For years I have been working on trying to figure out the secrets to a smooth legato and I've both learned and expanded on what my teachers have shown on the subject. I'm still looking for new ideas and approaches though. Maybe one of the great things about the internet is that we may be able to share things in a wider geographical sense, because some times you can definitely get into 'regional' styles of playing.
Here's my basic take on it, but I really would like to hear what other folks have learned.
In my early bass playing days (before going to music school), I was briefly and engineering student so I studied a lot of physics, which I think can certainly be applied to certain mechanics of the bass. In physics, I learned that in order to change direction 180 degrees, you need to come to a stop first. If you are traveling +10 mph you need to decelerate and pass through zero before you can get to -10 mph. I think somewhere in string pedagogy this basic fact of physics has been missed.
The bow, as far as I can see, has only two possible directions that make any usable sound: right (down bow) and left (up bow). Up and down along the string does not vibrate the string in any appreciable manner - it tends to simply add noise. I suppose one might argue a third dimension (rotationally - in the direction if one were to make a string crossing), but I'm not sure that is effectively any more than another angle on the first dimension (right and left) - although I am open to checking this out if anybody can prove the physics to me.
So how the heck to we make to separate bow strokes (up and down) sound connected? My analysis of it, from a sonic standpoint, and what works for me, is to slow the very last part of the bow stroke down so that the exact finish of one bow stroke is as imperceptable as possible. In a sense, I try to create the 'audio' illusion that the note is still sounding by being purposefully vague about the end of the note. I then start the begining of the next note (after changing direction) in an equally vague manner, then quickly accelerate the bow to achieve the 'main' volume level. The end result, a pair of notes that 'appear' to sound connected.
So that's my take on it. I'm all ears for other ideas though. (Meanwhile, I'm going to go check that third dimension and see if I can get my head around the physics of the vectors, etc.)
Cheers
Here's my basic take on it, but I really would like to hear what other folks have learned.
In my early bass playing days (before going to music school), I was briefly and engineering student so I studied a lot of physics, which I think can certainly be applied to certain mechanics of the bass. In physics, I learned that in order to change direction 180 degrees, you need to come to a stop first. If you are traveling +10 mph you need to decelerate and pass through zero before you can get to -10 mph. I think somewhere in string pedagogy this basic fact of physics has been missed.
The bow, as far as I can see, has only two possible directions that make any usable sound: right (down bow) and left (up bow). Up and down along the string does not vibrate the string in any appreciable manner - it tends to simply add noise. I suppose one might argue a third dimension (rotationally - in the direction if one were to make a string crossing), but I'm not sure that is effectively any more than another angle on the first dimension (right and left) - although I am open to checking this out if anybody can prove the physics to me.
So how the heck to we make to separate bow strokes (up and down) sound connected? My analysis of it, from a sonic standpoint, and what works for me, is to slow the very last part of the bow stroke down so that the exact finish of one bow stroke is as imperceptable as possible. In a sense, I try to create the 'audio' illusion that the note is still sounding by being purposefully vague about the end of the note. I then start the begining of the next note (after changing direction) in an equally vague manner, then quickly accelerate the bow to achieve the 'main' volume level. The end result, a pair of notes that 'appear' to sound connected.
So that's my take on it. I'm all ears for other ideas though. (Meanwhile, I'm going to go check that third dimension and see if I can get my head around the physics of the vectors, etc.)
Cheers