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. 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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 + 29x29 Total number of DAEs: 1898  (Dis)charge current: Drive cycle data will be used  Output times: 0, 1, 4, 7, 10, 11, 12, t_max = 50 sec.  Float precision: 64 bit Integer precision: 32 bit Numerical algorithm: BDF-2 Integration time t = [0, 1]: Number of equations: 1898 Step 1 :: t = 0.1 :: #> Step 2 :: t = 0.3 :: #> Step 3 :: t = 0.7 :: #> Step 4 :: t = 1 :: ### Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.85 :: ## Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.775 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.7375 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.71875 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.709375 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.704688 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.702344 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.701172 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.700586 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.700293 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.700146 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.700073 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.700037 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.700018 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.700009 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.700005 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.700002 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.700001 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.700001 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.7 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.7 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.7 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.7 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.7 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.7 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.7 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.7 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo Step 4 :: t = 0.7 :: # Newton iterations diverged. Review the solver options. Trying to recover... # <- redo ERROR: The time step was reduced to 5.58794e-10 but the scheme failed to converge ...FAILED