulation.add3.k2
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_I_Modulation.add3.k3
 -2  1.9606514662796742E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.add3.u3
 -2 -1.2975210316633173E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.mq
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.vgq
 -2 -1.9462814728801009E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.Vmq
 -1      50                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_I_Modulation.Kp
 -1  1.6666666666666668E-03       0                       0                
  1   280   # mMC_voltage_Mode.aCside_I_Modulation.T
 -1       4                       1                       4                
  1   282   # mMC_voltage_Mode.aCside_I_Modulation.initType
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.aCside_I_Modulation.x_start
 -2  7.0080000000000013E+01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.k
 -2  2.1900000000000000E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.gain1.k
 -2 -2.1729871399999998E-01       0                       0                
  6   256   # mMC_voltage_Mode.aCside_I_Modulation.y_start
 -2  1.0000000000000000E-03       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Rr
 -2  1.7999999999999999E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Xr
 -2  7.8000000000000000E-02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_arm
 -2  7.5799999999999999E-03       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_arm
 -2  1.0000000000000000E-02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.C_sub
 -2     200                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.N_sub
 -2    1000                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.S_b
 -2    1000                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.MVAb
 -2      50                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.fb
 -2     320                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vb
 -2     640                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vdcb
 -2  3.2000000000000000E+05       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vgd
 -2  5.2359877559830004E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.teta_bus
 -2       1                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vdc0
 -2       1                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Wmmc_0
 -2  4.9830300000000000E+08       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.P_ref
 -2  2.0000000000000000E+08       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Q_ref
 -2       1                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.v_ref
 -2  4.9830300000000000E+08       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.S0.re
 -2 -2.0000000000000000E+08       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.S0.im
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.xq0.re
 -2  2.2425599999999999E+01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.xq0.im
 -2  4.9049599999999999E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Ra0.re
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Ra0.im
 -2  1.5999999999999991E+05       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vt0.re
 -2  9.2376043070340325E+04       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vt0.im
 -2  9.5902039662175764E+02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.I0.re
 -2  1.3702401748124814E+02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.I0.im
 -2  9.5902039662175764E+02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ir0
 -2  1.3702401748124814E+02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ii0
 -2  1.5739754986203383E+05       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.v_modulated.re
 -2  1.1394986060929969E+05       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.v_modulated.im
 -2  6.2662754480488880E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.delta0
 -2  1.6656132838809502E+08       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.P_vsc_ac.re
 -2  8.7712995892723635E+07       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.P_vsc_ac.im
 -2  4.9968398516428506E+08       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.P_vsc_dc
 -2  5.1746133333333333E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_dc_SI
 -2  6.4000000000000000E+05       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vdc0_SI
 -2  6.3919146696053934E+05       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.dis
 -2  7.8124971604383052E+02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Idc0
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.pin_n.v
 -2  5.1746133333333333E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.R
 -1  3.0014999999999998E+02       0                 1.7976931348623157E+308
  1   280   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.T_ref
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.alpha
 -2  4.8511996824431174E+02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.v
 -2  9.5951484664160968E+05       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.n.v
 -2       0                       0                       0                
  6   769   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.useHeatPort
 -2  3.0014999999999998E+02       0                 1.7976931348623157E+308
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.T
 -2  4.5479994045808644E+05       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.LossPower
 -2  5.1746133333333333E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_dc.R_actual
 -2 -2.3956177756190300E-05       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_dc.v
 -2  9.3749993863176587E+02       0                       0                
  2   272   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_dc.i
 -2 -1.4133967857372792E-03       0                       0                
  3   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_dc.der(i)
 -2  1.6949364819514489E-02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_dc.L
 -2       0                       0                       0                
  6   388   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.voltageSensor.p.i
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.voltageSensor.n.v
 -2       0                       0                       0                
  6   388   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.voltageSensor.n.i
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Vm_dc.n.v
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentSensor.p.v
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentSensor.n.v
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.signalCurrent.p.v
 -2  9.3702619203252891E+02       0                       0                
  6   388   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.signalCurrent.p.i
 -2  9.5999996319634211E+05       0                       0                
  2   272   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.C_eq.v
 -2  3.6777767528898647E-01       0                       0                
  3   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.C_eq.der(v)
 -2  1.1033330258669594E-04       0                       0                
  6   388   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.C_eq.p.i
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.C_eq.n.v
 -2  2.9999999999999997E-04       0                 1.7976931348623157E+308
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.C_eq.C
 -2       0                       0                       0                
  6   388   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.voltageSensor1.p.i
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.voltageSensor1.n.v
 -2       0                       0                       0                
  6   388   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.voltageSensor1.n.i
 -2  7.9937309494795670E+02       0                       0                
  6   388   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.modulated_R_current.p.i
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.modulated_R_current.n.v
 -2  1.3765298675126962E+02       0                       0                
  6   388   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.modulated_I_current.p.i
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.modulated_I_current.n.v
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.modulated_R_voltage.n.v
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.modulated_I_voltage.n.v
 -2  1.6081888219996227E+05       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.coupling_v_R.p.v
 -2  7.5997117991157365E+03       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.coupling_v_R.v
 -2  9.2542265069732297E+04       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.coupling_v_I.n.v
 -2  3.7439535627650032E+04       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.coupling_v_I.v
 -2 -7.9390266910195351E-04       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_R.v
 -2  1.5999999920609724E+05       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_R.p.v
 -2  1.6694998407021453E+03       0                       0                
  2   272   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_R.i
 -2 -1.1121748327429482E-02       0                       0                
  3   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_R.der(i)
 -2  7.1382901836032159E-02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_R.L
 -2  4.9049599999999999E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.R
 -1  3.0014999999999998E+02       0                 1.7976931348623157E+308
  1   280   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.T_ref
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.alpha
 -2  8.1888299386503945E+02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.v
 -2       0                       0                       0                
  6   769   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.useHeatPort
 -2  3.0014999999999998E+02       0                 1.7976931348623157E+308
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.T
 -2  1.3671250278113792E+06       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.LossPower
 -2  4.9049599999999999E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_R.R_actual
 -2 -7.5384596129879355E-06       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_I.v
 -2  9.2376043062801866E+04       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_I.p.v
 -2  3.3888555040292056E+02       0                       0                
  2   272   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_I.i
 -2 -1.0560595631575635E-04       0                       0                
  3   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_I.der(i)
 -2  7.1382901836032159E-02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.L_eq_ac_I.L
 -2  4.9049599999999999E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.R
 -1  3.0014999999999998E+02       0                 1.7976931348623157E+308
  1   280   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.T_ref
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.alpha
 -2  1.6622200693043092E+02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.v
 -2       0                       0                       0                
  6   769   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.useHeatPort
 -2  3.0014999999999998E+02       0                 1.7976931348623157E+308
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.T
 -2  5.6330236307697160E+04       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.LossPower
 -2  4.9049599999999999E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.R_eq_ac_I.R_actual
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.vg_R.n.v
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.vg_I.n.v
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentSensor1.p.v
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentSensor1.n.v
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentSensor2.p.v
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentSensor2.n.v
 -2       0                       0                       0                
  6   388   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.pwVoltage.p.ir
 -2       0                       0                       0                
  6   388   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.pwVoltage.p.ii
 -2       1                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.pwVoltage.v
 -2  9.9949467026106864E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.div0block.y
 -2  1.5960330861961680E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.div0block1.y
 -2  1.3539771425053487E-01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.div0block2.y
 -2  2.6645769831598557E+02       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.product1.y
 -2  4.5884328917089874E+01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.product2.y
 -2  5.5425625842204064E-04       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.gain3.k
 -2  5.5425625842204064E-04       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.gain1.k
 -1       3                       0                       0                
  1   280   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.gain.k
 -1       3                       0                       0                
  1   280   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.gain2.k
 -2  1.8475208614068027E+05       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.gain5.k
 -2  1.8475208614068027E+05       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.gain4.k
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ground2.p.v
 -2       0                       0                       0                
