Output mismatch (see stdout for details) + testTearingStrictness ... equation mismatch [time: 5] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/tearing/testTearingStrictness.mos_temp6568/log-testTearingStrictness.mos true "" true "" record SimulationResult resultFile = "testTearingStrictness_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'testTearingStrictness', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-ls=lapack -override b=0'", messages = "LOG_STDOUT | warning | You are overriding b with a small value or zero. | | | | This could lead to numerically dirty solutions or divisions by zero if not tearingStrictness=veryStrict. LOG_STDOUT | warning | The default linear solver fails, the fallback solver with total pivoting is started at time 0.000000. That might raise performance issues, for more information use -lv LOG_LS. LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" true "" record SimulationResult resultFile = "testTearingStrictness_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'testTearingStrictness', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-ls=lapack -override b=0'", messages = "LOG_STDOUT | warning | You are overriding b with a small value or zero. | | | | This could lead to numerically dirty solutions or divisions by zero if not tearingStrictness=veryStrict. LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/tearing/testTearingStrictness.mos_temp6568/equations-expected2026-08-25 16:08:53.605088281 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/tearing/testTearingStrictness.mos_temp6568/equations-got2026-08-25 16:08:58.145090751 +0000 @@ -1,27 +1,25 @@ true "" true "" record SimulationResult -resultFile = "", -simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-06, method = 'dassl', fileNamePrefix = 'testTearingStrictness', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-ls=lapack -override b=0'", -messages = "Simulation execution failed for model: testTearingStrictness -LOG_STDOUT | warning | You are overriding b with a small value or zero. +resultFile = "testTearingStrictness_res.mat", +simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'testTearingStrictness', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-ls=lapack -override b=0'", +messages = "LOG_STDOUT | warning | You are overriding b with a small value or zero. | | | | This could lead to numerically dirty solutions or divisions by zero if not tearingStrictness=veryStrict. -LOG_STDOUT | warning | Solving linear system 10 fails at time 0. For more information use -lv LOG_LS. -LOG_ASSERT | debug | Solving linear system 10 failed at time=0. -| | | | For more information please use -lv LOG_LS. -LOG_ASSERT | info | simulation terminated by an assertion at initialization +LOG_STDOUT | warning | The default linear solver fails, the fallback solver with total pivoting is started at time 0.000000. That might raise performance issues, for more information use -lv LOG_LS. +LOG_SUCCESS | info | The initialization finished successfully without homotopy method. +LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" true "" record SimulationResult resultFile = "testTearingStrictness_res.mat", -simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-06, method = 'dassl', fileNamePrefix = 'testTearingStrictness', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-ls=lapack -override b=0'", +simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'testTearingStrictness', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-ls=lapack -override b=0'", messages = "LOG_STDOUT | warning | You are overriding b with a small value or zero. | | | | This could lead to numerically dirty solutions or divisions by zero if not tearingStrictness=veryStrict. LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " Equation mismatch: omc-diff says: Failed '"' 't' Line 6: Text differs: expected: resultFile = "", got: resultFile = "testTearingStrictness_res.mat", == 1 out of 1 tests failed [simulation/modelica/tearing/testTearingStrictness.mos_temp6568, time: 5] Output mismatch (see stdout for details) + dynamicTearing3 ... equation mismatch [time: 4] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/tearing/dynamicTearing3.mos_temp3721/log-dynamicTearing3.mos true "" true "" true "" true "" true "" ================================================================================ Calling Tearing for initialization! ================================================================================ Handle strong component with index: 1 To disable tearing of this component use '--noTearingForComponent=1'. Tearing of NONLINEAR component Use Flag '-d=tearingdumpV' and '-d=iterationVars' for more details Tearing type: heuristic Tearing strictness: strict ###BEGIN print Strong Component##################### (Function:CellierTearing) unknown partition ======================================== Variables (4) ======================================== 1: z:VARIABLE() type: Real 2: y:VARIABLE() type: Real 3: x:VARIABLE() type: Real 4: a:VARIABLE() type: Real Equations (4, 4) ======================================== 1/1 (1): algorithm a := $START.a; a := 2.0 * x; [dynamic |0|0|0|0|] 2/2 (1): g * a * x + time - y ^ 2.0 = 0.0 [dynamic |0|0|0|0|] 3/3 (1): g * a + x * z - y = 0.0 [dynamic |0|0|0|0|] 4/4 (1): a + 2.0 * y - k * z = 0.0 [dynamic |0|0|0|0|] Adjacency Matrix (row: equation) ======================================== number of rows: 4 1: 4 3 2: 4 3 2 3: 4 3 2 1 4: 4 2 1 Transposed Adjacency Matrix (row: variable) ======================================== number of rows: 4 1: 4 3 2: 4 3 2 3: 3 2 1 4: 4 3 2 1 no matching ###END print Strong Component####################### (Function:CellierTearing) Determine STRICT TEARING SET ******************************************************************************** AdjacencyMatrixEnhanced: Adjacency Matrix Enhanced (row == equation) ==================================== number of rows: 4 1:(3,unsolvable) (4,solved) 2:(4,variable(false)) (3,variable(false)) (2,nonlinear) 3:(4,param(false)) (3,variable(true)) (1,variable(true)) (2,constone) 4:(4,constone) (2,const(true)) (1,param(true)) AdjacencyMatrixTransposedEnhanced: Transpose Adjacency Matrix Enhanced (row == var) ===================================== number of rows: 4 1:(4,param(true)) (3,variable(true)) 2:(4,const(true)) (3,constone) (2,nonlinear) 3:(3,variable(true)) (2,variable(false)) (1,unsolvable) 4:(4,constone) (3,param(false)) (2,variable(false)) (1,solved) eqLinPoints: 100,150,62,17 Forced selection of Tearing Variables: ======================================== Unsolvables as tVars: 3 Variables with annotation attribute 'always' as tVars: Matching ======================================== 4 variables and equations var 1 is solved in eqn 8 var 2 is solved in eqn 3 var 3 is solved in eqn 8 var 4 is solved in eqn 1 order: 1,3 ======================================== **************************************** * TEARING RESULTS - STRICT SET: * (Local Indexes) * * No of equations in strong component: 4 * No of tVars: 2 * * tVars: 3,1 * * resEq: 4,2 * * innerEquations ({eqn,vars}): * {1:4}, {3:2} * **************************************** Note: ===== No dynamic Tearing for this strong component. Check if - flag 'dynamicTearing' is set proper - strong component does not contain statesets - system belongs to simulation - SimCode target is 'C' ================================================================================ Calling Tearing for simulation! ================================================================================ Handle strong component with index: 2 To disable tearing of this component use '--noTearingForComponent=2'. Tearing of NONLINEAR component Use Flag '-d=tearingdumpV' and '-d=iterationVars' for more details Tearing type: heuristic Tearing strictness: strict ###BEGIN print Strong Component##################### (Function:CellierTearing) unknown partition ======================================== Variables (4) ======================================== 1: y:VARIABLE() type: Real 2: z:VARIABLE() type: Real 3: a:VARIABLE() type: Real 4: x:VARIABLE() type: Real Equations (4, 4) ======================================== 1/1 (1): g * a * x + time - y ^ 2.0 = 0.0 [dynamic |0|0|0|0|] 2/2 (1): algorithm a := $START.a; a := 2.0 * x; [dynamic |0|0|0|0|] 3/3 (1): g * a + x * z - y = 0.0 [dynamic |0|0|0|0|] 4/4 (1): a + 2.0 * y - k * z = 0.0 [dynamic |0|0|0|0|] Adjacency Matrix (row: equation) ======================================== number of rows: 4 1: 4 3 1 2: 4 3 3: 4 3 2 1 4: 3 2 1 Transposed Adjacency Matrix (row: variable) ======================================== number of rows: 4 1: 4 3 1 2: 4 3 3: 4 3 2 1 4: 3 2 1 no matching ###END print Strong Component####################### (Function:CellierTearing) Determine STRICT TEARING SET ******************************************************************************** AdjacencyMatrixEnhanced: Adjacency Matrix Enhanced (row == equation) ==================================== number of rows: 4 1:(3,variable(false)) (4,variable(false)) (1,nonlinear) 2:(4,unsolvable) (3,solved) 3:(3,param(false)) (4,variable(true)) (2,variable(true)) (1,constone) 4:(3,constone) (1,const(true)) (2,param(true)) AdjacencyMatrixTransposedEnhanced: Transpose Adjacency Matrix Enhanced (row == var) ===================================== number of rows: 4 1:(4,const(true)) (3,constone) (1,nonlinear) 2:(4,param(true)) (3,variable(true)) 3:(4,constone) (3,param(false)) (2,solved) (1,variable(false)) 4:(3,variable(true)) (2,unsolvable) (1,variable(false)) eqLinPoints: 150,100,62,17 Forced selection of Tearing Variables: ======================================== Unsolvables as tVars: 4 Variables with annotation attribute 'always' as tVars: Matching ======================================== 4 variables and equations var 1 is solved in eqn 3 var 2 is solved in eqn 8 var 3 is solved in eqn 2 var 4 is solved in eqn 8 order: 2,3 ======================================== **************************************** * TEARING RESULTS - STRICT SET: * (Local Indexes) * * No of equations in strong component: 4 * No of tVars: 2 * * tVars: 4,2 * * resEq: 4,1 * * innerEquations ({eqn,vars}): * {2:3}, {3:1} * **************************************** Note: ===== No dynamic Tearing for this strong component. Check if - flag 'dynamicTearing' is set proper - strong component does not contain statesets - system belongs to simulation - SimCode target is 'C' record SimulationResult resultFile = "dynamicTearing3_res.mat", simulationOptions = "startTime = 0.0, stopTime = 2.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'dynamicTearing3', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_DT_CONS'", messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/tearing/dynamicTearing3.mos_temp3721/equations-expected2026-08-25 16:08:53.677088320 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/tearing/dynamicTearing3.mos_temp3721/equations-got2026-08-25 16:08:57.637090476 +0000 @@ -268,98 +268,21 @@ * innerEquations ({eqn,vars}): * {2:3}, {3:1} * **************************************** - - -Determine CASUAL TEARING SET -******************************************************************************** - - -AdjacencyMatrixEnhanced: -Adjacency Matrix Enhanced (row == equation) -==================================== -number of rows: 4 -1:(3,variable(false),abs(g * x) > 1e-12 (local)) (4,variable(false),abs(g * a) > 1e-12 (local)) (1,solvable,g * a * x + time >= 0.0 (local)) -2:(4,unsolvable) (3,solved) -3:(3,param(false),abs(g) > 1e-12 (global)) (4,solvable,abs(z) > 1e-12 (local)) (2,solvable,abs(x) > 1e-12 (local)) (1,solvable) -4:(3,solvable) (1,solvable) (2,solvable,abs(k) > 1e-12 (global)) - -AdjacencyMatrixTransposedEnhanced: -Transpose Adjacency Matrix Enhanced (row == var) -===================================== -number of rows: 4 -1:(4,solvable) (3,solvable) (1,solvable,g * a * x + time >= 0.0 (local)) -2:(4,solvable,abs(k) > 1e-12 (global)) (3,solvable,abs(x) > 1e-12 (local)) -3:(4,solvable) (3,param(false),abs(g) > 1e-12 (global)) (2,solved) (1,variable(false),abs(g * x) > 1e-12 (local)) -4:(3,solvable,abs(z) > 1e-12 (local)) (2,unsolvable) (1,variable(false),abs(g * a) > 1e-12 (local)) - -eqLinPoints: -150,100,62,17 - - -Matching -======================================== -4 variables and equations -var 1 is solved in eqn 1 -var 2 is solved in eqn 3 -var 3 is solved in eqn 2 -var 4 is solved in eqn 8 - -order: 2,1,3 -======================================== - - -**************************************** -* TEARING RESULTS - CASUAL SET: -* (Local Indexes) -* -* No of equations in strong component: 4 -* No of tVars: 1 -* -* tVars: 4 -* -* resEq: 4 -* -* innerEquations ({eqn,vars}): -* {2:3}, {1:1}, {3:2} -* -**************************************** - - Note: ===== -Nonlinear dynamic tearing for this strong component in model: -dynamicTearing3 - -Single Equation with constraint: -g * a * x + time - y ^ 2.0 = 0.0 -Constraints: -g * a * x + time >= 0.0 (local) - -Single Equation with constraint: -g * a + x * z - y = 0.0 -Constraints: -abs(x) > 1e-12 (local) +No dynamic Tearing for this strong component. Check if +- flag 'dynamicTearing' is set proper +- strong component does not contain statesets +- system belongs to simulation +- SimCode target is 'C' record SimulationResult resultFile = "dynamicTearing3_res.mat", simulationOptions = "startTime = 0.0, stopTime = 2.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'dynamicTearing3', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_DT_CONS'", -messages = "LOG_DT_CONS | info | The following local constraint is violated: -| | | | abs(x) > 1e-12 -LOG_SUCCESS | info | The initialization finished successfully without homotopy method. -LOG_DT_CONS | info | The following local constraint is violated: -| | | | abs(x) > 1e-12 -LOG_NLS | error | residualFunc10: Iteration variable `z` is inf or nan. -LOG_ASSERT | debug | residualFunc10 failed at time=0.004. -| | | | For more information please use -lv LOG_NLS. -LOG_DT_CONS | info | The following local constraint is violated: -| | | | abs(x) > 1e-12 -LOG_DT_CONS | info | The following local constraint is violated: -| | | | abs(x) > 1e-12 -LOG_DT_CONS | info | The following local constraint is violated: -| | | | abs(x) > 1e-12 +messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" Equation mismatch: omc-diff says: ----Line 273: Lexical token differs: expected: got: Note: == 1 out of 1 tests failed [simulation/modelica/tearing/dynamicTearing3.mos_temp3721, time: 4] Output mismatch (see stdout for details) + dynamicTearing1 ... equation mismatch [time: 8] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/tearing/dynamicTearing1.mos_temp9327/log-dynamicTearing1.mos true "" true "" true "" true "" record SimulationResult resultFile = "dynamicTearing1_res.mat", simulationOptions = "startTime = 0.0, stopTime = 2.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'dynamicTearing1', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_DT_CONS'", messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "Warning: There are nonlinear iteration variables with default zero start attribute found in NLSJac0. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). Warning: There are nonlinear iteration variables with default zero start attribute found in NLSJac1. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). " x at time=0.0 0.0 "" x1 at time=0.0 0.0 "" y at time=0.0 0.0 "" y1 at time=0.0 0.0 "" z at time=0.0 0.0 "" z1 at time=0.0 0.0 "" z2 at time=0.0 0.0 "" x at time=1.1 -1.0 "" x1 at time=1.1 6.97208905801418e-18 "" y at time=1.1 0.0 "" y1 at time=1.1 -11.000000000000039 "" z at time=1.1 -1.0 "" z1 at time=1.1 11.000000000000039 "" z2 at time=1.1 10.000000000000039 "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/tearing/dynamicTearing1.mos_temp9327/equations-expected2026-08-25 16:08:53.680088322 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/tearing/dynamicTearing1.mos_temp9327/equations-got2026-08-25 16:09:01.563092599 +0000 @@ -7,25 +7,11 @@ true "" record SimulationResult resultFile = "dynamicTearing1_res.mat", simulationOptions = "startTime = 0.0, stopTime = 2.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'dynamicTearing1', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_DT_CONS'", -messages = "LOG_DT_CONS | info | The following local constraint is violated: -| | | | abs(y1) > 1e-12 -LOG_SUCCESS | info | The initialization finished successfully without homotopy method. -LOG_DT_CONS | info | The following local constraint is violated: -| | | | abs(y1) > 1e-12 -LOG_DT_CONS | info | The following local constraint is violated: -| | | | abs(y1) > 1e-12 -LOG_DT_CONS | info | The following local constraint is violated: -| | | | abs(y1) > 1e-12 -LOG_DT_CONS | info | The following local constraint is violated: -| | | | abs(y1) > 1e-12 -LOG_DT_CONS | info | The following global constraint is violated: -| | | | abs(-4.0 + a + (-b) - time) > 1e-12 -LOG_DT_CONS | info | The following local constraint is violated: -| | | | abs(y1) > 1e-12 +messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "Warning: There are nonlinear iteration variables with default zero start attribute found in NLSJac0. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). Warning: There are nonlinear iteration variables with default zero start attribute found in NLSJac1. