Rip CDs with dbPoweramp and create Cue-Sheets with EAC?
Reply #2 – 2009-10-12 12:45:17
I wasn't aware of this limitation of dBpoweramp before, though I don't use it, just admire it from afar . It seems CUE sheets and disc images are scheduled for a later version. How about this for a test: 1. Put CD in drive. 2. Use EAC to extract CUE sheet from the actual CD (you may need to modify it later to point to the correct file(s)). If you can set up EAC, you could even rip to Image+CUE to compare with other methods. 3. Then use dBpa to rip the CD (which must be to individual tracks, I think). If HTOA is detected, rip that too, otherwise the EAC Cue sheet won't match the tracks you have. 4. Use CUEtools to join the tracks into a disc image if required, or simply to generate the CUE sheet with separate tracks. It seems to support all EAC's CUEsheet types and more besides. Now compare the two CUE sheets and track lengths and gap information to check whether both match. CUEtools is partly aimed at being able to reconstruct a CD from CUE sheets and lossless backup files (whether disc-image or track-per-file), and being able to verify the lossless files against the AccurateRip database. By this comparison, you might determine that say dBpa followed by CUEtools->generateCUE is enough, or that you need to create a CUE direct from the CD with EAC before ripping with dBpa, or that neither method preserves all the info you feel you require. If you become convinced that dBpa and CUEtools can generate all the information you require, you can dispense with EAC. I suspect there might be some tracks (some Live Albums?) with Index 0 and Index 1 that wouldn't quite work this way to reproduce the exact same CD index points unless you rip the CUEsheet from the CD using EAC or a later version of dBpa that supports CUE. If this is too much effort to do for every disc, you could choose to: • accept it (dBpa should still capture all the audio on the disc securely, only losing some subtle index points and possibly silent lead-in or lead-out). How perfect does any restored image need to be, so long as the sound is identical quality? Couldn't you live with occasionally imperfect index points and duration of lead-in silence? • use EAC+AccurateRip to rip (one-time effort to set up, probably adequate in Burst Mode if AccurateRip verifies for all tracks). You could even just rip to FLAC image + CUE then let foobar2000 or CUEtools split it to individual tracks afterwards if you prefer. PerfectMeta isn't avilable for EAC, but at least AccurateRip is. HTOA might be more difficult in EAC than dBpa - something I have no experience of. • wait for CUE support in dBpa then use that.