15 – ModelicaTest.Fluid.TestComponents.Pipes.DynamicPipeEnergyConservationCheck2

	ModelicaTest410 experiment tolerance	ModelicaTest410 tightend tolerance
Testrun ID	20250225034436	20250225005809
Simulator	Dymola	Dymola
Status	PASS	PASS
Run time	12.25	12.27
Workdir	D:/MSL_Nightly/Output/Testruns/Dymola/ModelicaTest_org\ModelicaTest.Fluid.TestComponents.Pipes.DynamicPipeEnergyConservationCheck2\WorkDir	D:/MSL_Nightly/Output/Testruns/Dymola/ModelicaTest\ModelicaTest.Fluid.TestComponents.Pipes.DynamicPipeEnergyConservationCheck2\WorkDir

	ModelicaTest410 experiment tolerance	ModelicaTest410 tightend tolerance
Status	PASS	PASS
Task runtime	2.03 s	2.04 s
Warnings	0	0
Errors	0	0
	Open log	Open log

	ModelicaTest410 experiment tolerance	ModelicaTest410 tightend tolerance
Status	PASS	PASS
Task runtime	6.61 s	6.61 s
Warnings	0	0
Errors	0	0
	Open log	Open log
Numerical Jacobians	0	0
Continuous time states	238	238
Number NL equation systems	6	6
Largest NL equation system	30	30

	ModelicaTest410 experiment tolerance	ModelicaTest410 tightend tolerance
Status	PASS	PASS
Task runtime	3.55 s	3.56 s
Simulation time	500.00 s	500.00 s
	Copy result file path	Copy result file path
	Open log	Open log
Time Events	1	1
State Events	0	0
Jacobian evaluations	38	38
Integrator Steps	441	441
Total CPU time	2.74 s	2.70 s
CPU time Integration	2.74 s	2.70 s
CPU time Initialization	0.00 s	0.00 s

            Check of ModelicaTest.Fluid.TestComponents.Pipes.DynamicPipeEnergyConservationCheck2
The model has the same number of unknowns and equations: 7332
Check of ModelicaTest.Fluid.TestComponents.Pipes.DynamicPipeEnergyConservationCheck2 successful.

