IDS peak 2.15.0 / uEye+ firmware 3.50

peak::ipl::HotpixelCorrection m_hotpixelCorrection;
 
try
{
  // Get buffer from device's DataStream
  const auto buffer = m_dataStream->WaitForFinishedBuffer(5000);
 
  auto image = peak::BufferTo<peak::ipl::Image>(buffer);
 
  auto vec = m_hotpixelCorrection.Detect(image);
  image = m_hotpixelCorrection.Correct(image, vec);
 
  // Create IDS peak IPL image for debayering and convert it to RGBa8 format
  image.ConvertTo(peak::ipl::PixelFormatName::BGRa8);
 
  // Queue buffer so that it can be used again
  m_dataStream->QueueBuffer(buffer);
}
catch (const std::exception& e)
{
  // ...
}

var m_hotpixelCorrection = new peak.ipl.HotpixelCorrection();
 
try
{
  // Get buffer from device's DataStream
  var buffer = m_dataStream.WaitForFinishedBuffer(5000);
 
  // Create IDS peak IPL image
  var image = ids_peak_ipl_extension.BufferToImage(buffer);
 
  var vec = m_hotpixelCorrection.Detect(image);
  image = m_hotpixelCorrection.Correct(image, vec);
 
  // Create IDS peak IPL image for debayering and convert it to RGBa8 format
  image.ConvertTo(peak.ipl.PixelFormatName.BGRa8);
 
  // Queue buffer so that it can be used again
  m_dataStream.QueueBuffer(buffer);
}
catch (Exception e)
{
  // ...
}

m_hotpixel_correction = ids_peak_ipl.HotpixelCorrection()
 
try:
  # Get buffer from device's DataStream
   buffer = m_data_stream.WaitForFinishedBuffer(5000)
 
   image = ids_peak_ipl.Image.CreateFromSizeAndBuffer(
       buffer.PixelFormat(),
       buffer.BasePtr(),
       buffer.Size(),
       buffer.Width(),
       buffer.Height()
   )
 
   vec = m_hotpixel_correction.Detect(image)
   image = m_hotpixel_correction.Correct(image, vec)
 
  # Create IDS peak IPL image for debayering and convert it to RGBa8 format
   image.ConvertTo(ids_peak_ipl.PixelFormatName_BGRa8)
 
  # Queue buffer so that it can be used again
   m_data_stream.QueueBuffer(buffer)
except Exception as e:
  # ...
   str_error = str(e)