public bool SetVoltageDivision(THantekChannelNumber channelNumber, THantekVoltDivision voltDiv)
{
m_voltDiv = voltDiv;
switch (channelNumber)
{
case THantekChannelNumber.CH1:
m_voltDivCH1 = voltDiv;
break;
case THantekChannelNumber.CH2:
m_voltDivCH2 = voltDiv;
break;
}
return(dsoSetVoltDIV(m_deviceIndex, (int)channelNumber, (int)voltDiv) == 1);
}
public bool Calibrate(THantekTimeDivision timeDiv, THantekVoltDivision voltDivCH1, THantekVoltDivision voltDivCH2, out short[] level)
{
m_timeDiv = timeDiv;
m_voltDivCH1 = voltDivCH1;
m_voltDivCH2 = voltDivCH2;
bool calibrateSucess = false;
short[] l = new short[CALIBRATION_LEVEL_ARRAY_LENGTH];
unsafe
{
fixed(short *pLevel = l)
{
calibrateSucess = dsoCalibrate(m_deviceIndex, (int)m_timeDiv, (int)m_voltDivCH1, (int)m_voltDivCH2, pLevel) == 1;
}
}
level = l;
return(calibrateSucess);
}
public bool SetVoltageDivision(THantekChannelNumber channelNumber, THantekVoltDivision voltDiv)
{
m_voltDiv = voltDiv;
switch (channelNumber) {
case THantekChannelNumber.CH1:
m_voltDivCH1 = voltDiv;
break;
case THantekChannelNumber.CH2:
m_voltDivCH2 = voltDiv;
break;
}
return dsoSetVoltDIV(m_deviceIndex, (int)channelNumber, (int)voltDiv) == 1;
}
public bool Calibrate(THantekTimeDivision timeDiv, THantekVoltDivision voltDivCH1, THantekVoltDivision voltDivCH2, out short[] level)
{
m_timeDiv = timeDiv;
m_voltDivCH1 = voltDivCH1;
m_voltDivCH2 = voltDivCH2;
bool calibrateSucess = false;
short[] l = new short[CALIBRATION_LEVEL_ARRAY_LENGTH];
unsafe {
fixed (short* pLevel = l) {
calibrateSucess = dsoCalibrate(m_deviceIndex, (int)m_timeDiv, (int)m_voltDivCH1, (int)m_voltDivCH2, pLevel) == 1;
}
}
level = l;
return calibrateSucess;
}