            Translation of ModelicaTest.Fluid.TestComponents.Pipes.DynamicPipeEnergyConservationCheck2
The DAE has 7332 scalar unknowns and 7332 scalar equations.
Warning: The initial conditions are not fully specified.
Dymola has selected default initial conditions.
Warning: Assuming fixed start value for the continuous states:
    pipeA_V_B.mediums[1].p(start = pipeA_V_B.ps_start[1])
    pipeA_V_B.mediums[1].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[2].p(start = pipeA_V_B.ps_start[2])
    pipeA_V_B.mediums[2].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[3].p(start = pipeA_V_B.ps_start[3])
    pipeA_V_B.mediums[3].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[4].p(start = pipeA_V_B.ps_start[4])
    pipeA_V_B.mediums[4].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[5].p(start = pipeA_V_B.ps_start[5])
    pipeA_V_B.mediums[5].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[6].p(start = pipeA_V_B.ps_start[6])
    pipeA_V_B.mediums[6].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[7].p(start = pipeA_V_B.ps_start[7])
    pipeA_V_B.mediums[7].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[8].p(start = pipeA_V_B.ps_start[8])
    pipeA_V_B.mediums[8].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[9].p(start = pipeA_V_B.ps_start[9])
    pipeA_V_B.mediums[9].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[10].p(start = pipeA_V_B.ps_start[10])
    pipeA_V_B.mediums[10].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[11].p(start = pipeA_V_B.ps_start[11])
    pipeA_V_B.mediums[11].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[12].p(start = pipeA_V_B.ps_start[12])
    pipeA_V_B.mediums[12].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[13].p(start = pipeA_V_B.ps_start[13])
    pipeA_V_B.mediums[13].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[14].p(start = pipeA_V_B.ps_start[14])
    pipeA_V_B.mediums[14].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[15].p(start = pipeA_V_B.ps_start[15])
    pipeA_V_B.mediums[15].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[16].p(start = pipeA_V_B.ps_start[16])
    pipeA_V_B.mediums[16].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[17].p(start = pipeA_V_B.ps_start[17])
    pipeA_V_B.mediums[17].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[18].p(start = pipeA_V_B.ps_start[18])
    pipeA_V_B.mediums[18].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[19].p(start = pipeA_V_B.ps_start[19])
    pipeA_V_B.mediums[19].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[20].p(start = pipeA_V_B.ps_start[20])
    pipeA_V_B.mediums[20].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[21].p(start = pipeA_V_B.ps_start[21])
    pipeA_V_B.mediums[21].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[22].p(start = pipeA_V_B.ps_start[22])
    pipeA_V_B.mediums[22].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[23].p(start = pipeA_V_B.ps_start[23])
    pipeA_V_B.mediums[23].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[24].p(start = pipeA_V_B.ps_start[24])
    pipeA_V_B.mediums[24].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[25].p(start = pipeA_V_B.ps_start[25])
    pipeA_V_B.mediums[25].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[26].p(start = pipeA_V_B.ps_start[26])
    pipeA_V_B.mediums[26].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[27].p(start = pipeA_V_B.ps_start[27])
    pipeA_V_B.mediums[27].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[28].p(start = pipeA_V_B.ps_start[28])
    pipeA_V_B.mediums[28].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[29].p(start = pipeA_V_B.ps_start[29])
    pipeA_V_B.mediums[29].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[30].p(start = pipeA_V_B.ps_start[30])
    pipeA_V_B.mediums[30].T(start = pipeA_V_B.T_start)
    pipeA_VB.mediums[1].p(start = pipeA_VB.ps_start[1])
    pipeA_VB.mediums[1].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[2].p(start = pipeA_VB.ps_start[2])
    pipeA_VB.mediums[2].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[3].p(start = pipeA_VB.ps_start[3])
    pipeA_VB.mediums[3].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[4].p(start = pipeA_VB.ps_start[4])
    pipeA_VB.mediums[4].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[5].p(start = pipeA_VB.ps_start[5])
    pipeA_VB.mediums[5].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[6].p(start = pipeA_VB.ps_start[6])
    pipeA_VB.mediums[6].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[7].p(start = pipeA_VB.ps_start[7])
    pipeA_VB.mediums[7].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[8].p(start = pipeA_VB.ps_start[8])
    pipeA_VB.mediums[8].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[9].p(start = pipeA_VB.ps_start[9])
    pipeA_VB.mediums[9].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[10].p(start = pipeA_VB.ps_start[10])
    pipeA_VB.mediums[10].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[11].p(start = pipeA_VB.ps_start[11])
    pipeA_VB.mediums[11].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[12].p(start = pipeA_VB.ps_start[12])
    pipeA_VB.mediums[12].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[13].p(start = pipeA_VB.ps_start[13])
    pipeA_VB.mediums[13].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[14].p(start = pipeA_VB.ps_start[14])
    pipeA_VB.mediums[14].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[15].p(start = pipeA_VB.ps_start[15])
    pipeA_VB.mediums[15].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[16].p(start = pipeA_VB.ps_start[16])
    pipeA_VB.mediums[16].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[17].p(start = pipeA_VB.ps_start[17])
    pipeA_VB.mediums[17].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[18].p(start = pipeA_VB.ps_start[18])
    pipeA_VB.mediums[18].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[19].p(start = pipeA_VB.ps_start[19])
    pipeA_VB.mediums[19].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[20].p(start = pipeA_VB.ps_start[20])
    pipeA_VB.mediums[20].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[21].p(start = pipeA_VB.ps_start[21])
    pipeA_VB.mediums[21].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[22].p(start = pipeA_VB.ps_start[22])
    pipeA_VB.mediums[22].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[23].p(start = pipeA_VB.ps_start[23])
    pipeA_VB.mediums[23].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[24].p(start = pipeA_VB.ps_start[24])
    pipeA_VB.mediums[24].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[25].p(start = pipeA_VB.ps_start[25])
    pipeA_VB.mediums[25].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[26].p(start = pipeA_VB.ps_start[26])
    pipeA_VB.mediums[26].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[27].p(start = pipeA_VB.ps_start[27])
    pipeA_VB.mediums[27].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[28].p(start = pipeA_VB.ps_start[28])
    pipeA_VB.mediums[28].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[29].p(start = pipeA_VB.ps_start[29])
    pipeA_VB.mediums[29].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[30].T(start = pipeA_VB.T_start)
    pipeAV_B.mediums[1].p(start = pipeAV_B.ps_start[1])
    pipeAV_B.mediums[1].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[2].p(start = pipeAV_B.ps_start[2])
    pipeAV_B.mediums[2].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[3].p(start = pipeAV_B.ps_start[3])
    pipeAV_B.mediums[3].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[4].p(start = pipeAV_B.ps_start[4])
    pipeAV_B.mediums[4].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[5].p(start = pipeAV_B.ps_start[5])
    pipeAV_B.mediums[5].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[6].p(start = pipeAV_B.ps_start[6])
    pipeAV_B.mediums[6].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[7].p(start = pipeAV_B.ps_start[7])
    pipeAV_B.mediums[7].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[8].p(start = pipeAV_B.ps_start[8])
    pipeAV_B.mediums[8].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[9].p(start = pipeAV_B.ps_start[9])
    pipeAV_B.mediums[9].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[10].p(start = pipeAV_B.ps_start[10])
    pipeAV_B.mediums[10].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[11].p(start = pipeAV_B.ps_start[11])
    pipeAV_B.mediums[11].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[12].p(start = pipeAV_B.ps_start[12])
    pipeAV_B.mediums[12].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[13].p(start = pipeAV_B.ps_start[13])
    pipeAV_B.mediums[13].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[14].p(start = pipeAV_B.ps_start[14])
    pipeAV_B.mediums[14].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[15].p(start = pipeAV_B.ps_start[15])
    pipeAV_B.mediums[15].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[16].p(start = pipeAV_B.ps_start[16])
    pipeAV_B.mediums[16].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[17].p(start = pipeAV_B.ps_start[17])
    pipeAV_B.mediums[17].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[18].p(start = pipeAV_B.ps_start[18])
    pipeAV_B.mediums[18].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[19].p(start = pipeAV_B.ps_start[19])
    pipeAV_B.mediums[19].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[20].p(start = pipeAV_B.ps_start[20])
    pipeAV_B.mediums[20].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[21].p(start = pipeAV_B.ps_start[21])
    pipeAV_B.mediums[21].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[22].p(start = pipeAV_B.ps_start[22])
    pipeAV_B.mediums[22].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[23].p(start = pipeAV_B.ps_start[23])
    pipeAV_B.mediums[23].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[24].p(start = pipeAV_B.ps_start[24])
    pipeAV_B.mediums[24].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[25].p(start = pipeAV_B.ps_start[25])
    pipeAV_B.mediums[25].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[26].p(start = pipeAV_B.ps_start[26])
    pipeAV_B.mediums[26].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[27].p(start = pipeAV_B.ps_start[27])
    pipeAV_B.mediums[27].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[28].p(start = pipeAV_B.ps_start[28])
    pipeAV_B.mediums[28].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[29].p(start = pipeAV_B.ps_start[29])
    pipeAV_B.mediums[29].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[30].p(start = pipeAV_B.ps_start[30])
    pipeAV_B.mediums[30].T(start = pipeAV_B.T_start)
    pipeAV_VB.mediums[1].p(start = pipeAV_VB.ps_start[1])
    pipeAV_VB.mediums[1].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[2].p(start = pipeAV_VB.ps_start[2])
    pipeAV_VB.mediums[2].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[3].p(start = pipeAV_VB.ps_start[3])
    pipeAV_VB.mediums[3].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[4].p(start = pipeAV_VB.ps_start[4])
    pipeAV_VB.mediums[4].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[5].p(start = pipeAV_VB.ps_start[5])
    pipeAV_VB.mediums[5].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[6].p(start = pipeAV_VB.ps_start[6])
    pipeAV_VB.mediums[6].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[7].p(start = pipeAV_VB.ps_start[7])
    pipeAV_VB.mediums[7].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[8].p(start = pipeAV_VB.ps_start[8])
    pipeAV_VB.mediums[8].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[9].p(start = pipeAV_VB.ps_start[9])
    pipeAV_VB.mediums[9].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[10].p(start = pipeAV_VB.ps_start[10])
    pipeAV_VB.mediums[10].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[11].p(start = pipeAV_VB.ps_start[11])
    pipeAV_VB.mediums[11].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[12].p(start = pipeAV_VB.ps_start[12])
    pipeAV_VB.mediums[12].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[13].p(start = pipeAV_VB.ps_start[13])
    pipeAV_VB.mediums[13].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[14].p(start = pipeAV_VB.ps_start[14])
    pipeAV_VB.mediums[14].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[15].p(start = pipeAV_VB.ps_start[15])
    pipeAV_VB.mediums[15].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[16].p(start = pipeAV_VB.ps_start[16])
    pipeAV_VB.mediums[16].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[17].p(start = pipeAV_VB.ps_start[17])
    pipeAV_VB.mediums[17].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[18].p(start = pipeAV_VB.ps_start[18])
    pipeAV_VB.mediums[18].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[19].p(start = pipeAV_VB.ps_start[19])
    pipeAV_VB.mediums[19].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[20].p(start = pipeAV_VB.ps_start[20])
    pipeAV_VB.mediums[20].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[21].p(start = pipeAV_VB.ps_start[21])
    pipeAV_VB.mediums[21].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[22].p(start = pipeAV_VB.ps_start[22])
    pipeAV_VB.mediums[22].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[23].p(start = pipeAV_VB.ps_start[23])
    pipeAV_VB.mediums[23].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[24].p(start = pipeAV_VB.ps_start[24])
    pipeAV_VB.mediums[24].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[25].p(start = pipeAV_VB.ps_start[25])
    pipeAV_VB.mediums[25].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[26].p(start = pipeAV_VB.ps_start[26])
    pipeAV_VB.mediums[26].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[27].p(start = pipeAV_VB.ps_start[27])
    pipeAV_VB.mediums[27].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[28].p(start = pipeAV_VB.ps_start[28])
    pipeAV_VB.mediums[28].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[29].p(start = pipeAV_VB.ps_start[29])
    pipeAV_VB.mediums[29].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[30].T(start = pipeAV_VB.T_start)

