script/Undulators/QFU_alignment.py

@@ -0,0 +1,26 @@
+unit = "SATUN06"
+bpmlist = ("SATUN01-DBPM070","SATUN02-DBPM070", "SATUN03-DBPM070", "SATUN04-DBPM070", "SATUN05-DBPM410", "SATUN06-DBPM070", "SATUN07-DBPM070", "SATUN08-DBPM070", "SATUN09-DBPM070", "SATUN10-DBPM070", "SATUN11-DBPM070", "SATUN12-DBPM070", "SATUN13-DBPM070", "SATUN14-DBPM410", "SATUN15-DBPM070", "SATUN16-DBPM070", "SATUN17-DBPM070", "SATUN18-DBPM070", "SATUN19-DBPM070", "SATUN20-DBPM070", "SATUN21-DBPM070", "SATUN22-DBPM070", "SATMA02-DBPM030", "SATMA02-DBPM060", "SATBD01-DBPM020", "SATBD01-DBPM060", "SATBD01-DBPM100")
+bpmlist2 = ("SATUN01-DBPM070","SATUN02-DBPM070", "SATUN03-DBPM070", "SATUN04-DBPM070", "SATUN05-DBPM410", "SATUN06-DBPM070", "SATUN07-DBPM070", "SATUN08-DBPM070", "SATUN09-DBPM070", "SATUN10-DBPM070")
+
+def read(bpmlist):
+    X, Y = [], []
+    for bpm in bpmlist:
+        X.append(caget(bpm + ":X2"))
+        Y.append(caget(bpm + ":Y2"))
+    return X, Y
+
+def average(bpmlist):
+    X,Y = [0 for i in range(27)], [0 for i in range(27)]
+    for i in range(10):
+        x, y = read(bpmlist)
+        X = arradd(X,x)
+        Y = arradd(Y,y)
+        print(i)
+    for val in X: val = val / 10
+    for val in Y: val = val / 10
+    return X, Y
+
+X1, Y1 = average(bpmlist)
+
+print(X1, Y1)
+res = Lscan