Zeitpunkt Nutzer Delta Tröts TNR Titel Version maxTL So 28.07.2024 00:00:27 9.876 +1 554.241 56,1 Climate Justice Social 4.2.1... 5.000 Sa 27.07.2024 00:01:12 9.875 +1 553.191 56,0 Climate Justice Social 4.2.1... 5.000 Fr 26.07.2024 00:01:08 9.874 +2 552.199 55,9 Climate Justice Social 4.2.1... 5.000 Do 25.07.2024 00:00:00 9.872 0 550.974 55,8 Climate Justice Social 4.2.1... 5.000 Mi 24.07.2024 00:01:07 9.872 +1 550.210 55,7 Climate Justice Social 4.2.1... 5.000 Di 23.07.2024 00:01:01 9.871 0 549.028 55,6 Climate Justice Social 4.2.1... 5.000 Mo 22.07.2024 00:00:33 9.871 0 548.116 55,5 Climate Justice Social 4.2.1... 5.000 So 21.07.2024 00:00:00 9.871 +1 546.944 55,4 Climate Justice Social 4.2.1... 5.000 Sa 20.07.2024 00:01:12 9.870 0 546.136 55,3 Climate Justice Social 4.2.1... 5.000 Fr 19.07.2024 14:00:42 9.870 0 548.300 55,6 Climate Justice Social 4.2.1... 5.000
(@anlomedad) · 11/2022 · Tröts: 3.680 · Folger: 557
So 28.07.2024 09:00
Is there a formula for a double rule of three?
My conditions:
92.18834143 shall be 100
And
66.27439906 shall be 0
How much is 67.1234 ?
How do I express this in a formula?
I'd be applying the formula either in an #awk script (preferred) or in #LibreOfficeCalc
If you want to know the details:
the maximum light travel time from Saturn to Earth is 92.18834143 minutes and the minimum time is 66.27439906 minutes. (according to the observer table setting "21" in this ephemeris for Saturn's barycentre https://ssd.jpl.nasa.gov/horizons/app.html#/)
Basically, I want to plot the 6 inner planets, and combinations of them (ie groups of sums) with their distance or light travel time to Earth over a few centuries.
Ultimately, all planets should have the same value span from 0 to 100
so that no planet gets more influence in the groups of sums. A simple percent of maximum won't do because the resulting ranges aren't 0 for minimum to 100% for maximum, so some planets "weigh" more than others.
Thanks a million!!
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