The translated model contains large nonlinear systems of equations. The simulation may run faster in DAE mode. Enable DAE mode by setting the flag Advanced.Define.DAEsolver and use one of the solvers Dassl, Radau IIa, Esdirk*, or Sdirk34hw.

Statistics

Original Model
  Number of components: 660
  Variables: 3601
  Constants: 20 (48 scalars)
  Parameters: 625 (1425 scalars)
  Unknowns: 2956 (7332 scalars)
  Differentiated variables: 480 scalars
  Equations: 2104
  Nontrivial: 1424
Translated Model
  Constants: 2349 scalars
  Free parameters: 58 scalars
  Parameter depending: 694 scalars
  Continuous time states: 238 scalars
  Time-varying variables: 2574 scalars
  Alias variables: 3130 scalars
  Assumed default initial conditions: 238
  Number of mixed real/discrete systems of equations: 0
  Sizes of linear systems of equations: {2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,   2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,   2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,   2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,   2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2}
  Sizes after manipulation of the linear systems: {0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,   0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,   0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,   0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,   0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0}
  Sizes of nonlinear systems of equations: {151, 156, 7, 156, 151, 7}
  Sizes after manipulation of the nonlinear systems: {30, 30, 1, 30, 30, 1}
  Number of numerical Jacobians: 0
  Initialization problem
    Sizes of linear systems of equations: {3, 3}
    Sizes after manipulation of the linear systems: {0, 0}

Settings
Advanced.StoreProtectedVariables = true
Selected continuous time states
Statically selected continuous time states
pipeA_V_B.mediums[1].p
pipeA_V_B.mediums[1].T
pipeA_V_B.mediums[2].p
pipeA_V_B.mediums[2].T
pipeA_V_B.mediums[3].p
pipeA_V_B.mediums[3].T
pipeA_V_B.mediums[4].p
pipeA_V_B.mediums[4].T
pipeA_V_B.mediums[5].p
pipeA_V_B.mediums[5].T
pipeA_V_B.mediums[6].p
pipeA_V_B.mediums[6].T
pipeA_V_B.mediums[7].p
pipeA_V_B.mediums[7].T
pipeA_V_B.mediums[8].p
pipeA_V_B.mediums[8].T
pipeA_V_B.mediums[9].p
pipeA_V_B.mediums[9].T
pipeA_V_B.mediums[10].p
pipeA_V_B.mediums[10].T
pipeA_V_B.mediums[11].p
pipeA_V_B.mediums[11].T
pipeA_V_B.mediums[12].p
pipeA_V_B.mediums[12].T
pipeA_V_B.mediums[13].p
pipeA_V_B.mediums[13].T
pipeA_V_B.mediums[14].p
pipeA_V_B.mediums[14].T
pipeA_V_B.mediums[15].p
pipeA_V_B.mediums[15].T
pipeA_V_B.mediums[16].p
pipeA_V_B.mediums[16].T
pipeA_V_B.mediums[17].p
pipeA_V_B.mediums[17].T
pipeA_V_B.mediums[18].p
pipeA_V_B.mediums[18].T
pipeA_V_B.mediums[19].p
pipeA_V_B.mediums[19].T
pipeA_V_B.mediums[20].p
pipeA_V_B.mediums[20].T
pipeA_V_B.mediums[21].p
pipeA_V_B.mediums[21].T
pipeA_V_B.mediums[22].p
pipeA_V_B.mediums[22].T
pipeA_V_B.mediums[23].p
pipeA_V_B.mediums[23].T
pipeA_V_B.mediums[24].p
pipeA_V_B.mediums[24].T
pipeA_V_B.mediums[25].p
pipeA_V_B.mediums[25].T
pipeA_V_B.mediums[26].p
pipeA_V_B.mediums[26].T
pipeA_V_B.mediums[27].p
pipeA_V_B.mediums[27].T
pipeA_V_B.mediums[28].p
pipeA_V_B.mediums[28].T
pipeA_V_B.mediums[29].p
pipeA_V_B.mediums[29].T
pipeA_V_B.mediums[30].p
pipeA_V_B.mediums[30].T
pipeA_VB.mediums[1].p
pipeA_VB.mediums[1].T
pipeA_VB.mediums[2].p
pipeA_VB.mediums[2].T
pipeA_VB.mediums[3].p
pipeA_VB.mediums[3].T
pipeA_VB.mediums[4].p
pipeA_VB.mediums[4].T
pipeA_VB.mediums[5].p
pipeA_VB.mediums[5].T
pipeA_VB.mediums[6].p
pipeA_VB.mediums[6].T
pipeA_VB.mediums[7].p
pipeA_VB.mediums[7].T
pipeA_VB.mediums[8].p
pipeA_VB.mediums[8].T
pipeA_VB.mediums[9].p
pipeA_VB.mediums[9].T
pipeA_VB.mediums[10].p
pipeA_VB.mediums[10].T
pipeA_VB.mediums[11].p
pipeA_VB.mediums[11].T
pipeA_VB.mediums[12].p
pipeA_VB.mediums[12].T
pipeA_VB.mediums[13].p
pipeA_VB.mediums[13].T
pipeA_VB.mediums[14].p
pipeA_VB.mediums[14].T
pipeA_VB.mediums[15].p
pipeA_VB.mediums[15].T
pipeA_VB.mediums[16].p
pipeA_VB.mediums[16].T
pipeA_VB.mediums[17].p
pipeA_VB.mediums[17].T
pipeA_VB.mediums[18].p
pipeA_VB.mediums[18].T
pipeA_VB.mediums[19].p
pipeA_VB.mediums[19].T
pipeA_VB.mediums[20].p
pipeA_VB.mediums[20].T
pipeA_VB.mediums[21].p
pipeA_VB.mediums[21].T
pipeA_VB.mediums[22].p
pipeA_VB.mediums[22].T
pipeA_VB.mediums[23].p
pipeA_VB.mediums[23].T
pipeA_VB.mediums[24].p
pipeA_VB.mediums[24].T
pipeA_VB.mediums[25].p
pipeA_VB.mediums[25].T
pipeA_VB.mediums[26].p
pipeA_VB.mediums[26].T
pipeA_VB.mediums[27].p
pipeA_VB.mediums[27].T
pipeA_VB.mediums[28].p
pipeA_VB.mediums[28].T
pipeA_VB.mediums[29].p
pipeA_VB.mediums[29].T
pipeA_VB.mediums[30].T
pipeAV_B.mediums[1].p
pipeAV_B.mediums[1].T
pipeAV_B.mediums[2].p
pipeAV_B.mediums[2].T
pipeAV_B.mediums[3].p
pipeAV_B.mediums[3].T
pipeAV_B.mediums[4].p
pipeAV_B.mediums[4].T
pipeAV_B.mediums[5].p
pipeAV_B.mediums[5].T
pipeAV_B.mediums[6].p
pipeAV_B.mediums[6].T
pipeAV_B.mediums[7].p
pipeAV_B.mediums[7].T
pipeAV_B.mediums[8].p
pipeAV_B.mediums[8].T
pipeAV_B.mediums[9].p
pipeAV_B.mediums[9].T
pipeAV_B.mediums[10].p
pipeAV_B.mediums[10].T
pipeAV_B.mediums[11].p
pipeAV_B.mediums[11].T
pipeAV_B.mediums[12].p
pipeAV_B.mediums[12].T
pipeAV_B.mediums[13].p
pipeAV_B.mediums[13].T
pipeAV_B.mediums[14].p
pipeAV_B.mediums[14].T
pipeAV_B.mediums[15].p
pipeAV_B.mediums[15].T
pipeAV_B.mediums[16].p
pipeAV_B.mediums[16].T
pipeAV_B.mediums[17].p
pipeAV_B.mediums[17].T
pipeAV_B.mediums[18].p
pipeAV_B.mediums[18].T
pipeAV_B.mediums[19].p
pipeAV_B.mediums[19].T
pipeAV_B.mediums[20].p
pipeAV_B.mediums[20].T
pipeAV_B.mediums[21].p
pipeAV_B.mediums[21].T
pipeAV_B.mediums[22].p
pipeAV_B.mediums[22].T
pipeAV_B.mediums[23].p
pipeAV_B.mediums[23].T
pipeAV_B.mediums[24].p
pipeAV_B.mediums[24].T
pipeAV_B.mediums[25].p
pipeAV_B.mediums[25].T
pipeAV_B.mediums[26].p
pipeAV_B.mediums[26].T
pipeAV_B.mediums[27].p
pipeAV_B.mediums[27].T
pipeAV_B.mediums[28].p
pipeAV_B.mediums[28].T
pipeAV_B.mediums[29].p
pipeAV_B.mediums[29].T
pipeAV_B.mediums[30].p
pipeAV_B.mediums[30].T
pipeAV_VB.mediums[1].p
pipeAV_VB.mediums[1].T
pipeAV_VB.mediums[2].p
pipeAV_VB.mediums[2].T
pipeAV_VB.mediums[3].p
pipeAV_VB.mediums[3].T
pipeAV_VB.mediums[4].p
pipeAV_VB.mediums[4].T
pipeAV_VB.mediums[5].p
pipeAV_VB.mediums[5].T
pipeAV_VB.mediums[6].p
pipeAV_VB.mediums[6].T
pipeAV_VB.mediums[7].p
pipeAV_VB.mediums[7].T
pipeAV_VB.mediums[8].p
pipeAV_VB.mediums[8].T
pipeAV_VB.mediums[9].p
pipeAV_VB.mediums[9].T
pipeAV_VB.mediums[10].p
pipeAV_VB.mediums[10].T
pipeAV_VB.mediums[11].p
pipeAV_VB.mediums[11].T
pipeAV_VB.mediums[12].p
pipeAV_VB.mediums[12].T
pipeAV_VB.mediums[13].p
pipeAV_VB.mediums[13].T
pipeAV_VB.mediums[14].p
pipeAV_VB.mediums[14].T
pipeAV_VB.mediums[15].p
pipeAV_VB.mediums[15].T
pipeAV_VB.mediums[16].p
pipeAV_VB.mediums[16].T
pipeAV_VB.mediums[17].p
pipeAV_VB.mediums[17].T
pipeAV_VB.mediums[18].p
pipeAV_VB.mediums[18].T
pipeAV_VB.mediums[19].p
pipeAV_VB.mediums[19].T
pipeAV_VB.mediums[20].p
pipeAV_VB.mediums[20].T
pipeAV_VB.mediums[21].p
pipeAV_VB.mediums[21].T
pipeAV_VB.mediums[22].p
pipeAV_VB.mediums[22].T
pipeAV_VB.mediums[23].p
pipeAV_VB.mediums[23].T
pipeAV_VB.mediums[24].p
pipeAV_VB.mediums[24].T
pipeAV_VB.mediums[25].p
pipeAV_VB.mediums[25].T
pipeAV_VB.mediums[26].p
pipeAV_VB.mediums[26].T
pipeAV_VB.mediums[27].p
pipeAV_VB.mediums[27].T
pipeAV_VB.mediums[28].p
pipeAV_VB.mediums[28].T
pipeAV_VB.mediums[29].p
pipeAV_VB.mediums[29].T
pipeAV_VB.mediums[30].T
Warning: Some variables are iteration variables of the initialization problem:
but they are not given any explicit start values. Zero will be used.
Iteration variables:
der(pipeA_VB.mediums[30].T)
der(pipeAV_VB.mediums[30].T)
Finished
Warning: WARNINGS have been issued.

