(#36) New Jupyter notebooks have been added that cover spring-block simulations using the CNS model.
(#37) Fixed a small bug in pyqdyn.py which caused the grid nodes to be slightly offset (by half the grid spacing).
(#38) Previously slip was computed by forward Euler integration of slip rate, which has a (much) lower-order accuracy than the implemented ODE solvers. To prevent the accumulation of discrepancies in the slip output for long-term simulations (see #17), the slip computation was incorporated within the ODE solver routine.
(#38) The low precision output of the simulation time (in time series output) caused round-off issues for long-term simulations. The Python wrapper (pyqdyn.py) now uses higher precision time values read from a separate output file (fort.121).
pyqdyn.pywhich caused the grid nodes to be slightly offset (by half the grid spacing).pyqdyn.py) now uses higher precision time values read from a separate output file (fort.121).