  6   388   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ground2.p.i
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ground3.p.v
 -2       0                       0                       0                
  6   388   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ground3.p.i
 -2  2.2425600000000003E+01       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.wL.k
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.p.vr
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.p.vi
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.zero.re
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.zero.im
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.vs.re
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.vs.im
 -2       1                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.currentPhasor.V
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.groundPhasor.p.vr
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.groundPhasor.p.vi
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.groundPhasor.vs.re
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.groundPhasor.vs.im
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ground1.p.v
 -2       0                       0                       0                
  6   388   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.ground1.p.i
 -2  8.9999990978323543E+08       0                       0                
  6   256   # mMC_voltage_Mode.avgMMCmodel_withBlock2_1.Pdc
 -2  5.2359877559830004E-01       0                       0                
  6   256   # mMC_voltage_Mode.dq_to_RI.angle
 -2    1000                       0                       0                
  6   256   # mMC_voltage_Mode.gain.k
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.gain.u
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.gain.y
 -2    1000                       0                       0                
  6   256   # mMC_voltage_Mode.gain1.k
 -2       0                       0                       0                
  6   260   # mMC_voltage_Mode.pin_n.v
 -2  5.2172103082170906E-08       0                       0                
  6   256   # mMC_voltage_Mode.DCvoltageControl.add.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.DCvoltageControl.add.k1
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.DCvoltageControl.add.k2
 -2  8.9527464209467322E-01       0                       0                
  6   256   # mMC_voltage_Mode.DCvoltageControl.div0block.u1
 -2       5                       0                       0                
  6   256   # mMC_voltage_Mode.DCvoltageControl.PI.k
 -2  3.3333333333333340E-02 2.2250738585072014E-308 1.7976931348623157E+308
  6   256   # mMC_voltage_Mode.DCvoltageControl.PI.T
 -2       4                       1                       4                
  6   258   # mMC_voltage_Mode.DCvoltageControl.PI.initType
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.DCvoltageControl.PI.x_start
 -2 -4.9830300000000000E-01       0                       0                
  6   256   # mMC_voltage_Mode.DCvoltageControl.PI.y_start
 -2 -8.9527464209467322E-01       0                       0                
  6   256   # mMC_voltage_Mode.DCvoltageControl.PI.y
 -2 -1.7905498059103772E-01       0                       0                
  2   272   # mMC_voltage_Mode.DCvoltageControl.PI.x
 -2  1.5651630924651268E-06       0                       0                
  3   256   # mMC_voltage_Mode.DCvoltageControl.PI.der(x)
 -2  1.5000000000000000E+00       0                       0                
  6   320   # mMC_voltage_Mode.DCvoltageControl.Vdc_ref
 -1       5                       0                       0                
  1   280   # mMC_voltage_Mode.DCvoltageControl.k
 -1  3.3333333333333340E-02       0                       0                
  1   280   # mMC_voltage_Mode.DCvoltageControl.T
 -1       4                       1                       4                
  1   282   # mMC_voltage_Mode.DCvoltageControl.initType
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.DCvoltageControl.x_start
 -2 -4.9830300000000000E-01       0                       0                
  6   256   # mMC_voltage_Mode.DCvoltageControl.y_start
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.DCvoltageControl.add1.k1
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.DCvoltageControl.add1.k2
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.DCvoltageControl.Pref.k
 -2       0                       0                       0                
  6   257   # mMC_voltage_Mode.switch2.u2
 -2     640                       0                       0                
  6   256   # mMC_voltage_Mode.gain4.k
 -2     320                       0                       0                
  6   256   # mMC_voltage_Mode.gain2.k
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.gain2.u
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.gain2.y
 -2       1                       0                       0                
  6   257   # mMC_voltage_Mode.switch3.u2
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.switch3.u3
 -2      50                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.fb
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.add.u1
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.add.k1
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.add.k2
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.f_ref
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.freqHZ
 -2      50                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.fb
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.add.u1
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.add.u2
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.add.k1
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.add.k2
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.f_ref
 -2  3.1415926535897933E+02       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.gain1.k
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.gain1.y
 -2      10                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.firstOrder.k
 -2  1.0000000000000000E-03       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.firstOrder.T
 -2       3                       1                       4                
  6   258   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.firstOrder.initType
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.firstOrder.y_start
 -2       0                       0                       0                
  2   272   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.firstOrder.y
 -2       0                       0                       0                
  3   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.firstOrder.der(y)
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.add1.y
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.add1.k1
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.add1.k2
 -2  9.0018035812776009E+00       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.k
 -2  5.0000000000000001E-04 2.2250738585072014E-308 1.7976931348623157E+308
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.T
 -2       4                       1                       4                
  6   258   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.initType
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.x_start
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.y_start
 -2       0                       0                       0                
  2   272   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.x
 -2       0                       0                       0                
  3   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.PI.der(x)
 -2       1                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.k
 -2       0                       0                       0                
  6   769   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.use_reset
 -2       0                       0                       0                
  6   769   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.use_set
 -2       4                       1                       4                
  6   258   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.initType
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.y_start
 -2       0                       0                       0                
  2   272   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.y
 -2       0                       0                       0                
  3   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.der(y)
 -2       0                       0                       0                
  6   769   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.local_reset
 -2       0                       0                       0                
  6   768   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.integrator.local_set
 -2      10                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.k_filt
 -2  1.0000000000000000E-03       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.T_filt
 -2       3                       1                       4                
  6   258   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.initType_filt
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.y_start_filt
 -2  9.0018035812776009E+00       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.k_pi
 -2  5.0000000000000001E-04       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.T_pi
 -2       3                       1                       4                
  6   258   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.initType_pi
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.y_start_pi
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.x_start_pi
 -2       1                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.k_i
 -2       4                       1                       4                
  6   258   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.initType_i
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.sRF_PLL.y_start_i
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.theta_ref
 -1      10                       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.k_filt
 -1  1.0000000000000000E-03       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.T_filt
 -2       3                       1                       4                
  6   258   # mMC_voltage_Mode.synchronization02_1.initType_filt
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.y_start_filt
 -2  9.0018035812776009E+00       0                       0                
  6   256   # mMC_voltage_Mode.synchronization02_1.k_pi
 -1  5.0000000000000001E-04       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.T_pi
 -1       3                       1                       4                
  1   282   # mMC_voltage_Mode.synchronization02_1.initType_pi
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.x_start_pi
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.y_start_pi
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.k_i
 -2       4                       1                       4                
  6   258   # mMC_voltage_Mode.synchronization02_1.initType_i
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.synchronization02_1.y_start_i
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.polar2Complex1.xmag
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.polar2Complex1.xr
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.polar2Complex1.xi
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.rI_to_dq5.xr
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.rI_to_dq5.xi
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.rI_to_dq5.xd
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.rI_to_dq5.xq
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCd_axisVoltageControl1.add.u1
 -2      -1                       0                       0                
  6   256   # mMC_voltage_Mode.aCd_axisVoltageControl1.add.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.aCd_axisVoltageControl1.add.k1
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.aCd_axisVoltageControl1.add.k2
 -2      10                       0                       0                
  6   256   # mMC_voltage_Mode.aCd_axisVoltageControl1.PI.k
 -2  3.3333333333333340E-02 2.2250738585072014E-308 1.7976931348623157E+308
  6   256   # mMC_voltage_Mode.aCd_axisVoltageControl1.PI.T
 -2       3                       1                       4                
  6   258   # mMC_voltage_Mode.aCd_axisVoltageControl1.PI.initType
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCd_axisVoltageControl1.PI.x_start
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCd_axisVoltageControl1.PI.y_start
 -2 -1.5000000000000003E+02       0                       0                
  2   272   # mMC_voltage_Mode.aCd_axisVoltageControl1.PI.x
 -2 -2.9999999999999993E+01       0                       0                
  3   256   # mMC_voltage_Mode.aCd_axisVoltageControl1.PI.der(x)
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCd_axisVoltageControl1.Vgd_ref
 -2 -1.5100000000000002E+03       0                       0                
  6   256   # mMC_voltage_Mode.aCd_axisVoltageControl1.igq_ref
 -1      10                       0                       0                
  1   280   # mMC_voltage_Mode.aCd_axisVoltageControl1.k
 -1  3.3333333333333340E-02       0                       0                
  1   280   # mMC_voltage_Mode.aCd_axisVoltageControl1.T
 -2       3                       1                       4                
  6   258   # mMC_voltage_Mode.aCd_axisVoltageControl1.initType
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.aCd_axisVoltageControl1.x_start
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.aCd_axisVoltageControl1.y_start
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCq_axisVoltageControl1.add.u1