            Translation of ModelicaTest.Fluid.TestComponents.Pipes.DynamicPipeEnergyConservationCheck2
The DAE has 7332 scalar unknowns and 7332 scalar equations.
Warning: The initial conditions are not fully specified.
Dymola has selected default initial conditions.
Warning: Assuming fixed start value for the continuous states:
    pipeA_V_B.mediums[1].p(start = pipeA_V_B.ps_start[1])
    pipeA_V_B.mediums[1].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[2].p(start = pipeA_V_B.ps_start[2])
    pipeA_V_B.mediums[2].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[3].p(start = pipeA_V_B.ps_start[3])
    pipeA_V_B.mediums[3].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[4].p(start = pipeA_V_B.ps_start[4])
    pipeA_V_B.mediums[4].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[5].p(start = pipeA_V_B.ps_start[5])
    pipeA_V_B.mediums[5].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[6].p(start = pipeA_V_B.ps_start[6])
    pipeA_V_B.mediums[6].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[7].p(start = pipeA_V_B.ps_start[7])
    pipeA_V_B.mediums[7].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[8].p(start = pipeA_V_B.ps_start[8])
    pipeA_V_B.mediums[8].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[9].p(start = pipeA_V_B.ps_start[9])
    pipeA_V_B.mediums[9].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[10].p(start = pipeA_V_B.ps_start[10])
    pipeA_V_B.mediums[10].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[11].p(start = pipeA_V_B.ps_start[11])
    pipeA_V_B.mediums[11].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[12].p(start = pipeA_V_B.ps_start[12])
    pipeA_V_B.mediums[12].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[13].p(start = pipeA_V_B.ps_start[13])
    pipeA_V_B.mediums[13].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[14].p(start = pipeA_V_B.ps_start[14])
    pipeA_V_B.mediums[14].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[15].p(start = pipeA_V_B.ps_start[15])
    pipeA_V_B.mediums[15].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[16].p(start = pipeA_V_B.ps_start[16])
    pipeA_V_B.mediums[16].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[17].p(start = pipeA_V_B.ps_start[17])
    pipeA_V_B.mediums[17].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[18].p(start = pipeA_V_B.ps_start[18])
    pipeA_V_B.mediums[18].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[19].p(start = pipeA_V_B.ps_start[19])
    pipeA_V_B.mediums[19].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[20].p(start = pipeA_V_B.ps_start[20])
    pipeA_V_B.mediums[20].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[21].p(start = pipeA_V_B.ps_start[21])
    pipeA_V_B.mediums[21].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[22].p(start = pipeA_V_B.ps_start[22])
    pipeA_V_B.mediums[22].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[23].p(start = pipeA_V_B.ps_start[23])
    pipeA_V_B.mediums[23].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[24].p(start = pipeA_V_B.ps_start[24])
    pipeA_V_B.mediums[24].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[25].p(start = pipeA_V_B.ps_start[25])
    pipeA_V_B.mediums[25].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[26].p(start = pipeA_V_B.ps_start[26])
    pipeA_V_B.mediums[26].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[27].p(start = pipeA_V_B.ps_start[27])
    pipeA_V_B.mediums[27].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[28].p(start = pipeA_V_B.ps_start[28])
    pipeA_V_B.mediums[28].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[29].p(start = pipeA_V_B.ps_start[29])
    pipeA_V_B.mediums[29].T(start = pipeA_V_B.T_start)
    pipeA_V_B.mediums[30].p(start = pipeA_V_B.ps_start[30])
    pipeA_V_B.mediums[30].T(start = pipeA_V_B.T_start)
    pipeA_VB.mediums[1].p(start = pipeA_VB.ps_start[1])
    pipeA_VB.mediums[1].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[2].p(start = pipeA_VB.ps_start[2])
    pipeA_VB.mediums[2].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[3].p(start = pipeA_VB.ps_start[3])
    pipeA_VB.mediums[3].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[4].p(start = pipeA_VB.ps_start[4])
    pipeA_VB.mediums[4].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[5].p(start = pipeA_VB.ps_start[5])
    pipeA_VB.mediums[5].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[6].p(start = pipeA_VB.ps_start[6])
    pipeA_VB.mediums[6].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[7].p(start = pipeA_VB.ps_start[7])
    pipeA_VB.mediums[7].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[8].p(start = pipeA_VB.ps_start[8])
    pipeA_VB.mediums[8].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[9].p(start = pipeA_VB.ps_start[9])
    pipeA_VB.mediums[9].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[10].p(start = pipeA_VB.ps_start[10])
    pipeA_VB.mediums[10].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[11].p(start = pipeA_VB.ps_start[11])
    pipeA_VB.mediums[11].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[12].p(start = pipeA_VB.ps_start[12])
    pipeA_VB.mediums[12].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[13].p(start = pipeA_VB.ps_start[13])
    pipeA_VB.mediums[13].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[14].p(start = pipeA_VB.ps_start[14])
    pipeA_VB.mediums[14].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[15].p(start = pipeA_VB.ps_start[15])
    pipeA_VB.mediums[15].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[16].p(start = pipeA_VB.ps_start[16])
    pipeA_VB.mediums[16].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[17].p(start = pipeA_VB.ps_start[17])
    pipeA_VB.mediums[17].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[18].p(start = pipeA_VB.ps_start[18])
    pipeA_VB.mediums[18].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[19].p(start = pipeA_VB.ps_start[19])
    pipeA_VB.mediums[19].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[20].p(start = pipeA_VB.ps_start[20])
    pipeA_VB.mediums[20].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[21].p(start = pipeA_VB.ps_start[21])
    pipeA_VB.mediums[21].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[22].p(start = pipeA_VB.ps_start[22])
    pipeA_VB.mediums[22].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[23].p(start = pipeA_VB.ps_start[23])
    pipeA_VB.mediums[23].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[24].p(start = pipeA_VB.ps_start[24])
    pipeA_VB.mediums[24].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[25].p(start = pipeA_VB.ps_start[25])
    pipeA_VB.mediums[25].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[26].p(start = pipeA_VB.ps_start[26])
    pipeA_VB.mediums[26].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[27].p(start = pipeA_VB.ps_start[27])
    pipeA_VB.mediums[27].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[28].p(start = pipeA_VB.ps_start[28])
