Fixing problem with import of LTSpiceLogReader from LTSteps.py

Removing the "Ignore" messge on the lines after the .END statement on the spice_editor.py

PyLTSpice/LTSteps.py

@@ -153,6 +153,6 @@ def valid_extension(filename):
             data.export_data(fname_out)
             data.export_data(fname_out)
 
-    # input("Press Enter to Continue")
 
-main()
+if __name__ == "__main__":
+    main()

PyLTSpice/sim/spice_editor.py

@@ -980,9 +980,9 @@ def reset_netlist(self) -> None:
                 finished = self._add_lines(lines)
                 if not finished:
                     raise SyntaxError("Netlist with missing .END or .ENDS statements")
-                else:
-                    for remainig_lines in lines:
-                        print("Ignoring %s" % remainig_lines)
+                # else:
+                #     for _ in lines:  # Consuming the rest of the file.
+                #         pass  # print("Ignoring %s" % _)
         else:
             self.logger.error("Netlist file not found")
 

tests/Batch_Test_1.log

@@ -1,8 +1,5 @@
 Circuit: * C:\sandbox\PySpice\tests\Batch_Test.asc
 
-No AC stimulus found:
-     Set the value of a current or voltage source to "AC 1."
-     to make it behave as a signal generator for AC analysis.
 Direct Newton iteration failed to find .op point.  (Use ".option noopiter" to skip.)
 Starting Gmin stepping
 Gmin = 10
@@ -14,54 +11,38 @@ Gmin = 0.000142725
 Gmin = 1.5325e-05
 Gmin = 1.6455e-06
 Gmin = 1.76685e-07
-vernier = 0.5
-vernier = 0.25
-Gmin = 6.41063e-08
-vernier = 0.125
-vernier = 0.0625
-vernier = 0.0833333
-Gmin = 6.04858e-08
-vernier = 0.111111
-Gmin = 4.7254e-08
-vernier = 0.148148
-vernier = 0.197531
-Gmin = 3.13284e-08
-vernier = 0.263374
-vernier = 0.351165
-Gmin = 1.6399e-08
-vernier = 0.46822
-Gmin = 6.0282e-09
-vernier = 0.624294
-vernier = 0.832392
-Gmin = 1.18541e-09
-vernier = 1
-Gmin = 1.36264e-10
-Gmin = 1.46313e-11
-Gmin = 1.57102e-12
-Gmin = 1.68687e-13
+Gmin = 1.89714e-08
+Gmin = 2.03704e-09
+Gmin = 2.18725e-10
+Gmin = 2.34854e-11
+Gmin = 2.52173e-12
+Gmin = 2.70769e-13
 Gmin = 0
 Gmin stepping succeeded in finding the operating point.
 
 
-Multiply defined .measure result:  gain   
+vout_rms: RMS(v(out))=1.06048 FROM 0 TO 0.001
+vin_rms: RMS(v(in))=0.707048 FROM 0 TO 0.001
+gain: vout_rms/vin_rms=1.49987
+vout1m: v(out)=-0.0013187 at 0.001
+period: time=9.87226e-09 at 9.87226e-09
 
-  Each .measure statement needs a unique result name.
 
-Date: Sun Apr 30 20:47:19 2023
-Total elapsed time: 0.079 seconds.
+Date: Fri May 26 16:11:46 2023
+Total elapsed time: 0.151 seconds.
 
 tnom = 27
 temp = 27
-method = trap
-totiter = 1029
-traniter = 0
-tranpoints = 0
-accept = 0
-rejected = 0
-matrix size = 20
-fillins = 17
+method = modified trap
+totiter = 2460
+traniter = 2092
+tranpoints = 1047
+accept = 1046
+rejected = 1
+matrix size = 11
+fillins = 2
 solver = Normal
-Avg thread counts: 2.4/0.0/4.4/1.6
-Matrix Compiler1:      82 opcodes
-Matrix Compiler2: off  [0.2]/0.4/0.7
+Avg thread counts: 1.3/1.6/1.6/1.3
+Matrix Compiler1: 566 bytes object code size  0.4/0.4/[0.2]
+Matrix Compiler2: 1.10 KB object code size  0.3/0.5/[0.2]
 

tests/batch_test4.py

@@ -1,4 +1,7 @@
+# coding=utf-8
 
+import sys
+sys.path.insert(0, '..')    # This is to allow the import from the PyLTSpice folder
 from PyLTSpice import SimRunner, SpiceEditor
 from PyLTSpice.sim.process_callback import ProcessCallback  # Importing the ProcessCallback class type
 
@@ -10,7 +13,7 @@ class CallbackProc(ProcessCallback):
     def callback(raw_file, log_file):
         print("Handling the simulation data of ""%s"", log file ""%s""" % (raw_file, log_file))
         # Doing some processing here
-        return "Parsed Result of ""%s""" % raw_file, ", log file ""%s""" % log_file
+        return "Parsed Result of ""%s""" % raw_file + ", log file ""%s""" % log_file
 
 
 if __name__ == "__main__":
@@ -40,8 +43,8 @@ def callback(raw_file, log_file):
             run_netlist_file = "{}_{}_{}.net".format(netlist.netlist_file.stem, opamp, supply_voltage)
             runner.run(netlist, run_filename=run_netlist_file, callback=CallbackProc)
 
-    for results in runner:
-        print(results)
+    for result in runner:
+        print(result)  # Prints the result of the callback function
 
     netlist.reset_netlist()
     netlist.add_instructions(   # Adding additional instructions