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCq_axisVoltageControl1.add.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.aCq_axisVoltageControl1.add.k1
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.aCq_axisVoltageControl1.add.k2
 -2      10                       0                       0                
  6   256   # mMC_voltage_Mode.aCq_axisVoltageControl1.PI.k
 -2  3.3333333333333340E-02 2.2250738585072014E-308 1.7976931348623157E+308
  6   256   # mMC_voltage_Mode.aCq_axisVoltageControl1.PI.T
 -2       3                       1                       4                
  6   258   # mMC_voltage_Mode.aCq_axisVoltageControl1.PI.initType
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCq_axisVoltageControl1.PI.x_start
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCq_axisVoltageControl1.PI.y_start
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCq_axisVoltageControl1.PI.y
 -2       0                       0                       0                
  2   272   # mMC_voltage_Mode.aCq_axisVoltageControl1.PI.x
 -2       0                       0                       0                
  3   256   # mMC_voltage_Mode.aCq_axisVoltageControl1.PI.der(x)
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCq_axisVoltageControl1.Vgq_ref
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.aCq_axisVoltageControl1.igd_ref
 -1      10                       0                       0                
  1   280   # mMC_voltage_Mode.aCq_axisVoltageControl1.k
 -1  3.3333333333333340E-02       0                       0                
  1   280   # mMC_voltage_Mode.aCq_axisVoltageControl1.T
 -2       3                       1                       4                
  6   258   # mMC_voltage_Mode.aCq_axisVoltageControl1.initType
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.aCq_axisVoltageControl1.x_start
 -1       0                       0                       0                
  1   280   # mMC_voltage_Mode.aCq_axisVoltageControl1.y_start
 -1      -1                       0                       0                
  1   280   # mMC_voltage_Mode.aCq_axisVoltageControl1.gain.k
 -2       1                       0                       0                
  6   257   # mMC_voltage_Mode.switch4.u2
 -2       1                       0                       0                
  6   257   # mMC_voltage_Mode.switch5.u2
 -1  1.7453292519943295E-02       0                       0                
  1   280   # mMC_voltage_Mode.gain3.k
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.gain3.u
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.gain3.y
 -2  2.9999999999999997E-04       0                       0                
  6   256   # mMC_voltage_Mode.energy_Calculator.C_eq
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.energy_Calculator.gain.k
 -2  2.2499998274828572E+00       0                       0                
  6   256   # mMC_voltage_Mode.energy_Calculator.gain.u
 -2     960                       0                       0                
  6   320   # mMC_voltage_Mode.Vdc_ref_SI
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.Pref_SI
 -2  3.0000000000000006E+02       0                       0                
  6   320   # mMC_voltage_Mode.Qref_SI
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.Vac_ref_SI
 -2  4.9830300000000000E+08       0                       0                
  6  1280   # mMC_voltage_Mode.P_SI
 -2  2.0000000000000000E+08       0                       0                
  6  1280   # mMC_voltage_Mode.Q_SI
 -2  4.9830300000000000E+08       0                       0                
  6  1280   # mMC_voltage_Mode.S0.re
 -2 -2.0000000000000000E+08       0                       0                
  6  1280   # mMC_voltage_Mode.S0.im
 -2       0                       0                       0                
  6  1280   # mMC_voltage_Mode.xq0.re
 -2  2.2425599999999999E+01       0                       0                
  6  1280   # mMC_voltage_Mode.xq0.im
 -2  4.9049599999999999E-01       0                       0                
  6  1280   # mMC_voltage_Mode.Ra0.re
 -1       0                       0                       0                
  1  1304   # mMC_voltage_Mode.Ra0.im
 -2  1.5999999999999988E+05       0                       0                
  6  1280   # mMC_voltage_Mode.Vt0.re
 -2  9.2376043070340311E+04       0                       0                
  6  1280   # mMC_voltage_Mode.Vt0.im
 -2  9.5902039662175798E+02       0                       0                
  6  1280   # mMC_voltage_Mode.I0_SI.re
 -2  1.3702401748124819E+02       0                       0                
  6  1280   # mMC_voltage_Mode.I0_SI.im
 -2  9.5902039662175798E+02       0                       0                
  6  1280   # mMC_voltage_Mode.ir0
 -2  1.3702401748124819E+02       0                       0                
  6  1280   # mMC_voltage_Mode.ii0
 -2  1.5739754986203380E+05       0                       0                
  6  1280   # mMC_voltage_Mode.v_m.re
 -2  1.1394986060929969E+05       0                       0                
  6  1280   # mMC_voltage_Mode.v_m.im
 -2  6.2662754480488891E-01       0                       0                
  6  1280   # mMC_voltage_Mode.delta0
 -2  1.6656132838809505E+08       0                       0                
  6  1280   # mMC_voltage_Mode.P_vsc_ac.re
 -2  8.7712995892723680E+07       0                       0                
  6  1280   # mMC_voltage_Mode.P_vsc_ac.im
 -2  4.9968398516428518E+08       0                       0                
  6  1280   # mMC_voltage_Mode.P_vsc_dc
 -2 -4.9830300000000000E-01       0                       0                
  6  1280   # mMC_voltage_Mode.P_vsc_dc_pu
 -2  5.1746133333333333E-01       0                       0                
  6  1280   # mMC_voltage_Mode.R_dc
 -2  6.4000000000000000E+05       0                       0                
  6  1280   # mMC_voltage_Mode.Vdc0_SI
 -2  6.3919146696053934E+05       0                       0                
  6  1280   # mMC_voltage_Mode.dis
 -2  7.8124971604383052E+02       0                       0                
  6  1280   # mMC_voltage_Mode.Idc0_SI
 -2  6.3959573348026967E+05       0                       0                
  6  1280   # mMC_voltage_Mode.Vmdc0_SI
 -2  4.9999981826805151E+08       0                       0                
  6  1280   # mMC_voltage_Mode.Pdc_0_SI
 -2  1.6968182680515051E-03       0                       0                
  6  1280   # mMC_voltage_Mode.W_0
 -2  4.9999981826805151E-01       0                       0                
  6  1280   # mMC_voltage_Mode.Idc0_pu
 -2  9.9936833356292132E-01       0                       0                
  6  1280   # mMC_voltage_Mode.Vmdc0_pu
 -2  6.3166643707868175E-04       0                       0                
  6  1280   # mMC_voltage_Mode.DC_0
 -2  1.5739754986203380E+05       0                       0                
  6  1280   # mMC_voltage_Mode.vmr0
 -2  1.1394986060929969E+05       0                       0                
  6  1280   # mMC_voltage_Mode.vmi0
 -2  1.9328520697859899E+05       0                       0                
  6  1280   # mMC_voltage_Mode.vmd0
 -2 -1.9984699114332136E+04       0                       0                
  6  1280   # mMC_voltage_Mode.vmq0
 -2  1.0461868713699998E+00       0                       0                
  6  1280   # mMC_voltage_Mode.vmd0pu
 -2 -1.0817035699999999E-01       0                       0                
  6  1280   # mMC_voltage_Mode.vmq0pu
 -2  8.9904803496249406E+02       0                       0                
  6  1280   # mMC_voltage_Mode.id0
 -2  3.6084391824351610E+02       0                       0                
  6  1280   # mMC_voltage_Mode.iq0
 -2  4.9830299999999994E-01       0                       0                
  6  1280   # mMC_voltage_Mode.id0pu
 -2  2.0000000000000001E-01       0                       0                
  6  1280   # mMC_voltage_Mode.iq0pu
 -2  1.5999999999999988E+05       0                       0                
  6  1280   # mMC_voltage_Mode.vgr0
 -2  9.2376043070340311E+04       0                       0                
  6  1280   # mMC_voltage_Mode.vgi0
 -2  3.1999999999999994E+05       0                       0                
  6  1280   # mMC_voltage_Mode.vgd0_SI
 -2       0                       0                       0                
  6  1280   # mMC_voltage_Mode.vgq0_SI
 -2  9.9999999999999978E-01       0                       0                
  6  1280   # mMC_voltage_Mode.vgd0
 -2       0                       0                       0                
  6  1280   # mMC_voltage_Mode.vgq0
 -2  8.9986871369999999E-02       0                       0                
  6  1280   # mMC_voltage_Mode.ACd0
 -2 -2.1729871399999998E-01       0                       0                
  6  1280   # mMC_voltage_Mode.ACq0
 -2       1                       0                       0                
  6   257   # mMC_voltage_Mode.flag2.k
 -2       1                       0                       0                
  6   257   # mMC_voltage_Mode.flag2.y
 -2       0                       0                       0                
  6   257   # mMC_voltage_Mode.flag1.k
 -2       0                       0                       0                
  6   257   # mMC_voltage_Mode.flag1.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.Vdc_ref_mock.k
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.Pref_mock.k
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.Pref_mock.u
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.Pref_mock.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.Qref_mock.k
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.Vac_ref_mock.k
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.Vac_ref_mock.u
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.Vac_ref_mock.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.theta_ref_mock.k
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.theta_ref_mock.u
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.theta_ref_mock.y
 -1       1                       0                       0                
  1   280   # mMC_voltage_Mode.f_ref_mock.k
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.f_ref_mock.u
 -2       0                       0                       0                
  6   256   # mMC_voltage_Mode.f_ref_mock.y
 -2  9.5999996660985402E+05       0                       0                
  2   280   # capacitor.v
 -2  3.1470889296496096E-01       0                       0                
  3   256   # capacitor.der(v)
 -2  6.1368234128167387E-05       0                       0                
  6   388   # capacitor.p.i
 -2       0                       0                       0                
  6   260   # capacitor.n.v
 -1  1.9500000000000000E-04       0                 1.7976931348623157E+308
  1   280   # capacitor.C
 -1  1.0000000000000001E-01       0                       0                
  1   280   # Qref.height
 -2  3.0000000000000004E-01       0                       0                
  6   320   # Qref.y
 -1  2.0000000000000001E-01       0                       0                
  1   280   # Qref.offset
 -1       3                       0                       0                
  1   280   # Qref.startTime
 -1  1.0000000000000000E+09       0                       0                
  1   280   # bus1.S_b
 -2       0                       0                       0                
  6   257   # bus1.enableS_b
 -1  3.2000000000000000E+05       0                       0                
  1   280   # bus1.V_b
 -2       0                       0                       0                
  6   257   # bus1.enableV_b
 -2      50                       0                       0                
  6   256   # bus1.fn
 -2       0                       0                       0                
  6   257   # bus1.enablefn
 -1  1.0000000000000000E+06       0                       0                
  1   280   # bus1.P_0
 -2       0                       0                       0                
  6   257   # bus1.enableP_0
 -1       0                       0                       0                
  1   280   # bus1.Q_0
 -2       0                       0                       0                
  6   257   # bus1.enableQ_0
 -1       1                       0                       0                
  1   280   # bus1.v_0
 -2       1                       0                       0                
  6   257   # bus1.enablev_0
 -1       0                       0                       0                
  1   280   # bus1.angle_0
 -2       1                       0                       0                
  6   257   # bus1.enableangle_0
 -1       1                       0                       0                
  1   281   # bus1.displayPF
 -2       1                       0                       0                
  6   257   # bus1.enabledisplayPF
 -2       0                       0                       0                
  6   388   # bus1.p.ir
 -2       0                       0                       0                
  6   388   # bus1.p.ii
 -2       1                       0                       0                
  6   256   # bus1.v
 -2  5.2359877559830004E-01       0                       0                
  6   256   # bus1.angle
 -2  3.0000000000000068E+01       0                       0                
  6   256   # bus1.angleDisplay
 -2       0                       0                       0                
  6   260   # signalCurrent.p.v
 -2  9.3750000000000000E+02       0                       0                
  6   452   # signalCurrent.p.i
 -1  1.5625000000000000E+02       0                       0                
  1   280   # CurrentStep.height
 -1  7.8125000000000000E+02       0                       0                
  1   280   # CurrentStep.offset
 -1       1                       0                       0                
  1   280   # CurrentStep.startTime