    pipeA_VB.mediums[28].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[29].p(start = pipeA_VB.ps_start[29])
    pipeA_VB.mediums[29].T(start = pipeA_VB.T_start)
    pipeA_VB.mediums[30].T(start = pipeA_VB.T_start)
    pipeAV_B.mediums[1].p(start = pipeAV_B.ps_start[1])
    pipeAV_B.mediums[1].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[2].p(start = pipeAV_B.ps_start[2])
    pipeAV_B.mediums[2].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[3].p(start = pipeAV_B.ps_start[3])
    pipeAV_B.mediums[3].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[4].p(start = pipeAV_B.ps_start[4])
    pipeAV_B.mediums[4].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[5].p(start = pipeAV_B.ps_start[5])
    pipeAV_B.mediums[5].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[6].p(start = pipeAV_B.ps_start[6])
    pipeAV_B.mediums[6].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[7].p(start = pipeAV_B.ps_start[7])
    pipeAV_B.mediums[7].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[8].p(start = pipeAV_B.ps_start[8])
    pipeAV_B.mediums[8].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[9].p(start = pipeAV_B.ps_start[9])
    pipeAV_B.mediums[9].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[10].p(start = pipeAV_B.ps_start[10])
    pipeAV_B.mediums[10].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[11].p(start = pipeAV_B.ps_start[11])
    pipeAV_B.mediums[11].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[12].p(start = pipeAV_B.ps_start[12])
    pipeAV_B.mediums[12].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[13].p(start = pipeAV_B.ps_start[13])
    pipeAV_B.mediums[13].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[14].p(start = pipeAV_B.ps_start[14])
    pipeAV_B.mediums[14].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[15].p(start = pipeAV_B.ps_start[15])
    pipeAV_B.mediums[15].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[16].p(start = pipeAV_B.ps_start[16])
    pipeAV_B.mediums[16].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[17].p(start = pipeAV_B.ps_start[17])
    pipeAV_B.mediums[17].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[18].p(start = pipeAV_B.ps_start[18])
    pipeAV_B.mediums[18].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[19].p(start = pipeAV_B.ps_start[19])
    pipeAV_B.mediums[19].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[20].p(start = pipeAV_B.ps_start[20])
    pipeAV_B.mediums[20].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[21].p(start = pipeAV_B.ps_start[21])
    pipeAV_B.mediums[21].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[22].p(start = pipeAV_B.ps_start[22])
    pipeAV_B.mediums[22].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[23].p(start = pipeAV_B.ps_start[23])
    pipeAV_B.mediums[23].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[24].p(start = pipeAV_B.ps_start[24])
    pipeAV_B.mediums[24].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[25].p(start = pipeAV_B.ps_start[25])
    pipeAV_B.mediums[25].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[26].p(start = pipeAV_B.ps_start[26])
    pipeAV_B.mediums[26].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[27].p(start = pipeAV_B.ps_start[27])
    pipeAV_B.mediums[27].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[28].p(start = pipeAV_B.ps_start[28])
    pipeAV_B.mediums[28].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[29].p(start = pipeAV_B.ps_start[29])
    pipeAV_B.mediums[29].T(start = pipeAV_B.T_start)
    pipeAV_B.mediums[30].p(start = pipeAV_B.ps_start[30])
    pipeAV_B.mediums[30].T(start = pipeAV_B.T_start)
    pipeAV_VB.mediums[1].p(start = pipeAV_VB.ps_start[1])
    pipeAV_VB.mediums[1].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[2].p(start = pipeAV_VB.ps_start[2])
    pipeAV_VB.mediums[2].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[3].p(start = pipeAV_VB.ps_start[3])
    pipeAV_VB.mediums[3].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[4].p(start = pipeAV_VB.ps_start[4])
    pipeAV_VB.mediums[4].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[5].p(start = pipeAV_VB.ps_start[5])
    pipeAV_VB.mediums[5].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[6].p(start = pipeAV_VB.ps_start[6])
    pipeAV_VB.mediums[6].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[7].p(start = pipeAV_VB.ps_start[7])
    pipeAV_VB.mediums[7].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[8].p(start = pipeAV_VB.ps_start[8])
    pipeAV_VB.mediums[8].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[9].p(start = pipeAV_VB.ps_start[9])
    pipeAV_VB.mediums[9].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[10].p(start = pipeAV_VB.ps_start[10])
    pipeAV_VB.mediums[10].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[11].p(start = pipeAV_VB.ps_start[11])
    pipeAV_VB.mediums[11].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[12].p(start = pipeAV_VB.ps_start[12])
    pipeAV_VB.mediums[12].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[13].p(start = pipeAV_VB.ps_start[13])
    pipeAV_VB.mediums[13].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[14].p(start = pipeAV_VB.ps_start[14])
    pipeAV_VB.mediums[14].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[15].p(start = pipeAV_VB.ps_start[15])
    pipeAV_VB.mediums[15].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[16].p(start = pipeAV_VB.ps_start[16])
    pipeAV_VB.mediums[16].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[17].p(start = pipeAV_VB.ps_start[17])
    pipeAV_VB.mediums[17].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[18].p(start = pipeAV_VB.ps_start[18])
    pipeAV_VB.mediums[18].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[19].p(start = pipeAV_VB.ps_start[19])
    pipeAV_VB.mediums[19].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[20].p(start = pipeAV_VB.ps_start[20])
    pipeAV_VB.mediums[20].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[21].p(start = pipeAV_VB.ps_start[21])
    pipeAV_VB.mediums[21].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[22].p(start = pipeAV_VB.ps_start[22])
    pipeAV_VB.mediums[22].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[23].p(start = pipeAV_VB.ps_start[23])
    pipeAV_VB.mediums[23].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[24].p(start = pipeAV_VB.ps_start[24])
    pipeAV_VB.mediums[24].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[25].p(start = pipeAV_VB.ps_start[25])
    pipeAV_VB.mediums[25].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[26].p(start = pipeAV_VB.ps_start[26])
    pipeAV_VB.mediums[26].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[27].p(start = pipeAV_VB.ps_start[27])
    pipeAV_VB.mediums[27].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[28].p(start = pipeAV_VB.ps_start[28])
    pipeAV_VB.mediums[28].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[29].p(start = pipeAV_VB.ps_start[29])
    pipeAV_VB.mediums[29].T(start = pipeAV_VB.T_start)
    pipeAV_VB.mediums[30].T(start = pipeAV_VB.T_start)

