The 0 dBFS position doesn't exactly match between the labels and the meter columns. The mismatch is almost certainly present for all labels, but most noticeable for the 0.
Steps to reproduce:
Drive the input gain so that the input meters are clearly overloaded. Increase the output gain to +0.1 dB. Clipping should occur (if not, drive the input more). In this case, the meters are reaching +0.1 dBFS, but visually the appear to be below 0.
The mismatch seems to be on the order of 1 px. This is most likely due to using the full height of the meter channel for label placement, but reducing it for the meter columns.
The 0 dBFS position doesn't exactly match between the labels and the meter columns. The mismatch is almost certainly present for all labels, but most noticeable for the 0.
Steps to reproduce:
Drive the input gain so that the input meters are clearly overloaded. Increase the output gain to +0.1 dB. Clipping should occur (if not, drive the input more). In this case, the meters are reaching +0.1 dBFS, but visually the appear to be below 0.
The mismatch seems to be on the order of 1 px. This is most likely due to using the full height of the meter channel for label placement, but reducing it for the meter columns.