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 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 ReadHardData(out short[] bufferCH1, out short[] bufferCH2, uint nReadLine, short[] level, THantekTrigSweep trigSweep, THantekChannelNumber trigSource, short trigLevel, THantekTriggerSlope trigSlope, short HTrigPosition, uint drawLength, out uint trigPoint, THantekInsertMode insertMode)
{
bool readSuccess = false;
bufferCH1 = new short[nReadLine];
bufferCH2 = new short[nReadLine];
unsafe {
uint trigPt = 0;
fixed (short* pBufferCH1 = bufferCH1)
fixed (short* pBufferCH2 = bufferCH2)
fixed (short* pLevel = level) {
readSuccess = dsoReadHardData(m_deviceIndex, pBufferCH1, pBufferCH2, nReadLine, pLevel, (int)m_voltDivCH1, (int)m_voltDivCH2, (short)trigSweep, (short)trigSource, trigLevel, (short)trigSlope, (int)m_timeDiv, HTrigPosition, drawLength, &trigPt, (short)insertMode) != -1;
}
trigPoint = trigPt;
}
return readSuccess;
}
public bool ReadHardData(out short[] bufferCH1, out short[] bufferCH2, uint nReadLine, short[] level, THantekTrigSweep trigSweep, THantekChannelNumber trigSource, short trigLevel, THantekTriggerSlope trigSlope, short HTrigPosition, uint drawLength, out uint trigPoint, THantekInsertMode insertMode)
{
bool readSuccess = false;
bufferCH1 = new short[nReadLine];
bufferCH2 = new short[nReadLine];
unsafe {
uint trigPt = 0;
fixed(short *pBufferCH1 = bufferCH1)
fixed(short *pBufferCH2 = bufferCH2)
fixed(short *pLevel = level)
{
readSuccess = dsoReadHardData(m_deviceIndex, pBufferCH1, pBufferCH2, nReadLine, pLevel, (int)m_voltDivCH1, (int)m_voltDivCH2, (short)trigSweep, (short)trigSource, trigLevel, (short)trigSlope, (int)m_timeDiv, HTrigPosition, drawLength, &trigPt, (short)insertMode) != -1;
}
trigPoint = trigPt;
}
return(readSuccess);
}
