removed old files which are not part of qolab package

1 files changed, 0 insertions, 167 deletions

diff --git a/labjackStreamTest.py b/labjackStreamTest.py
deleted file mode 100644
index c5368ea..0000000
--- a/labjackStreamTest.py
+++ /dev/null
@@ -1,167 +0,0 @@
-import sys
-import traceback
-import time  # For sleep, clock, time and perf_counter
-from datetime import datetime
-
-import u3
-import u6
-import ue9
-
-dacAddress = 5000  # DAC Modbus address
-
-# MAX_REQUESTS is the number of packets to be read.
-MAX_REQUESTS = 75
-# SCAN_FREQUENCY is the scan frequency of stream mode in Hz
-SCAN_FREQUENCY = 1000
-
-d = None
-
-###############################################################################
-# U3
-# Uncomment these lines to stream from a U3
-###############################################################################
-'''
-# At high frequencies ( >5 kHz), the number of samples will be MAX_REQUESTS
-# times 48 (packets per request) times 25 (samples per packet).
-d = u3.U3()
-
-# To learn the if the U3 is an HV
-d.configU3()
-
-# For applying the proper calibration to readings.
-d.getCalibrationData()
-
-# Set the FIO0 and FIO1 to Analog (d3 = b00000011)
-d.configIO(FIOAnalog=3)
-
-print("Configuring U3 stream")
-d.streamConfig(NumChannels=2, PChannels=[0, 1], NChannels=[31, 31], Resolution=3, ScanFrequency=SCAN_FREQUENCY)
-'''
-
-###############################################################################
-# U6
-# Uncomment these lines to stream from a U6
-###############################################################################
-'''
-# At high frequencies ( >5 kHz), the number of samples will be MAX_REQUESTS
-# times 48 (packets per request) times 25 (samples per packet).
-d = u6.U6()
-
-# For applying the proper calibration to readings.
-d.getCalibrationData()
-
-print("Configuring U6 stream")
-
-d.streamConfig(NumChannels=2, ChannelNumbers=[0, 1], ChannelOptions=[0, 0], SettlingFactor=1, ResolutionIndex=1, ScanFrequency=SCAN_FREQUENCY)
-'''
-
-###############################################################################
-# UE9
-# Uncomment these lines to stream from a UE9
-###############################################################################
-# At 96 Hz or higher frequencies, the number of samples will be MAX_REQUESTS
-# times 8 (packets per request) times 16 (samples per packet).
-# Currently over ethernet packets per request is 1.
-d = ue9.UE9()
-#d = ue9.UE9(ethernet=True, ipAddress="192.168.1.209")  # Over TCP/ethernet connect to UE9 with IP address 192.168.1.209
-
-# For applying the proper calibration to readings.
-c=d.getCalibrationData()
-
-# by evmik
-# fixing missing slope for gain '0'
-c['AINSlopes']['0']= 0.0000775030
-
-
-print("Configuring UE9 stream")
-
-d.streamConfig(NumChannels=4, ChannelNumbers=[0, 1, 2, 3], ChannelOptions=[0, 0, 0, 0], SettlingTime=0, Resolution=12, ScanFrequency=SCAN_FREQUENCY)
-'''
-'''
-
-if d is None:
-    print("""Configure a device first.
-Please open streamTest.py in a text editor and uncomment the lines for your device.
-
-Exiting...""")
-    sys.exit(0)
-
-try:
-    print("Start stream")
-    d.writeRegister(dacAddress, 2.05)
-    # d.singleIO(IOType=5, Channel=0, DAC=0)
-    dacNumber=0
-    bits = d.voltageToDACBits(1.4, dacNumber = dacNumber)
-    out=d.singleIO(IOType=5, Channel=dacNumber, DAC=bits)
-    print(out)
-    
-    d.streamStart()
-    start = datetime.now()
-    print("Start time is %s" % start)
-
-    missed = 0
-    dataCount = 0
-    packetCount = 0
-    v=0.1
-
-    for r in d.streamData():
-        # d.writeRegister(dacAddress, 0.05*dataCount)
-        v=v+0.1
-        print(v)
-        bits = d.voltageToDACBits(v, dacNumber = dacNumber)
-        out=d.singleIO(IOType=5, Channel=dacNumber, DAC=bits)
-        if r is not None:
-            # Our stop condition
-            if dataCount >= MAX_REQUESTS:
-                break
-
-            if r["errors"] != 0:
-                print("Errors counted: %s ; %s" % (r["errors"], datetime.now()))
-
-            if r["numPackets"] != d.packetsPerRequest:
-                print("----- UNDERFLOW : %s ; %s" %
-                      (r["numPackets"], datetime.now()))
-
-            if r["missed"] != 0:
-                missed += r['missed']
-                print("+++ Missed %s" % r["missed"])
-
-            if r["firstPacket"] != packetCount % 256:
-                print("----- Overflow skipping packets : expected %s got %s ; %s" %
-                      (packetCount, r["firstPacket"], datetime.now()))
-
-            # Comment out these prints and do something with r
-            print("Average of %s AIN0, %s AIN1 readings: %s, %s" %
-                  (len(r["AIN0"]), len(r["AIN1"]), sum(r["AIN0"])/len(r["AIN0"]), sum(r["AIN1"])/len(r["AIN1"])))
-
-            dataCount += 1
-            packetCount += r['numPackets']
-        else:
-            # Got no data back from our read.
-            # This only happens if your stream isn't faster than the USB read
-            # timeout, ~1 sec.
-            print("No data ; %s" % datetime.now())
-except:
-    print("".join(i for i in traceback.format_exc()))
-finally:
-    stop = datetime.now()
-    d.streamStop()
-    print("Stream stopped.\n")
-    d.close()
-
-    sampleTotal = packetCount * d.streamSamplesPerPacket
-
-    scanTotal = sampleTotal / 2  # sampleTotal / NumChannels
-    print("%s requests with %s packets per request with %s samples per packet = %s samples total." %
-          (dataCount, (float(packetCount)/dataCount), d.streamSamplesPerPacket, sampleTotal))
-    print("%s samples were lost due to errors." % missed)
-    sampleTotal -= missed
-    print("Adjusted number of samples = %s" % sampleTotal)
-
-    runTime = (stop-start).seconds + float((stop-start).microseconds)/1000000
-    print("The experiment took %s seconds." % runTime)
-    print("Actual Scan Rate = %s Hz" % SCAN_FREQUENCY)
-    print("Timed Scan Rate = %s scans / %s seconds = %s Hz" %
-          (scanTotal, runTime, float(scanTotal)/runTime))
-    print("Timed Sample Rate = %s samples / %s seconds = %s Hz" %
-          (sampleTotal, runTime, float(sampleTotal)/runTime))