# Matrix with 6 columns defining the initial value calculation
# (columns 5 and 6 are not utilized for the calculation but are
#  reported by dymosim via dymosim -i for user convenience):
#
# column 1: Type of initial value
#           = -2: special case: for continuing simulation (column 2 = value)
#           = -1: fixed value (column 2 = fixed value)
#           =  0: free value, i.e., no restriction (column 2 = initial value)
#           >  0: desired value (column 1 = weight for optimization
#                                column 2 = desired value)
#                 use weight=1, since automatic scaling usually
#                 leads to equally weighted terms
# column 2: fixed, free or desired value according to column 1.
# column 3: Minimum value (ignored, if Minimum >= Maximum).
# column 4: Maximum value (ignored, if Minimum >= Maximum).
#           Minimum and maximum restrict the search range in initial
#           value calculation. They might also be used for scaling.
# column 5: Category of variable.
#           = 1: parameter.
#           = 2: state.
#           = 3: state derivative.
#           = 4: output.
#           = 5: input.
#           = 6: auxiliary variable.
# column 6: Data type of variable and flags according to dsBaseType
#  <value>&3= 0: real.
#  <value>&3= 1: boolean.
#  <value>&3= 2: integer.
#
# Initial values are calculated according to the following procedure:
#
# - If parameters, states and inputs are FIXED, and other variables
#   are FREE, the initialization is performed in the normal way.
#
# - If parameters and inputs are FIXED, and all other variables
#   have special case for continue (-2 in 1st column), or FREE
#   the initialization is ignored and variables are set to these values.
#   This is intended to continue the simulation.
#
#   Which variables will be important for initialization and continue
#   is indicated by value in column 6 & dsStartMasks.
#
char initialDescription(641,127)
System base [V.A|MV.A]
System frequency [Hz]
System base power [V.A|MV.A]
Enable S_b in parameter list [:#(type=Boolean)]
Base voltage of the bus [V|kV]
Enable V_b in parameter list [:#(type=Boolean)]
System frequency [Hz]
Enable fn in parameter list [:#(type=Boolean)]
Initial active power [W|MW]
Enable P_0 in parameter list [:#(type=Boolean)]
Initial reactive power [var|Mvar]
Enable Q_0 in parameter list [:#(type=Boolean)]
Initial voltage magnitude [1|1]
Enable v_0 in parameter list [:#(type=Boolean)]
Initial voltage angle [rad|deg]
Enable angle_0 in parameter list [:#(type=Boolean)]
Display power flow: [:#(type=Boolean)]
Enable displayPF in parameter list [:#(type=Boolean)]
Active Power absorbed by the Infinite bus [W|MW]
Reactive Power absorbed by the Infinite bus [var|Mvar]
Real part of the voltage [1]
Imaginary part of the voltage [1]
Real part of the current [1]
Imaginary part of the current [1]
Height of step
Connector of Real output signal
Offset of output signal y
Output y = offset for time < startTime [s|s]
Potential at the pin [V]
Current flowing into the pin [A]
System base power (MVA) [V.A]




