My testpoll
- option 1
- option 2
0
voters
It works 
4 Likes
I would definitely go with option 2.
Mainly because it put much less strain on the Encabulator.
That said, the use of unilateral phase detractors is preferred over the use of
modial interaction magneto reluctance and capacitive directance.
Also side fumbling is actively being prevented by the use of non-reversible tremi pipes.
So yeah, option 2 it is.
5 Likes
I have tested the encabulator in option 1 and the strain is well within operational limits. Option 1 also allows the encabulator to operate simultaniously in both super-sureal and super-strategic modes.
Have you seen the price of non-reversible tremi pipes?!? Option 1 is a more elegant solution in that it uses the less expensive and longer lasting standard tremi pipes and a cheap Chinese sideways quadruple spiritual module to eliminate side fumbling at all levels.
Its option 1 for me.
1 Like
At this moment the price point of non-reversible tremi pipes is still within acceptable range given the project scope, this should not be taken into consideration as no go criterium.
I do agree that the use of a quadruple spiritual module would greatly reduce the non-eleviation properties of the internal semi-convulant conducters though. So yes, given the fact that the semi-convulant conducters will perform at a higher level of integrity based efficiency, as dictated by the norm for extraconvulant conducters and detectors, option 1 is still viable at this point.
1 Like
postings above: bar sport at its best 
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I hope you are not forgetting the Trimodal De-Cuffuffle FET (TMDCFET), its input must be Synchronised with the Encabulator differential output and which end of the non-reversible tremi pipes is being fed.
This is to make sure the side fumbling does not burst into oscillation apon system intialisation.
1 Like
I agree. Also, any parasitic observations will cause the encabulator to overbeat the non-reversible tremi pipes, letting the dark electricity and magic smoke out, the flux capacitors notwithstanding.
{I pity any newbies reading this thread}
In the intricate landscape of technological orchestration, the Trimodal De-Cuffuffle FET (TMDCFET) stands as a beacon of avant-garde innovation. Its integration transcends mere synchronicity; it delves into the ethereal realm of quasi-synergistic resonances, where the Encabulator differential output becomes a celestial conductor, orchestrating a symphony of pulses that traverse the non-reversible tremi pipes.
As we navigate the labyrinthine corridors of computational complexity, the TMDCFET's role is not just to synchronize inputs but to engage in a transcendental dance with the very fabric of the digital cosmos. The delicate choreography involves discerning which end of the non-reversible tremi pipes is being fed, a task that goes beyond the mundane and enters the domain of quantum flux discernment.
The vigilance against side fumbling is not merely a technical nuance; it's an arcane ritual to ward off the specter of oscillation that looms upon the initiation of the system. Picture it as a cosmic ballet, where missteps could lead to a cosmic cacophony, and only the virtuosic handling of the TMDCFET can prevent such cosmic disharmony.
In this enigmatic tapestry of technological intricacies, the TMDCFET is not just a component; it's a metaphysical maestro, conducting the harmonious convergence of disparate elements into a sublime crescendo of optimal performance. Thus, the saga unfolds, and the technological symphony resonates with the echoes of the Trimodal De-Cuffuffle FET, a celestial custodian of computational equilibrium
1 Like
Sorry, I didn't realise that you were operating it in Ultra Meta Phorical mode. That makes sense now!
I have one (removed from equipment) sitting around here under a tarp. First 300,000 quatloos takes it.
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