Update scripts/runmanager_remote.py

Complete commenting of the code, removed the manual time.sleep, now it relies on waiting for lyse to respond to each shot termination

scripts/runmanager_remote.py

@@ -1,62 +1,62 @@
-from labscript.labscript import labscript_init
+#this file runs the experiment through runmanager
-from runmanager import remote
+from datetime import datetime
-from datetime import datetime
+import time
-import time
+
-#from lyse import Run as lyse_run
+from os import listdir
-#from lyse import data as lyse_data
+
-from os import listdir
+#import for labscript
-
+from labscript.labscript import labscript_init
-
+from runmanager import remote
-#from labscript_utils import import_or_reload
+
-
+
-def run_experiment(routine_name, global_var):
+
-    #import_or_reload('labscriptlib.NNDy_TestSetup.connection_table')
+def run_experiment(routine_name, global_var):
-
+
-
+    hdf_path = f"C:\\Users\\DyLab\\PrepLab\\Experiments\\NNDy_TestSetup\\{routine_name}"
-    hdf_path = f"C:\\Users\\DyLab\\PrepLab\\Experiments\\NNDy_TestSetup\\{routine_name}"
+
-
+    #this way it should be loading the routine based on past executions, with the possibility of only changing the global variables
-    #this way it should be loading the routine based on past executions, with the possibility of only changing the global variables
+    #it's possible that there could be some issue if the script is changed before running MLOOP
-    #it's possible that there could be some issue if the script is changed before running MLOOP
+    #without further insights on this, it's recommended to always run the sequence once from runmanager GUI before running NNDy
-    #without further insights on this, it's recommended to always run the sequence from runmanager GUI before initiating MLOOP
+    labscript_init(hdf_path,
-    labscript_init(hdf_path,
+        new = True)
-        new = True)
+
-
+    runmanager_client = remote.Client()
-    runmanager_client = remote.Client()
+
-
+    runmanager_client.set_view_shots(False)
-    runmanager_client.set_view_shots(False)
+
-
+    runmanager_client.set_globals(global_var)
-    runmanager_client.set_globals(global_var)
+    #print of all the shot globals
-    print(f'globals: \n {runmanager_client.get_globals()}')
+    print(f'globals: \n {runmanager_client.get_globals()}')
-    #print(f'number of shots: \n {runmanager_client.n_shots()}')
+
-    hdf_path = runmanager_client.get_shot_output_folder()
+    #set the path to the shot that will be created 
-
+    hdf_path = runmanager_client.get_shot_output_folder()
-
+    
-    runmanager_client.engage()
+    
-    #print('engaged')
+    print(f'engaged, now waiting')
-
+    runmanager_client.engage()
-    #change measurement_time accordingly
+    #print('engaged')
-    # necessary becasuse engage() doesn't block execution   
+
-    measurement_time = global_var['T_wlm'] + global_var['wait_AWG'] + global_var['buffer_time']
+    #NNDy_ will make sure that the script is put on hold until the shot isn't sent to lyse
-    print(f'now waiting for {measurement_time} s')
+    #ask Jianshun for further info
-
+
-    time.sleep(measurement_time)
+
-    print('waiting time is over')
+    print('waiting time is over')
-
+
-    try:
+    #returns and retrieve the hdf5 file of the shot
-        hdf_files = listdir(hdf_path)
+
-        if len(hdf_files) == 0:
+    try:
-            raise ModuleNotFoundError
+        hdf_files = listdir(hdf_path)
-        else:
+        if len(hdf_files) == 0:
-            if len(hdf_files) > 1:
+            raise ModuleNotFoundError
-                raise ImportError
+        else:
-        hdf_file = hdf_path + "/" + hdf_files[0]
+            if len(hdf_files) > 1:
-            
+                raise ImportError
-    except (ModuleNotFoundError, ImportError) as e:
+        hdf_file = hdf_path + "/" + hdf_files[0]
-        raise Error(f'An error has occured while importing from hdf output folder: {e}')
+            
-
+    except (ModuleNotFoundError, ImportError) as e:
-    #run = lyse_run(hdf_file, no_write=True)
+        raise Error(f'An error has occured while importing from hdf output folder: {e}')
-    #print(hdf_file)
+
-
+
-    return hdf_file
+    return hdf_file
-
+
-
+