[W|MW]
[W|MW]
[var|Mvar]
[var|Mvar]
Real part of complex number
Imaginary part of complex number
Real part of complex number
Imaginary part of complex number
True-Pac(Vac) mode; False-Vdc mode [:#(type=Boolean)]
True-Qac mode; False-Vac mode [:#(type=Boolean)]
Connection resistance (pu)
Connection inductance L (pu)
MMC arm inductance (pu)
MMC arm resistance (pu)
Equivalent capacitance of the DC grid (F)
MMC submodule capacitor (F)
Number of submodules per arm
System base power (MVA)
Converter rated power (MVA)
System frequency (Hz)
Base voltage (kV)
Base DC voltage (kV)
Connection bus voltage magnitude (pu)
Connection bus voltage angle [rad|deg]
Pref initial (pu)
Qref initial (pu)
DC voltage reference (pu)
Energy reference (pu)
Line-to-Line AC voltage base power (kV)
Converter rated power (MVA)
Base DC voltage (kV)
Gain value multiplied with input signal
Gain value multiplied with input signal
Gain value multiplied with input signal
Gain value multiplied with input signal
Gain value multiplied with input signal
Gain value multiplied with input signal
Gain value multiplied with input signal

[V]
[V]






Line-to-Line AC voltage base power (kV)
Base DC voltage (kV)
Gain value multiplied with input signal
Gain value multiplied with input signal
Gain value multiplied with input signal


