missing an import on macos, finish polishing benchmarks

Signed-off-by: DONNOT Benjamin <benjamin.donnot@rte-france.com>

CHANGELOG.rst

@@ -26,6 +26,16 @@ TODO: in `main.cpp` check the returned policy of pybind11 and also the `py::call
 TODO: a cpp class that is able to compute (DC powerflow) ContingencyAnalysis and TimeSeries using PTDF and LODF
 TODO: integration test with pandapower (see `pandapower/contingency/contingency.py` and import `lightsim2grid_installed` and check it's True)
 
+[0.10.1] 2025-01-xx
+----------------------
+- [FIXED] some timings on the benchmarks were not measured at the right time
+- [ADDED] more benchmarks especially for DC powerflow
+- [ADDED] a `dfpc` function that can replace the pandapower `dcpf` interal function
+- [ADDED] packaging package as a dependency
+- [IMPROVED] benchmark on the documentation
+  (clarity of what is done)
+- [IMPROVED] consistency of the names and measured times accross the different benchmarks
+
 [0.10.0] 2024-12-17
 -------------------
 - [BREAKING] disconnected storage now raises errors if some power is produced / absorbed, when using legacy grid2op version,

benchmarks/benchmark_grid_size.py

@@ -360,7 +360,7 @@ def run_grid2op_env(env_lightsim, case, reset_solver,
                                      env_lightsim.backend.tol)
         time_serie._TimeSerie__computed = True
         a_or = time_serie.compute_A()
-        assert status, f"some powerflow diverge for Time Series for {case_name}: {computer.nb_solved()} "
+        assert status or computer.nb_solver() == nb_step_pp, f"some powerflow diverge for Time Series for {case_name}: {computer.nb_solved()} "
 
         if VERBOSE:
             # print detailed results if needed
@@ -403,7 +403,32 @@ def run_grid2op_env(env_lightsim, case, reset_solver,
     print_configuration()
     print(f"Solver used for linear algebra: {linear_solver_used_str}")
     print()
-
+
+    print("TL;DR")
+    tab_tldr = []
+    for i, nm_ in enumerate(case_names_displayed):
+        tab_tldr.append((nm_,
+                         ts_sizes[i],
+                         1000. * ls_gridmodel_time[i] / nb_step if ls_gridmodel_time[i] else None,
+                         1000. * ls_gridmodel_time_reset[i] / nb_step_reset if ls_gridmodel_time_reset[i] else None,
+                         1000. / ts_speeds[i] if ts_speeds[i] else None,
+                         1000. / sa_speeds[i] if sa_speeds[i] else None,
+                         ))
+    if TABULATE_AVAIL:
+        res_use_with_grid2op_2 = tabulate(tab_tldr,
+                                          headers=["grid",
+                                                   "size (nb bus)",
+                                                   "time (recycling)",
+                                                   "time (no recycling)",
+                                                   "time (`TimeSerie`)",
+                                                   "time (`ContingencyAnalysis`)",
+                                                   ], 
+                                          tablefmt="rst")
+        print(res_use_with_grid2op_2)
+    else:
+        print(tab_tldr)
+    print()
+
     print("Results using grid2op.steps (288 consecutive steps, only measuring 'dc pf [init] + ac pf') (no recycling allowed, non default)")
     tab_g2op = []
     for i, nm_ in enumerate(case_names_displayed):
@@ -417,7 +442,7 @@ def run_grid2op_env(env_lightsim, case, reset_solver,
                          ))
     if TABULATE_AVAIL:
         res_use_with_grid2op_2 = tabulate(tab_g2op,
-                                          headers=["grid",
+                                          headers=["grid name",
                                                    "size (nb bus)",
                                                    "avg step duration (ms)",
                                                    "time [DC + AC] (ms / pf)",
@@ -450,8 +475,8 @@ def run_grid2op_env(env_lightsim, case, reset_solver,
                                                    "avg step duration (ms)",
                                                    "time [DC + AC] (ms / pf)",
                                                    "speed (pf / s)",
-                                                   "time in 'gridmodel' (ms / pf)",
-                                                   "time in 'pf algo' (ms / pf)",
+                                                   "time in 'solver' (ms / pf)",
+                                                   "time in 'algo' (ms / pf)",
                                                    ], 
                                           tablefmt="rst")
         print(res_use_with_grid2op_2)