The translated model contains large nonlinear systems of equations. The simulation may run faster in DAE mode. Enable DAE mode by setting the flag Advanced.Define.DAEsolver and use one of the solvers Dassl, Radau IIa, Esdirk*, or Sdirk34hw.

Statistics

Original Model
  Number of components: 660
  Variables: 3601
  Constants: 20 (48 scalars)
  Parameters: 625 (1425 scalars)
  Unknowns: 2956 (7332 scalars)
  Differentiated variables: 480 scalars
  Equations: 2104
  Nontrivial: 1424
Translated Model
  Constants: 2349 scalars
  Free parameters: 58 scalars
  Parameter depending: 694 scalars
  Continuous time states: 238 scalars
  Time-varying variables: 2574 scalars
  Alias variables: 3130 scalars
  Assumed default initial conditions: 238
  Number of mixed real/discrete systems of equations: 0
  Sizes of linear systems of equations: {2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,   2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,   2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,   2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,   2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2}
  Sizes after manipulation of the linear systems: {0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,   0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,   0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,   0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,   0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0}
  Sizes of nonlinear systems of equations: {151, 156, 7, 156, 151, 7}
  Sizes after manipulation of the nonlinear systems: {30, 30, 1, 30, 30, 1}
  Number of numerical Jacobians: 0
  Initialization problem
    Sizes of linear systems of equations: {3, 3}
    Sizes after manipulation of the linear systems: {0, 0}