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). @@ -53,22 +39,22 @@ "" x at time=1.1 -1.0 "" x1 at time=1.1 -0.0 +6.97208905801418e-18 "" y at time=1.1 0.0 "" y1 at time=1.1 --11.0 +-11.000000000000039 "" z at time=1.1 -1.0 "" z1 at time=1.1 -11.0 +11.000000000000039 "" z2 at time=1.1 -10.0 +10.000000000000039 "" Equation mismatch: omc-diff says: Failed 'D' 'S' Line 12: Text differs: expected: messages = "LOG_DT_CONS | info | The following local constraint is violated: got: messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. == 1 out of 1 tests failed [simulation/modelica/tearing/dynamicTearing1.mos_temp9327, time: 8] Output mismatch (see stdout for details) + Ticket16177.mos ... equation mismatch [time: 0] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/records/Ticket16177.mos_temp2295/log-Ticket16177.mos true "" record SimulationResult resultFile = "Ticket16177.Loop_res.mat", simulationOptions = "startTime = 0.0, stopTime = 0.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'Ticket16177.Loop', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "[BackEnd/Differentiate.mo:0:0-0:0:writable] Error: Derivative of expression \"$res_NLSJac0_2 := gain.k * (if gain.useConjugateInput then Ticket16177.R(add.y.re, -add.y.im) else Ticket16177.RInput(add.y.re, add.y.im)).re - gain.y.re\" w.r.t. \"dummyVarNLSJac0\" is non-existent. Error: Internal error SymbolicJacobian.deriveAll failed [BackEnd/SymbolicJacobian.mo:0:0-0:0:writable] Error: Internal error SymbolicJacobian.generateSymbolicJacobian failed [BackEnd/SymbolicJacobian.mo:0:0-0:0:writable] Error: Internal error function createJacobian failed [BackEnd/Differentiate.mo:0:0-0:0:writable] Error: Derivative of expression \"$res_NLSJac1_2 := gain.k * (if gain.useConjugateInput then Ticket16177.R(add.y.re, -add.y.im) else Ticket16177.RInput(add.y.re, add.y.im)).im - gain.y.im\" w.r.t. \"dummyVarNLSJac1\" is non-existent. Error: Internal error SymbolicJacobian.deriveAll failed [BackEnd/SymbolicJacobian.mo:0:0-0:0:writable] Error: Internal error SymbolicJacobian.generateSymbolicJacobian failed [BackEnd/SymbolicJacobian.mo:0:0-0:0:writable] Error: Internal error function createJacobian failed " -2.0 "" -1.0 "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/records/Ticket16177.mos_temp2295/equations-expected2026-08-25 16:09:15.147099845 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/records/Ticket16177.mos_temp2295/equations-got2026-08-25 16:09:15.641100106 +0000 @@ -5,10 +5,18 @@ simulationOptions = "startTime = 0.0, stopTime = 0.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'Ticket16177.Loop', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; -"" +"[BackEnd/Differentiate.mo:0:0-0:0:writable] Error: Derivative of expression \"$res_NLSJac0_2 := gain.k * (if gain.useConjugateInput then Ticket16177.R(add.y.re, -add.y.im) else Ticket16177.RInput(add.y.re, add.y.im)).re - gain.y.re\" w.r.t. \"dummyVarNLSJac0\" is non-existent. +Error: Internal error SymbolicJacobian.deriveAll failed +[BackEnd/SymbolicJacobian.mo:0:0-0:0:writable] Error: Internal error SymbolicJacobian.generateSymbolicJacobian failed +[BackEnd/SymbolicJacobian.mo:0:0-0:0:writable] Error: Internal error function createJacobian failed +[BackEnd/Differentiate.mo:0:0-0:0:writable] Error: Derivative of expression \"$res_NLSJac1_2 := gain.k * (if gain.useConjugateInput then Ticket16177.R(add.y.re, -add.y.im) else Ticket16177.RInput(add.y.re, add.y.im)).im - gain.y.im\" w.r.t. \"dummyVarNLSJac1\" is non-existent. +Error: Internal error SymbolicJacobian.deriveAll failed +[BackEnd/SymbolicJacobian.mo:0:0-0:0:writable] Error: Internal error SymbolicJacobian.generateSymbolicJacobian failed +[BackEnd/SymbolicJacobian.mo:0:0-0:0:writable] Error: Internal error function createJacobian failed +" -2.0 "" -1.0 "" Equation mismatch: omc-diff says: Failed '"' '[' Line 10: Text differs: expected: "" got: "[BackEnd/Differentiate.mo: == 1 out of 1 tests failed [simulation/modelica/records/Ticket16177.mos_temp2295, time: 0] Output mismatch (see stdout for details) + TestSolve ... equation mismatch [time: 0] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/others/TestSolve16.mos_temp4953/log-TestSolve16.mos true "" true "" record SimulationResult resultFile = "ModelTestSolve16_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'ModelTestSolve16', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv LOG_NLS_V'", messages = "LOG_NLS | info | initialize non-linear system solvers | | | | | 0 non-linear systems LOG_NLS | info | update static data of non-linear system solvers LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. LOG_NLS | info | free non-linear system solvers " end SimulationResult; "" -4.461748722749755 1.151917842006256 1.2840254166877414 2.8496539082263617 1.2840254166877418 Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/others/TestSolve16.mos_temp4953/equations-expected2026-08-25 16:09:21.429103143 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/others/TestSolve16.mos_temp4953/equations-got2026-08-25 16:09:21.951103416 +0000 @@ -2,20 +2,20 @@ "" true "" record SimulationResult resultFile = "ModelTestSolve16_res.mat", -simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-06, method = 'dassl', fileNamePrefix = 'ModelTestSolve16', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv LOG_NLS_V'", +simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'ModelTestSolve16', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv LOG_NLS_V'", messages = "LOG_NLS | info | initialize non-linear system solvers | | | | | 0 non-linear systems LOG_NLS | info | update static data of non-linear system solvers LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. LOG_NLS | info | free non-linear system solvers " end SimulationResult; "" --3.805609927078452 +-4.461748722749755 1.151917842006256 -1.284025416687741 -2.849653908226362 -0.6278866210164383 +1.2840254166877414 +2.8496539082263617 +1.2840254166877418 Equation mismatch: omc-diff says: Line 17: Real -3.805609927078452 != -4.461748722749755 eps: 0.005000, actual diff: 0.656139 == 1 out of 1 tests failed [simulation/modelica/others/TestSolve16.mos_temp4953, time: 0] Output mismatch (see stdout for details) + noNls ... equation mismatch [time: 3] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/others/TestExpressionSolve.mos_temp2616/log-TestExpressionSolve.mos true "" true "" record SimulationResult resultFile = "noNls_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'noNls', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv LOG_NLS -s euler'", messages = "LOG_NLS | info | initialize non-linear system solvers | | | | | 0 non-linear systems LOG_NLS | info | update static data of non-linear system solvers LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. LOG_NLS | info | free non-linear system solvers " end SimulationResult; "[<interactive>:253:3-253:71:writable] Warning: In relation m17.d == 0.0, == on Real operands is deprecated in non-function contexts. " 0.0 3.826838845664251e-11 1.6094379124341003 0.0 0.0 {0.2, 0.33802562076900416} {-5.0, -5.5} 0.0 -2.9973031350774133 0.0 0.0 -0.0 0.5 1.0 -1.0 -1.0 1.0 2.7182818284590455 -2.7182818284590455 -1.0 1.0 0.0 0.0 1.0 -2.0 1.0 -2.0 1.0 -2.0 1.0 -2.0 1.3722813232690143 -4.372281323269014 0.0 1.0 -3.23606797749979 1.2360679774997896 1.0 4.090638938524548e-11 1.7917594692280543 4.2918173222568483e-11 0.0 1.843104573864454 -3.8998952494026864 0.0 0.6931471805599453 -0.0 0.510952329395356 1.4142135623730951 -1.4142135623730951 -2.0 2.0 4.1132503787829275 -4.1132503787829275 -1.189207115002721 1.189207115002721 {0.0, 1.4964518942143568} {0.0, 0.226706998195829} {1.0, 1.0, 1.0, 1.0, 0.999999999992914} {-4e-12, -4.00000000050161e-12, -4.000000000557344e-12, -4.000000055772651e-12, -1.0064584514957412e-11} -8.129271712485572e-18 -6.857203751283411e-16 0.7641190432599388 -0.9628851536063515 0.7641190432599388 -0.9628851536063515 0.7641190432599388 -0.9628851536063515 0.7641190432599388 -0.9628851536063515 0.9258043882484928 0.9258043882484928 2.008213851751985e-26 1.272019649514069 7.362078131750792 0.0 1.773637767940148 1.773637767940148 0.9830028645057536 0.9830028645057536 {1.0, 5.384990802705856, 10.121998987303886, 33.92313074824012, 53.50763733357881, 60.36375238576186, 67.77039555592795} Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/others/TestExpressionSolve.mos_temp2616/equations-expected2026-08-25 16:09:22.300103598 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/others/TestExpressionSolve.mos_temp2616/equations-got2026-08-25 16:09:25.061105035 +0000 @@ -18,11 +18,11 @@ 0.0 3.826838845664251e-11 1.6094379124341003 0.0 0.0 -{0.2, 0.3380256207690041} +{0.2, 0.33802562076900416} {-5.0, -5.5} 0.0 -2.9973031350774133 0.0 0.0 @@ -30,12 +30,12 @@ 0.5 1.0 -1.0 -1.0 1.0 -2.718281828459045 --2.718281828459045 +2.7182818284590455 +-2.7182818284590455 -1.0 1.0 0.0 0.0 1.0 @@ -52,47 +52,47 @@ 1.0 -3.23606797749979 1.2360679774997896 1.0 4.090638938524548e-11 -1.791759469228055 -4.2918194287836716e-11 -4.205916067935033e-15 -1.842452954506589 +1.7917594692280543 +4.2918173222568483e-11 +0.0 +1.843104573864454 -3.8998952494026864 0.0 0.6931471805599453 -0.0 -0.5191263401422759 +0.510952329395356 1.4142135623730951 -1.4142135623730951 -2.0 2.0 4.1132503787829275 -4.1132503787829275 -1.189207115002721 1.189207115002721 -{0.0, 1.4964518942143572} -{0.0, 0.22670699819582904} -{1.0, 1.0, 1.0, 1.0, 0.9999999999929154} -{-4e-12, -4.000000000498512e-12, -4.000000000553902e-12, -4.000000055772651e-12, -1.0064584514957463e-11} --8.82488757622087e-18 --4.4376736558415366e-16 +{0.0, 1.4964518942143568} +{0.0, 0.226706998195829} +{1.0, 1.0, 1.0, 1.0, 0.999999999992914} +{-4e-12, -4.00000000050161e-12, -4.000000000557344e-12, -4.000000055772651e-12, -1.0064584514957412e-11} +-8.129271712485572e-18 +-6.857203751283411e-16 0.7641190432599388 --0.9628851536063517 +-0.9628851536063515 0.7641190432599388 --0.9628851536063517 +-0.9628851536063515 0.7641190432599388 --0.9628851536063517 +-0.9628851536063515 0.7641190432599388 --0.9628851536063517 +-0.9628851536063515 0.9258043882484928 0.9258043882484928 -2.0082139026858088e-26 +2.008213851751985e-26 1.272019649514069 -7.362073675704043 +7.362078131750792 0.0 1.773637767940148 1.773637767940148 -0.9830028645057538 -0.9830028645057538 -{1.0, 5.384591877716107, 10.17948798772769, 33.92910009248656, 53.5179963659824, 60.50794064130504, 67.80907699458555} +0.9830028645057536 +0.9830028645057536 +{1.0, 5.384990802705856, 10.121998987303886, 33.92313074824012, 53.50763733357881, 60.36375238576186, 67.77039555592795} Equation mismatch: omc-diff says: Line 65: Real 0.5191263401422759 != 0.510952329395356 eps: 0.005000, actual diff: 0.008174 == 1 out of 1 tests failed [simulation/modelica/others/TestExpressionSolve.mos_temp2616, time: 3] Output mismatch (see stdout for details) + Bug2633.mos ... equation mismatch [time: 1] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/others/Bug2633.mos_temp1966/log-Bug2633.mos true "" record SimulationResult resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 2.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'Bug2633', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "Simulation execution failed for model: Bug2633 LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_ASSERT | debug | division by zero at time 1, (a=0) / (b=0), where divisor b expression is: p + time " end SimulationResult; "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/others/Bug2633.mos_temp1966/equations-expected2026-08-25 16:09:24.851104925 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/others/Bug2633.mos_temp1966/equations-got2026-08-25 16:09:25.027105017 +0000 @@ -1,12 +1,11 @@ true "" record SimulationResult -resultFile = "Bug2633_res.mat", -simulationOptions = "startTime = 0.0, stopTime = 2.0, numberOfIntervals = 500, tolerance = 1e-06, method = 'dassl', fileNamePrefix = 'Bug2633', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", -messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. +resultFile = "", +simulationOptions = "startTime = 0.0, stopTime = 2.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'Bug2633', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", +messages = "Simulation execution failed for model: Bug2633 +LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_ASSERT | debug | division by zero at time 1, (a=0) / (b=0), where divisor b expression is: p + time -LOG_STDOUT | warning | Integrator attempt to handle a problem with a called assert. -LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" Equation mismatch: omc-diff says: Failed 'B' '"' Line 4: Text differs: expected: resultFile = "Bug got: resultFile = "", == 1 out of 1 tests failed [simulation/modelica/others/Bug2633.mos_temp1966, time: 1] Output mismatch (see stdout for details) + newtonDiagnostics-01 ... equation mismatch [time: 0] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/newtonDiagnostics/newtonDiagnostics-01.mos_temp7730/log-newtonDiagnostics-01.mos true "" record SimulationResult resultFile = "problem4_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'problem4', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_NLS_NEWTON_DIAGNOSTICS'", messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/newtonDiagnostics/newtonDiagnostics-01.mos_temp7730/equations-expected2026-08-25 16:09:27.587106343 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/newtonDiagnostics/newtonDiagnostics-01.mos_temp7730/equations-got2026-08-25 16:09:27.802106455 +0000 @@ -1,47 +1,10 @@ true "" record SimulationResult resultFile = "problem4_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'problem4', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_NLS_NEWTON_DIAGNOSTICS'", -messages = "LOG_NLS_NEWTON_DIAGNOSTICS | info | Running newton diagnostics for system 7 -LOG_NLS_NEWTON_DIAGNOSTICS | info | Information about the system from non-linear pattern -| | | | | Total number of equations = 2 -| | | | | Number of unknowns = 2 -| | | | | Number of non-linear entries = 4 -LOG_NLS_NEWTON_DIAGNOSTICS | info | Information about the initial guess -| | | | | Vector x0 of unknowns -| | | | | | x0[1] = -5.0000000000 (x2) -| | | | | | x0[2] = 10000.0000000000 (x1) -| | | | | Residual function values of all equations f(x0) -| | | | | | f[1] = 147.4130591026 -| | | | | | f[2] = -500000001.0000000000 -| | | | | Vector w0 of nonlinear unknowns -| | | | | | w0[1] = x0[1] = -5.0000000000 (x2) -| | | | | | w0[2] = x0[2] = 10000.0000000000 (x1) -| | | | | Residual function values of all nonlinear equations n(w0) -| | | | | | n[1] = f[1] = 147.4130591026 -| | | | | | n[2] = f[2] = -500000001.0000000000 -| | | | | Final damping factor lambda = 1 -LOG_NLS_NEWTON_DIAGNOSTICS | info | Values of relevant indicators -| | | | | alpha_i > 0.010 -| | | | | Gamma_ijk > 0.010 -| | | | | | Gamma_2 _1 _2 = 0.08 -| | | | | sigma_jj > 0.010 -| | | | | | sigma_1 _1 = 0.99 -| | | | | | sigma_2 _2 = 0.20 -LOG_NLS_NEWTON_DIAGNOSTICS | info | Ranked indicators -| | | | | By variable -| | | | | | Var no. Var name Initial guess max(Gamma,sigma) -| | | | | | ------- ---------------------------------------- ------------- ---------------- -| | | | | | 1 x2 -5 0.99 -| | | | | | 2 x1 10000 0.20 -| | | | | By equation -| | | | | | Eq no. Eq idx max(alpha,Gamma) -| | | | | | ------ ------ ---------------- -| | | | | | 2 1 0.08 -LOG_NLS_NEWTON_DIAGNOSTICS | info | Newton diagnostics complete! -LOG_SUCCESS | info | The initialization finished successfully without homotopy method. +messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" Equation mismatch: omc-diff says: Failed 'N' 'S' Line 6: Text differs: expected: messages = "LOG_NLS_NEWTON_DIAGNOSTICS | info | Running newton diagnostics for system got: messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. == 1 out of 1 tests failed [simulation/modelica/newtonDiagnostics/newtonDiagnostics-01.mos_temp7730, time: 0] Output mismatch (see stdout for details) + homotopy4_solver ... equation mismatch [time: 4] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/initialization/homotopy4_solver.mos_temp1282/log-homotopy4_solver.mos true "" true "" {"initializationTests.homotopy4_solver", "initializationTests.homotopy4_solver_init.xml"} "Warning: There are nonlinear iteration variables with default zero start attribute found in NLSJac2. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). Warning: There are nonlinear iteration variables with default zero start attribute found in NLSJac3. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). " record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=hybrid'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=hybrid -homotopyOnFirstTry'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=kinsol'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=kinsol -homotopyOnFirstTry'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=newton'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956366 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95637 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04363 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=newton -homotopyOnFirstTry'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956366 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95637 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04363 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=homotopy'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=homotopy -homotopyOnFirstTry'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=mixed'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=mixed -homotopyOnFirstTry'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" true "" {"initializationTests.homotopy4_solver", "initializationTests.homotopy4_solver_init.xml"} "Warning: There are nonlinear iteration variables with default zero start attribute found in NLSJac10. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). Warning: There are nonlinear iteration variables with default zero start attribute found in NLSJac11. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). Warning: There are nonlinear iteration variables with default zero start attribute found in NLSJac14. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). " record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=hybrid'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Global homotopy with equidistant step size started. LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_equidistant_global_homotopy.csv. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=hybrid -homotopyOnFirstTry'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Global homotopy with equidistant step size started. LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_equidistant_global_homotopy.csv. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=kinsol'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Global homotopy with equidistant step size started. LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_equidistant_global_homotopy.csv. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=kinsol -homotopyOnFirstTry'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Global homotopy with equidistant step size started. LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_equidistant_global_homotopy.csv. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=newton'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Global homotopy with equidistant step size started. LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_equidistant_global_homotopy.csv. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956366 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95637 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04363 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=newton -homotopyOnFirstTry'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Global homotopy with equidistant step size started. LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_equidistant_global_homotopy.csv. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956366 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95637 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04363 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=homotopy'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Global homotopy with equidistant step size started. LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_equidistant_global_homotopy.csv. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=homotopy -homotopyOnFirstTry'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Global homotopy with equidistant step size started. LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_equidistant_global_homotopy.csv. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=mixed'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Global homotopy with equidistant step size started. LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_equidistant_global_homotopy.csv. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=mixed -homotopyOnFirstTry'", messages = "LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Global homotopy with equidistant step size started. LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_equidistant_global_homotopy.csv. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.333333 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.666667 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 done | | | | --------------------------- LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" true "" {"initializationTests.homotopy4_solver", "initializationTests.homotopy4_solver_init.xml"} "Warning: There are nonlinear iteration variables with default zero start attribute found in NLSJac21. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). Warning: There are nonlinear iteration variables with default zero start attribute found in NLSJac22. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). " record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=hybrid'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with adaptive step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve lambda0-system LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.618547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.698547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.778547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.858547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=hybrid -homotopyOnFirstTry'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with adaptive step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve lambda0-system LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.618547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.698547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.778547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.858547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=kinsol'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with adaptive step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve lambda0-system LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.618547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.698547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.778547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.858547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=kinsol -homotopyOnFirstTry'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with adaptive step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve lambda0-system LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.618547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.698547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.778547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.858547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=newton'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with adaptive step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve lambda0-system LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.618547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.698547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.778547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.858547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=newton -homotopyOnFirstTry'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with adaptive step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve lambda0-system LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.618547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.698547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.778547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.858547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=homotopy'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with adaptive step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve lambda0-system LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.618547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.698547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.778547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.858547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=homotopy -homotopyOnFirstTry'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with adaptive step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve lambda0-system LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.618547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.698547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.778547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.858547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=mixed'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with adaptive step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve lambda0-system LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.618547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.698547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.778547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.858547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=mixed -homotopyOnFirstTry'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with adaptive step size started for nonlinear system 0. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve lambda0-system LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.618547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.698547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.778547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.858547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" true "" {"initializationTests.homotopy4_solver", "initializationTests.homotopy4_solver_init.xml"} "Warning: There are nonlinear iteration variables with default zero start attribute found in NLSJac28. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). Warning: There are nonlinear iteration variables with default zero start attribute found in NLSJac31. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). " record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=hybrid'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Global homotopy with adaptive step size started. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve simplified lambda0-DAE LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.658547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.738547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.818547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.978547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=hybrid -homotopyOnFirstTry'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Global homotopy with adaptive step size started. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve simplified lambda0-DAE LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.658547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.738547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.818547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.978547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=kinsol'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Global homotopy with adaptive step size started. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve simplified lambda0-DAE LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.658547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.738547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.818547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.978547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=kinsol -homotopyOnFirstTry'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Global homotopy with adaptive step size started. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve simplified lambda0-DAE LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.658547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.738547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.818547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.978547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=newton'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Global homotopy with adaptive step size started. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve simplified lambda0-DAE LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.658547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.738547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.818547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.978547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=newton -homotopyOnFirstTry'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Global homotopy with adaptive step size started. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve simplified lambda0-DAE LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.658547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.738547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.818547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.978547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=homotopy'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Global homotopy with adaptive step size started. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve simplified lambda0-DAE LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.658547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.738547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.818547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.978547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=homotopy -homotopyOnFirstTry'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Global homotopy with adaptive step size started. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve simplified lambda0-DAE LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.658547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.738547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.818547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.978547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=mixed'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Global homotopy with adaptive step size started. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve simplified lambda0-DAE LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.658547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.738547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.818547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.978547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "initializationTests.homotopy4_solver_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'initializationTests.homotopy4_solver', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_INIT_V -stopTime=0.0 -stepSize=0.0 -nls=mixed -homotopyOnFirstTry'", messages = "LOG_STDOUT | warning | Sparsity pattern for non-linear system 0 is not regular. This indicates that something went wrong during sparsity pattern generation. Removing sparsity pattern and disabling NLS scaling. LOG_INIT | info | ### START INITIALIZATION ### LOG_INIT | info | updating min-values LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Global homotopy with adaptive step size started. LOG_INIT_HOMOTOPY | info | homotopy process | | | | --------------------------- LOG_INIT_HOMOTOPY | info | solve simplified lambda0-DAE LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.378547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.418547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.458547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.498547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.538547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.578547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.658547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.738547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.818547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.978547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 1 LOG_INIT_HOMOTOPY | info | Total number of lambda steps for this homotopy loop: 14 LOG_INIT_V | info | parameter values | | | | | real parameters | | | | | | [1] parameter Real p1(start=10, fixed=true) = 10 LOG_SOTI | info | ### SOLUTION OF THE INITIALIZATION ### | | | | | other real variables | | | | | | [1] Real __HOM_LAMBDA(start=0, nominal=1) = 0 (pre: 0) | | | | | | [2] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [3] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [4] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [5] Real d(start=0, nominal=1) = -9 (pre: 0) | | | | | | [6] Real e(start=0, nominal=1) = -0.956376 (pre: 0) | | | | | | [7] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [8] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [9] Real x1(start=0, nominal=1) = -9 (pre: 0) | | | | | | [10] Real x2(start=0, nominal=1) = 3 (pre: 0) | | | | | | [11] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [12] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [13] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) | | | | | | [14] Real y2(start=0, nominal=1) = -3 (pre: 0) | | | | | | [15] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [16] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [17] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) | | | | | | [18] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [19] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 14 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/initialization/homotopy4_solver.mos_temp1282/equations-expected2026-08-25 16:09:32.346108795 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/initialization/homotopy4_solver.mos_temp1282/equations-got2026-08-25 16:09:36.211110773 +0000 @@ -15,11 +15,10 @@ LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. -LOG_INIT_HOMOTOPY | info | The homotopy path of system 0 will be exported to initializationTests.homotopy4_solver_nonlinsys0_equidistant_local_homotopy.csv. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done @@ -37,23 +36,23 @@ | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) -| | | | | | [5] Real e(start=0, nominal=1) = 0.57364 (pre: 0) -| | | | | | [6] Real f(start=0, nominal=1) = -27.1705 (pre: 0) +| | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) +| | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) -| | | | | | [9] Real x2(start=0, nominal=1) = -2.16228 (pre: 0) -| | | | | | [10] Real x3(start=0, nominal=1) = -5.42636 (pre: 0) +| | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) +| | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) -| | | | | | [13] Real y2(start=0, nominal=1) = -2.16228 (pre: 0) -| | | | | | [14] Real y3(start=0, nominal=1) = 4.57364 (pre: 0) +| | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) +| | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) -| | | | | | [17] Real z2(start=0, nominal=1) = 4.67544 (pre: 0) +| | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " @@ -67,11 +66,10 @@ LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. -LOG_INIT_HOMOTOPY | info | The homotopy path of system 0 will be exported to initializationTests.homotopy4_solver_nonlinsys0_equidistant_local_homotopy.csv. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done @@ -89,23 +87,23 @@ | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) -| | | | | | [5] Real e(start=0, nominal=1) = 0.57364 (pre: 0) -| | | | | | [6] Real f(start=0, nominal=1) = -27.1705 (pre: 0) +| | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) +| | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) -| | | | | | [9] Real x2(start=0, nominal=1) = -2.16228 (pre: 0) -| | | | | | [10] Real x3(start=0, nominal=1) = -5.42636 (pre: 0) +| | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) +| | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) -| | | | | | [13] Real y2(start=0, nominal=1) = -2.16228 (pre: 0) -| | | | | | [14] Real y3(start=0, nominal=1) = 4.57364 (pre: 0) +| | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) +| | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) -| | | | | | [17] Real z2(start=0, nominal=1) = 4.67544 (pre: 0) +| | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 local homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " @@ -120,11 +118,10 @@ LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. -LOG_INIT_HOMOTOPY | info | The homotopy path of system 0 will be exported to initializationTests.homotopy4_solver_nonlinsys0_equidistant_local_homotopy.csv. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done @@ -172,11 +169,10 @@ LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. -LOG_INIT_HOMOTOPY | info | The homotopy path of system 0 will be exported to initializationTests.homotopy4_solver_nonlinsys0_equidistant_local_homotopy.csv. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done @@ -225,11 +221,10 @@ LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. -LOG_INIT_HOMOTOPY | info | The homotopy path of system 0 will be exported to initializationTests.homotopy4_solver_nonlinsys0_equidistant_local_homotopy.csv. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done @@ -277,11 +272,10 @@ LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. -LOG_INIT_HOMOTOPY | info | The homotopy path of system 0 will be exported to initializationTests.homotopy4_solver_nonlinsys0_equidistant_local_homotopy.csv. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done @@ -330,11 +324,10 @@ LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. -LOG_INIT_HOMOTOPY | info | The homotopy path of system 0 will be exported to initializationTests.homotopy4_solver_nonlinsys0_equidistant_local_homotopy.csv. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done @@ -382,11 +375,10 @@ LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. -LOG_INIT_HOMOTOPY | info | The homotopy path of system 0 will be exported to initializationTests.homotopy4_solver_nonlinsys0_equidistant_local_homotopy.csv. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done @@ -435,11 +427,10 @@ LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Model contains homotopy operator: Use adaptive homotopy method to solve initialization problem. To disable initialization with homotopy operator use \"-noHomotopyOnFirstTry\". LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. -LOG_INIT_HOMOTOPY | info | The homotopy path of system 0 will be exported to initializationTests.homotopy4_solver_nonlinsys0_equidistant_local_homotopy.csv. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done @@ -487,11 +478,10 @@ LOG_INIT | info | updating max-values LOG_INIT | info | updating nominal-values LOG_INIT | info | updating primary start-values LOG_INIT | info | initialization method: symbolic [solves the initialization problem symbolically - default] LOG_INIT_HOMOTOPY | info | Local homotopy with equidistant step size started for nonlinear system 0. -LOG_INIT_HOMOTOPY | info | The homotopy path of system 0 will be exported to initializationTests.homotopy4_solver_nonlinsys0_equidistant_local_homotopy.csv. LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0 done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 LOG_INIT_HOMOTOPY | info | [system 0] homotopy parameter lambda = 0.333333 done @@ -571,23 +561,23 @@ | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) -| | | | | | [5] Real e(start=0, nominal=1) = 0.57364 (pre: 0) -| | | | | | [6] Real f(start=0, nominal=1) = -27.1705 (pre: 0) +| | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) +| | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) -| | | | | | [9] Real x2(start=0, nominal=1) = -2.16228 (pre: 0) -| | | | | | [10] Real x3(start=0, nominal=1) = -5.42636 (pre: 0) +| | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) +| | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) -| | | | | | [13] Real y2(start=0, nominal=1) = -2.16228 (pre: 0) -| | | | | | [14] Real y3(start=0, nominal=1) = 4.57364 (pre: 0) +| | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) +| | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) -| | | | | | [17] Real z2(start=0, nominal=1) = 4.67544 (pre: 0) +| | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " @@ -625,23 +615,23 @@ | | | | | other real variables | | | | | | [1] Real a(start=0, nominal=1) = 1 (pre: 0) | | | | | | [2] Real b(start=0, nominal=1) = -0.412118 (pre: 0) | | | | | | [3] Real c(start=0, nominal=1) = 0.169842 (pre: 0) | | | | | | [4] Real d(start=0, nominal=1) = -9 (pre: 0) -| | | | | | [5] Real e(start=0, nominal=1) = 0.57364 (pre: 0) -| | | | | | [6] Real f(start=0, nominal=1) = -27.1705 (pre: 0) +| | | | | | [5] Real e(start=0, nominal=1) = -0.956376 (pre: 0) +| | | | | | [6] Real f(start=0, nominal=1) = -23.1114 (pre: 0) | | | | | | [7] Real x(start=0, nominal=1) = -9 (pre: 0) | | | | | | [8] Real x1(start=0, nominal=1) = -9 (pre: 0) -| | | | | | [9] Real x2(start=0, nominal=1) = -2.16228 (pre: 0) -| | | | | | [10] Real x3(start=0, nominal=1) = -5.42636 (pre: 0) +| | | | | | [9] Real x2(start=0, nominal=1) = 3 (pre: 0) +| | | | | | [10] Real x3(start=0, nominal=1) = -6.95638 (pre: 0) | | | | | | [11] Real y(start=0, nominal=1) = 5 (pre: 0) | | | | | | [12] Real y1(start=0, nominal=1) = 4.16984 (pre: 0) -| | | | | | [13] Real y2(start=0, nominal=1) = -2.16228 (pre: 0) -| | | | | | [14] Real y3(start=0, nominal=1) = 4.57364 (pre: 0) +| | | | | | [13] Real y2(start=0, nominal=1) = -3 (pre: 0) +| | | | | | [14] Real y3(start=0, nominal=1) = 3.04362 (pre: 0) | | | | | | [15] Real z(start=0, nominal=1) = -5 (pre: 0) | | | | | | [16] Real z1(start=0, nominal=1) = -4.16984 (pre: 0) -| | | | | | [17] Real z2(start=0, nominal=1) = 4.67544 (pre: 0) +| | | | | | [17] Real z2(start=0, nominal=1) = 9 (pre: 0) | | | | | | [18] Real z3(start=0, nominal=1) = -1 (pre: 0) LOG_INIT | info | ### END INITIALIZATION ### LOG_SUCCESS | info | The initialization finished successfully with 3 homotopy steps. LOG_SUCCESS | info | The simulation finished successfully. " @@ -1107,11 +1097,10 @@ LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_local_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -1174,11 +1163,10 @@ LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_local_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -1242,11 +1230,10 @@ LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_local_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -1309,11 +1296,10 @@ LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_local_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -1377,11 +1363,10 @@ LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_local_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -1444,11 +1429,10 @@ LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_local_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -1512,11 +1496,10 @@ LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_local_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -1579,11 +1562,10 @@ LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_local_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -1647,11 +1629,10 @@ LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_local_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -1714,11 +1695,10 @@ LOG_INIT_HOMOTOPY | info | solving lambda0-system done with success | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_local_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -1788,11 +1768,10 @@ LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_global_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -1855,11 +1834,10 @@ LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_global_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -1923,11 +1901,10 @@ LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_global_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -1990,11 +1967,10 @@ LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_global_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -2058,11 +2034,10 @@ LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_global_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -2125,11 +2100,10 @@ LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_global_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -2193,11 +2167,10 @@ LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_global_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -2260,11 +2233,10 @@ LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_global_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -2328,11 +2300,10 @@ LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_global_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 @@ -2395,11 +2366,10 @@ LOG_INIT_HOMOTOPY | info | solving simplified lambda0-DAE done | | | | --------------------------- LOG_INIT_HOMOTOPY | info | run along the homotopy path and solve the actual system LOG_INIT_HOMOTOPY | info | Homotopy run: 1 LOG_INIT_HOMOTOPY | info | startDirection = 1.0000000000e+00 -LOG_INIT_HOMOTOPY | info | The homotopy path will be exported to initializationTests.homotopy4_solver_nonlinsys0_adaptive_global_homotopy_pos.csv. LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.0287318 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.298547 LOG_INIT_HOMOTOPY | info | homotopy parameter lambda = 0.338547 Equation mismatch: omc-diff says: Failed 'T' '[' Line 20: Text differs: expected: LOG_INIT_HOMOTOPY | info | The homotopy path of system got: LOG_INIT_HOMOTOPY | info | [system == 1 out of 1 tests failed [simulation/modelica/initialization/homotopy4_solver.mos_temp1282, time: 4] Output mismatch (see stdout for details) + TestAssertPackages ... equation mismatch [time: 1] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/asserts/TestAssert.mos_temp8359/log-TestAssert.mos true "" record SimulationResult resultFile = "TestAssert.TestWarningConstant_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'TestAssert.TestWarningConstant', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "LOG_ASSERT | warning | [<interactive>:7:5-7:76:writable] | | | | The following assertion has been violated during initialization at time 0.000000 | | | | ((false)) --> \"Variable x is probably too big\" LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "Warning: The initial conditions are not fully specified. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). " record SimulationResult resultFile = "TestAssert.TestWarningVariable_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'TestAssert.TestWarningVariable', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_ASSERT | info | [<interactive>:7:5-7:76:writable] | | | | The following assertion has been violated at time 0.834000 | | | | ((m3.x < 5.0)) --> \"Variable x is probably too big\" LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "TestAssert.TestWarningRecurring_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'TestAssert.TestWarningRecurring', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_ASSERT | info | [<interactive>:7:5-7:76:writable] | | | | The following assertion has been violated at time 0.158000 | | | | ((m3.x < 5.0)) --> \"Variable x is probably too big\" LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'TestAssert.TestErrorConstant', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "Simulation execution failed for model: TestAssert.TestErrorConstant LOG_ASSERT | error | [<interactive>:6:5-6:44:writable] | | | | The following assertion has been violated during initialization at time 0.000000 | | | | ((false)) --> \"Variable x is too big\" LOG_ASSERT | info | simulation terminated by an assertion at initialization " end SimulationResult; "" record SimulationResult resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'TestAssert.TestErrorVariable', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "Simulation execution failed for model: TestAssert.TestErrorVariable LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_ASSERT | info | [<interactive>:7:5-7:76:writable] | | | | The following assertion has been violated at time 0.250000 | | | | ((m2.x < 5.0)) --> \"Variable x is probably too big\" LOG_ASSERT | info | [<interactive>:6:5-6:44:writable] | | | | The following assertion has been violated at time 0.500000 | | | | ((m2.x < 10.0)) --> \"Variable x is too big\" LOG_ASSERT | error | No event found, but assert was triggered. Throwing now! " end SimulationResult; "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/asserts/TestAssert.mos_temp8359/equations-expected2026-08-25 16:10:03.313124303 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/asserts/TestAssert.mos_temp8359/equations-got2026-08-25 16:10:04.285124778 +0000 @@ -1,58 +1,55 @@ true "" record SimulationResult resultFile = "TestAssert.TestWarningConstant_res.mat", -simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-06, method = 'dassl', fileNamePrefix = 'TestAssert.TestWarningConstant', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", +simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'TestAssert.TestWarningConstant', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "LOG_ASSERT | warning | [<interactive>:7:5-7:76:writable] | | | | The following assertion has been violated during initialization at time 0.000000 | | | | ((false)) --> \"Variable x is probably too big\" -LOG_ASSERT | warning | [<interactive>:7:5-7:76:writable] -| | | | The following assertion has been violated during initialization at time 0.000000 -| | | | ((false)) --> \"Variable x is probably too big\" LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "Warning: The initial conditions are not fully specified. