Let «x» be Biden’s election day %. Let «a» be Biden’s pre-determined aggregate %. Let «y» be Biden’s mail-in %. In Maricopa they set:
y=(a-kx-h)/(1-kx); this generated Biden's mail-in % from the pre-determined aggregate.
a=y-kxy+kx+h
k=0.1000000
h=-0.0282354516396
Results land on a surface approaching the equation y=(2h+kx)/(kx)
The only residuals to this plane are the effects of rounding Biden’s and Trump’s decimal votes up or down to integers. The Correlation Coefficient of this plane exceeds 99.87% across all 743 precincts. The mean value of the residual is 0.000000000% with a perfect gaussian standard deviation of .00739122148678179 (again, wholly due to rounding).
The algorithm did not act on Biden’s or Trump’s provisional votes, nor did it act on the 3rd party vote. The algorithm only acted on Biden's and Trump's election day and mail-in %.
y=(a-kx-h)/(1-kx); this generated Biden's mail-in % from the pre-determined aggregate.
a=y-kxy+kx+h
k=0.1000000
h=-0.0282354516396
Results land on a surface approaching the equation y=(2h+kx)/(kx)
The only residuals to this plane are the effects of rounding Biden’s and Trump’s decimal votes up or down to integers. The Correlation Coefficient of this plane exceeds 99.87% across all 743 precincts. The mean value of the residual is 0.000000000% with a perfect gaussian standard deviation of .00739122148678179 (again, wholly due to rounding).
The algorithm did not act on Biden’s or Trump’s provisional votes, nor did it act on the 3rd party vote. The algorithm only acted on Biden's and Trump's election day and mail-in %.
