Dave Keenan wrote: ↑Fri Jun 05, 2020 12:54 pm munged_error(error) = 1/(0.5 - error) - 1/0.5
munged_3_exp(3_exp) = 1/(14 - 3_exp) - 1/14
Code: Select all
Error Munged x5.5
----- ------ ----
0.000 0.0000 0
0.050 0.2222 1
0.100 0.5000 3
0.150 0.8571 5
0.200 1.3333 7
0.250 2.0000 11
0.300 3.0000 16
0.350 4.6667 26
0.400 8.0000 44
0.450 18.000 99
0.480 48.000 264
0.490 98.000 539
0.495 198.00 1089
0.499 998.00 5489
0.500 ∞ ∞
Code: Select all
3exp Munged x154
---- ------ ----
0 0.0000 0 [0.0028]
1 0.0055 1 [0.0055]
2 0.0119 2 [0.0110]
3 0.0195 3 [0.0221]
4 0.0286 4 [0.0442]
5 0.0397 6 [0.0884]
6 0.0536 8 [0.1768]
7 0.0714 11 [0.3536]
8 0.0952 15 [0.7071]
9 0.0129 20 [1.4142]
10 0.1786 28 [2.8284]
11 0.2619 40 [5.6569]
12 0.4286 66 [11.314]
13 0.9286 143 [22.627]
14 ∞ ∞ [45.255]
15 -1.071 -165 [90.510]
16 -0.571 - 88 [181.02]
17 -0.405 - 62 [362.04]
∞ -0.071 - 11 [ ∞]
(the bracketed entries are the coefficients multiplied by ln(SoPF>3 + 2) in George's old metric; they're all the successive square roots of odd powers of 2, starting with 2^-8.5, and this term with interpolation was also used for apotome slope)