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). " record SimulationResult resultFile = "TestAssert.TestWarningVariable_res.mat", -simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-06, method = 'dassl', fileNamePrefix = 'TestAssert.TestWarningVariable', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", +simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'TestAssert.TestWarningVariable', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_ASSERT | info | [<interactive>:7:5-7:76:writable] | | | | The following assertion has been violated at time 0.834000 | | | | ((m3.x < 5.0)) --> \"Variable x is probably too big\" LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "TestAssert.TestWarningRecurring_res.mat", -simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-06, method = 'dassl', fileNamePrefix = 'TestAssert.TestWarningRecurring', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", +simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'TestAssert.TestWarningRecurring', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_ASSERT | info | [<interactive>:7:5-7:76:writable] | | | | The following assertion has been violated at time 0.158000 | | | | ((m3.x < 5.0)) --> \"Variable x is probably too big\" LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" record SimulationResult resultFile = "", -simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-06, method = 'dassl', fileNamePrefix = 'TestAssert.TestErrorConstant', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", +simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'TestAssert.TestErrorConstant', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "Simulation execution failed for model: TestAssert.TestErrorConstant LOG_ASSERT | error | [<interactive>:6:5-6:44:writable] | | | | The following assertion has been violated during initialization at time 0.000000 | | | | ((false)) --> \"Variable x is too big\" LOG_ASSERT | info | simulation terminated by an assertion at initialization " end SimulationResult; "" record SimulationResult resultFile = "", -simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-06, method = 'dassl', fileNamePrefix = 'TestAssert.TestErrorVariable', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", +simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'TestAssert.TestErrorVariable', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "Simulation execution failed for model: TestAssert.TestErrorVariable LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_ASSERT | info | [<interactive>:7:5-7:76:writable] | | | | The following assertion has been violated at time 0.250000 | | | | ((m2.x < 5.0)) --> \"Variable x is probably too big\" Equation mismatch: omc-diff says: --Failed 'A' 'S' Line 9: Text differs: expected: LOG_ASSERT | warning | [<interactive>: got: LOG_SUCCESS | info | The initialization finished successfully without homotopy method. == 1 out of 1 tests failed [simulation/modelica/asserts/TestAssert.mos_temp8359, time: 1] Output mismatch (see stdout for details) + AssertTest7 ... equation mismatch [time: 0] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/asserts/AssertTest7.mos_temp3316/log-AssertTest7.mos true "" record SimulationResult resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 7, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'Test7', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "Failed to build model: Test7" end SimulationResult; "Warning: The initial conditions are not fully specified. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). [openmodelica_codegen_wasm_jit/src/CodegenWasmJit.rs:0:0-0:0:writable] Error: Internal error CodegenWasmJit: the model's `external \"C\"` implementations are unavailable: `myPuts` is in none of the model's libraries the model declares no `Library` annotation that resolves to one. Name a wasm module built with `clang --target=wasm32-wasip1 -fPIC -shared`, or, for a native run, the platform shared library the C target would link. " Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/asserts/AssertTest7.mos_temp3316/equations-expected2026-08-25 16:10:03.399124346 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/asserts/AssertTest7.mos_temp3316/equations-got2026-08-25 16:10:03.912124596 +0000 @@ -1,131 +1,11 @@ true "" record SimulationResult resultFile = "", -simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 7, tolerance = 1e-06, method = 'dassl', fileNamePrefix = 'Test7', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", -messages = "Simulation execution failed for model: Test7 -LOG_SUCCESS | info | The initialization finished successfully without homotopy method. -Value of x(=0.51) -Value of x(=0.51) -Value of x(=0.509999) -Value of x(=0.509999) -Value of x(=0.509999) -Value of x(=0.509998) -Value of x(=0.509998) -Value of x(=0.509995) -Value of x(=0.509995) -Value of x(=0.509995) -Value of x(=0.509989) -Value of x(=0.509989) -Value of x(=0.509989) -Value of x(=0.509977) -Value of x(=0.509977) -Value of x(=0.509977) -Value of x(=0.509952) -Value of x(=0.509952) -Value of x(=0.509952) -Value of x(=0.509904) -Value of x(=0.509904) -Value of x(=0.509904) -Value of x(=0.509807) -Value of x(=0.509807) -Value of x(=0.509807) -Value of x(=0.509614) -Value of x(=0.509614) -Value of x(=0.509614) -Value of x(=0.509228) -Value of x(=0.509228) -Value of x(=0.509228) -Value of x(=0.508455) -Value of x(=0.508455) -Value of x(=0.508455) -Value of x(=0.506908) -Value of x(=0.506908) -Value of x(=0.506908) -Value of x(=0.503816) -Value of x(=0.503816) -Value of x(=0.503816) -Value of x(=0.50227) -Value of x(=0.50227) -Value of x(=0.50227) -Value of x(=0.501496) -Value of x(=0.501496) -Value of x(=0.501496) -Value of x(=0.50111) -Value of x(=0.50111) -Value of x(=0.50111) -Value of x(=0.500337) -Value of x(=0.500337) -Value of x(=0.500337) -Value of x(=0.50024) -Value of x(=0.50024) -Value of x(=0.50024) -Value of x(=0.500047) -Value of x(=0.500047) -Value of x(=0.500047) -Value of x(=0.500023) -Value of x(=0.500023) -Value of x(=0.500023) -Value of x(=0.500011) -Value of x(=0.500011) -Value of x(=0.500011) -Value of x(=0.500005) -Value of x(=0.500005) -Value of x(=0.500005) -Value of x(=0.500002) -Value of x(=0.500002) -Value of x(=0.500002) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -Value of x(=0.5) -DASKR-- AT T (=R1) AND STEPSIZE H (=R2) THE -In above, R1 = 5.0000000000000E-01 R2 = 3.5157427188218E-16 -DASKR-- NONLINEAR SYSTEM SOLVER COULD NOT CONVERGE -DASKR-- BECAUSE IRES WAS EQUAL TO MINUS ONE -LOG_STDOUT | warning | A Modelica assert prevents the integrator to continue. For more information use -lv LOG_SOLVER -LOG_STDOUT | warning | can't continue. time = 0.500000 -Value of x(=0.5) -LOG_STDOUT | info | model terminate | Integrator failed. | Simulation terminated at time 0.5 -" +simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 7, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'Test7', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", +messages = "Failed to build model: Test7" end SimulationResult; "Warning: The initial conditions are not fully specified. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). +[openmodelica_codegen_wasm_jit/src/CodegenWasmJit.rs:0:0-0:0:writable] Error: Internal error CodegenWasmJit: the model's `external \"C\"` implementations are unavailable: +`myPuts` is in none of the model's libraries the model declares no `Library` annotation that resolves to one. Name a wasm module built with `clang --target=wasm32-wasip1 -fPIC -shared`, or, for a native run, the platform shared library the C target would link. " Equation mismatch: omc-diff says: Failed 'S' 'F' Line 6: Text differs: expected: messages = "Simulation execution failed for model: Test got: messages = "Failed to build model: Test == 1 out of 1 tests failed [simulation/modelica/asserts/AssertTest7.mos_temp3316, time: 0] Output mismatch (see stdout for details) + AssertTest5 ... equation mismatch [time: 0] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/asserts/AssertTest5.mos_temp2611/log-AssertTest5.mos true "" record SimulationResult resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 9, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'Test5', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "Failed to build model: Test5" end SimulationResult; "[openmodelica_codegen_wasm_jit/src/CodegenWasmJit.rs:0:0-0:0:writable] Error: Internal error CodegenWasmJit: the model's `external \"C\"` implementations are unavailable: `myPuts` is in none of the model's libraries the model declares no `Library` annotation that resolves to one. Name a wasm module built with `clang --target=wasm32-wasip1 -fPIC -shared`, or, for a native run, the platform shared library the C target would link. " Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/asserts/AssertTest5.mos_temp2611/equations-expected2026-08-25 16:10:03.436124364 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/asserts/AssertTest5.mos_temp2611/equations-got2026-08-25 16:10:03.946124613 +0000 @@ -1,21 +1,10 @@ true "" record SimulationResult resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 9, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'Test5', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", -messages = "Simulation execution failed for model: Test5 -Value of x(=1) -Value of x(=1) -LOG_SUCCESS | info | The initialization finished successfully without homotopy method. -Value of x(=0.888889) -Value of x(=0.777778) -Value of x(=0.666667) -Value of x(=0.555556) -Value of x(=0.444444) -LOG_ASSERT | info | [simulation/modelica/asserts/AssertTest5.mo:25:3-25:65:writable] -| | | | The following assertion has been violated at time 0.555556 -| | | | ((assertTest.x >= 0.5)) --> \"Variable x(=0.444444) out of limit\" -LOG_ASSERT | error | No event found, but assert was triggered. Throwing now! -" +messages = "Failed to build model: Test5" end SimulationResult; -"" +"[openmodelica_codegen_wasm_jit/src/CodegenWasmJit.rs:0:0-0:0:writable] Error: Internal error CodegenWasmJit: the model's `external \"C\"` implementations are unavailable: +`myPuts` is in none of the model's libraries the model declares no `Library` annotation that resolves to one. Name a wasm module built with `clang --target=wasm32-wasip1 -fPIC -shared`, or, for a native run, the platform shared library the C target would link. +" Equation mismatch: omc-diff says: Failed 'S' 'F' Line 6: Text differs: expected: messages = "Simulation execution failed for model: Test got: messages = "Failed to build model: Test == 1 out of 1 tests failed [simulation/modelica/asserts/AssertTest5.mos_temp2611, time: 0] Output mismatch (see stdout for details) + splitIf ... equation mismatch [time: 0] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/simplification/splitIf.mos_temp5634/log-splitIf.mos true "" true "" ### dumpSimplify | NBackendDAE.simplify ### [BEFORE] time * 3.0 [AFTER ] 3.0 * time ### dumpSimplify | NBackendDAE.simplify ### [BEFORE] time * 3.0 + 2.0 [AFTER ] 2.0 + 3.0 * time ### dumpSimplify | NBackendDAE.simplify ### [BEFORE] [-IF-] (1) ($RES_SIM_0) [----] if time >= 1.0 then [----] [SCAL] (1) v1 = 3.0 * time; ($RES_SIM_1) [----] else [----] [SCAL] (1) v1 = 2.0 + 3.0 * time; ($RES_SIM_2) [----] end if; [AFTER ] [SCAL] (1) v1 = if time >= 1.0 then 3.0 * time else 2.0 + 3.0 * time; ($RES_SIM_0) ### dumpSimplify | NBackendDAE.simplify ### [BEFORE] [-IF-] (1) ($RES_SIM_3) [----] if time >= 1.0 then [----] [SCAL] (1) v2 ^ 3.0 = 0.0; ($RES_SIM_4) [----] else [----] [SCAL] (1) v2 ^ 3.0 = 0.0; ($RES_SIM_5) [----] end if; [AFTER ] [SCAL] (1) v2 ^ 3.0 = 0.0; ($RES_SIM_3) ### dumpSimplify | NBEquation.Equation.getResidualExp ### [BEFORE] 0.0 - v2 ^ 3.0 [AFTER ] -v2 ^ 3.0 ### dumpSimplify | NBSolve.solveBody ### [BEFORE] (-0.0) ^ (1/3.0) [AFTER ] 0.0 {"SplitIf", "SplitIf_init.xml"} "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/simplification/splitIf.mos_temp5634/equations-expected2026-08-25 16:10:12.331128678 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/simplification/splitIf.mos_temp5634/equations-got2026-08-25 16:10:12.816128912 +0000 @@ -1,38 +1,38 @@ true "" true "" ### dumpSimplify | NBackendDAE.simplify ### -[BEFORE] -[-IF-] (1) ($RES_SIM_0) -[----] if time >= 1.0 then -[----] [SCAL] (1) v2 ^ 3.0 = 0.0; ($RES_SIM_1) -[----] else -[----] [SCAL] (1) v2 ^ 3.0 = 0.0; ($RES_SIM_2) -[----] end if; -[AFTER ] -[SCAL] (1) v2 ^ 3.0 = 0.0; ($RES_SIM_0) - -### dumpSimplify | NBackendDAE.simplify ### [BEFORE] time * 3.0 [AFTER ] 3.0 * time ### dumpSimplify | NBackendDAE.simplify ### [BEFORE] time * 3.0 + 2.0 [AFTER ] 2.0 + 3.0 * time ### dumpSimplify | NBackendDAE.simplify ### [BEFORE] +[-IF-] (1) ($RES_SIM_0) +[----] if time >= 1.0 then +[----] [SCAL] (1) v1 = 3.0 * time; ($RES_SIM_1) +[----] else +[----] [SCAL] (1) v1 = 2.0 + 3.0 * time; ($RES_SIM_2) +[----] end if; +[AFTER ] +[SCAL] (1) v1 = if time >= 1.0 then 3.0 * time else 2.0 + 3.0 * time; ($RES_SIM_0) + +### dumpSimplify | NBackendDAE.simplify ### +[BEFORE] [-IF-] (1) ($RES_SIM_3) [----] if time >= 1.0 then -[----] [SCAL] (1) v1 = 3.0 * time; ($RES_SIM_4) +[----] [SCAL] (1) v2 ^ 3.0 = 0.0; ($RES_SIM_4) [----] else -[----] [SCAL] (1) v1 = 2.0 + 3.0 * time; ($RES_SIM_5) +[----] [SCAL] (1) v2 ^ 3.0 = 0.0; ($RES_SIM_5) [----] end if; [AFTER ] -[SCAL] (1) v1 = if time >= 1.0 then 3.0 * time else 2.0 + 3.0 * time; ($RES_SIM_3) +[SCAL] (1) v2 ^ 3.0 = 0.0; ($RES_SIM_3) ### dumpSimplify | NBEquation.Equation.getResidualExp ### [BEFORE] 0.0 - v2 ^ 3.0 [AFTER ] -v2 ^ 3.0 Equation mismatch: omc-diff says: Line 6: Text differs: expected: [BEFORE] got: [BEFORE] time * == 1 out of 1 tests failed [simulation/modelica/NBackend/simplification/splitIf.mos_temp5634, time: 0] Output mismatch (see stdout for details) + function_annotation_der ... equation mismatch [time: 1] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/functions/function_annotation_der.mos_temp5238/log-function_annotation_der.mos true "" true "" ### debugDifferentiation | NBJacobian.jacobianSymbolic ### [BEFORE] [SCAL] (1) a = sin(b); ($RES_AUX_9) [AFTER ] [SCAL] (1) $pDER_ODE_JAC.a = cos(b) * $SEED_ODE_JAC.b; ($RES_AUX_9) ### debugDifferentiation | NBJacobian.jacobianSymbolic ### [BEFORE] [SCAL] (1) $FUN_4 = f(a, 0, b, b); ($RES_AUX_6) [BEFORE] function 'f' input Real 'x'; input Integer 'n'; input Real 'k'; input Real 'm'; output Real 'y'; algorithm 'y' := 'k' * 'x' ^ 2.0 + 'm'; annotation(derivative(order = 1, zeroDerivative = 'k') = 'df', derivative(order = 1, zeroDerivative = 'n') = '$fDER1.f', Inline = false); end 'f' [AFTER ] function '$fDER1.f' input Real 'x'; input Integer 'n'; input Real 'k'; input Real 'm'; input Real '$fDER_x'; input Real '$fDER_k'; input Real '$fDER_m'; output Real '$fDER_y'; Real 'y'; algorithm '$fDER_y' := ('$fDER_k' * 'x' ^ 2.0 + 'k' * (2.0 * 'x' * '$fDER_x')) + '$fDER_m'; 'y' := 'k' * 'x' ^ 2.0 + 'm'; annotation(Inline = false); end '$fDER1.f' [AFTER ] [SCAL] (1) $pDER_ODE_JAC.$FUN_4 = $fDER1.f(a, 0, b, b, $pDER_ODE_JAC.a, $SEED_ODE_JAC.b, $SEED_ODE_JAC.b); ($RES_AUX_6) ### debugDifferentiation | NBJacobian.jacobianSymbolic ### [BEFORE] [SCAL] (1) $FUN_2 = f(a, 0, k, k); ($RES_AUX_8) [AFTER ] [SCAL] (1) $pDER_ODE_JAC.$FUN_2 = df(a, 0, k, k, $pDER_ODE_JAC.a, 0.0); ($RES_AUX_8) ### debugDifferentiation | NBJacobian.jacobianSymbolic ### [BEFORE] [SCAL] (1) $DER.b = $FUN_2; ($RES_SIM_2) [AFTER ] [SCAL] (1) $pDER_ODE_JAC.$DER.b = $pDER_ODE_JAC.$FUN_2; ($RES_SIM_2) ### debugDifferentiation | NBJacobian.jacobianSymbolic ### [BEFORE] [SCAL] (1) $FUN_3 = f(a, 0, k, b); ($RES_AUX_7) [AFTER ] [SCAL] (1) $pDER_ODE_JAC.$FUN_3 = df(a, 0, k, b, $pDER_ODE_JAC.a, $SEED_ODE_JAC.b); ($RES_AUX_7) ### debugDifferentiation | NBJacobian.jacobianSymbolic ### [BEFORE] [SCAL] (1) $DER.c = $FUN_3; ($RES_SIM_1) [AFTER ] [SCAL] (1) $pDER_ODE_JAC.$DER.c = $pDER_ODE_JAC.$FUN_3; ($RES_SIM_1) ### debugDifferentiation | NBJacobian.jacobianSymbolic ### [BEFORE] [SCAL] (1) $DER.d = $FUN_4; ($RES_SIM_0) [AFTER ] [SCAL] (1) $pDER_ODE_JAC.$DER.d = $pDER_ODE_JAC.$FUN_4; ($RES_SIM_0) record SimulationResult resultFile = "function_annotation_der_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'function_annotation_der', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/functions/function_annotation_der.mos_temp5238/equations-expected2026-08-25 16:10:13.935129450 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/functions/function_annotation_der.mos_temp5238/equations-got2026-08-25 16:10:14.350129649 +0000 @@ -37,22 +37,22 @@ end '$fDER1.f' [AFTER ] [SCAL] (1) $pDER_ODE_JAC.$FUN_4 = $fDER1.f(a, 0, b, b, $pDER_ODE_JAC.a, $SEED_ODE_JAC.b, $SEED_ODE_JAC.b); ($RES_AUX_6) ### debugDifferentiation | NBJacobian.jacobianSymbolic ### -[BEFORE] [SCAL] (1) $FUN_3 = f(a, 0, k, b); ($RES_AUX_7) -[AFTER ] [SCAL] (1) $pDER_ODE_JAC.$FUN_3 = df(a, 0, k, b, $pDER_ODE_JAC.a, $SEED_ODE_JAC.b); ($RES_AUX_7) - -### debugDifferentiation | NBJacobian.jacobianSymbolic ### [BEFORE] [SCAL] (1) $FUN_2 = f(a, 0, k, k); ($RES_AUX_8) [AFTER ] [SCAL] (1) $pDER_ODE_JAC.$FUN_2 = df(a, 0, k, k, $pDER_ODE_JAC.a, 0.0); ($RES_AUX_8) ### debugDifferentiation | NBJacobian.jacobianSymbolic ### [BEFORE] [SCAL] (1) $DER.b = $FUN_2; ($RES_SIM_2) [AFTER ] [SCAL] (1) $pDER_ODE_JAC.$DER.b = $pDER_ODE_JAC.$FUN_2; ($RES_SIM_2) ### debugDifferentiation | NBJacobian.jacobianSymbolic ### +[BEFORE] [SCAL] (1) $FUN_3 = f(a, 0, k, b); ($RES_AUX_7) +[AFTER ] [SCAL] (1) $pDER_ODE_JAC.$FUN_3 = df(a, 0, k, b, $pDER_ODE_JAC.a, $SEED_ODE_JAC.b); ($RES_AUX_7) + +### debugDifferentiation | NBJacobian.jacobianSymbolic ### [BEFORE] [SCAL] (1) $DER.c = $FUN_3; ($RES_SIM_1) [AFTER ] [SCAL] (1) $pDER_ODE_JAC.$DER.c = $pDER_ODE_JAC.