edit the code to update x_b_fld_dt in every iteration in brie from in…

…let module

brie/brie.py

@@ -608,6 +608,7 @@ def update(self):
             self._inlets.shoreline_x = self._x_s
             self._inlets.bay_shoreline_x = self._x_b
             self._inlets.update(self._h_b, self._z)
+            self._x_b_fld_dt = self._inlets._x_b_fld_dt #get the updated values from inlet module
             self._Qinlet = self._inlets._Qinlet
 
 

brie/inlet_spinner.py

@@ -697,7 +697,7 @@ def inlet_morphodynamics(
 
     # reset arrays
     new_inlet = np.array([])
-    return inlet_idx, migr_up, delta, beta, alpha, Qs_in, inlet_age, Qinlet, inlet_y
+    return inlet_idx, migr_up, delta, beta, alpha, Qs_in, inlet_age, Qinlet, inlet_y, x_b_fld_dt #added x_b_fld_dt to the return values of the funtion to update the variable in brie
 
 
 def inlet_statistics(
@@ -1048,7 +1048,7 @@ def update(self, h_b, z): #updated value of h_b, and z were only updated in brie
                 self._man_n, self._d_b, self._marsh_cover, self._basin_width
             )  # do "fluid mechanics" of inlets
             # in paper they do sediment transport next, but I think it is okay to do it whenever
-            self._inlet_idx, migr_up, delta, beta, alpha, self._Qs_in, self._inlet_age, self._Qinlet, self._inlet_y = \
+            self._inlet_idx, migr_up, delta, beta, alpha, self._Qs_in, self._inlet_age, self._Qinlet, self._inlet_y, self._x_b_fld_dt = \
                 inlet_morphodynamics(
                     self._inlet_idx, self._new_inlet, self._time_index, wi_cell, self._ny, self._dy, self._x_b_fld_dt, w, # use time_index instead of time
                     self._q_s, self._h_b, di_eq, self._d_b, self._Qinlet, self._rho_w, ai_eq, wi_eq, self._wave_height,

tests/test_brie_matlab.py

@@ -59,7 +59,6 @@ def run_brie(n_steps, dt, dy, x_shoreline, wave_angle):
     )
 
     for _ in range(n_steps - 1):
-        print(brie.time)
         brie.update()  # update the model by a time step
 
     # finalize by deleting variables and make Qinlet m^3/yr
@@ -90,7 +89,6 @@ def test_brie_matlab(test_case, n_steps):
     assert actual_inlet_mean == pytest.approx(expected_inlet_mean, rel=0.1)
 
 if __name__ == "__main__":
-    print("This is running")
     test_case = ALL_CASES[5]
     n_steps = 128
     brie = run_brie(
@@ -100,9 +98,6 @@ def test_brie_matlab(test_case, n_steps):
         test_case["x_shoreline"],
         test_case["wave_angle"],
     )
-    print("###")
-    print(test_case["dt"])
-    print("###")
     actual_q_overwash_mean = brie._Qoverwash.mean()
     actual_inlet_mean = brie._Qinlet.mean()