EcolScaler uses generic MagnetsScaler

Ecol.py

@@ -1,56 +1,25 @@
-from slic.core.adjustable import Adjustable
+from magnets import MagnetsScaler
-from slic.core.device import SimpleDevice
-
-from magnet import Magnet
 
 
-class EcolScaler(Adjustable):
+MAGNET_NAMES = (
+    "SARCL02-MQUA130",
+    "SARCL02-MQUA150",
+    "SARCL02-MQSK160",
+    "SARCL02-MQUA210",
+    "SARCL02-MQUA250",
+    "SARCL02-MQKS300",
+    "SARCL02-MQUA310",
+    "SARCL02-MQUA350",
+    "SARCL02-MQSK420",
+    "SARCL02-MQUA430",
+    "SARCL02-MQUA460"
+)
 
-    def __init__(self, ID="ECOL-SCALER", factor=1):
-        super().__init__(ID)
-        self.factor = factor
-        mag01 = Magnet("SARCL02-MQUA130")
-        mag02 = Magnet("SARCL02-MQUA150")
-        mag03 = Magnet("SARCL02-MQSK160")
-        mag04 = Magnet("SARCL02-MQUA210")
-        mag05 = Magnet("SARCL02-MQUA250")
-        mag06 = Magnet("SARCL02-MQKS300")
-        mag07 = Magnet("SARCL02-MQUA310")
-        mag08 = Magnet("SARCL02-MQUA350")
-        mag09 = Magnet("SARCL02-MQSK420")
-        mag10 = Magnet("SARCL02-MQUA430")
-        mag11 = Magnet("SARCL02-MQUA460")
-        self.magnets = SimpleDevice(
-            ID,
-            m01=mag01,
-            m02=mag02,
-            m03=mag03,
-            m04=mag04,
-            m05=mag05,
-            m06=mag06,
-            m07=mag07,
-            m08=mag08,
-            m09=mag09,
-            m10=mag10,
-            m11=mag11
-        )
 
-    def get_current_value(self):
+class EcolScaler(MagnetsScaler):
-        return self.factor
 
-    def set_target_value(self, factor):
+    def __init__(self, ID="ECOL-SCALER", magnet_names=MAGNET_NAMES, factor=1):
-        old_factor = self.factor
+        super().__init__(ID, magnet_names, factor=factor)
-        self.factor = factor
-        print(old_factor, factor)
-        tasks = []
-        for m in self.magnets:
-            current = m.get()
-            t = m.set(current / old_factor * factor)
-        for t in tasks:
-            t.wait()
-
-    def is_moving(self):
-        return any(m.is_moving() for m in self.magnets)