Stan can you give your line ups for all 6 shots.
Just want to check something out.Thanks
Anthony
1-3. A CTE. LEFT
4. B CTE. LEFT
5. C LEFT
6. 1/8 RIGHT
Stan Shuffett
Stan - I cannot make 3 with A left, it is B left for me.
Did you shoot it?
Gerry
B is an over cut miss for # 3
Definitely A
[/QUOTE]Ok - it was me…
Here it is with 2 misses…
http://www.youtube.com/watch?v=d5BrVz0Rm_I&feature=youtu.be
QUOTE=stan shuffett;4178306]B is an over cut miss for # 3
Definitely A
[/QUOTE]It wasn't finished processing - should work on mobile now too.
Gerry
Tried to view, Gerry, but you are not set to mobil.
Glad you got it!
Stan Shuffett
Scott,No, what he's saying is that when you graduate from manual pivots to visual pivots or "sweeps", you must "groove your move", so to speak, so that your visual sweep mimics the action of the manual 1/2 tip pivot. That's why, as DTL described, you practice the visual sweep moves on simple shots to begin with so that you can visually verify that the sweep is ending up in the same place as the previously practiced manual movement.
To answer your previous question, Stan showed where to point the cue on DVD 1, but admittedly it was not called out as much as it should have been. It has since been discussed here multiple times, and Stan recently put out a support video that leaves no doubt about this area of the system. Since it's already out there, and even though I don't think you understand the full system, I'll reiterate it.
You align using the proper visuals. You end up with a fixed cue ball as Stan described. Once you have that fixed cue ball, you now move into the shot directly toward that fixed cue ball, with your tip ending up 1/2 tip offset from center. Your tip does not point at a specific spot - CTE line, A, etc. - but rather you move into an offset position from the center of the acquired fixed cue ball.
How this works mathematically I gave up worrying about a long time ago, it just works. From all positions, all distances, all normal shots from 0 - 90 degrees and including banks. Would love to see some enhanced geometry to support it, but that's not necessary. And despite everyone arguing the point constantly, there is a challenge in transforming 3D visual information into a simplified 2D drawing and trying to prove or disprove the system. I believe it could certainly be done, just not by a lay person using pencil and paper, probably not without some sort of computer assisted help that would take into account the reduction in visual size as distance increases between the cue ball and object balls, as this has a large impact on how our eyes perceive the lines and ultimately the fixed cue ball.
Scott
Thanks Stan and Gerry,for a minute I thought you 2 was going to come up with something different.:smile:
The same shot by belv,,,,
All 3 of you called the shots the same .These 2 shots are very close to being like 1 and 5 on my on my picture.The 2 balls share the same but are placed different on the table.
Why the change in alinement now?
I will have a video up later doing the drill with I think is pro1 .
Also the same by belv started on c and mine start on a ..this dont sound rite.
Anthony
Please note that shots 1-3 as left A can be interchanged exactly with outside B.
Stan Shuffett
Thanks Stan and Gerry,for a minute I thought you 2 was going to come up with something different.:smile:
The same shot by belv,,,,
All 3 of you called the shots the same .These 2 shots are very close to being like 1 and 5 on my on my picture.The 2 balls share the same but are placed different on the table.
Why the change in alinement now?
I will have a video up later doing the drill with I think is pro1 .
Also the same by belv started on c and mine start on a ..this dont sound rite.
Anthony
The point is there not the same and you guys called them the same .(belv 2 shots)
How can my 1 and 5 be any different ?.
Anthony - what so you mean by 'Why the change is alignment now?'
Not sure what you are comparing…those 2 shots on the 1 and 2 ball both go with C right sweep…but the 2 ball is approaching a B.
Gerry