// a.QuantizationDefault != b.QuantizationDefault
) {
- note (ERROR, "video MXF picture descriptors differ");
+ note (DCP_ERROR, "video MXF picture descriptors differ");
return false;
}
if (a.ContainerDuration != b.ContainerDuration) {
- note (ERROR, "video container durations differ");
+ note (DCP_ERROR, "video container durations differ");
}
// for (unsigned int j = 0; j < ASDCP::JP2K::MaxComponents; ++j) {
) const
{
if (size_A == size_B && memcmp (data_A, data_B, size_A) == 0) {
- note (NOTE, "J2K identical");
+ note (DCP_NOTE, "J2K identical");
/* Easy result; the J2K data is identical */
return true;
}
for (int c = 0; c < 3; ++c) {
if (image_A->size() != image_B->size()) {
- note (ERROR, String::compose ("image sizes for frame %1 differ", frame));
+ note (DCP_ERROR, String::compose ("image sizes for frame %1 differ", frame));
return false;
}
double const std_dev = sqrt (double (total_squared_deviation) / abs_diffs.size());
- note (NOTE, String::compose ("mean difference %1, deviation %2", mean, std_dev));
+ note (DCP_NOTE, String::compose ("mean difference %1, deviation %2", mean, std_dev));
if (mean > opt.max_mean_pixel_error) {
note (
- ERROR,
+ DCP_ERROR,
String::compose ("mean %1 out of range %2 in frame %3", mean, opt.max_mean_pixel_error, frame)
);
if (std_dev > opt.max_std_dev_pixel_error) {
note (
- ERROR,
+ DCP_ERROR,
String::compose ("standard deviation %1 out of range %2 in frame %3", std_dev, opt.max_std_dev_pixel_error, frame)
);