I've finally glimpsed the HG and now know what form it takes!!! ![O0]( "Afro")
This topic is dedicated to RouletteGhost...![:thumbsup:]( "Thumbs-up")
Firstly I'll try to describe it then later I'll show you the steps I took in the process of reverse-engineering it that lead to this new interpretation and understanding - though this is only the beginning of the journey and there's still a lot that's not fully understood.
You remember the Fractal example?
What I found out is that when you chart random numbers through a non-random cycles framework you get to peer inside the "order-out-of-chaos" that is reminiscent of Dyksexlik's philosophical example of sunset and sunrise being the same event - but viewed from different perspectives.
Imagine some kind of nuclear reactor where many chemical reactions are taking place inside at the core. You can get a view of what's taking place in 320 x 240 resolution or even 640 x 480 - depending on what cycles framework you choose. I certainly don't have a 4K view of it yet - call it magic spectacles if you will.
So here's what's happening inside: every parallel stream you include in your cycles framework is orbiting around the same sequence of events that choose different paths - but some streams represent a better measure than others at different times throughout the sequence of events, contributing to our low resolution visual.
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All parallel streams get "filtered" onto roughly the same set of paths - some more prominent than others.
The more streams you have the more cheaper or profitable you are able to transform the path that would otherwise be more expensive if traversed via a single stream that has no special properties.
All paths start at the same place = X stream, spin 1; Y stream; spin 1; Z stream, spin 1, etc. Due to the fractal nature of these paths (see bullet points above), most lead off towards quick wins and quick recoveries via negative progression (have yet to test through positive progressions). But a few specific paths can lead off into big losses and break the bank; however, with more streams and better information/visual framework of the core you are able to travel further along these most desolate of paths. It remains to be determined whether the few undesirable pathways can be overcome - or whether they end up in the abyss - but you have control over which paths you take.
Combine each spin of Dozen Cycles + Line Cycles... Did you know that while some paths are more dominant over others, 5 outcomes are completely locked out and never cross each other:
D2 + LCL1
D3 + LCL1
D3 + LCL2
DCL1 + L5
DCL1 + L6
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This topic is dedicated to RouletteGhost...
Firstly I'll try to describe it then later I'll show you the steps I took in the process of reverse-engineering it that lead to this new interpretation and understanding - though this is only the beginning of the journey and there's still a lot that's not fully understood.
You remember the Fractal example?
- Certain outcomes get locked out at certain times
- Some outcomes cannot immediately follow other outcomes
- Some areas are hit more than others despite outcomes being equally likely
- NEW: some paths are traveled more than others
What I found out is that when you chart random numbers through a non-random cycles framework you get to peer inside the "order-out-of-chaos" that is reminiscent of Dyksexlik's philosophical example of sunset and sunrise being the same event - but viewed from different perspectives.
Imagine some kind of nuclear reactor where many chemical reactions are taking place inside at the core. You can get a view of what's taking place in 320 x 240 resolution or even 640 x 480 - depending on what cycles framework you choose. I certainly don't have a 4K view of it yet - call it magic spectacles if you will.
So here's what's happening inside: every parallel stream you include in your cycles framework is orbiting around the same sequence of events that choose different paths - but some streams represent a better measure than others at different times throughout the sequence of events, contributing to our low resolution visual.
All parallel streams get "filtered" onto roughly the same set of paths - some more prominent than others.
The more streams you have the more cheaper or profitable you are able to transform the path that would otherwise be more expensive if traversed via a single stream that has no special properties.
All paths start at the same place = X stream, spin 1; Y stream; spin 1; Z stream, spin 1, etc. Due to the fractal nature of these paths (see bullet points above), most lead off towards quick wins and quick recoveries via negative progression (have yet to test through positive progressions). But a few specific paths can lead off into big losses and break the bank; however, with more streams and better information/visual framework of the core you are able to travel further along these most desolate of paths. It remains to be determined whether the few undesirable pathways can be overcome - or whether they end up in the abyss - but you have control over which paths you take.
Combine each spin of Dozen Cycles + Line Cycles... Did you know that while some paths are more dominant over others, 5 outcomes are completely locked out and never cross each other:
D2 + LCL1
D3 + LCL1
D3 + LCL2
DCL1 + L5
DCL1 + L6
