def startMainWindow():
app = QApplication([])
#threadAc = ThreadAcquisition()
threadAc = FakeThreadAcquisition()
threadAc.start()
#process class
sp = simpleSignalProcess(threadacquisition = threadAc)
sp.show()
#some possible independant views to add
#s1 = SimpleScopefft(threadacquisition = threadAc, fft_size = 512, port = 9001)
#s1.show()
#s2 = SimpleScopefft(threadacquisition = threadAc, fft_size = 512, port = 9002)
#s2.show()
#bs = BlinkScope(threadacquisition = threadAc, port = 9003)
#bs.show()
#hs = HeartScope(threadacquisition = threadAc, port = 9004)
#hs.show()
#f1 = SlindingTimeFreq(threadacquisition = threadAc)
#f1.show()
app.exec_()
def startMainWindow():
app = QApplication([])
#threadAc = ThreadAcquisition()
threadAc = FakeThreadAcquisition()
threadAc.start()
#process class
sp = simpleSignalProcess(threadacquisition=threadAc)
sp.show()
#some possible independant views to add
#s1 = SimpleScopefft(threadacquisition = threadAc, fft_size = 512, port = 9001)
#s1.show()
#s2 = SimpleScopefft(threadacquisition = threadAc, fft_size = 512, port = 9002)
#s2.show()
#bs = BlinkScope(threadacquisition = threadAc, port = 9003)
#bs.show()
#hs = HeartScope(threadacquisition = threadAc, port = 9004)
#hs.show()
#f1 = SlindingTimeFreq(threadacquisition = threadAc)
#f1.show()
app.exec_()
def test_SlindingTimeFreq():
from acquisition import FakeThreadAcquisition
app = QApplication([])
t = FakeThreadAcquisition(buffer_size = 2**16)
t.start()
w = SlindingTimeFreq(threadacquisition = t)
w.show()
app.exec_()
def test_SimpleSpectrum():
from acquisition import FakeThreadAcquisition
app = QApplication([])
t = FakeThreadAcquisition()
t.start()
w = SimpleSpectrum(threadacquisition=t, fft_size=512)
w.show()
app.exec_()
def test_SimpleSpectrum():
from acquisition import FakeThreadAcquisition
app = QApplication([])
t = FakeThreadAcquisition()
t.start()
w = SimpleSpectrum(threadacquisition = t, fft_size = 512)
w.show()
app.exec_()
def test_signalProcess():
from acquisition import FakeThreadAcquisition
app = QApplication([])
t = FakeThreadAcquisition()
t.start()
sp1 = simpleSignalProcess(threadacquisition=t)
sp1.show()
app.exec_()
def test_signalProcess():
from acquisition import FakeThreadAcquisition
app = QApplication([])
t = FakeThreadAcquisition()
t.start()
sp1 = simpleSignalProcess(threadacquisition = t)
sp1.show()
app.exec_()
def test_SimpleScope():
from acquisition import FakeThreadAcquisition
app = QApplication([])
t = FakeThreadAcquisition()
t.start()
w = SimpleScope(threadacquisition=t, scope_size=1345)
w.show()
w1 = SimpleScope(threadacquisition=t)
w1.show()
app.exec_()
def test_viewScope():
from acquisition import FakeThreadAcquisition
app = QApplication([])
t = FakeThreadAcquisition()
t.start()
w1 = viewScope(threadacquisition = t)
w1.show()
app.exec_()
def test_SimpleScopefft():
from acquisition import FakeThreadAcquisition
app = QApplication([])
t = FakeThreadAcquisition()
t.start()
# w = SimpleScopefft(threadacquisition = t, scope_size = 1345)
# w.show()
w1 = SimpleScopefft(threadacquisition = t)
w1.show()
app.exec_()