import os
start_time = time.time()
strTime = time.strftime("%Y" "%m" "%d" "%H" "%M" "%S", time.gmtime())
iterations=10
NoiseVariances=np.float32([1e-1, 0.5e-1, 1e-2, 0.5e-2, 1e-3, 0.5e-3])
dfile='ModelGenValidation_{}'.format(strTime)
AppOutput=[]
#------------------- following code myst be in all scripts--------------------
lta = Lta("127.0.0.1",60100) # all scripts must create an Lta object
try:
lta.connect() # connect to the Labview Host
lta.s.settimeout(30)
#---------------------Script code goes here------------------------------------
#------------------- Create output files -------------------------------------
Settings = lta.__get__('settings')
out_dir = Settings['Directories']['RootDir']+'\\'+Settings['Directories']['OutDir']+'\\'
output_python_path = ( out_dir + dfile + '.pkl')
output_matlab_path = ( out_dir + dfile + '.mat')
output_python = open(output_python_path, 'wb')
output_matlab = open(output_matlab_path, 'wb')
AppOut_arr = np.zeros((len(NoiseVariances)*iterations,), dtype=np.object)
#----------------------- Get App Config -------------------------------------
AppCfg = lta.__get__('app.config')
# -*- coding: utf-8 -*-
from lta import Lta
import sys
from lta_err import Lta_Error
#------------------- following code must be in all scripts--------------------
lta = Lta("127.0.0.1", 60100) # all scripts must create an Lta object
try:
lta.connect() # connect to the Labview Host
#---------------------Script code goes here------------------------------------
EvtCfg = lta.__get__('bus1.event.config')
EvtCfg['clEvtConfig']['Fs'] = 60
lta.__set__('bus1.event.config', EvtCfg)
lta.__run__()
EvtCfg = lta.__get__('bus1.event.config')
EvtCfg['clEvtConfig']['Fs'] = 30
lta.__set__('bus1.event.config', EvtCfg)
lta.__run__()
EvtCfg = lta.__get__('bus1.event.config')
EvtCfg['clEvtConfig']['Fs'] = 20
lta.__set__('bus1.event.config', EvtCfg)
lta.__run__()
#------------------all scripts should send their errors to labview------------
except Exception as ex:
err = Lta_Error(ex, sys.exc_info()) #format a labview error
lta.send_error(err, 3, 'Abort') #send the error to labview for display
lta.close()
print err
# -*- coding: utf-8 -*-
from lta import Lta
import sys
from lta_err import Lta_Error
import numpy as np
import time
#------------------- following code must be in all scripts--------------------
lta = Lta("127.0.0.1", 60100) # all scripts must create an Lta object
try:
lta.connect() # connect to the Labview Host
#---------------------Script code goes here------------------------------------
UsrTimeout = lta.s.gettimeout()
freq_list = [5000, 2000, 1000, 500, 200, 100, 80, 60, 50, 40]
for freq in freq_list:
dlyTime = -.150
AnalysisConfig = lta.__get__('Analysis.Config')
AnalysisConfig[None]['F0'] = np.uint32(freq)
lta.__set__('Analysis.Config', AnalysisConfig)
# after setting the clock properties, the Sync module becomes unlocked. Wait until it re-locks
while (dlyTime <= .175):
ClkProperties = lta.__get__('Sync.ClockProperties')
for element in ClkProperties[None]:
if element['clClocks']['Name'] == "Pgm_PPS":
element['clClocks']['Frequency'] = float(
# -*- coding: utf-8 -*-
from lta import Lta
import sys
from lta_err import Lta_Error
import time
import math
#------------------- following code must be in all scripts--------------------
lta = Lta("127.0.0.1", 60100) # all scripts must create an Lta object
try:
lta.connect() # connect to the Labview Host
#---------------------Script code goes here------------------------------------
UsrTimeout = lta.s.gettimeout()
# index offsets to function params
amplitude = 0
dcOffset = 1
dutyCycle = 2
frequency = 3
phase = 4
waveform = 5
# freq_list = [5000, 2000, 1000, 500, 200, 100, 50]
# freq_list = [200, 180, 160, 140, 120, 100, 80, 70, 60, 50, 40]
freq_list = [200, 160, 100, 80, 50, 40]
for freq in freq_list:
# dlyTime = -.600 # microseconds
#
# while (dlyTime < .325):
# -*- coding: utf-8 -*-
from lta import Lta
import sys
from lta_err import Lta_Error
#------------------- following code must be in all scripts--------------------
lta = Lta("127.0.0.1",60100) # all scripts must create an Lta object
try:
lta.connect() # connect to the Labview Host
