Deleted member 38366
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Still carriers, and still spreading the virus to those most at risk. I'd say this is even more alarming than the actual confirmed figures.
True...
I make daily calculations based on the current growth rate to estimate the actual number of Infected.
If you live in a region where the numbers are bad (Infected numbers double every 2 days) and assume each newly Infected will be detected and reach the Statistics within ~14 Days, you end up with 2 by the power of 7.
That's current, documented number of Infected x128.
If you can still assume that 50% of people who were in contact with a tested positive can quickly be "taken off the streets" by health officials (and i.e. sent to precautionary Quarantine), that power is reduced by 1. 2 by the power of 6 then remains. x64
[ as soon as a certain number of Infections cross a certain threshold, it becomes increasingly unlikely that there's enough staff to effectively run through all contacts of a known infected ]
Since the number of entirely undetected Infected (none or too mild Symptoms to qualify for testing - or intentionally don't come forward for any personal reasons) is more or less impossible to predict, a respecive correction isn't easy to apply and highly variable on top. Too many unknown factors.
If anything, knowledge of these cases should be kept in mind, as they'll only affect the predicted figures to the upside.
It is for that reason I stopped leaving the house at all after Infections tripled overnight in my smaller town and reached 2-digit figures that now more visibly enter their exponential growth.
Applying a x64 multiplicator turned out numbers high enough for me to consider the small town as a "zone orange" - that was my cut-off line to stop movement even for non-critical purchases I'd otherwise still do.
Enough people walking around now that I'll see in the Statistics in 2 weeks to hit that personal action trigger.
That works for me and gives me a reasonably precise risk assessment.
So if you have reliable access to your local Data and can work out your local growth rate, you can make similar calculations to estimate the actual number of Infected running around and base your decision matrix on that.
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