print binding_energy, count_rate
else:
query = "insert into xy_values_" + self.chamber_name + " "
query += "set measurement = " + str(self.table_id) + ", "
query += "x=" + str(mass) + ", "
query += "y=" + str(value)
queue.put(query)
if __name__ == "__main__":
timestamp = sqlTime()
comment = 'Cold ion-pump'
sql_queue = Queue.Queue()
sql_saver = SQL_saver.sql_saver(sql_queue, 'tof')
sql_saver.daemon = True
sql_saver.start()
massscan = MassScan('tof-agilent-34972a')
ms_id = massscan.create_table('Mass Scan', timestamp, comment)
massscan.table_id = ms_id
print ms_id
massscan.scan(0, 50, 0.05, sql_queue)
time.sleep(1)
print sql_queue.qsize()
import qms
import qmg420
import Queue
import sys
import time
sys.path.append('../')
import SQL_saver
sql_queue = Queue.Queue()
sql_saver = SQL_saver.sql_saver(sql_queue,'dummy')
sql_saver.daemon = True
sql_saver.start()
qmg = qmg420.qmg_420()
qmg.comm('CHA 0')
print qmg.comm('RSC')
qmg.comm('CHA 1')
print qmg.comm('RSC')
qmg.comm('CHA 2')
print qmg.comm('RSC')
qmg.comm('CHA 3')
print qmg.comm('RSC')
qmg.comm('CHA 4')
print qmg.comm('RSC')
print binding_energy, count_rate
else:
query = "insert into xy_values_" + self.chamber_name + " "
query += "set measurement = " + str(self.table_id) + ", "
query += "x=" + str(binding_energy) + ", "
query += "y=" + str(count_rate)
queue.put(query)
if __name__ == "__main__":
timestamp = sqlTime()
comment = 'Test-scan'
sql_queue = Queue.Queue()
sql_saver = SQL_saver.sql_saver(sql_queue, 'volvo')
sql_saver.daemon = True
sql_saver.start()
xps = XPS('volvo-agilent-34972a', 'Mg')
xps_id = xps.create_table('XPS data', timestamp, comment)
current_id = xps.create_table('Sample current', timestamp, comment)
xps.table_id = xps_id
print xps_id
print current_id
xps.scan(1100, 1300, 1, sql_queue) #Work function scan
#xps.scan(0,780,1, sql_queue) #XPS scan
#xps.scan(85,125,1, sql_queue) #Scan for silicon (Si2p)
#xps.scan(709,759,1, sql_queue) #Scan for Cesium (Cs3d(5/2))
else:
query = "insert into xy_values_" + self.chamber_name + " "
query += "set measurement = " + str(self.table_id) + ", "
query += "x=" + str(binding_energy) + ", "
query += "y=" + str(count_rate)
queue.put(query)
if __name__ == "__main__":
timestamp = sqlTime()
comment = 'Test-scan'
sql_queue = Queue.Queue()
sql_saver = SQL_saver.sql_saver(sql_queue, 'volvo')
sql_saver.daemon = True
sql_saver.start()
xps = XPS('volvo-agilent-34972a','Mg')
xps_id = xps.create_table('XPS data', timestamp, comment)
current_id = xps.create_table('Sample current', timestamp, comment)
xps.table_id = xps_id
print xps_id
print current_id
xps.scan(1100,1300,1, sql_queue) #Work function scan
#xps.scan(0,780,1, sql_queue) #XPS scan
#xps.scan(85,125,1, sql_queue) #Scan for silicon (Si2p)
#xps.scan(709,759,1, sql_queue) #Scan for Cesium (Cs3d(5/2))
import time
sys.path.append('../../')
import SQL_saver
sys.path.append('../../qms/')
import qms as ms
import qmg420
import qmg_status_output
import qmg_meta_channels
import sql_credentials
timestamp = time.strftime("%Y-%m-%d %H:%M:%S")
sql_queue = Queue.Queue()
sql_saver = SQL_saver.sql_saver(sql_queue, sql_credentials.username)
sql_saver.daemon = True
sql_saver.start()
qmg = qmg420.qmg_420(switch_range=True)
# This mass spec had a wrong order of range 9 and 11
qms = ms.qms(qmg, sql_queue)
#qms.chamber = 'ps' #Uncomment this to save data in correct db
qms.communication_mode(computer_control=True)
channel_list = qms.read_ms_channel_list('channel_list.txt')
printer = qmg_status_output.qms_status_output(qms, sql_saver_instance=sql_saver)
printer.daemon = True
printer.start()
import time
sys.path.append('../../')
import SQL_saver
sys.path.append('../../qms/')
import qms as ms
import qmg420
import qmg_status_output
import qmg_meta_channels
import sql_credentials
timestamp = time.strftime("%Y-%m-%d %H:%M:%S")
sql_queue = Queue.Queue()
sql_saver = SQL_saver.sql_saver(sql_queue, sql_credentials.username)
sql_saver.daemon = True
sql_saver.start()
qmg = qmg420.qmg_420(switch_range=True)
# This mass spec had a wrong order of range 9 and 11
qms = ms.qms(qmg, sql_queue)
qms.chamber = 'ps' #Uncomment this to save data in correct db
qms.sql_credentials = sql_credentials.username
qms.communication_mode(computer_control=True)
channel_list = qms.read_ms_channel_list('channel_list.txt')
print channel_list
print binding_energy, count_rate
else:
query = "insert into xy_values_" + self.chamber_name + " "
query += "set measurement = " + str(self.table_id) + ", "
query += "x=" + str(mass) + ", "
query += "y=" + str(value)
queue.put(query)
if __name__ == "__main__":
timestamp = sqlTime()
comment = 'Cold ion-pump'
sql_queue = Queue.Queue()
sql_saver = SQL_saver.sql_saver(sql_queue, 'tof')
sql_saver.daemon = True
sql_saver.start()
massscan = MassScan('tof-agilent-34972a')
ms_id = massscan.create_table('Mass Scan', timestamp, comment)
massscan.table_id = ms_id
print ms_id
massscan.scan(0,50,0.05, sql_queue)
time.sleep(1)
print sql_queue.qsize()
for i in range(0,len(samples)):
j += 1
new_query = query + str(first_mass + j / samples_pr_unit) + ', y = ' + str(samples[i])
self.sqlqueue.put(new_query)
self.current_action = 'Emptying Queue'
while not self.sqlqueue.empty():
self.measurement_runtime = time.time()-start_time
time.sleep(0.1)
time.sleep(0.5)
if __name__ == "__main__":
timestamp = time.strftime("%Y-%m-%d %H:%M:%S")
sql_queue = Queue.Queue()
sql_saver = SQL_saver.sql_saver(sql_queue,'microreactor')
sql_saver.daemon = True
sql_saver.start()
qmg = qmg422.qmg_422()
qms = qms(qmg, sql_queue)
qms.communication_mode(computer_control=True)
#printer = qmg_status_output.qms_status_output(qms,sql_saver_instance=sql_saver)
#printer.daemon = True
#printer.start()
#qms.mass_scan(0,50,comment = 'Optimizing H2-peak')
time.sleep(1)