Settings
Advanced.StoreProtectedVariables = true
Selected continuous time states
Statically selected continuous time states
pipeA_V_B.mediums[1].p
pipeA_V_B.mediums[1].T
pipeA_V_B.mediums[2].p
pipeA_V_B.mediums[2].T
pipeA_V_B.mediums[3].p
pipeA_V_B.mediums[3].T
pipeA_V_B.mediums[4].p
pipeA_V_B.mediums[4].T
pipeA_V_B.mediums[5].p
pipeA_V_B.mediums[5].T
pipeA_V_B.mediums[6].p
pipeA_V_B.mediums[6].T
pipeA_V_B.mediums[7].p
pipeA_V_B.mediums[7].T
pipeA_V_B.mediums[8].p
pipeA_V_B.mediums[8].T
pipeA_V_B.mediums[9].p
pipeA_V_B.mediums[9].T
pipeA_V_B.mediums[10].p
pipeA_V_B.mediums[10].T
pipeA_V_B.mediums[11].p
pipeA_V_B.mediums[11].T
pipeA_V_B.mediums[12].p
pipeA_V_B.mediums[12].T
pipeA_V_B.mediums[13].p
pipeA_V_B.mediums[13].T
pipeA_V_B.mediums[14].p
pipeA_V_B.mediums[14].T
pipeA_V_B.mediums[15].p
pipeA_V_B.mediums[15].T
pipeA_V_B.mediums[16].p
pipeA_V_B.mediums[16].T
pipeA_V_B.mediums[17].p
pipeA_V_B.mediums[17].T
pipeA_V_B.mediums[18].p
pipeA_V_B.mediums[18].T
pipeA_V_B.mediums[19].p
pipeA_V_B.mediums[19].T
pipeA_V_B.mediums[20].p
pipeA_V_B.mediums[20].T
pipeA_V_B.mediums[21].p
pipeA_V_B.mediums[21].T
pipeA_V_B.mediums[22].p
pipeA_V_B.mediums[22].T
pipeA_V_B.mediums[23].p
pipeA_V_B.mediums[23].T
pipeA_V_B.mediums[24].p
pipeA_V_B.mediums[24].T
pipeA_V_B.mediums[25].p
pipeA_V_B.mediums[25].T
pipeA_V_B.mediums[26].p
pipeA_V_B.mediums[26].T
pipeA_V_B.mediums[27].p
pipeA_V_B.mediums[27].T
pipeA_V_B.mediums[28].p
pipeA_V_B.mediums[28].T
pipeA_V_B.mediums[29].p
pipeA_V_B.mediums[29].T
pipeA_V_B.mediums[30].p
pipeA_V_B.mediums[30].T
pipeA_VB.mediums[1].p
pipeA_VB.mediums[1].T
pipeA_VB.mediums[2].p
pipeA_VB.mediums[2].T
pipeA_VB.mediums[3].p
pipeA_VB.mediums[3].T
pipeA_VB.mediums[4].p
pipeA_VB.mediums[4].T
pipeA_VB.mediums[5].p
pipeA_VB.mediums[5].T
pipeA_VB.mediums[6].p
pipeA_VB.mediums[6].T
pipeA_VB.mediums[7].p
pipeA_VB.mediums[7].T
pipeA_VB.mediums[8].p
pipeA_VB.mediums[8].T
pipeA_VB.mediums[9].p
pipeA_VB.mediums[9].T
pipeA_VB.mediums[10].p
pipeA_VB.mediums[10].T
pipeA_VB.mediums[11].p
pipeA_VB.mediums[11].T
pipeA_VB.mediums[12].p
pipeA_VB.mediums[12].T
pipeA_VB.mediums[13].p
pipeA_VB.mediums[13].T
pipeA_VB.mediums[14].p
pipeA_VB.mediums[14].T
pipeA_VB.mediums[15].p
pipeA_VB.mediums[15].T
pipeA_VB.mediums[16].p
pipeA_VB.mediums[16].T
pipeA_VB.mediums[17].p
pipeA_VB.mediums[17].T
pipeA_VB.mediums[18].p
pipeA_VB.mediums[18].T
pipeA_VB.mediums[19].p
pipeA_VB.mediums[19].T
pipeA_VB.mediums[20].p
pipeA_VB.mediums[20].T
pipeA_VB.mediums[21].p
pipeA_VB.mediums[21].T
pipeA_VB.mediums[22].p
pipeA_VB.mediums[22].T
pipeA_VB.mediums[23].p
pipeA_VB.mediums[23].T
pipeA_VB.mediums[24].p
pipeA_VB.mediums[24].T
pipeA_VB.mediums[25].p
pipeA_VB.mediums[25].T
pipeA_VB.mediums[26].p
pipeA_VB.mediums[26].T
pipeA_VB.mediums[27].p
pipeA_VB.mediums[27].T
pipeA_VB.mediums[28].p
pipeA_VB.mediums[28].T
pipeA_VB.mediums[29].p
pipeA_VB.mediums[29].T
pipeA_VB.mediums[30].T
pipeAV_B.mediums[1].p
pipeAV_B.mediums[1].T
pipeAV_B.mediums[2].p
pipeAV_B.mediums[2].T
pipeAV_B.mediums[3].p
pipeAV_B.mediums[3].T
pipeAV_B.mediums[4].p
pipeAV_B.mediums[4].T
pipeAV_B.mediums[5].p
pipeAV_B.mediums[5].T
pipeAV_B.mediums[6].p
pipeAV_B.mediums[6].T
pipeAV_B.mediums[7].p
pipeAV_B.mediums[7].T
pipeAV_B.mediums[8].p
pipeAV_B.mediums[8].T
pipeAV_B.mediums[9].p
pipeAV_B.mediums[9].T
pipeAV_B.mediums[10].p
pipeAV_B.mediums[10].T
pipeAV_B.mediums[11].p
pipeAV_B.mediums[11].T
pipeAV_B.mediums[12].p
pipeAV_B.mediums[12].T
pipeAV_B.mediums[13].p
pipeAV_B.mediums[13].T
pipeAV_B.mediums[14].p
pipeAV_B.mediums[14].T
pipeAV_B.mediums[15].p
pipeAV_B.mediums[15].T
pipeAV_B.mediums[16].p
pipeAV_B.mediums[16].T
pipeAV_B.mediums[17].p
pipeAV_B.mediums[17].T
pipeAV_B.mediums[18].p
pipeAV_B.mediums[18].T
pipeAV_B.mediums[19].p
pipeAV_B.mediums[19].T
pipeAV_B.mediums[20].p
pipeAV_B.mediums[20].T
pipeAV_B.mediums[21].p
pipeAV_B.mediums[21].T
pipeAV_B.mediums[22].p
pipeAV_B.mediums[22].T
pipeAV_B.mediums[23].p
pipeAV_B.mediums[23].T
pipeAV_B.mediums[24].p
pipeAV_B.mediums[24].T
pipeAV_B.mediums[25].p
pipeAV_B.mediums[25].T
pipeAV_B.mediums[26].p
pipeAV_B.mediums[26].T
pipeAV_B.mediums[27].p
pipeAV_B.mediums[27].T
pipeAV_B.mediums[28].p
pipeAV_B.mediums[28].T
pipeAV_B.mediums[29].p
pipeAV_B.mediums[29].T
pipeAV_B.mediums[30].p
pipeAV_B.mediums[30].T
pipeAV_VB.mediums[1].p
pipeAV_VB.mediums[1].T
pipeAV_VB.mediums[2].p
pipeAV_VB.mediums[2].T
pipeAV_VB.mediums[3].p
pipeAV_VB.mediums[3].T
pipeAV_VB.mediums[4].p
pipeAV_VB.mediums[4].T
pipeAV_VB.mediums[5].p
pipeAV_VB.mediums[5].T
pipeAV_VB.mediums[6].p
pipeAV_VB.mediums[6].T
pipeAV_VB.mediums[7].p
pipeAV_VB.mediums[7].T
pipeAV_VB.mediums[8].p
pipeAV_VB.mediums[8].T
pipeAV_VB.mediums[9].p
pipeAV_VB.mediums[9].T
pipeAV_VB.mediums[10].p
pipeAV_VB.mediums[10].T
pipeAV_VB.mediums[11].p
pipeAV_VB.mediums[11].T
pipeAV_VB.mediums[12].p
pipeAV_VB.mediums[12].T
pipeAV_VB.mediums[13].p
pipeAV_VB.mediums[13].T
pipeAV_VB.mediums[14].p
pipeAV_VB.mediums[14].T
pipeAV_VB.mediums[15].p
pipeAV_VB.mediums[15].T
pipeAV_VB.mediums[16].p
pipeAV_VB.mediums[16].T
pipeAV_VB.mediums[17].p
pipeAV_VB.mediums[17].T
pipeAV_VB.mediums[18].p
pipeAV_VB.mediums[18].T
pipeAV_VB.mediums[19].p
pipeAV_VB.mediums[19].T
pipeAV_VB.mediums[20].p
pipeAV_VB.mediums[20].T
pipeAV_VB.mediums[21].p
pipeAV_VB.mediums[21].T
pipeAV_VB.mediums[22].p
pipeAV_VB.mediums[22].T
pipeAV_VB.mediums[23].p
pipeAV_VB.mediums[23].T
pipeAV_VB.mediums[24].p
pipeAV_VB.mediums[24].T
pipeAV_VB.mediums[25].p
pipeAV_VB.mediums[25].T
pipeAV_VB.mediums[26].p
pipeAV_VB.mediums[26].T
pipeAV_VB.mediums[27].p
pipeAV_VB.mediums[27].T
pipeAV_VB.mediums[28].p
pipeAV_VB.mediums[28].T
pipeAV_VB.mediums[29].p
pipeAV_VB.mediums[29].T
pipeAV_VB.mediums[30].T
Warning: Some variables are iteration variables of the initialization problem:
but they are not given any explicit start values. Zero will be used.
Iteration variables:
der(pipeA_VB.mediums[30].T)
der(pipeAV_VB.mediums[30].T)
Finished
Warning: WARNINGS have been issued.

15 – ModelicaTest.Fluid.TestComponents.Pipes.DynamicPipeEnergyConservationCheck2

Testcase report