TEST = False


if TEST:
    set_exec_pars(path="/sls/X12SA/data/x12saop/Data10/bpm/{date}_{time}_{name}")

#rel_x = pico_bpm6_new_x.read()
rel_x = pico_bpm6_ts_x.read()

class XAxis(ReadableArray):
    def read(self):
        return [x + pico_bpm6_ts_sumall.getTimestamp() for x in rel_x]

    def getSize(self):
        return len(rel_x)    #only reads if cache is None

pico_bpm6_x_axis = XAxis()


set_device_alias(pico_bpm6_x_axis, "pico_bpm6_x_axis")
sensors = [pico_bpm6_ts_sumall, pico_bpm6_ts_cur1, pico_bpm6_ts_cur2, pico_bpm6_ts_cur3, pico_bpm6_ts_cur4]
setup_plotting(line_plots = sensors + [pico_bpm6_x_axis,])
caputq ("X12SA-OP-BPM6:TS:TSAcquire", 1)
caput ("X12SA-ES1-TTL:OUT_02", "HIGH")

for sensor in sensors: sensor.setMonitored(True)
try:
    mscan(pico_bpm6_ts_sumall, sensors + [pico_bpm6_x_axis,], 100) # 100 samples
    #mscan(pico_bpm6_ts_sumall, sensors, -1, 2.0) #Samples for 2s
    #tscan(pico_bpm6_ts_sumall, 100, 0.1) #100 samples every 0.1s
finally:    
    for sensor in sensors: sensor.setMonitored(False)
    caput ("X12SA-ES1-TTL:OUT_02", "LOW")




"""
#Parallel example
def scan1():
    mscan(pico_bpm6_new, [pico_bpm6_new, pico_bpm6_x_axis], 50)
    
def scan2():
    mscan(pico_bpm5_new, [pico_bpm5_new, pico_bpm5_x_axis], 50)

pico_bpm5_new.setMonitored(True)
pico_bpm6_new.setMonitored(True)
try:
    parallelize(scan1, scan2)
finally:
    pico_bpm6_new.setMonitored(False)
    pico_bpm5_new.setMonitored(False)
    

"""

#mscan([pico_bpm6_new, pico_bpm6_x_axis], 3600)caput X12SA-ES1-TTL:OUT_02 "LOW"