[V]

[V]
[V]
Connector of Real input signal 1
Connector of Real output signal
Gain of input signal 1
Gain of input signal 2
Connector of Real input signal 1
Gain
Time Constant (T>0 required) [s]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
Connector of Real output signal
State of block
der(State of block)
Total Energy
AC Active Power
Reference DC Current
Connector of Real input signal 1
Gain value multiplied with input signal
Gain of input signal 1
Gain of input signal 2
Gain
Time Constant (T>0 required) [s|ms]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
Connector of Real input signal 1
Connector of Real output signal
Gain of input signal 1
Gain of input signal 2
Reference AC Active Power
Connector of Real input signal 1
AC Voltage of the d-axis
Gain
Time Constant (T>0 required) [s]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
State of block
der(State of block)
Reference AC current of the d-axis
Gain
Time Constant (T>0 required) [s|ms]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
Connector of Real output signal
Gain of input signal 1
Gain of input signal 2
Connector of Real output signal
Integrator gain
= true, if reset port enabled [:#(type=Boolean)]
= true, if set port enabled and used as reinitialization value when reset [:#(type=Boolean)]
Type of initialization (1: no init, 2: steady state, 3,4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of output (= state)
Connector of Real output signal
der(Connector of Real output signal)
[:#(type=Boolean)]

Reference AC Reactive Power
AC Reactive Power
Reference AC Current of the q-axis
Integrator gain
Type of initialization (1: no init, 2: steady state, 3,4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of output (= state)
Gain value multiplied with input signal
Connector of Real output signal
Gain of input signal 1
Gain of input signal 2
Gain
Time Constant (T>0 required) [s]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
Connector of Real output signal
State of block
der(State of block)
Gain of input signal 1
Gain of input signal 2
DC Moduilation Index
Gain
Time Constant (T>0 required) [s|ms]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
[Hz]




Connector of Real output signal
Gain of input signal 1
Gain of input signal 2
AC Current of the d-axis
AC Current of the q-axis
Modulation Index of the d-axis
Reference AC Current of the d-axis
Gain value multiplied with input signal
Output signal connector
Gain of input signal 1
Gain of input signal 2
Gain of input signal 3
Connector of Real input signal 2
Modulated d-axis Voltage
Gain value multiplied with input signal
Gain
Time Constant (T>0 required) [s]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
State of block
der(State of block)
Gain
Time Constant (T>0 required) [s|s]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
[Hz]




