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From the very informative website:
http://earthsky.org/tonight/december-cold-moon-tonight
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Tonight – December 2, 2017 – watch for the nearly full moon. As seen from around the world, the moon will shine pretty much all night long, starting around sunset on this night. Although the calendar gives December 3 as the full moon date, the exact clock time (and possibly the date) of the full moon varies by time zone. No matter where you live worldwide, the moon will appear plenty full to the eye both tonight and tomorrow night.
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By the way, this full moon will be the only full moon supermoon to light up our sky in 2017. What’s a supermoon? Read more about it in our post for December 3, 2017.
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The December 2 moon shines in front of the constellation Taurus the Bull. Despite the lunar glare, you still might be able to make out Aldebaran, Taurus’ brightest star, and possibly the Pleiades star cluster.
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Read more: Occultation of Aldebaran on the night of December 2-3, 2017
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Worldwide map via the US Naval Observatory. Day and night sides of Earth at the instant of full moon (2017 December 3 at 15:47 UTC). The shadow line at left depicts sunrise December 3 and the the shadow line at right represents sunset December 3.
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The full moon, our nocturnal sun, stays out throughout the night, and then sleeps in during the day. The December full moon, like the June sun, climbs up high as seen from the Northern Hemisphere sky. A full moon near the winter solstice travels a high path across the sky and stays in the sky for all hours of the night. That’s why one of the names for this full moon is the Long Night Moon.
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From the Southern Hemisphere, where the days are long and the nights are short, the December full moon follows the low path of the winter sun. After all, it’s the hot season in that hemisphere now.
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From the contiguous United States, the moon reaches the crest of its full phase during the daylight hours on December 3, when the moon is beneath our horizon. At North American time zones, the moon turns precisely full – resides 180^o from the sun in ecliptic longitude – at 11:47 a.m. AST, 10:47 a.m. EST, 9:47 a.m. CST, 8:47 a.m. MST and 7:47 a.m. PST.
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However, if you live in Alaska or Hawaii, the moon turns full before sunrise December 3, meaning the moon will be in your sky at the instant of full moon, which takes place on December 3, 2017, at 15:47 Universal Time (UTC) – or 6:47 a.m. AKST (Alaska Standard Time) and 5:47 a.m. Hawaii-Aleution Standard Time (HAST).
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Bottom line: From around the world, the December 2, 2017 moon shines in the east at nightfall, climbs highest for the night around midnight and sets in the west around sunrise December 3. For the contiguous United States, the moon will turn precisely full during the daylight hours on December 3, when the moon is below the horizon.
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Speaking of the Naval Observatory, the North Koreans would love to know that some Americans are flat-earthers - they would likely hope that some of the people responsible for ICBM tracking are ignorant of the earth's curvature, so the Korean missiles would then have a decided advantage.
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I love looking at the Moon from the flat earth perspective.  It just feels right.  

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That's nice you're enjoying this amazing sight!

Oh, BTW perhaps you wouldn't mind describing the sight of this:

How does the moon's light make this nightly pattern on the surface of the flat earth?

The shadow line showing the limits of the moonlight is the edge of the dark portion:
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This is a winter moonlight diagram, not spring, summer or fall.
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I understand all the stuff  you're posting.  Sorry.  

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Tonight will be another full moon, just one day after the full moon proper. In my area the sky was cloudy yesterday so I couldn't see the moon very well.
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They're calling this the Full Wolf Moon. It's still at 99%.
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So if you can see the moon tonight, it's still not too late to make the following observation.
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At midnight, (or for an hour or two before or after) look up at the full wolf moon, and think about where the sun is.
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You can't see the sun, but you can see the effect the sunshine has on the moon.
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In order for the sun to shine on the moon to make it look that way, ask yourself, "Where is the sun?" 
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NASA and modern astronomy maintain that the Moon is a solid, spherical, Earth-like habitation which man has actually flown to and set foot on. They claim the Moon is a non-luminescent planetoid which receives and reflects all its light from the Sun. The reality is, however, that the Moon is observably not a solid body, it is clearly circular, but not spherical, and not in any way an Earth-like planetoid which humans could set foot on. In fact, the Moon has been proven largely transparent and completely self-luminescent, shining with its own unique light.

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The moon is circular but not spherical? Do you have any proof of this claim?
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The moon has been proven largely transparent and completely self-luminescent?
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And you think that anyone is going to take you seriously?
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What evidence do you have of the transparency of the moon?
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Bad CGI images? 
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You accuse others of having used CGI but you can't do any better yourself?
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Take a look at the full moon, and tell everyone what you see.
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Where is the sun when the full moon is at 12:00 midnight?
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What don't you understand? Do you know what the full moon is?
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Have you ever seen a full moon?
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Do you get out much?
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Dear Mr. No it all, 

I've finally gotten the time to read your posts!  I wonder wether you are sincere, learning disabled or a liar.  So, I've decided to extend some of my time to you, in the hopes of gaining some insight into your true character and, in the process, perhaps loosening some of the chains that bind your fettered mind.  

Sincerely, 
WholeFoodsTrad