Post by mike on Feb 9, 2019 11:20:28 GMT -6
Our beloved brother EnochWalked posted the below in the shoutbox yesterday. I felt compelled to retain this basic research and desire to take this deeper, with whoever wants to participate. I truly believe that the Lord gave us the sky as a sign and timepiece. A timepiece for us to know what is happening and has happened.
Below is the exact copy/paste from the Shoutbox.
The years that have 17 pairs are Tetrad years, which people have pointed out as significant before. But not all Tetrads are part of these 17 pair patterns. So I want to call these "Super Tetrads" (or Dekaheptads?).
In the past 100 years, here are the Super Tetrads: ~1947/1948, ~1967/1973, ~2015/2017. Before that, the most recent Super Tetrad was ~1492. The next is ~2029/2033, then ~2050, then none for another 500 years. Interesting, right?
EnochWalked: Ah, here is what Paul Grevas had to say about these tetrads:
The video includes some more of his graphs, but it looks like his website has lapsed since he made them. (Thanks again for the tip, Natalie).
EnochWalked: Okay, here are some dates (very rough, because we're talking about a 10 year window): ~1574 BC, ~1555 BC, ~1538 BC, ~1473 BC, ~916 BC, ~887 BC, ~869 BC, ~583 BC (decree of Cyrus), ~333 BC (Alexander the Great conquers Israel), ~324 BC (dies aged 33) ...
or ~320 BC (Ptolemy Soter captures Jerusalem), ~312 BC, ~301 BC (Ptolemy recaptures Jerusalem), ~290 BC, ~272 BC, ~267 AD, ~285 AD, ~332 AD, ~350 AD, ~824 AD, ~888 AD, ~1428 AD, ~1475 AD, ~1492 AD. (Then the 20th and 21st century ones, as mentioned).
The output of the script just lists the dates of each set of eclipses, the midpoints that the set is symmetrical around, and the number of days each pair is from the midpoint.
For example:
"Two eclipse dates at 90 days from midpoint 2033-01-15
First eclipse: 2032-10-17
Second eclipse: 2033-04-15"
The original dataset did say whether the eclipses were lunar or solar, total or partial, etc, so I could cross-reference to find just the dates of the Blood Moons themselves. I don't have data for locations, though, so I'd need a source for that.
EDIT 2/11/19:
Another example to throw out there:
Two eclipse dates within 1816 of midpoint 2015-01-04
First eclipse: 2010-01-14
Second eclipse: 2019-12-25
The most recent midpoint has another 2 related eclipses this year that Graph 8AAA didn't: July 1st and Christmas.
Below is the exact copy/paste from the Shoutbox.
The years that have 17 pairs are Tetrad years, which people have pointed out as significant before. But not all Tetrads are part of these 17 pair patterns. So I want to call these "Super Tetrads" (or Dekaheptads?).
In the past 100 years, here are the Super Tetrads: ~1947/1948, ~1967/1973, ~2015/2017. Before that, the most recent Super Tetrad was ~1492. The next is ~2029/2033, then ~2050, then none for another 500 years. Interesting, right?
EnochWalked: Ah, here is what Paul Grevas had to say about these tetrads:
The video includes some more of his graphs, but it looks like his website has lapsed since he made them. (Thanks again for the tip, Natalie).
EnochWalked: Okay, here are some dates (very rough, because we're talking about a 10 year window): ~1574 BC, ~1555 BC, ~1538 BC, ~1473 BC, ~916 BC, ~887 BC, ~869 BC, ~583 BC (decree of Cyrus), ~333 BC (Alexander the Great conquers Israel), ~324 BC (dies aged 33) ...
or ~320 BC (Ptolemy Soter captures Jerusalem), ~312 BC, ~301 BC (Ptolemy recaptures Jerusalem), ~290 BC, ~272 BC, ~267 AD, ~285 AD, ~332 AD, ~350 AD, ~824 AD, ~888 AD, ~1428 AD, ~1475 AD, ~1492 AD. (Then the 20th and 21st century ones, as mentioned).
The output of the script just lists the dates of each set of eclipses, the midpoints that the set is symmetrical around, and the number of days each pair is from the midpoint.
For example:
"Two eclipse dates at 90 days from midpoint 2033-01-15
First eclipse: 2032-10-17
Second eclipse: 2033-04-15"
The original dataset did say whether the eclipses were lunar or solar, total or partial, etc, so I could cross-reference to find just the dates of the Blood Moons themselves. I don't have data for locations, though, so I'd need a source for that.
EDIT 2/11/19:
Another example to throw out there:
Two eclipse dates within 1816 of midpoint 2015-01-04
First eclipse: 2010-01-14
Second eclipse: 2019-12-25
The most recent midpoint has another 2 related eclipses this year that Graph 8AAA didn't: July 1st and Christmas.
