Quote from makosgu:
We have to be very careful. The gaussians are always there. Remember, the gaussian is nothing but simply a single cycle of volume surging and then receding. snip. . .
In the VDU territory, you actually have to read the gaussian off the T&S/DOM. The whole point is that LONGER period gaussians are easier to read on the 5M then SHORTER period gaussians. In the future, we will be adding a sub fractal resolution where will do all the same analysis on a subfractal and only WHEN we ARRIVE in these zones. snip. . .
Regards,
MAK
MAK,
That was a great explaination. A lot of that makes sense but there still are some tough areas even on the slower fractal. At the risk of jumping ahead, this morning there were 2 pennants on the YM 2min where the cycle seemed to die until the breakout. It seems this tends to happens during stalls and pennants. (The rest of the morning was much clearer)
1. Are these the areas that reading the gaussian off the T&S/DOM come in later?
2. Do you actually read it on the T&S/DOM or the Tic chart?
3. On previous threads discussing Gaussians there was mention of even/odd harmonic waveforms. I've seen two differing discriptions on the waveform. Could you provide some clarity? (Never got my EE)
http://commons.wikimedia.org/wiki/Image:Waveforms.svg
In the image above, our ideal gaussians normally look like the sine and triangle waves. It is my understanding the even/odd harmonics are the square and sawtooth.
Quote: So the subject is harmonics. Are your end effects odd (triangular) or even (boxy) in character
But in the following statement it seems to be referring to amplitude.
Quote: Odd harmonis inverted head and shoulders. You can see I arrowed the head where the ultimate volume of the day tried to break the daily channle and failed. For even harmonics you get the double bottom
Can it be explained in layman's terms (without the calculus)?
Thanks - EZ
