eldowan said:
My question is related to the piece of the article below, which describes using the cue in the same orientation each time you use it. My question if this: What if you were to take a tip, and shape it into four distinct curves, with a flat spot at the center. Correctly marked and used, would this provide an acceptable way to have what essentially boild down to 5 styles of tip curvature at hand on one shaft? I'm not sure I'm explaining this right, but say you've got the center flat, one side a nickle, one a dime, one smaller than a dime, and one larger than a nickle.
Would this provide any use at all?
Interesting thought. There are a few practical issues I see with this:
1) trying to remember that the opposite side of the tip is what you need when you shoot with a particular "curve." That is if you want to shoot with the dime radius (for any shot) the dime part needs to be rotated 180 degrees from the mark that shows where the dime portion is located. I suppose you could mark the opposite side of the cue, but then even this becomes cumbersome.
2) The tip would have "valleys" where the different tip curvatures meet. This includes where each curvature meets the center of the tip. If you hit in a valley, you may have unintended, or inconsistent results.
3) Actually shaping the tip into more than 1 radius seems very, very difficult.
4) It has been discussed that the optimal shape of a tip is based on the size of the shaft, but in proportion to the size of the cue ball. That is, for a 13mm tip, you would want close to a nickel shape, but for smaller shafts (perhaps 12mm), you would want a dime. I remember this being discussed some years back, but can't locate the thread. [although it may be an RSB memory].
5) consistency is the key to pool, so I wouldn't want to add another layer of complexity. I do not see the value added of a multi-curved tip in light of the additional copmlications it brings. The general rule for top echelon game play is keep it simple.
Lastly, IMO, a tip does adapt and shape to a style of play. This is both due to impact and chalking. However, I would estimate this at 95%+ impact and only ~5% for chalking (at least for my style of play). That is, if you shaped your tip, and could play without chalk for a week, your tip would "deform" and obtain its optimal shape. As another example, if you were to dip your tip into chalk powder, instead of rubbing it on, the tip would again obtain its optimal shape through contact. That being said, chalk is abrasive by nature, and can alter the shape of the tip to some degree. This would be based on your chalking style (light rub, heavy twist, side scrape, etc). I chalk the tip very lightly, just to add a layer of chalk. IMO, the abrasive qualities of this type of chalking have little effect on shape, as it would be closer to dipping the tip in chalk, rather than rubbing chalk on the tip. Others, however, put chalk on quite ferociously.
-td