JFF model update. Today's 5903 new cases was high but both the periodicity ('big jump day') and testing incoperated variations are consistent with this large increase. I've included the testing accounting variation here as that now seems to be the best variation of the model.
You will recall that I said that the model predicts today will be the peak. That is true assuming the testing remains at a fairly constant level. However given that the govt is projecting 100k tests by the end of the month,I've accounted for this. Simply put I've assumed a linear increase in tests every day such that on the 30th April 100k people will be tested.
The effect of this is to push the peak back from today until the 12th April.
It also increases the total number of confirmed cases from 80k to 197k
However I should enphasise the basic model parameters have not changed. This is not like earlier versions where I changed the basic parameters to better fit the data. All I have done is incoperated a predicted testing ramp up. If the testing does not ramp up to 100k by the end of the month the peak will come earlier.
Nevertheless the JFF model is predicting that today is the peak if the testing does not continue to go up.
Should go without saying, though, that this is just my model. It can still be very wrong.
2023/2024 Snow days (approx 850hpa temp):
29/11 (-6), 30/11 (-6), 02/12 (-5), 03/12 (-5), 04/12 (-3), 16/01 (-3), 18/01 (-8), 08/02 (-5)
Total: 8 days with snow/sleet falling.
2022/2023 Snow days (approx 850hpa temp):
18/12 (-1), 06/03 (-6), 08/03 (-8), 09/03 (-6), 10/03 (-8), 11/03 (-5), 14/03 (-6)
Total: 7 days with snow/sleet falling.
2021/2022 Snow days (approx 850hpa temp):
26/11 (-5), 27/11 (-7), 28/11 (-6), 02/12 (-6), 06/01 (-5), 07/01 (-6), 06/02 (-5), 19/02 (-5), 24/02 (-7), 30/03 (-7), 31/03 (-8), 01/04 (-8)
Total: 12 days with snow/sleet falling.