Example 5 not working - misaligned dimensions

[landky]

Example 5 doesn't run. I haven't changed any of the provided dependency or marginal fit files.

2025-05-08 10:14:54.575 | INFO     | marinetools.temporal.simulation:simulation:89 - Simulation no. 0001 of 0005
---------------------------------------------------------------------------
ValueError                                Traceback (most recent call last)
Cell In[4], [line 1](vscode-notebook-cell:?execution_count=4&line=1)
----> [1](vscode-notebook-cell:?execution_count=4&line=1) simulation.simulation(params)

File C:\checkouts\branches\python\klandon\In-progress\marinetools-main\src\marinetools\temporal\simulation.py:318, in simulation(param, tidalConstituents, dur_storm_calms, seed, include)
    [310](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:310) df["n"] = (
    [311](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:311)     (df.index.dayofyear + df.index.hour / 24.0 - 1)
    [312](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:312)     / pd.to_datetime(
    [313](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:313)         {"year": df.index.year, "month": 12, "day": 31, "hour": 23}
    [314](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:314)     ).dt.dayofyear
    [315](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:315) ).values
    [317](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:317) # Create the stationary full simulation
--> [318](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:318) zsim = var_simulation(param["TD"], len(df), "normal")
    [320](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:320) for ind_, var_ in enumerate(param["TD"]["vars"]):
    [321](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:321)     # Compute the inverse of the Gaussian PM
    [322](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:322)     dfj = pd.DataFrame(
    [323](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:323)         st.norm.cdf(zsim[:, ind_]), index=df.index, columns=["prob"]
    [324](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:324)     )

File C:\checkouts\branches\python\klandon\In-progress\marinetools-main\src\marinetools\temporal\simulation.py:527, in var_simulation(par, lsim, distribution)
    [525](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:525)     z = np.fliplr(zsim[:, i - ord_ : i])
    [526](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:526)     z1 = np.vstack((1, np.reshape(z.T, (ord_ * dim, 1))))
--> [527](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:527)     zsim[:, i] = np.dot(par["B"], z1).T + y[:, i]
    [529](file:///C:/checkouts/branches/python/klandon/In-progress/marinetools-main/src/marinetools/temporal/simulation.py:529) return zsim.T

File <__array_function__ internals>:200, in dot(*args, **kwargs)

ValueError: shapes (2,117) and (115,1) not aligned: 117 (dim 1) != 115 (dim 0)