reformat

Author: haggaila

lindbladmpo/LindbladMPOSolver.py

@@ -955,7 +955,11 @@ def verify_parameters(
                         "Error 410: " + key + " must be a non-negative integer\n"
                     )
                     continue
-            elif (key == "cut_off") or (key == "cut_off_rho") or (key == "cut_off_observable"):
+            elif (
+                (key == "cut_off")
+                or (key == "cut_off_rho")
+                or (key == "cut_off_observable")
+            ):
                 if not LindbladMPOSolver.is_float(parameters[key]):
                     check_msg += "Error 420: " + key + " is not a float\n"
                     continue

lindbladmpo/examples/simulation_building/LindbladMatrixSolver.py

@@ -394,7 +394,7 @@ def solve(self):
 
             if parameters.get("b_save_final_state", False):  # Write final state
                 np.save(self.s_output_path + ".state", sol.y[-1])
-            cut_off_observable = parameters.get("cut_off_observable", .0)
+            cut_off_observable = parameters.get("cut_off_observable", 0.0)
 
             file_1q = open(self.s_output_path + ".obs-1q.dat", "w")
             file_2q = open(self.s_output_path + ".obs-2q.dat", "w")
@@ -421,7 +421,7 @@ def solve(self):
                             f"{key[0].upper()}, qubit {key[1] + 1}.\n"
                         )
                     if cut_off_observable and (abs(val) < cut_off_observable):
-                        val = .0
+                        val = 0.0
                     file_1q.write(f"{t}\t{key[0].upper()}\t{key[1] + 1}\t{val.real}\n")
                 file_1q.write("\n")
                 file_1q.flush()
@@ -435,7 +435,7 @@ def solve(self):
                             f"{key[0].upper()}, qubits ({key[1] + 1}, {key[2] + 1}).\n"
                         )
                     if cut_off_observable and (abs(val) < cut_off_observable):
-                        val = .0
+                        val = 0.0
                     file_2q.write(
                         f"{t}\t{key[0].upper()}\t{key[1] + 1}\t{key[2] + 1}\t{val.real}\n"
                     )
@@ -452,7 +452,7 @@ def solve(self):
                             f"{key[3] + 1}).\n"
                         )
                     if cut_off_observable and (abs(val) < cut_off_observable):
-                        val = .0
+                        val = 0.0
                     file_3q.write(
                         f"{t}\t{key[0].upper()}\t{key[1] + 1}\t{key[2] + 1}\t{key[3] + 1}\t{val.real}\n"
                     )
@@ -467,7 +467,7 @@ def solve(self):
                             f"{obs_cu_name}.\n"
                         )
                     if cut_off_observable and (abs(val) < cut_off_observable):
-                        val = .0
+                        val = 0.0
                     file_cu.write(f"{t}\t{obs_cu_name}\t{val.real}\n")
                     # print(f"{t}\t{obs_cu_name}\t{val.real}")
                 file_cu.write("\n")