Previously, part one and part two.
Welcome back!
When I last left you, I was contemplating lead guitar solos. I'm happy to inform you that my bumbling, rusty, slow and out-of-practice fingers have finally led me to something I'm willing to make public, as rough as it is. This is where the loop recording and quick-comping (the process of piecing together a complete recording from little bits is known as "comping") features of Logic Pro come in really handy: I select a section of the song and put Logic into loop recording mode, which allows me to record the same section over and over, and Logic creates a list of takes, from which I can quickly assemble my favorite parts. Here is a small section of the guitar solo which I had comped together to give you an idea:
As you can see, I've used bits and pieces from these takes to assemble one large piece. If you listened to each take as a whole, you would hear they are all pretty different, and full of wrong notes, pauses, and general mayhem as I'm exploring the notes and phrases I like.
So, after I have that pieced together, I work on it some more, simply trying to get the notes into my fingers, find the transitions from phrase to phrase, and I re-record the whole thing, and you get this:
For the 1,000 ft view, here's what the session looks like overall in Logic:
If you click to image to see the full-size version, you'll see that there are actually very few comped sections now (they give themselves away by little vertical black lines in the track). I've re-recorded both rhythm guitar parts from beginning to end (to correct some timing and tuning issues), and only punched into a couple spots where I made a boo-boo.
So... what now? Well, the logical next steps are:
- Real Drums
- Lyrics/Vocals
- Cowbell
- More cowbell
- PROFIT!
Stay tuned...
Oh, hey, I almost forgot! Here's another little bonus track, as a little sonic treat for you loyal readers/listeners! This one's an oldie (it's so 20th century!) that keeps hanging around the back of my brain. I worked a bit on it recently, and this is the result. It's another work in progress, but here ya go: