Now reading task from input from input parser

TCutility/results/adf.py

@@ -28,19 +28,9 @@ def get_calc_settings(info: Result) -> Result:
     reader_ams = cache.get(info.files['ams.rkf'])
     ret = Result()
 
-    # get the run type of the calculation
-    # read and split user input into words
-    user_input = reader_ams.read('General', 'user input').strip()
-    words = user_input.split()
-
-    # default task is SinglePoint
-    ret.task = 'SinglePoint'
-    for i, word in enumerate(words):
-        # task is always given with the task keyword
-        if word.lower() == 'task':
-            ret.task = words[i+1]
-            break
-
+    # set the calculation task at a higher level
+    ret.task = info.input.task
+
     # determine if calculation used relativistic corrections
     # if it did, variable 'escale' will be present in 'SFOs'
     # if it didnt, only variable 'energy' will be present

TCutility/results/dftb.py

@@ -13,18 +13,8 @@ def get_calc_settings(info: Result) -> Result:
     reader_ams = cache.get(info.files['ams.rkf'])
     ret = Result()
 
-    # get the run type of the calculation
-    # read and split user input into words
-    user_input = str(reader_ams.read('General', 'user input')).strip()
-    words = user_input.split()
-
-    # default task is SinglePoint
-    ret.task = 'SinglePoint'
-    for i, word in enumerate(words):
-        # task is always given with the task keyword
-        if word.lower() == 'task':
-            ret.task = words[i+1]
-            break
+    # set the calculation task at a higher level
+    ret.task = info.input.task
 
     # read properties of the calculation
     number_of_properties = int(reader_dftb.read('Properties', 'nEntries'))  # type: ignore plams does not include type hints. Returns int