Doc
Senior Master
Clear as mud.
Cut the crap buddy, you understood exactly what I was saying - uh didn't you?
Clear as mud.
Taken From the
SubLevel Four Kenpo Glossary of FAQ:
(many questions submitted by Bode)
"Does the clock move in the Clock reference concept?"
The answer is a yes, and a no, but most understand correctly no. The position of a fixed point doesnt move persé, but does move somewhat. Keep in mind that positions on the clock are all considered "relative" even when the positions are "fixed." That is, the clock does move, but only relative to the action described within the "Clock Concept." Confusion is generated by students who presume the clock is "totally" fixed, over a "Relative Fixed Position." What most are really asking is "does the clock rotate?" as you move. It does not.
Students misunderstand the term "fixed" as if you put a big clock on the ground and then drove a stake into four corners. If this were true, when you began to move, "relative to the action," 12 o'clock would no longer be in the same place as you move and shift at various angles. Therefore, when you move laterally, the clock doesn't "rotate" but moves with you so 12 o'clock is always in the same "relative" fixed position to you.
What idiot takes the time to write this crap out anyway? After all, everybody understands the clock concept - uh don't they?
"Why?"
Only now, Sir, only now.Taken From the
SubLevel Four Kenpo Glossary of FAQ:
(many questions submitted by Bode)
"Does the clock move in the Clock reference concept?"
The answer is a yes, and a no, but most understand correctly no. The position of a fixed point doesnt move persé, but does move somewhat. Keep in mind that positions on the clock are all considered "relative" even when the positions are "fixed." That is, the clock does move, but only relative to the action described within the "Clock Concept." Confusion is generated by students who presume the clock is "totally" fixed, over a "Relative Fixed Position." What most are really asking is "does the clock rotate?" as you move. It does not.
Students misunderstand the term "fixed" as if you put a big clock on the ground and then drove a stake into four corners. If this were true, when you began to move, "relative to the action," 12 o'clock would no longer be in the same place as you move and shift at various angles. Therefore, when you move laterally, the clock doesn't "rotate" but moves with you so 12 o'clock is always in the same "relative" fixed position to you.
What idiot takes the time to write this crap out anyway? After all, everybody understands the clock concept - uh don't they?