import time
import pylab
from PyHT6022.HTSDKScope import Oscilloscope
if __name__ == "__main__":
scope0 = Oscilloscope(scopeid=0)
if not scope0.is_attached():
print("WARNING: Scope not found!")
exit()
scope0.set_voltage_division(1, 5)
print(scope0.set_sampling_rate(26))
scope0.setup_dso_cal_level()
pylab.ion()
length = 1000
for i in range(1):
data = scope0.read_data_from_scope(data_points=300)
tIndex = data[3].value
pylab.plot(data[2][:length],
data[0][tIndex:tIndex + length]) # , 'r-')
pylab.draw()
time.sleep(100)
scope.set_voltage_division(1, 6)
scope.set_sampling_rate(500)
samplerate = 1000 * 1000
scope.set_sampling_rate(24)
scope.setup_dso_cal_level()
cal_level = scope.get_calibration_data()
scope.set_dso_calibration(cal_level)
data = []
total = 0
print "Reading data from scope!"
for x in range(0, 10):
print x
data.append(
scope.read_data_from_scope(1047550, raw_data=True)[scope_channel - 1])
total += len(data[x])
filename = "test.wav"
print "Writing out data from scope to {}".format(filename)
with open(filename, "wb") as wf:
wf.write("RIFF")
wf.write(pack("<L", 44 + total - 8))
wf.write("WAVE")
wf.write("fmt \x10\x00\x00\x00\x01\x00\x01\x00")
wf.write(pack("<L", samplerate))
wf.write(pack("<L", samplerate))
wf.write("\x01\x00\x08\x00")
wf.write("data")
wf.write(pack("<L", total))
raw = StringIO.StringIO()
scope.set_voltage_division(100, 200)
scope.set_voltage_division(1, 6)
scope.set_sampling_rate(500)
samplerate = 1000 * 1000
scope.set_sampling_rate(24)
scope.setup_dso_cal_level()
cal_level = scope.get_calibration_data()
scope.set_dso_calibration(cal_level)
data = []
total = 0
print "Reading data from scope!"
for x in range(0, 10):
print x
data.append(scope.read_data_from_scope(1047550, raw_data=True)[scope_channel-1])
total += len(data[x])
filename = "test.wav"
print "Writing out data from scope to {}".format(filename)
with open(filename, "wb") as wf:
wf.write("RIFF")
wf.write(pack("<L", 44 + total - 8))
wf.write("WAVE")
wf.write("fmt \x10\x00\x00\x00\x01\x00\x01\x00")
wf.write(pack("<L", samplerate))
wf.write(pack("<L", samplerate))
wf.write("\x01\x00\x08\x00")
wf.write("data")
wf.write(pack("<L", total))
raw = StringIO.StringIO()
import time
import pylab
from PyHT6022.HTSDKScope import Oscilloscope
if __name__ == "__main__":
scope0 = Oscilloscope(scopeid=0)
if not scope0.is_attached():
print("WARNING: Scope not found!")
exit()
scope0.set_voltage_division(1, 5)
print(scope0.set_sampling_rate(26))
scope0.setup_dso_cal_level()
pylab.ion()
length = 1000
for i in range(10):
data = scope0.read_data_from_scope(data_points=3000)
tIndex = data[3].value
pylab.plot(data[2][:length], data[0][tIndex:tIndex + length]) # , 'r-')
pylab.draw()
time.sleep(1)
scope0 = Oscilloscope(scopeid=0)
scope0, TScale, VScale1, VScale2 = SetScope(2, 2, 27)
#TenXProbe=True
#if(TenXProbe):
# VScale1=VScale1*10
# VScale2=VScale2*10
numSampRead = 2000
numSampSave = 100 / 2
Ch1Trig = 0.01
Triggered = False
print "Waiting for Trigger"
while (Triggered == False):
rawData = scope0.read_data_from_scope(data_points=numSampRead)
ch1Data = np.asarray(rawData[0]) * VScale1
ch2Data = np.asarray(rawData[1]) * VScale2
timeData = np.asarray(rawData[2]) * TScale # conversion to microsec
if (ch1Data.max() > Ch1Trig):
Triggered = True
ch1Max = np.argmax(ch1Data)
if (ch1Max + numSampSave > numSampRead):
ch1Max = numSampRead - numSampSave
if (ch1Max - numSampSave < 0): ch1Max = numSampSave
plt.plot(timeData[ch1Max - numSampSave:ch1Max + numSampSave],
ch1Data[ch1Max - numSampSave:ch1Max + numSampSave], 'y-',
timeData[ch1Max - numSampSave:ch1Max + numSampSave],
ch2Data[ch1Max - numSampSave:ch1Max + numSampSave], 'b-')
plt.xlabel("time[us]")
plt.ylabel("Volt [V]")