$FUN_3; ($RES_SIM_1) ### debugDifferentiation | NBJacobian.jacobianSymbolic ### [BEFORE] [SCAL] (1) $DER.d = $FUN_4; ($RES_SIM_0) Equation mismatch: omc-diff says: Line 42: Integer 3 != 2 == 1 out of 1 tests failed [simulation/modelica/NBackend/functions/function_annotation_der.mos_temp5238, time: 1] Output mismatch (see stdout for details) + AlgorithmSSATest ... equation mismatch [time: 0] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/differentation/adjoint_jacobian5.mos_temp7755/log-adjoint_jacobian5.mos true "" true "" ################################## SimCode (AlgorithmSSATest) ################################## ============ SimVars ============ States (2) ************ (0)[STAT] (1) Real a = 1.0 (1)[STAT] (1) Real b = 0.0 Derivatives (2) ***************** (2)[DER-] (1) Real $DER.a (3)[DER-] (1) Real $DER.b Algebraic Variables (2) ************************* (4)[ALGB] (1) Real v (5)[ALGB] (1) Real x Initial Partition ------------------- (5) a := $START.a (4) b := $START.b (3) Algorithm v := x * x; x := sin(v); x := 3.0 * x; (2) $DER.a := x - a (1) $DER.b := v - b ODE Partition 1 ----------------- (8) Alias of 3 (7) Alias of 1 (6) Alias of 2 Event Partition ----------------- ====================================================== [EMPTY] SimCode Jacobian A(idx = 0, partition = 0) ====================================================== ====================================================== [EMPTY] SimCode Jacobian B(idx = 2, partition = 0) ====================================================== ====================================================== [EMPTY] SimCode Jacobian C(idx = 3, partition = 0) ====================================================== ====================================================== [EMPTY] SimCode Jacobian D(idx = 4, partition = 0) ====================================================== ====================================================== [EMPTY] SimCode Jacobian F(idx = 5, partition = 0) ====================================================== ====================================================== [EMPTY] SimCode Jacobian H(idx = 6, partition = 0) ====================================================== ================================================ SimCode Jacobian ADJ(idx = 1, partition = 1) ================================================ SeedVars (size = 2) ********************* (0)[SEED] (1) Real $SEED_ODE_JAC_ADJ.$DER.a (1)[SEED] (1) Real $SEED_ODE_JAC_ADJ.$DER.b TmpVars (size = 4) ******************** (0)[JTMP] (1) Real $pDER_ODE_JAC_ADJ.x_2 (1)[JTMP] (1) Real $pDER_ODE_JAC_ADJ.x_1 (2)[JTMP] (1) Real $pDER_ODE_JAC_ADJ.v (3)[JTMP] (1) Real $pDER_ODE_JAC_ADJ.x ResultVars (size = 2) *********************** Column Equations (size = 3) ----------------------------- (11) Algorithm $pDER_ODE_JAC_ADJ.a := $pDER_ODE_JAC_ADJ.a - $SEED_ODE_JAC_ADJ.$DER.a; $pDER_ODE_JAC_ADJ.x := $pDER_ODE_JAC_ADJ.x + $SEED_ODE_JAC_ADJ.$DER.a; (10) Algorithm $pDER_ODE_JAC_ADJ.b := $pDER_ODE_JAC_ADJ.b - $SEED_ODE_JAC_ADJ.$DER.b; $pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $SEED_ODE_JAC_ADJ.$DER.b; (9) Algorithm $pDER_ODE_JAC_ADJ.x_2 := $pDER_ODE_JAC_ADJ.x; $pDER_ODE_JAC_ADJ.x_1 := $pDER_ODE_JAC_ADJ.x_1 + 3.0 * $pDER_ODE_JAC_ADJ.x_2; $pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $pDER_ODE_JAC_ADJ.x_1 * cos(v); $pDER_ODE_JAC_ADJ.x := $pDER_ODE_JAC_ADJ.x + ($pDER_ODE_JAC_ADJ.v * x + $pDER_ODE_JAC_ADJ.v * x); Resizable Sparsity Pattern ---------------------------- $RES_SIM_1 ... {$SEED_ODE_JAC_ADJ.$DER.b} ... {($pDER_ODE_JAC_ADJ.b, {}, false)} $RES_SIM_2 ... {$SEED_ODE_JAC_ADJ.$DER.a} ... {($pDER_ODE_JAC_ADJ.a, {}, false)} ============================================================ [EMPTY] SimCode Jacobian OPT_LFG(idx = 7, partition = 0) ============================================================ ============================================================ [EMPTY] SimCode Jacobian OPT_MRF(idx = 8, partition = 0) ============================================================ =========================================================== [EMPTY] SimCode Jacobian OPT_R0(idx = 9, partition = 0) =========================================================== ********************* * SimCode Equations * ********************* allEquations: ======================================== 8: alias of 3 7: alias of 1 6: alias of 2 ======================================== odeEquations (1 systems): ======================================== 8: alias of 3 7: alias of 1 6: alias of 2 ======================================== algebraicEquations (0 systems): ======================================== ======================================== clockPartitions (0 systems): ======================================== initialEquations: (5) ======================================== 5: a=$START.a [Real] 4: b=$START.b [Real] 3: v := x * x; x := sin(v); x := 3.0 * x; 2: $DER.a=x - a [Real] 1: $DER.b=v - b [Real] ======================================== initialEquations_lambda0: (0) ======================================== removedInitialEquations: ======================================== startValueEquations: ======================================== nominalValueEquations: ======================================== minValueEquations: ======================================== maxValueEquations: ======================================== parameterEquations: ======================================== removedEquations: ======================================== algorithmAndEquationAsserts: ======================================== equationsForZeroCrossings: ======================================== generic calls: ======================================== jacobianEquations: ======================================== 11: $pDER_ODE_JAC_ADJ.a := $pDER_ODE_JAC_ADJ.a - $SEED_ODE_JAC_ADJ.$DER.a; $pDER_ODE_JAC_ADJ.x := $pDER_ODE_JAC_ADJ.x + $SEED_ODE_JAC_ADJ.$DER.a; 10: $pDER_ODE_JAC_ADJ.b := $pDER_ODE_JAC_ADJ.b - $SEED_ODE_JAC_ADJ.$DER.b; $pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $SEED_ODE_JAC_ADJ.$DER.b; 9: $pDER_ODE_JAC_ADJ.x_2 := $pDER_ODE_JAC_ADJ.x; $pDER_ODE_JAC_ADJ.x_1 := $pDER_ODE_JAC_ADJ.x_1 + 3.0 * $pDER_ODE_JAC_ADJ.x_2; $pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $pDER_ODE_JAC_ADJ.x_1 * cos(v); $pDER_ODE_JAC_ADJ.x := $pDER_ODE_JAC_ADJ.x + $pDER_ODE_JAC_ADJ.v * x + $pDER_ODE_JAC_ADJ.v * x; jacobianMatrices: ======================================== Jacobian idx: 0 Jacobian idx: 2 Jacobian idx: 3 Jacobian idx: 4 Jacobian idx: 5 Jacobian idx: 6 Jacobian idx: 1 11: $pDER_ODE_JAC_ADJ.a := $pDER_ODE_JAC_ADJ.a - $SEED_ODE_JAC_ADJ.$DER.a; $pDER_ODE_JAC_ADJ.x := $pDER_ODE_JAC_ADJ.x + $SEED_ODE_JAC_ADJ.$DER.a; 10: $pDER_ODE_JAC_ADJ.b := $pDER_ODE_JAC_ADJ.b - $SEED_ODE_JAC_ADJ.$DER.b; $pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $SEED_ODE_JAC_ADJ.$DER.b; 9: $pDER_ODE_JAC_ADJ.x_2 := $pDER_ODE_JAC_ADJ.x; $pDER_ODE_JAC_ADJ.x_1 := $pDER_ODE_JAC_ADJ.x_1 + 3.0 * $pDER_ODE_JAC_ADJ.x_2; $pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $pDER_ODE_JAC_ADJ.x_1 * cos(v); $pDER_ODE_JAC_ADJ.x := $pDER_ODE_JAC_ADJ.x + $pDER_ODE_JAC_ADJ.v * x + $pDER_ODE_JAC_ADJ.v * x; columnVars(4) ---------------------- index:0: $pDER_ODE_JAC_ADJ.x_2 (no alias) initial: no arrCref index:(1) [] index:1: $pDER_ODE_JAC_ADJ.x_1 (no alias) initial: no arrCref index:(2) [] index:2: $pDER_ODE_JAC_ADJ.v (no alias) initial: no arrCref index:(3) [] index:3: $pDER_ODE_JAC_ADJ.x (no alias) initial: no arrCref index:(4) [] Jacobian idx: 7 Jacobian idx: 8 Jacobian idx: 9 modelInfo: ======================================== stateVars (2) ---------------------- index:0: a (no alias) initial: 1.0no arrCref index:(1) [] index:1: b (no alias) initial: 0.0no arrCref index:(2) [] derivativeVars ---------------------- index:2: $DER.a (no alias) initial: no arrCref index:(3) [] index:3: $DER.b (no alias) initial: no arrCref index:(4) [] algVars (2) ---------------------- index:4: v (no alias) initial: no arrCref index:(5) [] index:5: x (no alias) initial: no arrCref index:(6) [] functions: ----------- {"AlgorithmSSATest", "AlgorithmSSATest_init.xml"} "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/differentation/adjoint_jacobian5.mos_temp7755/equations-expected2026-08-25 16:10:14.676129806 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/differentation/adjoint_jacobian5.mos_temp7755/equations-got2026-08-25 16:10:14.979129951 +0000 @@ -37,12 +37,12 @@ (1) $DER.b := v - b ODE Partition 1 ----------------- (8) Alias of 3 -(7) Alias of 2 -(6) Alias of 1 +(7) Alias of 1 +(6) Alias of 2 Event Partition ----------------- ====================================================== @@ -73,12 +73,12 @@ SimCode Jacobian ADJ(idx = 1, partition = 1) ================================================ SeedVars (size = 2) ********************* -(0)[SEED] (1) Real $SEED_ODE_JAC_ADJ.$DER.b -(1)[SEED] (1) Real $SEED_ODE_JAC_ADJ.$DER.a +(0)[SEED] (1) Real $SEED_ODE_JAC_ADJ.$DER.a +(1)[SEED] (1) Real $SEED_ODE_JAC_ADJ.$DER.b TmpVars (size = 4) ******************** (0)[JTMP] (1) Real $pDER_ODE_JAC_ADJ.x_2 (1)[JTMP] (1) Real $pDER_ODE_JAC_ADJ.x_1 @@ -89,25 +89,25 @@ *********************** Column Equations (size = 3) ----------------------------- (11) Algorithm -$pDER_ODE_JAC_ADJ.b := $pDER_ODE_JAC_ADJ.b - $SEED_ODE_JAC_ADJ.$DER.b; -$pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $SEED_ODE_JAC_ADJ.$DER.b; -(10) Algorithm $pDER_ODE_JAC_ADJ.a := $pDER_ODE_JAC_ADJ.a - $SEED_ODE_JAC_ADJ.$DER.a; $pDER_ODE_JAC_ADJ.x := $pDER_ODE_JAC_ADJ.x + $SEED_ODE_JAC_ADJ.$DER.a; +(10) Algorithm +$pDER_ODE_JAC_ADJ.b := $pDER_ODE_JAC_ADJ.b - $SEED_ODE_JAC_ADJ.$DER.b; +$pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $SEED_ODE_JAC_ADJ.$DER.b; (9) Algorithm $pDER_ODE_JAC_ADJ.x_2 := $pDER_ODE_JAC_ADJ.x; $pDER_ODE_JAC_ADJ.x_1 := $pDER_ODE_JAC_ADJ.x_1 + 3.0 * $pDER_ODE_JAC_ADJ.x_2; $pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $pDER_ODE_JAC_ADJ.x_1 * cos(v); $pDER_ODE_JAC_ADJ.x := $pDER_ODE_JAC_ADJ.x + ($pDER_ODE_JAC_ADJ.v * x + $pDER_ODE_JAC_ADJ.v * x); Resizable Sparsity Pattern ---------------------------- -$RES_SIM_2 ... {$SEED_ODE_JAC_ADJ.$DER.a} ... {($pDER_ODE_JAC_ADJ.a, {}, false)} $RES_SIM_1 ... {$SEED_ODE_JAC_ADJ.$DER.b} ... {($pDER_ODE_JAC_ADJ.b, {}, false)} +$RES_SIM_2 ... {$SEED_ODE_JAC_ADJ.$DER.a} ... {($pDER_ODE_JAC_ADJ.a, {}, false)} ============================================================ [EMPTY] SimCode Jacobian OPT_LFG(idx = 7, partition = 0) ============================================================ @@ -128,21 +128,21 @@ allEquations: ======================================== 8: alias of 3 -7: alias of 2 -6: alias of 1 +7: alias of 1 +6: alias of 2 ======================================== odeEquations (1 systems): ======================================== 8: alias of 3 -7: alias of 2 -6: alias of 1 +7: alias of 1 +6: alias of 2 ======================================== algebraicEquations (0 systems): @@ -203,16 +203,16 @@ generic calls: ======================================== jacobianEquations: ======================================== -11: $pDER_ODE_JAC_ADJ.b := $pDER_ODE_JAC_ADJ.b - $SEED_ODE_JAC_ADJ.$DER.b; -$pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $SEED_ODE_JAC_ADJ.$DER.b; - -10: $pDER_ODE_JAC_ADJ.a := $pDER_ODE_JAC_ADJ.a - $SEED_ODE_JAC_ADJ.$DER.a; +11: $pDER_ODE_JAC_ADJ.a := $pDER_ODE_JAC_ADJ.a - $SEED_ODE_JAC_ADJ.$DER.a; $pDER_ODE_JAC_ADJ.x := $pDER_ODE_JAC_ADJ.x + $SEED_ODE_JAC_ADJ.$DER.a; +10: $pDER_ODE_JAC_ADJ.b := $pDER_ODE_JAC_ADJ.b - $SEED_ODE_JAC_ADJ.$DER.b; +$pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $SEED_ODE_JAC_ADJ.$DER.b; + 9: $pDER_ODE_JAC_ADJ.x_2 := $pDER_ODE_JAC_ADJ.x; $pDER_ODE_JAC_ADJ.x_1 := $pDER_ODE_JAC_ADJ.x_1 + 3.0 * $pDER_ODE_JAC_ADJ.x_2; $pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $pDER_ODE_JAC_ADJ.x_1 * cos(v); $pDER_ODE_JAC_ADJ.x := $pDER_ODE_JAC_ADJ.x + $pDER_ODE_JAC_ADJ.v * x + $pDER_ODE_JAC_ADJ.v * x; @@ -230,16 +230,16 @@ Jacobian idx: 5 Jacobian idx: 6 Jacobian idx: 1 -11: $pDER_ODE_JAC_ADJ.b := $pDER_ODE_JAC_ADJ.b - $SEED_ODE_JAC_ADJ.$DER.b; -$pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $SEED_ODE_JAC_ADJ.$DER.b; - -10: $pDER_ODE_JAC_ADJ.a := $pDER_ODE_JAC_ADJ.a - $SEED_ODE_JAC_ADJ.$DER.a; +11: $pDER_ODE_JAC_ADJ.a := $pDER_ODE_JAC_ADJ.a - $SEED_ODE_JAC_ADJ.$DER.a; $pDER_ODE_JAC_ADJ.x := $pDER_ODE_JAC_ADJ.x + $SEED_ODE_JAC_ADJ.$DER.a; +10: $pDER_ODE_JAC_ADJ.b := $pDER_ODE_JAC_ADJ.b - $SEED_ODE_JAC_ADJ.$DER.b; +$pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $SEED_ODE_JAC_ADJ.$DER.b; + 9: $pDER_ODE_JAC_ADJ.x_2 := $pDER_ODE_JAC_ADJ.x; $pDER_ODE_JAC_ADJ.x_1 := $pDER_ODE_JAC_ADJ.x_1 + 3.0 * $pDER_ODE_JAC_ADJ.x_2; $pDER_ODE_JAC_ADJ.v := $pDER_ODE_JAC_ADJ.v + $pDER_ODE_JAC_ADJ.x_1 * cos(v); $pDER_ODE_JAC_ADJ.x := $pDER_ODE_JAC_ADJ.x + $pDER_ODE_JAC_ADJ.v * x + $pDER_ODE_JAC_ADJ.v * x; Equation mismatch: omc-diff says: ------------------------------------------------------------------------Line 42: Integer 2 != 1 == 1 out of 1 tests failed [simulation/modelica/NBackend/differentation/adjoint_jacobian5.mos_temp7755, time: 1] Output mismatch (see stdout for details) + arrowhead ... equation mismatch [time: 1] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/bicoloring/arrowhead.mos_temp2008/log-arrowhead.mos true "" true "" record SimulationResult resultFile = "arrowhead_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1e-5, numberOfIntervals = 1, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'arrowhead', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-s=dassl -jacobian=bicoloredSymbolical -lv=LOG_JAC'", messages = "LOG_STDOUT | warning | Jacobian not available, switching to internal numerical Jacobian. LOG_JAC | info | Using Jacobian method: Internal numerical Jacobian. LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/bicoloring/arrowhead.mos_temp2008/equations-expected2026-08-25 16:10:15.818130353 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/bicoloring/arrowhead.mos_temp2008/equations-got2026-08-25 16:10:16.159130517 +0000 @@ -3,128 +3,12 @@ true "" record SimulationResult resultFile = "arrowhead_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1e-5, numberOfIntervals = 1, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'arrowhead', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-s=dassl -jacobian=bicoloredSymbolical -lv=LOG_JAC'", -messages = "LOG_JAC | info | Using Jacobian method: Bicolored (bidirectional) symbolical Jacobian. +messages = "LOG_STDOUT | warning | Jacobian not available, switching to internal numerical Jacobian. +LOG_JAC | info | Using Jacobian method: Internal numerical Jacobian. LOG_SUCCESS | info | The initialization finished successfully without homotopy method. -LOG_JAC | info | DASSL-Solver: analytical Jacobian pd (column-major) at time=1e-08 -| | | | | J(row=0:'x[1]', col=0:'x[1]') = -99999999 [flat=0] -| | | | | J(row=1:'x[2]', col=0:'x[1]') = 0 [flat=1] -| | | | | J(row=2:'x[3]', col=0:'x[1]') = 0 [flat=2] -| | | | | J(row=0:'x[1]', col=1:'x[2]') = 1 [flat=3] -| | | | | J(row=1:'x[2]', col=1:'x[2]') = -99999999 [flat=4] -| | | | | J(row=2:'x[3]', col=1:'x[2]') = 0 [flat=5] -| | | | | J(row=0:'x[1]', col=2:'x[3]') = 1 [flat=6] -| | | | | J(row=1:'x[2]', col=2:'x[3]') = 0 [flat=7] -| | | | | J(row=2:'x[3]', col=2:'x[3]') = -99999999 [flat=8] -LOG_JAC | info | Jacobian verification: analytical vs. numerical -| | | | | Max absolute difference: 2.98023e-08 at (row=0:'x[1]', col=0:'x[1]') -| | | | | Max relative difference: 1.49012e-08 at (row=0:'x[1]', col=2:'x[3]') -LOG_JAC | info | DASSL-Solver: analytical Jacobian pd (column-major) at time=7e-08 -| | | | | J(row=0:'x[1]', col=0:'x[1]') = -45833332.33333333 [flat=0] -| | | | | J(row=1:'x[2]', col=0:'x[1]') = 0 [flat=1] -| | | | | J(row=2:'x[3]', col=0:'x[1]') = 0 [flat=2] -| | | | | J(row=0:'x[1]', col=1:'x[2]') = 1 [flat=3] -| | | | | J(row=1:'x[2]', col=1:'x[2]') = -45833332.33333333 [flat=4] -| | | | | J(row=2:'x[3]', col=1:'x[2]') = 0 [flat=5] -| | | | | J(row=0:'x[1]', col=2:'x[3]') = 1 [flat=6] -| | | | | J(row=1:'x[2]', col=2:'x[3]') = 0 [flat=7] -| | | | | J(row=2:'x[3]', col=2:'x[3]') = -45833332.33333333 [flat=8] -LOG_JAC | info | Jacobian verification: analytical vs. numerical -| | | | | Max absolute difference: 4.47035e-08 at (row=0:'x[1]', col=1:'x[2]') -| | | | | Max relative difference: 4.47035e-08 at (row=0:'x[1]', col=1:'x[2]') -LOG_JAC | info | DASSL-Solver: analytical Jacobian pd (column-major) at time=1.5e-07 -| | | | | J(row=0:'x[1]', col=0:'x[1]') = -18749999 [flat=0] -| | | | | J(row=1:'x[2]', col=0:'x[1]') = 0 [flat=1] -| | | | | J(row=2:'x[3]', col=0:'x[1]') = 0 [flat=2] -| | | | | J(row=0:'x[1]', col=1:'x[2]') = 1 [flat=3] -| | | | | J(row=1:'x[2]', col=1:'x[2]') = -18749999 [flat=4] -| | | | | J(row=2:'x[3]', col=1:'x[2]') = 0 [flat=5] -| | | | | J(row=0:'x[1]', col=2:'x[3]') = 1 [flat=6] -| | | | | J(row=1:'x[2]', col=2:'x[3]') = 0 [flat=7] -| | | | | J(row=2:'x[3]', col=2:'x[3]') = -18749999 [flat=8] -LOG_JAC | info | Jacobian verification: analytical vs. numerical -| | | | | Max absolute difference: 2.98023e-08 at (row=0:'x[1]', col=0:'x[1]') -| | | | | Max relative difference: 2.98023e-08 at (row=0:'x[1]', col=1:'x[2]') -LOG_JAC | info | DASSL-Solver: analytical Jacobian pd (column-major) at time=3.1e-07 -| | | | | J(row=0:'x[1]', col=0:'x[1]') = -9374999 [flat=0] -| | | | | J(row=1:'x[2]', col=0:'x[1]') = 0 [flat=1] -| | | | | J(row=2:'x[3]', col=0:'x[1]') = 0 [flat=2] -| | | | | J(row=0:'x[1]', col=1:'x[2]') = 1 [flat=3] -| | | | | J(row=1:'x[2]', col=1:'x[2]') = -9374999 [flat=4] -| | | | | J(row=2:'x[3]', col=1:'x[2]') = 0 [flat=5] -| | | | | J(row=0:'x[1]', col=2:'x[3]') = 1 [flat=6] -| | | | | J(row=1:'x[2]', col=2:'x[3]') = 0 [flat=7] -| | | | | J(row=2:'x[3]', col=2:'x[3]') = -9374999 [flat=8] -LOG_JAC | info | Jacobian verification: analytical vs. numerical -| | | | | Max absolute difference: 2.98023e-08 at (row=0:'x[1]', col=0:'x[1]') -| | | | | Max relative difference: 1.49012e-08 at (row=0:'x[1]', col=1:'x[2]') -LOG_JAC | info | DASSL-Solver: analytical Jacobian pd (column-major) at time=6.3e-07 -| | | | | J(row=0:'x[1]', col=0:'x[1]') = -4687499 [flat=0] -| | | | | J(row=1:'x[2]', col=0:'x[1]') = 0 [flat=1] -| | | | | J(row=2:'x[3]', col=0:'x[1]') = 0 [flat=2] -| | | | | J(row=0:'x[1]', col=1:'x[2]') = 1 [flat=3] -| | | | | J(row=1:'x[2]', col=1:'x[2]') = -4687499 [flat=4] -| | | | | J(row=2:'x[3]', col=1:'x[2]') = 0 [flat=5] -| | | | | J(row=0:'x[1]', col=2:'x[3]') = 1 [flat=6] -| | | | | J(row=1:'x[2]', col=2:'x[3]') = 0 [flat=7] -| | | | | J(row=2:'x[3]', col=2:'x[3]') = -4687499 [flat=8] -LOG_JAC | info | Jacobian verification: analytical vs. numerical -| | | | | Max absolute difference: 4.47035e-08 at (row=0:'x[1]', col=0:'x[1]') -| | | | | Max relative difference: 2.98023e-08 at (row=0:'x[1]', col=1:'x[2]') -LOG_JAC | info | DASSL-Solver: analytical Jacobian pd (column-major) at time=1.27e-06 -| | | | | J(row=0:'x[1]', col=0:'x[1]') = -2343749 [flat=0] -| | | | | J(row=1:'x[2]', col=0:'x[1]') = 0 [flat=1] -| | | | | J(row=2:'x[3]', col=0:'x[1]') = 0 [flat=2] -| | | | | J(row=0:'x[1]', col=1:'x[2]') = 1 [flat=3] -| | | | | J(row=1:'x[2]', col=1:'x[2]') = -2343749 [flat=4] -| | | | | J(row=2:'x[3]', col=1:'x[2]') = 0 [flat=5] -| | | | | J(row=0:'x[1]', col=2:'x[3]') = 1 [flat=6] -| | | | | J(row=1:'x[2]', col=2:'x[3]') = 0 [flat=7] -| | | | | J(row=2:'x[3]', col=2:'x[3]') = -2343749 [flat=8] -LOG_JAC | info | Jacobian verification: analytical vs. numerical -| | | | | Max absolute difference: 1.49011e-08 at (row=0:'x[1]', col=1:'x[2]') -| | | | | Max relative difference: 1.49011e-08 at (row=0:'x[1]', col=1:'x[2]') -LOG_JAC | info | DASSL-Solver: analytical Jacobian pd (column-major) at time=2.55e-06 -| | | | | J(row=0:'x[1]', col=0:'x[1]') = -1171874 [flat=0] -| | | | | J(row=1:'x[2]', col=0:'x[1]') = 0 [flat=1] -| | | | | J(row=2:'x[3]', col=0:'x[1]') = 0 [flat=2] -| | | | | J(row=0:'x[1]', col=1:'x[2]') = 1 [flat=3] -| | | | | J(row=1:'x[2]', col=1:'x[2]') = -1171874 [flat=4] -| | | | | J(row=2:'x[3]', col=1:'x[2]') = 0 [flat=5] -| | | | | J(row=0:'x[1]', col=2:'x[3]') = 1 [flat=6] -| | | | | J(row=1:'x[2]', col=2:'x[3]') = 0 [flat=7] -| | | | | J(row=2:'x[3]', col=2:'x[3]') = -1171874 [flat=8] -LOG_JAC | info | Jacobian verification: analytical vs. numerical -| | | | | Max absolute difference: 4.47035e-08 at (row=0:'x[1]', col=0:'x[1]') -| | | | | Max relative difference: 1.49011e-08 at (row=0:'x[1]', col=1:'x[2]') -LOG_JAC | info | DASSL-Solver: analytical Jacobian pd (column-major) at time=5.11e-06 -| | | | | J(row=0:'x[1]', col=0:'x[1]') = -585936.5 [flat=0] -| | | | | J(row=1:'x[2]', col=0:'x[1]') = 0 [flat=1] -| | | | | J(row=2:'x[3]', col=0:'x[1]') = 0 [flat=2] -| | | | | J(row=0:'x[1]', col=1:'x[2]') = 1 [flat=3] -| | | | | J(row=1:'x[2]', col=1:'x[2]') = -585936.5 [flat=4] -| | | | | J(row=2:'x[3]', col=1:'x[2]') = 0 [flat=5] -| | | | | J(row=0:'x[1]', col=2:'x[3]') = 1 [flat=6] -| | | | | J(row=1:'x[2]', col=2:'x[3]') = 0 [flat=7] -| | | | | J(row=2:'x[3]', col=2:'x[3]') = -585936.5 [flat=8] -LOG_JAC | info | Jacobian verification: analytical vs. numerical -| | | | | Max absolute difference: 1.49012e-08 at (row=0:'x[1]', col=0:'x[1]') -| | | | | Max relative difference: 1.49011e-08 at (row=0:'x[1]', col=1:'x[2]') -LOG_JAC | info | DASSL-Solver: analytical Jacobian pd (column-major) at time=1.023e-05 -| | | | | J(row=0:'x[1]', col=0:'x[1]') = -292967.75 [flat=0] -| | | | | J(row=1:'x[2]', col=0:'x[1]') = 0 [flat=1] -| | | | | J(row=2:'x[3]', col=0:'x[1]') = 0 [flat=2] -| | | | | J(row=0:'x[1]', col=1:'x[2]') = 1 [flat=3] -| | | | | J(row=1:'x[2]', col=1:'x[2]') = -292967.75 [flat=4] -| | | | | J(row=2:'x[3]', col=1:'x[2]') = 0 [flat=5] -| | | | | J(row=0:'x[1]', col=2:'x[3]') = 1 [flat=6] -| | | | | J(row=1:'x[2]', col=2:'x[3]') = 0 [flat=7] -| | | | | J(row=2:'x[3]', col=2:'x[3]') = -292967.75 [flat=8] -LOG_JAC | info | Jacobian verification: analytical vs. numerical -| | | | | Max absolute difference: 1.4901e-08 at (row=0:'x[1]', col=1:'x[2]') -| | | | | Max relative difference: 1.4901e-08 at (row=0:'x[1]', col=1:'x[2]') LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" Equation mismatch: omc-diff says: Failed 'J' 'S' Line 8: Text differs: expected: messages = "LOG_JAC | info | Using Jacobian method: Bicolored (bidirectional) symbolical Jacobian. got: messages = "LOG_STDOUT | warning | Jacobian not available, switching to internal numerical Jacobian. == 1 out of 1 tests failed [simulation/modelica/NBackend/bicoloring/arrowhead.mos_temp2008, time: 1] Output mismatch (see stdout for details) + BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass3D ... equation mismatch [time: 6] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/array_handling/BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass3D.mos_temp6533/log-BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass3D.mos true "Notification: Automatically loaded package Modelica 4.0.0 due to uses annotation from BenchmarksForResizeableArrays. Notification: Automatically loaded package Complex 4.0.0 due to uses annotation from Modelica. Notification: Automatically loaded package ModelicaServices 4.0.0 due to uses annotation from Modelica. " true "" record SimulationResult resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 5.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass3D', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "Failed to build model: BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass3D" end SimulationResult; "[openmodelica_codegen_wasm_jit/src/CodegenWasmJit.rs:0:0-0:0:writable] Error: Internal error CodegenWasmJit: cannot build simulation module for `BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass3D`: CodegenWasmJit: SES_NONLINEAR unknown/residual count mismatch " (false, {}) Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/array_handling/BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass3D.mos_temp6533/equations-expected2026-08-25 16:10:23.937134219 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/array_handling/BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass3D.mos_temp6533/equations-got2026-08-25 16:10:29.975137062 +0000 @@ -4,13 +4,12 @@ Notification: Automatically loaded package ModelicaServices 4.0.0 due to uses annotation from Modelica. " true "" record SimulationResult -resultFile = "BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass3D_res.mat", +resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 5.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass3D', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", -messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. -LOG_SUCCESS | info | The simulation finished successfully. -" +messages = "Failed to build model: BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass3D" end SimulationResult; -"" -(true, {}) +"[openmodelica_codegen_wasm_jit/src/CodegenWasmJit.rs:0:0-0:0:writable] Error: Internal error CodegenWasmJit: cannot build simulation module for `BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass3D`: CodegenWasmJit: SES_NONLINEAR unknown/residual count mismatch +" +(false, {}) Equation mismatch: omc-diff says: Failed 'B' '"' Line 9: Text differs: expected: resultFile = "BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass got: resultFile = "", == 1 out of 1 tests failed [simulation/modelica/NBackend/array_handling/BenchmarksForResizeableArrays.ArrayEquationsWithIndexReduction.SlidingMass3D.mos_temp6533, time: 7] Output mismatch (see stdout for details) + ScalableTestSuite.Power.ConceptualPowerSystem.ScaledExperiments.PowerSystemStepLoad_N_2_M_4... equation mismatch [time: 8] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/ScalableTestsuite/PowerSystemStepLoad.mos_temp3407/log-PowerSystemStepLoad.mos true "" record SimulationResult resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 200.0, numberOfIntervals = 4000, tolerance = 1e-7, method = 'dassl', fileNamePrefix = 'ScalableTestSuite.Power.ConceptualPowerSystem.ScaledExperiments.PowerSystemStepLoad_N_2_M_4', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "Failed to build model: ScalableTestSuite.Power.ConceptualPowerSystem.ScaledExperiments.PowerSystemStepLoad_N_2_M_4" end SimulationResult; "[openmodelica_codegen_wasm_jit/src/CodegenWasmJitFunctions.rs:0:0-0:0:writable] Error: Internal error CodegenWasmJit: cannot resolve `generator[$i1].T_s_b[{2, 3, 4, 5}]` to a simulation variable " {} Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/ScalableTestsuite/PowerSystemStepLoad.mos_temp3407/equations-expected2026-08-25 16:10:28.888136552 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/ScalableTestsuite/PowerSystemStepLoad.mos_temp3407/equations-got2026-08-25 16:10:36.703140199 +0000 @@ -1,11 +1,10 @@ true "" record SimulationResult -resultFile = "ScalableTestSuite.Power.ConceptualPowerSystem.ScaledExperiments.PowerSystemStepLoad_N_2_M_4_res.mat", +resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 200.0, numberOfIntervals = 4000, tolerance = 1e-7, method = 'dassl', fileNamePrefix = 'ScalableTestSuite.Power.ConceptualPowerSystem.ScaledExperiments.PowerSystemStepLoad_N_2_M_4', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", -messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. -LOG_SUCCESS | info | The simulation finished successfully. -" +messages = "Failed to build model: ScalableTestSuite.Power.ConceptualPowerSystem.ScaledExperiments.PowerSystemStepLoad_N_2_M_4" end SimulationResult; -"" -{"Files Equal!"} +"[openmodelica_codegen_wasm_jit/src/CodegenWasmJitFunctions.rs:0:0-0:0:writable] Error: Internal error CodegenWasmJit: cannot resolve `generator[$i1].T_s_b[{2, 3, 4, 5}]` to a simulation variable +" +{} Equation mismatch: omc-diff says: Failed 'S' '"' Line 4: Text differs: expected: resultFile = "ScalableTestSuite.Power.ConceptualPowerSystem.ScaledExperiments.PowerSystemStepLoad_N_ got: resultFile = "", == 1 out of 1 tests failed [simulation/modelica/NBackend/ScalableTestsuite/PowerSystemStepLoad.mos_temp3407, time: 8] Output mismatch (see stdout for details) + ScalableTestSuite.Thermal.HeatExchanger.ScaledExperiments.CocurrentHeatExchangerEquations_N_10... equation mismatch [time: 8] ==== Log /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/ScalableTestsuite/CocurrentHeatExchangerEquations.mos_temp4743/log-CocurrentHeatExchangerEquations.mos true "" record SimulationResult resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 20.0, numberOfIntervals = 500, tolerance = 1e-8, method = 'dassl', fileNamePrefix = 'ScalableTestSuite.Thermal.HeatExchanger.ScaledExperiments.CocurrentHeatExchangerEquations_N_10', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-s=\\'ida\\''", messages = "Simulation execution failed for model: ScalableTestSuite.Thermal.HeatExchanger.ScaledExperiments.CocurrentHeatExchangerEquations_N_10 LOG_STDOUT | warning | Internal Numerical Jacobians without coloring are currently not supported by IDA with KLU. Colored numerical Jacobian will be used. LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_ERROR | error | wasm-jit simulation failed: CodegenWasmJit: -s=ida with the KLU linear solver needs the model's Jacobian sparsity pattern, which this model has none of (use -idaLS=dense) " end SimulationResult; "" {} Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/ScalableTestsuite/CocurrentHeatExchangerEquations.mos_temp4743/equations-expected2026-08-25 16:10:33.922138906 +0000 +++ /tmp/omc-rtest-omtmpuser/simulation/modelica/NBackend/ScalableTestsuite/CocurrentHeatExchangerEquations.mos_temp4743/equations-got2026-08-25 16:10:41.631142476 +0000 @@ -1,11 +1,13 @@ true "" record SimulationResult -resultFile = "ScalableTestSuite.Thermal.HeatExchanger.ScaledExperiments.CocurrentHeatExchangerEquations_N_10_res.mat", +resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 20.0, numberOfIntervals = 500, tolerance = 1e-8, method = 'dassl', fileNamePrefix = 'ScalableTestSuite.Thermal.HeatExchanger.ScaledExperiments.CocurrentHeatExchangerEquations_N_10', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-s=\\'ida\\''", -messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. -LOG_SUCCESS | info | The simulation finished successfully. +messages = "Simulation execution failed for model: ScalableTestSuite.Thermal.HeatExchanger.ScaledExperiments.CocurrentHeatExchangerEquations_N_10 +LOG_STDOUT | warning | Internal Numerical Jacobians without coloring are currently not supported by IDA with KLU. Colored numerical Jacobian will be used. +LOG_SUCCESS | info | The initialization finished successfully without homotopy method. +LOG_ERROR | error | wasm-jit simulation failed: CodegenWasmJit: -s=ida with the KLU linear solver needs the model's Jacobian sparsity pattern, which this model has none of (use -idaLS=dense) " end SimulationResult; "" -{"Files Equal!"} +{} Equation mismatch: omc-diff says: Failed 'S' '"' Line 4: Text differs: expected: resultFile = "ScalableTestSuite.Thermal.HeatExchanger.ScaledExperiments.CocurrentHeatExchangerEquations_N_ got: resultFile = "", == 1 out of 1 tests failed [simulation/modelica/NBackend/ScalableTestsuite/CocurrentHeatExchangerEquations.mos_temp4743, time: 8] Output mismatch (see stdout for details) + fmi3_terminals_alias_nb.mos ... equation mismatch [time: 2] ==== Log /tmp/omc-rtest-omtmpuser/openmodelica/fmi/ModelExchange/3.0/fmi3_terminals_alias_nb.mos_temp1273/log-fmi3_terminals_alias_nb.mos true "" true "" "Inertia2.fmu" "Notification: Building FMU for platform 'static' (1/1). Notification: Finished FMU for platform 'static' (1/1). " 0 "" "<?xml version=\"1.0\" encoding=\"UTF-8\"?> <fmiTerminalsAndIcons fmiVersion=\"3.0\" xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\" xsi:noNamespaceSchemaLocation=\"https://raw.githubusercontent.com/modelica/fmi-standard/v3.0.2/schema/fmi3TerminalsAndIcons.xsd\"> <Terminals> <Terminal name=\"flange_b\" matchingRule=\"plug\" terminalKind=\"Flange\"> <TerminalMemberVariable variableName=\"flange_b.tau\" memberName=\"tau\" variableKind=\"inflow\"/> <TerminalMemberVariable variableName=\"flange_b.phi\" memberName=\"phi\" variableKind=\"signal\"/> </Terminal> <Terminal name=\"flange_a\" matchingRule=\"plug\" terminalKind=\"Flange\"> <TerminalMemberVariable variableName=\"flange_a.tau\" memberName=\"tau\" variableKind=\"inflow\"/> <TerminalMemberVariable variableName=\"flange_a.phi\" memberName=\"phi\" variableKind=\"signal\"/> </Terminal> </Terminals> </fmiTerminalsAndIcons>" "" causality="parameter" causality="parameter" flange_a.tau flange_b.tau "" <Alias name="flange_a.phi" <Alias name="flange_b.phi" 0 "" flange_a.tau ok flange_a.phi ok flange_b.tau ok flange_b.phi ok "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/openmodelica/fmi/ModelExchange/3.0/fmi3_terminals_alias_nb.mos_temp1273/equations-expected2026-08-25 16:13:21.143207680 +0000 +++ /tmp/omc-rtest-omtmpuser/openmodelica/fmi/ModelExchange/3.0/fmi3_terminals_alias_nb.mos_temp1273/equations-got2026-08-25 16:13:23.201208425 +0000 @@ -20,13 +20,13 @@ <TerminalMemberVariable variableName=\"flange_a.phi\" memberName=\"phi\" variableKind=\"signal\"/> </Terminal> </Terminals> </fmiTerminalsAndIcons>" "" -flange_a.tau causality="parameter" -flange_b.tau causality="parameter" - +causality="parameter" +causality="parameter" +flange_a.tau flange_b.tau "" <Alias name="flange_a.phi" <Alias name="flange_b.phi" 0 "" Equation mismatch: omc-diff says: Failed 'f' 'c' Line 25: Text differs: expected: flange_a.tau causality="parameter" got: causality="parameter" == 1 out of 1 tests failed [openmodelica/fmi/ModelExchange/3.0/fmi3_terminals_alias_nb.mos_temp1273, time: 2] Output mismatch (see stdout for details) + fmi3_import_boolean ... equation mismatch [time: 2] ==== Log /tmp/omc-rtest-omtmpuser/openmodelica/fmi/ModelExchange/3.0/fmi3_import_boolean.mos_temp1298/log-fmi3_import_boolean.mos true "" "BooleanImportFMU.fmu" "Notification: Building FMU for platform 'static' (1/1). Notification: Finished FMU for platform 'static' (1/1). " "" "Error: The FMU version is unknown. Unknown/Unsupported FMU version. " false "Error: Failed to load file BooleanImportFMU_me_FMU.mo: file does not exist. " true "" record SimulationResult resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 0.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'BooleanImport', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "Failed to build model: BooleanImport" end SimulationResult; "[<interactive>:3:3-3:67:writable] Error: Class BooleanImportFMU_me_FMU not found in scope BooleanImport. Error: Error occurred while flattening model BooleanImport " Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/openmodelica/fmi/ModelExchange/3.0/fmi3_import_boolean.mos_temp1298/equations-expected2026-08-25 16:13:21.272207727 +0000 +++ /tmp/omc-rtest-omtmpuser/openmodelica/fmi/ModelExchange/3.0/fmi3_import_boolean.mos_temp1298/equations-got2026-08-25 16:13:23.648208586 +0000 @@ -2,24 +2,24 @@ "" "BooleanImportFMU.fmu" "Notification: Building FMU for platform 'static' (1/1). Notification: Finished FMU for platform 'static' (1/1). " -"BooleanImportFMU_me_FMU.mo" -"Warning: module = Attribute noNamespaceSchemaLocation='https://raw.githubusercontent.com/modelica/fmi-standard/main/schema/fmi3ModelDescription.xsd' is ignored. Using standard fmiModelDescription.xsd., log level = WARNING: FMI3XML -" -true "" +"Error: The FMU version is unknown. Unknown/Unsupported FMU version. +" +false +"Error: Failed to load file BooleanImportFMU_me_FMU.mo: file does not exist. +" true "" record SimulationResult -resultFile = "BooleanImport_res.mat", +resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 0.