Manuscript XVI-O1-ST@5 · XVI-O1-ST-v5.tex · section · dd45e0d1

The three arrays, without silent editing

Permanent printed-array integrity witness › The three arrays, without silent editing · lines 988–1026

XVI-O1-ST@5#rec:phase

The v4 typeset table and v4 embedded/extracted regression do not encode the same D01 baseline vector SuppliedV4,V4Artifacts.

Using displayed positions $1, \dots, 14$ , they are

f^{tex} = (- 27/80, 19/60, - 11/48, - 71/120, 11/10, - 4/3, 19/60, - 13/15, 1/6, 4/3, - 11/48, 1/6, - 1/8, - 3/4)^{T},

f^{reg} = (- 27/80, 19/60, - 11/48, - 71/120, 11/10, + 4/3, 19/60, - 13/15, 1/6, 4/3, - 11/48, 1/6, - 1/8, - 3/4)^{T} .

The unchanged gauge-table constant vector is

a^{(0)} = (27/80, - 19/60, 11/48, 71/120, - 11/10, 4/3, - 19/60, 13/15, - 1/6, - 4/3, 11/48, - 1/6, 1/8, 3/4)^{T} .

Python index 5 is displayed row 6, namely $B_{6} = a_{1} \cdot a_{2} a_{1} \cdot a_{2} Q^{2}$ .

Displayed formulas in this passage

unlabeled · line 997
$f^{tex} = (- 27/80, 19/60, - 11/48, - 71/120, 11/10, - 4/3, 19/60, - 13/15, 1/6, 4/3, - 11/48, 1/6, - 1/8, - 3/4)^{T},$
unlabeled · line 1005
$f^{reg} = (- 27/80, 19/60, - 11/48, - 71/120, 11/10, + 4/3, 19/60, - 13/15, 1/6, 4/3, - 11/48, 1/6, - 1/8, - 3/4)^{T} .$
unlabeled · line 1014
$a^{(0)} = (27/80, - 19/60, 11/48, 71/120, - 11/10, 4/3, - 19/60, 13/15, - 1/6, - 4/3, 11/48, - 1/6, 1/8, 3/4)^{T} .$