Connector of Real output signal
Gain of input signal 1
Gain of input signal 2
Gain
Time Constant (T>0 required) [s]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
Connector of Real output signal
State of block
der(State of block)
Gain of input signal 1
Gain of input signal 2
Gain of input signal 3
Connector of Real input signal 3
Modulation Index of the q axis
AC Voltage of the q axis
Modulated AC q axis Voltage
Gain
Time Constant (T>0 required) [s]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Gain value multiplied with input signal
Gain value multiplied with input signal
Initial value of output
Connection resistance (pu)
Connection inductance L (pu)
MMC arm inductance (pu)
MMC arm resistance (pu)
MMC submodule capacitor (F)
Number of submodules per arm
System base power (MVA)
Converter rated power (MVA)
System frequency (Hz)
Base voltage (kV)
Base DC voltage (kV)
Connection bus voltage magnitude (V)
Connection bus voltage angle (radian) [rad|deg]
DC voltage reference (pu)
Energy reference (pu)
=Pref initial (W)
=-Qref initial (VAr)
=reference PCC voltage (pu)
Real part of complex number
Imaginary part of complex number
Real part of complex number
Imaginary part of complex number
Real part of complex number
Imaginary part of complex number
Real part of complex number
Imaginary part of complex number
Real part of complex number
Imaginary part of complex number
Initial AC real current [A]
Initial AC imaginary current [A]
Real part of complex number
Imaginary part of complex number
Modulated connection bus voltage angle (radian) [rad|deg]
Real part of complex number
Imaginary part of complex number
DC Power
DC side equivalent resistance
DC volatge
Temporary variable
Initial DC current [A]
Potential at the pin [V]
Resistance at temperature T_ref [Ohm]
Reference temperature [K;degC]
Temperature coefficient of resistance (R_actual = R*(1 + alpha*(T_heatPort - T_ref)) [1/K]
Voltage drop of the two pins (= p.v - n.v) [V]
Potential at the pin [V]
= true, if heatPort is enabled [:#(type=Boolean)]
Fixed device temperature if useHeatPort = false [K;degC]
Loss power leaving component via heatPort [W]
Actual resistance = R*(1 + alpha*(T_heatPort - T_ref)) [Ohm]
Voltage drop of the two pins (= p.v - n.v) [V]
Current flowing from pin p to pin n [A]
der(Current flowing from pin p to pin n) [A/s]
Inductance [H]
Current flowing into the pin [A]
Potential at the pin [V]
Current flowing into the pin [A]
Potential at the pin [V]
Potential at the pin [V]
Potential at the pin [V]
Potential at the pin [V]
Current flowing into the pin [A]
Voltage drop of the two pins (= p.v - n.v) [V]
der(Voltage drop of the two pins (= p.v - n.v)) [V/s]
Current flowing into the pin [A]
Potential at the pin [V]
Capacitance [F]
Current flowing into the pin [A]
Potential at the pin [V]
Current flowing into the pin [A]
Current flowing into the pin [A]
Potential at the pin [V]
Current flowing into the pin [A]
Potential at the pin [V]
Potential at the pin [V]
Potential at the pin [V]
Potential at the pin [V]
Voltage between pin p and n (= p.v - n.v) as input signal [V]
Potential at the pin [V]
Voltage between pin p and n (= p.v - n.v) as input signal [V]
Voltage drop of the two pins (= p.v - n.v) [V]
Potential at the pin [V]
Current flowing from pin p to pin n [A]
der(Current flowing from pin p to pin n) [A/s]
Inductance [H]
Resistance at temperature T_ref [Ohm]
Reference temperature [K;degC]
Temperature coefficient of resistance (R_actual = R*(1 + alpha*(T_heatPort - T_ref)) [1/K]
Voltage drop of the two pins (= p.v - n.v) [V]
= true, if heatPort is enabled [:#(type=Boolean)]
Fixed device temperature if useHeatPort = false [K;degC]
Loss power leaving component via heatPort [W]
Actual resistance = R*(1 + alpha*(T_heatPort - T_ref)) [Ohm]
Voltage drop of the two pins (= p.v - n.v) [V]
Potential at the pin [V]
Current flowing from pin p to pin n [A]
der(Current flowing from pin p to pin n) [A/s]
Inductance [H]
Resistance at temperature T_ref [Ohm]
Reference temperature [K;degC]
Temperature coefficient of resistance (R_actual = R*(1 + alpha*(T_heatPort - T_ref)) [1/K]
Voltage drop of the two pins (= p.v - n.v) [V]
= true, if heatPort is enabled [:#(type=Boolean)]
Fixed device temperature if useHeatPort = false [K;degC]
Loss power leaving component via heatPort [W]
Actual resistance = R*(1 + alpha*(T_heatPort - T_ref)) [Ohm]
Potential at the pin [V]
Potential at the pin [V]
Potential at the pin [V]
Potential at the pin [V]
Potential at the pin [V]
Potential at the pin [V]
Real part of the current [1]
Imaginary part of the current [1]

Connector of Real output signal [1]
Connector of Real output signal
Connector of Real output signal
Connector of Real output signal
Connector of Real output signal
Gain value multiplied with input signal
Gain value multiplied with input signal
Gain value multiplied with input signal
Gain value multiplied with input signal
Gain value multiplied with input signal
Gain value multiplied with input signal
Potential at the pin [V]
Current flowing into the pin [A]
Potential at the pin [V]
Current flowing into the pin [A]
Constant output value [Ohm]
Real part of the voltage [1]
Imaginary part of the voltage [1]
Real part of complex number
Imaginary part of complex number
Real part of complex number [1]
Imaginary part of complex number [1]
Voltage drop between the two pins (= p.v - n.v) [V]
Real part of the voltage [1]
Imaginary part of the voltage [1]
Real part of complex number [1]
Imaginary part of complex number [1]
Potential at the pin [V]
Current flowing into the pin [A]
DC Power [W]
[rad]
Gain value multiplied with input signal
Input signal connector
Output signal connector
Gain value multiplied with input signal
Potential at the pin [V]
Connector of Real output signal
Gain of input signal 1
Gain of input signal 2
Connector of Real input signal 1
Gain
Time Constant (T>0 required) [s]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
Connector of Real output signal
State of block
der(State of block)
Reference DC Voltage
Gain
Time Constant (T>0 required) [s|ms]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
Gain of input signal 1
Gain of input signal 2
Constant output value
Connector of Boolean input signal [:#(type=Boolean)]
Gain value multiplied with input signal
Gain value multiplied with input signal
Input signal connector
Output signal connector
Connector of Boolean input signal [:#(type=Boolean)]
Connector of second Real input signal [rad]

