def setWave(self, inVolGain, probegain, current_value):
self.voltMin = (current_value / (10 ** 12) / inVolGain) * probegain
self.voltMax = (current_value / (10 ** 12) / inVolGain) * probegain
self.measurementThread_currentclamp.wave = blockWave(
self.sampleRate, self.frequency, self.voltMin, self.voltMax, self.dutycycle
)
def setWave(self, inVolGain, diffvoltage, lowervoltage):
self.voltMin = lowervoltage / inVolGain
self.voltMax = self.voltMin + diffvoltage / inVolGain
self.measurementThread.wave = blockWave(
self.sampleRate, self.frequency, self.voltMin, self.voltMax, self.dutycycle
)
def setWave(self, inVolGain, holde_volatge):
self.voltMax = holde_volatge / 1000 / inVolGain
self.voltMin = holde_volatge / 1000 / inVolGain
# self.constants.patchSealMaxVol/constant
self.measurementThread_hold.wave = blockWave(
self.sampleRate, self.frequency, self.voltMin, self.voltMax, self.dutycycle
)
def __init__(self):
"""Initiate all the values."""
self.constants = MeasurementConstants()
self.sampleRate = self.constants.patchSealSampRate
self.frequency = self.constants.patchSealFreq
self.voltMin = self.constants.patchSealMinVol
self.voltMax = self.constants.patchSealMaxVol
self.dutycycle = self.constants.patchSealDuty
self.readNumber= 500 #Readnumber for the measurementThread (should be a multiple of the wavelength)
wave = blockWave(self.sampleRate, self.frequency, self.voltMin, self.voltMax, self.dutycycle)
self.measurementThread_currentclamp = ContinuousPatchThread_currentclamp(wave, self.sampleRate, self.readNumber)
