helper functions for GUI

GUI-Comm.py

+import cmot_tof, freespace_green_resonance, narrow_cooling_tweezer_align
+
+'''
+"cmot_tof.py" =="CMTF"
+"freespace_green_resonance.py" =="FSGR"
+"narrow_cooling_tweezer_align.py" == "NCTA"
+
+
+'''
+outdir=""
+
+def create_ss_obj(tag, params = 0.0):
+    if (tag == "CMTF"):
+        SEQ = cmot_tof.make_sequence("seq", params)
+        return SEQ
+        
+    if (tag == "FSGR"):
+        SEQ = freespace_green_resonance.make_sequence("seq")
+        return SEQ
+
+    if (tag == "NCTA"):
+        SEQ = narrow_cooling_tweezer_align.make_sequence("seq", params)
+        return SEQ
+
+
+def sequences_in_super(Supersequence):
+    sequences_dict = Supersequence.to_primitives()
+    return sequences_dict
+
+def save_altered_super(seqs_dict):
+    new_super_seq = SuperSequence.from_primitives(outdir, "new_SSS", seqs_dict)
+    new_super_seq.save()
+
+def events_in_seq(name, seq):
+
+    supsequence = SuperSequence(outdir, name, seq)
+    sequenc = supsequence.by_times()
+    print(sequenc)
+    print(type(sequenc))
+    
+    '''
+    sequence = ssequence.to_sequence()
+    events_dict = sequence.to_primitives()
+    for i in events_dict.keys():
+        print(i)
+    return events_dict
+    '''
+
+ 
+
+
+
+
+def save_object(obj, filename):
+    with open(filename, 'wb') as outp:
+        pickle.dump(obj, outp, pickle.HIGHEST_PROTOCOL)
+
+
+def create_dig_event(board, channel, voltage, state, name, time):
+    eventaddr = 'Events/' + name + '_dig' + '.txt'
+    newevent = open(eventaddr, 'w')
+
+    #Fix string -> ints for mask and state
+    event = Event(EventType.Digital, board, connector=0, mask=ch(), state=ch())
+    save_object(event, eventaddr)
+    
+
+
+
+def create_ana_event(board, channel, voltage, state, name, time):
+    eventaddr = 'Events/' + name + '_ana' + '.txt'
+    newevent = open(eventaddr, 'w')
+
+
+    event = Event(EventType.Analog, board, connector=0, mask=ch(), state=ch())
+    save_object(event, eventaddr)
+
+
+
+
+def create_supersequence():
+    pass