Connector of Real input signal 1
Gain of input signal 1
Gain of input signal 2


System base frequency
Connector of Real input signal 1
Connector of Real input signal 2
Gain of input signal 1
Gain of input signal 2

Gain value multiplied with input signal
Output signal connector
Gain
Time Constant [s]
Type of initialization (1: no init, 2: steady state, 3/4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of output (= state)
Connector of Real output signal
der(Connector of Real output signal)
Connector of Real output signal
Gain of input signal 1
Gain of input signal 2
Gain
Time Constant (T>0 required) [s]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
State of block
der(State of block)
Integrator gain
= true, if reset port enabled [:#(type=Boolean)]
= true, if set port enabled and used as reinitialization value when reset [:#(type=Boolean)]
Type of initialization (1: no init, 2: steady state, 3,4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of output (= state)
Connector of Real output signal
der(Connector of Real output signal)
[:#(type=Boolean)]

Gain
Time Constant [s]
Type of initialization (1: no init, 2: steady state, 3/4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of output (= state)
Gain
Time Constant (T>0 required) [s]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial value of output
Initial or guess value of state
Integrator gain
Type of initialization (1: no init, 2: steady state, 3,4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of output (= state)

Gain
Time Constant [s]
Type of initialization (1: no init, 2: steady state, 3/4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of output (= state)
Gain
Time Constant (T>0 required) [s]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
Integrator gain
Type of initialization (1: no init, 2: steady state, 3,4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of output (= state)







Connector of Real input signal 1
Connector of Real output signal
Gain of input signal 1
Gain of input signal 2
Gain
Time Constant (T>0 required) [s]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
State of block
der(State of block)
Reference d-axis AC Voltage
Reference q-axis AC Current
Gain
Time Constant (T>0 required) [s|ms]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
Connector of Real input signal 1
Connector of Real output signal
Gain of input signal 1
Gain of input signal 2
Gain
Time Constant (T>0 required) [s]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
Connector of Real output signal
State of block
der(State of block)
Reference d-axis AC Voltage
Reference q-axis AC Current
Gain
Time Constant (T>0 required) [s|ms]
Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output) [:#(type=Modelica.Blocks.Types.Init)]
Initial or guess value of state
Initial value of output
Gain value multiplied with input signal
Connector of Boolean input signal [:#(type=Boolean)]
Connector of Boolean input signal [:#(type=Boolean)]
Gain value multiplied with input signal
Input signal connector
Output signal connector

Gain value multiplied with input signal
Input signal connector
Reference DC voltage (kV)
Reference AC Active Power (MW)
Reference AC Rective Power (MVAr)
Reference AC Voltage (kV)
Pref initial (W)
Qref initial (VAr)
Real part of complex number
Imaginary part of complex number
Real part of complex number
Imaginary part of complex number
Real part of complex number
Imaginary part of complex number
Real part of complex number
Imaginary part of complex number
Real part of complex number
Imaginary part of complex number
Init. val.
Init. val.
Real part of complex number
Imaginary part of complex number
[rad|deg]
Real part of complex number
Imaginary part of complex number


Equivalent DC resistance (Ohm)
DC voltage  (V)

DC current (A)
DC current (A)

Initial output of PI controller
DC current (A)
DC current (A)
Initial output of PI controller














 d-axis current (pu)
 q-axis current (pu)
Initial output of d axis current PI controller
Initial output of q axis current PI controller
Constant output value [:#(type=Boolean)]
Connector of Boolean output signal [:#(type=Boolean)]
Constant output value [:#(type=Boolean)]
Connector of Boolean output signal [:#(type=Boolean)]
Gain value multiplied with input signal
Gain value multiplied with input signal
Input signal connector
Output signal connector
Gain value multiplied with input signal
Gain value multiplied with input signal
Input signal connector
Output signal connector
Gain value multiplied with input signal
Input signal connector
Output signal connector
Gain value multiplied with input signal
Input signal connector
Output signal connector
Voltage drop of the two pins (= p.v - n.v) [V]
der(Voltage drop of the two pins (= p.v - n.v)) [V/s]
Current flowing into the pin [A]
Potential at the pin [V]
Capacitance [F]
Height of step
Connector of Real output signal
Offset of output signal y
Output y = offset for time < startTime [s]
System base power [V.A|MV.A]
Enable S_b in parameter list [:#(type=Boolean)]
Base voltage of the bus [V|kV]
Enable V_b in parameter list [:#(type=Boolean)]
System frequency [Hz]
Enable fn in parameter list [:#(type=Boolean)]
Initial active power [W|MW]
Enable P_0 in parameter list [:#(type=Boolean)]
Initial reactive power [var|Mvar]
Enable Q_0 in parameter list [:#(type=Boolean)]
Initial voltage magnitude [1]
Enable v_0 in parameter list [:#(type=Boolean)]
Initial voltage angle [rad|deg]
Enable angle_0 in parameter list [:#(type=Boolean)]
Display power flow: [:#(type=Boolean)]
Enable displayPF in parameter list [:#(type=Boolean)]
Real part of the current [1]
Imaginary part of the current [1]
Bus voltage magnitude [1]
Bus voltage angle [rad|deg]
Angle in degrees for display purposes [deg]
Potential at the pin [V]
Current flowing into the pin [A]
Height of step [A]
Offset of output signal y [A]
Output y = offset for time < startTime [s]