#---------------------Script code goes here------------------------------------
#lta.__run__()
WfrmParam=lta.__get__('Sync.LockStatus')
#lta.__set__('test.wfrm.params',WfrmParam)
#lta.__run__()
#------------------all scripts should send their errors to labview------------
except Exception as ex:
err = Lta_Error(ex,sys.exc_info()) #format a labview error
lta.send_error(err,3,'Abort') #send the error to labview for display
lta.close()
print err
lta.s.settimeout(10)
except Exception as ex:
print (Error)
raise type(ex)(str(iteration)+ex.message)
stepTime += incr
iteration += -1
except Exception as ex:
raise type(ex) ("Step Change Test Failure:"+ex.message)
# ------------------ MAIN SCRIPT ---------------------------------------------
#------------------- following code must be in all scripts--------------------
lta = Lta("127.0.0.1",60100) # all scripts must create an Lta object
try:
lta.connect() # connect to the Labview Host
#---------------------Script code goes here------------------------------------
print lta
UsrTimeout = lta.s.gettimeout()
Duration = 1 # Analysis.Duration
# Analysis.Config
Config = OrderedDict()
Config['F0'] = np.uint32(50)
Config['SettlingTime']= 0.0
import pickle
from scipy.io import savemat
import numpy as np
import time
start_time = time.time()
iterations = 20
dfile = 'data_{}'.format(int(time.time()))
AppOutput = []
AppOut_arr = np.zeros((iterations, ), dtype=np.object)
#------------------- following code myst be in all scripts--------------------
lta = Lta("127.0.0.1", 60100) # all scripts must create an Lta object
try:
lta.connect() # connect to the Labview Host
lta.s.settimeout(30)
#---------------------Script code goes here------------------------------------
#------------------- Create output files -------------------------------------
Settings = lta.__get__('settings')
out_dir = Settings['Directories']['RootDir'] + '\\' + Settings[
'Directories']['OutDir'] + '\\'
output_python_path = (out_dir + dfile + '.pkl')
output_matlab_path = (out_dir + dfile + '.mat')
output_python = open(output_python_path, 'wb')
output_matlab = open(output_matlab_path, 'wb')
#------------------- Get events params ---------------------------------------
EventInput = lta.__get__('bus1.event.reports')
# -*- coding: utf-8 -*-
from lta import Lta
import sys
from lta_err import Lta_Error
#------------------- following code must be in all scripts--------------------
lta = Lta("127.0.0.1", 60100) # all scripts must create an Lta object
try:
lta.connect() # connect to the Labview Host
#---------------------Script code goes here------------------------------------
#lta.__run__()
Param = lta.__get__('Analysis.Duration')
print Param
Param[None] = float(1.0)
lta.__set__('Analysis.Duration', Param)
#lta.__set__('test.wfrm.params',WfrmParam)
#lta.__run__()
#------------------all scripts should send their errors to labview------------
except Exception as ex:
err = Lta_Error(ex, sys.exc_info()) #format a labview error
lta.send_error(err, 3, 'Abort') #send the error to labview for display
lta.close()
print err
# -*- coding: utf-8 -*-
from lta import Lta
import sys
import numpy as np
from lta_err import Lta_Error
#------------------- following code myst be in all scripts--------------------
lta = Lta("127.0.0.1", 60100) # all scripts must create an Lta object
lta.connect() # connect to the Labview Host
#-----------------------------------------------------------------------------
try:
#--------------- here is where your code goes-----------------------------
CommsData = lta.__get__('TestCluster')
CommsData['TestCluster']['EmbeddedCl_2']['TrueOrFalse'] = not CommsData[
'TestCluster']['EmbeddedCl_2']['TrueOrFalse']
CommsData['TestCluster']['EmbeddedCl_1']['NumDbl'] += np.float32(1)
CommsData['TestCluster']['DoeADeer'][0][0] = 'WRITTEN'
lta.__set__('TestCluster', CommsData)
lta.close()
#-------------------------------------------------------------------------
#------------------all scripts should send their errors to labview------------
except Exception as ex:
err = Lta_Error(ex, sys.exc_info()) #format a labview error
lta.send_error(err, 3, 'Abort') #send the error to labview for display
lta.close()
