Building user-defined chemistry... -- The C compiler identification is GNU 8.5.0 -- The CXX compiler identification is GNU 8.5.0 -- Detecting C compiler ABI info -- Detecting C compiler ABI info - done -- Check for working C compiler: /usr/bin/cc - skipped -- Detecting C compile features -- Detecting C compile features - done -- Detecting CXX compiler ABI info -- Detecting CXX compiler ABI info - done -- Check for working CXX compiler: /usr/bin/c++ - skipped -- Detecting CXX compile features -- Detecting CXX compile features - done -- MKLROOT environment variable not found. Will use default MKL paths... -- Unix (not Apple) OS detected... -- MODEL_PARAMETERS path: /home/ik3g18/workspace/legacy/dandeliion-server/dandeliion-django/builds/5d0dd472-9f54-4d3b-8438-31c8c991fa36/params -- MODEL_DISCRETISATION path: /home/ik3g18/workspace/DandeLiion/src/FV -- Configuring done (0.6s) -- Generating done (0.0s) -- Build files have been written to: /home/ik3g18/workspace/legacy/dandeliion-server/dandeliion-django/builds/5d0dd472-9f54-4d3b-8438-31c8c991fa36/build [ 3%] Building CXX object CMakeFiles/daecpp_static.dir/dae-cpp/src/matrix_add.cpp.o [ 6%] Building CXX object CMakeFiles/daecpp_static.dir/dae-cpp/src/solver.cpp.o [ 10%] Building CXX object CMakeFiles/daecpp_static.dir/dae-cpp/src/time_stepper.cpp.o [ 13%] Building CXX object CMakeFiles/daecpp_static.dir/dae-cpp/src/jacobian.cpp.o [ 20%] Building CXX object CMakeFiles/daecpp_static.dir/dae-cpp/src/matrix_converter.cpp.o [ 20%] Building CXX object CMakeFiles/daecpp_static.dir/dae-cpp/src/matrix_checker.cpp.o [ 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/home/ik3g18/workspace/legacy/dandeliion-server/dandeliion-django/builds/5d0dd472-9f54-4d3b-8438-31c8c991fa36/build/bin/rebuild.sh -- Installing: /home/ik3g18/workspace/legacy/dandeliion-server/dandeliion-django/builds/5d0dd472-9f54-4d3b-8438-31c8c991fa36/build/bin/run_example.sh Executing...  Full Cell 1D+1D Newman model ============================ Trying to open cell.txt...FOUND Trying to open anode.txt...FOUND Trying to open cathode.txt...FOUND Trying to open separator.txt...FOUND Trying to open output.txt...FOUND  Battery cells: 1 Grid (Liquid x Solid): 29x29 + 19 + 39x29 Total number of DAEs: 2218  (Dis)charge current: Drive cycle data will be used  Output times: 0, 0, 10, 11, 12, 13, 15, 20, 25, 50, 100, t_max = 100 sec.  Float precision: 64 bit Integer precision: 32 bit Numerical algorithm: BDF-2 Integration time t = [0, 0]: Integration time t = [0, 10]: Number of equations: 2218 Step 1 :: t = 0.1 :: #> Step 2 :: t = 0.3 :: #> Step 3 :: t = 0.7 :: #> Step 4 :: t = 1.5 :: #> Step 5 :: t = 3.1 :: #> Step 6 :: t = 6.3 :: #> Step 7 :: t = 10 :: ### Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 8.15 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 7.225 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.7625 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.53125 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.41563 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.35781 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.32891 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.31445 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.30723 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.30361 :: ## Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.30181 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.3009 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.30045 :: ## Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.30023 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.30011 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.30006 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.30003 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.30001 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.30001 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.3 :: ## Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.3 :: ## Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.3 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.3 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.3 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.3 :: ## Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.3 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.3 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.3 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.3 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.3 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 7 :: t = 6.3 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo ERROR: The time step was reduced to 8.61473e-10 but the scheme failed to converge ...FAILED