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'BooleanImport', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", -messages = "module = FMI3XML, log level = WARNING: Attribute noNamespaceSchemaLocation='https://raw.githubusercontent.com/modelica/fmi-standard/main/schema/fmi3ModelDescription.xsd' is ignored. Using standard fmiModelDescription.xsd. -LOG_SUCCESS | info | The initialization finished successfully without homotopy method. -LOG_SUCCESS | info | The simulation finished successfully. -" +messages = "Failed to build model: BooleanImport" end SimulationResult; -"" -0.0 -0.0 -1.0 +"[<interactive>:3:3-3:67:writable] Error: Class BooleanImportFMU_me_FMU not found in scope BooleanImport. +Error: Error occurred while flattening model BooleanImport +" + + + Equation mismatch: omc-diff says: Failed 'B' '"' Line 7: Text differs: expected: "BooleanImportFMU_me_FMU.mo" got: "" == 1 out of 1 tests failed [openmodelica/fmi/ModelExchange/3.0/fmi3_import_boolean.mos_temp1298, time: 2] Output mismatch (see stdout for details) + fmi3_cs_01.mos ... equation mismatch [time: 4] ==== Log /tmp/omc-rtest-omtmpuser/openmodelica/fmi/CoSimulation/3.0/fmi3_cs_01.mos_temp7264/log-fmi3_cs_01.mos true "" true "" "fmi3_cs_01.fmu" "Warning: The initial conditions are not fully specified. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). Notification: Building FMU for platform 'static' (1/1). Notification: Finished FMU for platform 'static' (1/1). " 0 "" 0 "" " <CoSimulation modelIdentifier=\"fmi3_cs_01\" needsExecutionTool=\"false\" canHandleVariableCommunicationStepSize=\"true\" canBeInstantiatedOnlyOncePerProcess=\"false\" maxOutputDerivativeOrder=\"0\" providesIntermediateUpdate=\"false\" mightReturnEarlyFromDoStep=\"true\" canReturnEarlyAfterIntermediateUpdate=\"false\" hasEventMode=\"true\" providesEvaluateDiscreteStates=\"false\" recommendedIntermediateInputSmoothness=\"0\" canGetAndSetFMUState=\"true\" canSerializeFMUState=\"true\" providesDirectionalDerivatives=\"false\" providesAdjointDerivatives=\"false\" providesPerElementDependencies=\"false\"/> " "" record SimulationResult resultFile = "fmi3_cs_01_res.mat", simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'fmi3_cs_01', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = ''", messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "Warning: The initial conditions are not fully specified. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). " 0 "" (true, {}) "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/openmodelica/fmi/CoSimulation/3.0/fmi3_cs_01.mos_temp7264/equations-expected2026-08-25 16:13:33.823212233 +0000 +++ /tmp/omc-rtest-omtmpuser/openmodelica/fmi/CoSimulation/3.0/fmi3_cs_01.mos_temp7264/equations-got2026-08-25 16:13:37.276213459 +0000 @@ -14,11 +14,11 @@ " <CoSimulation modelIdentifier=\"fmi3_cs_01\" needsExecutionTool=\"false\" canHandleVariableCommunicationStepSize=\"true\" canBeInstantiatedOnlyOncePerProcess=\"false\" -maxOutputDerivativeOrder=\"1\" +maxOutputDerivativeOrder=\"0\" providesIntermediateUpdate=\"false\" mightReturnEarlyFromDoStep=\"true\" canReturnEarlyAfterIntermediateUpdate=\"false\" hasEventMode=\"true\" providesEvaluateDiscreteStates=\"false\" Equation mismatch: omc-diff says: Line 19: Integer 1 != 0 == 1 out of 1 tests failed [openmodelica/fmi/CoSimulation/3.0/fmi3_cs_01.mos_temp7264, time: 4] Output mismatch (see stdout for details) + testDumpSaveInitialGuess_system.mos ... equation mismatch [time: 0] ==== Log /tmp/omc-rtest-omtmpuser/openmodelica/cruntime/debugDumps/testDumpSaveInitialGuess_system.mos_temp4766/log-testDumpSaveInitialGuess_system.mos true "" record SimulationResult resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 0.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'SaveInitialGuess', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-nls=experimental-kinsol -saveInitialGuess_system=savedInitialGuess.mat,4'", messages = "Simulation execution failed for model: SaveInitialGuess LOG_ERROR | error | wasm-jit simulation failed: unrecognized value `experimental-kinsol` for -nls (accepted: hybrid, kinsol, newton, mixed, homotopy) " end SimulationResult; "" fail() "Error: Failed to open simulation result savedInitialGuess.mat: No such file or directory (os error 2) Error: Error reading simulation result. " Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/openmodelica/cruntime/debugDumps/testDumpSaveInitialGuess_system.mos_temp4766/equations-expected2026-08-25 16:13:56.246220086 +0000 +++ /tmp/omc-rtest-omtmpuser/openmodelica/cruntime/debugDumps/testDumpSaveInitialGuess_system.mos_temp4766/equations-got2026-08-25 16:13:56.582220201 +0000 @@ -2,15 +2,13 @@ "" record SimulationResult resultFile = "", simulationOptions = "startTime = 0.0, stopTime = 0.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'SaveInitialGuess', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-nls=experimental-kinsol -saveInitialGuess_system=savedInitialGuess.mat,4'", messages = "Simulation execution failed for model: SaveInitialGuess -LOG_STDOUT | info | Trying to write write initial guess for NLS system with index 4 to file savedInitialGuess.mat. -LOG_ASSERT | debug | Success: Initial guess has been written to disk (path = savedInitialGuess.mat). The program will terminate now. -LOG_ASSERT | debug | Solving non-linear system 4 failed at time=0. -| | | | For more information please use -lv LOG_NLS. -LOG_ASSERT | info | simulation terminated by an assertion at initialization +LOG_ERROR | error | wasm-jit simulation failed: unrecognized value `experimental-kinsol` for -nls (accepted: hybrid, kinsol, newton, mixed, homotopy) " end SimulationResult; "" -{{1.0}, {-0.5}} -"" +fail() +"Error: Failed to open simulation result savedInitialGuess.mat: No such file or directory (os error 2) +Error: Error reading simulation result. +" Equation mismatch: omc-diff says: Failed 'S' 'E' Line 7: Text differs: expected: LOG_STDOUT | info | Trying to write write initial guess for NLS system with index got: LOG_ERROR | error | wasm == 1 out of 1 tests failed [openmodelica/cruntime/debugDumps/testDumpSaveInitialGuess_system.mos_temp4766, time: 0] Output mismatch (see stdout for details) + testDumpDerivativeTest.mos ... equation mismatch [time: 0] ==== Log /tmp/omc-rtest-omtmpuser/openmodelica/cruntime/debugDumps/testDumpDerivativeTest.mos_temp4846/log-testDumpDerivativeTest.mos true "" record SimulationResult resultFile = "derDebugTest_res.mat", simulationOptions = "startTime = 0.0, stopTime = 0.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'derDebugTest', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_NLS_DERIVATIVE_TEST -nls=kinsol'", messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/openmodelica/cruntime/debugDumps/testDumpDerivativeTest.mos_temp4846/equations-expected2026-08-25 16:13:56.465220161 +0000 +++ /tmp/omc-rtest-omtmpuser/openmodelica/cruntime/debugDumps/testDumpDerivativeTest.mos_temp4846/equations-got2026-08-25 16:13:56.694220240 +0000 @@ -1,172 +1,10 @@ true "" record SimulationResult resultFile = "derDebugTest_res.mat", simulationOptions = "startTime = 0.0, stopTime = 0.0, numberOfIntervals = 500, tolerance = 1e-6, method = 'dassl', fileNamePrefix = 'derDebugTest', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv=LOG_NLS_DERIVATIVE_TEST -nls=kinsol'", -messages = "LOG_NLS_DERIVATIVE_TEST | info | kinsol: Derivative test (atol=2.22045e-14, rtol=1.00000e-04, scaled = false, Caller: kinsol: Jacobian eval): -| | | | | Matrix Info -| | | | | | NLS index = 8 -| | | | | | Columns = 2 -| | | | | | Rows = 2 -| | | | | | NNZ = 4 -| | | | | | Curr Time = 0.00000e+00 -| | | | | Anomalies -| | | | | | Column / Variable: 2, Name: z -| | | | | | | Type Col Row Symbolic Numerical RelError -| | | | | | | Numerical 2 1 +8.00000000e+00 +8.00093073e+00 +1.16327965e-04 -| | | | | | | Numerical 2 2 -2.00000000e+00 -1.78885438e+00 +1.05572809e-01 -| | | | | Summary -| | | | | | Numerical errors: 2 (value mismatch w.r.t. reference) -| | | | | | Structural errors: 0 (non-zero not in sparsity pattern) -| | | | | | Max relative error: 1.056e-01 -| | warning | | | Derivative test failed (2 numerical, 0 structural errors) -LOG_NLS_DERIVATIVE_TEST | info | kinsol: Derivative test (atol=2.22045e-14, rtol=1.00000e-04, scaled = false, Caller: kinsol: Jacobian eval): -| | | | | Matrix Info -| | | | | | NLS index = 8 -| | | | | | Columns = 2 -| | | | | | Rows = 2 -| | | | | | NNZ = 4 -| | | | | | Curr Time = 0.00000e+00 -| | | | | Anomalies -| | | | | | Column / Variable: 2, Name: z -| | | | | | | Type Col Row Symbolic Numerical RelError -| | | | | | | Numerical 2 1 +8.00000000e+00 +8.00093073e+00 +1.16327965e-04 -| | | | | | | Numerical 2 2 -2.00000000e+00 -1.78885438e+00 +1.05572809e-01 -| | | | | Summary -| | | | | | Numerical errors: 2 (value mismatch w.r.t. reference) -| | | | | | Structural errors: 0 (non-zero not in sparsity pattern) -| | | | | | Max relative error: 1.056e-01 -| | warning | | | Derivative test failed (2 numerical, 0 structural errors) -LOG_NLS_DERIVATIVE_TEST | info | kinsol: Derivative test (atol=2.22045e-14, rtol=1.00000e-04, scaled = false, Caller: kinsol: Jacobian eval): -| | | | | Matrix Info -| | | | | | NLS index = 8 -| | | | | | Columns = 2 -| | | | | | Rows = 2 -| | | | | | NNZ = 4 -| | | | | | Curr Time = 0.00000e+00 -| | | | | Anomalies -| | | | | | Column / Variable: 2, Name: z -| | | | | | | Type Col Row Symbolic Numerical RelError -| | | | | | | Numerical 2 2 +2.51978675e+01 +2.51248512e+01 +2.89771587e-03 -| | | | | Summary -| | | | | | Numerical errors: 1 (value mismatch w.r.t. reference) -| | | | | | Structural errors: 0 (non-zero not in sparsity pattern) -| | | | | | Max relative error: 2.898e-03 -| | warning | | | Derivative test failed (1 numerical, 0 structural errors) -LOG_NLS_DERIVATIVE_TEST | info | kinsol: Derivative test (atol=2.22045e-14, rtol=1.00000e-04, scaled = false, Caller: kinsol: Jacobian eval): -| | | | | Matrix Info -| | | | | | NLS index = 8 -| | | | | | Columns = 2 -| | | | | | Rows = 2 -| | | | | | NNZ = 4 -| | | | | | Curr Time = 0.00000e+00 -| | | | | Anomalies -| | | | | | Column / Variable: 2, Name: z -| | | | | | | Type Col Row Symbolic Numerical RelError -| | | | | | | Numerical 2 2 +1.70417465e+01 +1.70390601e+01 +1.57636595e-04 -| | | | | Summary -| | | | | | Numerical errors: 1 (value mismatch w.r.t. reference) -| | | | | | Structural errors: 0 (non-zero not in sparsity pattern) -| | | | | | Max relative error: 1.576e-04 -| | warning | | | Derivative test failed (1 numerical, 0 structural errors) -LOG_NLS_DERIVATIVE_TEST | info | kinsol: Derivative test (atol=2.22045e-14, rtol=1.00000e-04, scaled = false, Caller: kinsol: Jacobian eval): -| | | | | Matrix Info -| | | | | | NLS index = 8 -| | | | | | Columns = 2 -| | | | | | Rows = 2 -| | | | | | NNZ = 4 -| | | | | | Curr Time = 0.00000e+00 -| | | | | Anomalies -| | | | | Summary -| | | | | | Numerical errors: 0 (value mismatch w.r.t. reference) -| | | | | | Structural errors: 0 (non-zero not in sparsity pattern) -| | | | | | Max relative error: 6.024e-06 -LOG_NLS_DERIVATIVE_TEST | info | kinsol: Derivative test (atol=2.22045e-14, rtol=1.00000e-04, scaled = false, Caller: kinsol: Jacobian eval): -| | | | | Matrix Info -| | | | | | NLS index = 8 -| | | | | | Columns = 2 -| | | | | | Rows = 2 -| | | | | | NNZ = 4 -| | | | | | Curr Time = 0.00000e+00 -| | | | | Anomalies -| | | | | Summary -| | | | | | Numerical errors: 0 (value mismatch w.r.t. reference) -| | | | | | Structural errors: 0 (non-zero not in sparsity pattern) -| | | | | | Max relative error: 2.088e-07 -LOG_NLS_DERIVATIVE_TEST | info | kinsol: Derivative test (atol=2.22045e-14, rtol=1.00000e-04, scaled = false, Caller: kinsol: Jacobian eval): -| | | | | Matrix Info -| | | | | | NLS index = 8 -| | | | | | Columns = 2 -| | | | | | Rows = 2 -| | | | | | NNZ = 4 -| | | | | | Curr Time = 0.00000e+00 -| | | | | Anomalies -| | | | | Summary -| | | | | | Numerical errors: 0 (value mismatch w.r.t. reference) -| | | | | | Structural errors: 0 (non-zero not in sparsity pattern) -| | | | | | Max relative error: 2.265e-07 -LOG_NLS_DERIVATIVE_TEST | info | kinsol: Derivative test (atol=2.22045e-14, rtol=1.00000e-04, scaled = false, Caller: kinsol: Jacobian eval): -| | | | | Matrix Info -| | | | | | NLS index = 8 -| | | | | | Columns = 2 -| | | | | | Rows = 2 -| | | | | | NNZ = 4 -| | | | | | Curr Time = 0.00000e+00 -| | | | | Anomalies -| | | | | Summary -| | | | | | Numerical errors: 0 (value mismatch w.r.t. reference) -| | | | | | Structural errors: 0 (non-zero not in sparsity pattern) -| | | | | | Max relative error: 2.503e-07 -LOG_NLS_DERIVATIVE_TEST | info | kinsol: Derivative test (atol=2.22045e-14, rtol=1.00000e-04, scaled = false, Caller: kinsol: Jacobian eval): -| | | | | Matrix Info -| | | | | | NLS index = 8 -| | | | | | Columns = 2 -| | | | | | Rows = 2 -| | | | | | NNZ = 4 -| | | | | | Curr Time = 0.00000e+00 -| | | | | Anomalies -| | | | | Summary -| | | | | | Numerical errors: 0 (value mismatch w.r.t. reference) -| | | | | | Structural errors: 0 (non-zero not in sparsity pattern) -| | | | | | Max relative error: 2.711e-07 -LOG_NLS_DERIVATIVE_TEST | info | kinsol: Derivative test (atol=2.22045e-14, rtol=1.00000e-04, scaled = false, Caller: kinsol: Jacobian eval): -| | | | | Matrix Info -| | | | | | NLS index = 8 -| | | | | | Columns = 2 -| | | | | | Rows = 2 -| | | | | | NNZ = 4 -| | | | | | Curr Time = 0.00000e+00 -| | | | | Anomalies -| | | | | Summary -| | | | | | Numerical errors: 0 (value mismatch w.r.t. reference) -| | | | | | Structural errors: 0 (non-zero not in sparsity pattern) -| | | | | | Max relative error: 2.713e-07 -LOG_NLS_DERIVATIVE_TEST | info | kinsol: Derivative test (atol=2.22045e-14, rtol=1.00000e-04, scaled = false, Caller: kinsol: Jacobian eval): -| | | | | Matrix Info -| | | | | | NLS index = 16 -| | | | | | Columns = 2 -| | | | | | Rows = 2 -| | | | | | NNZ = 4 -| | | | | | Curr Time = 0.00000e+00 -| | | | | Anomalies -| | | | | Summary -| | | | | | Numerical errors: 0 (value mismatch w.r.t. reference) -| | | | | | Structural errors: 0 (non-zero not in sparsity pattern) -| | | | | | Max relative error: 2.711e-07 -LOG_NLS_DERIVATIVE_TEST | info | kinsol: Derivative test (atol=2.22045e-14, rtol=1.00000e-04, scaled = false, Caller: kinsol: Jacobian eval): -| | | | | Matrix Info -| | | | | | NLS index = 16 -| | | | | | Columns = 2 -| | | | | | Rows = 2 -| | | | | | NNZ = 4 -| | | | | | Curr Time = 0.00000e+00 -| | | | | Anomalies -| | | | | Summary -| | | | | | Numerical errors: 0 (value mismatch w.r.t. reference) -| | | | | | Structural errors: 0 (non-zero not in sparsity pattern) -| | | | | | Max relative error: 2.711e-07 -LOG_SUCCESS | info | The initialization finished successfully without homotopy method. +messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. LOG_SUCCESS | info | The simulation finished successfully. " end SimulationResult; "" Equation mismatch: omc-diff says: Failed 'N' 'S' Line 6: Text differs: expected: messages = "LOG_NLS_DERIVATIVE_TEST | info | kinsol: Derivative test (atol= got: messages = "LOG_SUCCESS | info | The initialization finished successfully without homotopy method. == 1 out of 1 tests failed [openmodelica/cruntime/debugDumps/testDumpDerivativeTest.mos_temp4846, time: 0] Output mismatch (see stdout for details) + terminateTest ... equation mismatch [time: 2] ==== Log /tmp/omc-rtest-omtmpuser/omsimulator/terminateTest.mos_temp3724/log-terminateTest.mos true "" "terminateTest.fmu" "Warning: The initial conditions are not fully specified. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->Show additional information from the initialization process, in OMNotebook call setCommandLineOptions(\"-d=initialization\"). Notification: Building FMU for platform 'static' (1/1). Notification: Finished FMU for platform 'static' (1/1). " 0 "info: *** FMU Simulation Info *** - model: terminateTest (model exchange) - startTime: 0.000000 - stopTime: 1.500000 - tolerance: 0.000001 - stepSize: 0.002000 info: maximum step size for 'terminateTest.root': 0.002000 info: Result file: terminateTest_res.mat (bufferSize=1) [<interactive>:6:7-6:31:writable] LOG_STDOUT | info | Simulation call terminate() at time 1.200000 | | | | Message : Terminated. info: Simulation terminated by FMU terminateTest.root.terminateTest at time 1.200000 info: Final Statistics for 'terminateTest.root': NumSteps = 0 NumRhsEvals = 0 NumLinSolvSetups = 0 NumNonlinSolvIters = 0 NumNonlinSolvConvFails = 0 NumErrTestFails = 0 " Equation mismatch: diff says: --- /tmp/omc-rtest-omtmpuser/omsimulator/terminateTest.mos_temp3724/equations-expected2026-08-25 16:13:57.964220677 +0000 +++ /tmp/omc-rtest-omtmpuser/omsimulator/terminateTest.mos_temp3724/equations-got2026-08-25 16:13:59.724221281 +0000 @@ -12,11 +12,13 @@ - stopTime: 1.500000 - tolerance: 0.000001 - stepSize: 0.002000 info: maximum step size for 'terminateTest.root': 0.002000 info: Result file: terminateTest_res.mat (bufferSize=1) -[<interactive>:6:7-6:31:writable]Modelica Terminate: Terminated.! +[<interactive>:6:7-6:31:writable] +LOG_STDOUT | info | Simulation call terminate() at time 1.200000 +| | | | Message : Terminated. info: Simulation terminated by FMU terminateTest.root.terminateTest at time 1.200000 info: Final Statistics for 'terminateTest.root': NumSteps = 0 NumRhsEvals = 0 NumLinSolvSetups = 0 NumNonlinSolvIters = 0 NumNonlinSolvConvFails = 0 NumErrTestFails = 0 " Equation mismatch: omc-diff says: Line 17: Text differs: expected: :writable]Modelica Terminate: Terminated.! got: :writable] == 1 out of 1 tests failed [omsimulator/terminateTest.mos_temp3724, time: 2]