There is a risk to asking academics about math and the market.
1) Their background is in systems with much different dynamics. Ex: number of cancer deaths over 20 years due to point source PVC pollution in drinking water supplies, etc. The market is a dynamic semi-chaotic feed back looped open system. If the academic doesnât work with complexity theory he will be totally clueless on the market.
2) Those who can, do, those who can't teach.
1) Their background is in systems with much different dynamics. Ex: number of cancer deaths over 20 years due to point source PVC pollution in drinking water supplies, etc. The market is a dynamic semi-chaotic feed back looped open system. If the academic doesnât work with complexity theory he will be totally clueless on the market.
2) Those who can, do, those who can't teach.
Quote from ProfLogic:
No offense Jack but you didn't answer my question.
I've poised this question, outside of a market environment, to math professors, literally, all over the world and the answers was always the same.
"Yes, you can come to a conclusion to the equation but the conclusion will ALWAYS be a greatly varying range of numbers based on the frequency of change inside that specific environment with a random starting point and random ending point. At best the starting point would be fixed but the ending point, in a variable environment will ALWAYS be random.
[A fixed and stable whole number] +/x/÷/- [A fixed and stable whole number] = [A fixed and stable whole number]
[A constantly varying whole number] +/x/÷/- [A constantly varying whole number] = [A constantly varying whole number]
[A fixed and stable whole number] +/x/÷/- [A fixed constantly varying whole number] = [A constantly varying whole number]
[A constantly varying whole number] +/x/÷/- [A fixed and stable whole number] = [A constantly varying whole number]
To clarify my position: On a time based chart, every time a new bar is created the equation changes thus changing the outcome decision because the weight (volume) of the bar is different from the previous bar. A tick based chart varies as well, just not to the extreme as a time based chart does.
I ask this question to non-market technicians to get an unbiased answer because market technicians seem never to be able to give me a specific answer. This is because most live in a variable environment and are constantly trying to find fixed answers to their questions . . . which isn't impossible but their answers are only fixed for ONE BAR.
I understand what you do Jack with adding a volume indicator to your time based charts so that price direction is at least partially derived from the amount of volume associated with the time based bar but this is translation of volume to time which isn't exact. It's close and definitely better than some but not exact.
I also agree, in part, with your definition of [Trend - a price change segment over time in one direction) is "continuing" or "changing"] but you can't have a fixed definition of Trend in a variable environment. I would change YOUR definition, in my environment to, [Trend - price change segments, where those segments are based on exact & consistently based volume oscillations that specifically confirm price is either "continuing" in its current direction or "changing"direction]
We should always strive to achieve exact and precise answers to our questions. We should never settle on "close" as a reasonable conclusion.
