Stone

Did you hear that story? The Tale Of Two Globies? It's a classic. Enjoy. rumble.com/v73ohsc-a-tale…

@ToliverScotty Actually, in that shot, the Sun is supposed to be behind Earth. Hence, the backing glare.

@Inventionaire Insufficient exposure. The stars are dim objects and the Sun is toward the lower right, out of frame.

OK, globies. Here's a copy of your favorite image of the week - with most of the noise taken out. Show me an angle in the sky where the brightest stars exist in these positions.

@BruisedFerret Enlighten us.

@Inventionaire Happy to address the selenelion, but first do you UNDERSTAND why the shadow comes from the top down?

DEATH of the Heliosexual model, courtesy of your typical SELENELION ECLIPSE. PERIOD. Y'all can shove that whole hand wave dismissal about 'refraction' up where the Sun don't shine. What I show here is GEOMETRICALLY IMPOSSIBLE in the Heliosexual model. GAME OVER, GLOBIES.

@BruisedFerret Pfff. That is some lame ass bullshit, right there. EPIC FAIL.

@Inventionaire Hey there ya go, solved. That's Venus in the bottom right:

That's the point, Parky. They're not in space. And this kinda garbage proves it - unless, of course, you can provide what I am reasonably asking for.

@BruisedFerret And refraction is a VERTICAL phenomenon, idiot. Remember the term 'lapse rate'? Duhhhh.

@Inventionaire Clean-up on aisle 7!! You completely forgot about horizontal parallax, which is why your scaling was all messed up. Here's what Google Earth predicts (minus refraction) from the actual observer location🤣🤣 ( 53.640177°, -3.029125°, 9m AMSL)

Did you hear that story? The Tale Of Two Globies? It's a classic. Enjoy. rumble.com/v73ohsc-a-tale…

@proxyparty247 Well... you certainly didn't last very long last Friday night. Have you done ANY of the requisite homework? Have you watched ANY of the videos I recommended (yes, ones I produced)? How 'bout you show up tonight and let us all know about what new information you've gathered?

@Inventionaire How long you expect to last?

@allanozz @bretfebibljesus Way to completely fail to comprehend the meaning of words like SELENELION and DAWN.

@bretfebibljesus @Inventionaire Your cartoon has the sun in the wrong place, it should be below the earth not above it then you image of what we saw would be correct as it was when I watched the eclipse from the southern hemisphere.

🌑💯🎶 The globe imagination is all gone by the impossible selenelion lunar eclipse on the globe model. GG Globies. Repost from @Inventionaire

@P_Eichler Thanks for wasting my time with still more pointlessly irrelevant content that you didn't create and lack the intelligence to even describe.

@Inventionaire x.com/i/status/20241…

@BruisedFerret You have shown nothing but your own ignorance and desperation.

@Inventionaire You're gonna block me now, right? Once I've shown you that your underwater elevations are complete horse shit 🤣🤣

@BruisedFerret Yeah, go ahead... assert (by saying NOTHING) that the bottom of that channel never changes over time when water is constantly whipping through there. Tragic grasping of straws.

@Inventionaire Uh oh spaghettio!!!

@BruisedFerret Who thinks that I made the same brain dead decision to try to use the PATH function in plotting the contour lines across that span? You do. Can you not figure out the method I used? NO? That's because you haven't a clue. You're just a monkey in the corner flinging shit.

@Inventionaire Terrain is on.

@BruisedFerret Sure. Totally ignore how I spend considerable time IN THE VIDEO on HORIZONTAL PARALLAX. Or do lack the intelligence to recognize it? Phoole.

@BruisedFerret Go ahead. Gaslight all you want while you completely fail to comprehend (willfully or not) the definition of SELENELION.

@Inventionaire BRO 🤦‍♂️🤦‍♂️🤦‍♂️ It amazes me how many flerfs struggle with the shadow direction. That green circle you have in your diagram? The observer is on the BOTTOM of it.

@Notaspud_ @ToddClark572278 I don't. I am also not a slave.

@Inventionaire @ToddClark572278 Why do you need cash? We're asking for a short explanation

@AlgbnMog Wow. That's some stupid shit right there. Who's talking about the South? Just YOU.

@Inventionaire I didn't, you're assuming that the earth is a bowl, a half sphere. It's a full sphere. In the event of an eclipse people in the north will see the opposite of what people in the south see. Here's a simplified, hope you understand how perspective works.

@DarrenS30322520 Thank you for proving to me how geometrically challenged you are. At dawn in North America, the Sun is in the EAST, not the West, like you show here.

@Inventionaire The shadow will be on the upper part or lower part, depending upon whether you are viewing the eclipse at sunrise, or sunset. You only described the observation from one perspective, showed the image from the other. Zero understanding.

@AlgbnMog You've completely missed the geometric point I'm making here. But, thanks for playing.

@Inventionaire This actually proves that the earth is a globe. You saw the inverted image because you were on the opposite side of the globe. those who are north will see the opposite of those who are south, because they're opposite sides of the globe.

@DarrenS30322520 Way to indicate that you comprehend ZERO of what I posted.

@Inventionaire How about taking the actual globe model, analyse the geometry for the specific eclipse, locate the position for observation, then tell us what we should see. You are simply incorrect. The selenelion can be observed simultaneously at sunrise and sunset in two regions.

@JefferyParkins2 @ken_caudle I've slayed you on so many issues in the past, Jeff. I really don't know why you still open your mouth. Oh, wait... yes I do...

@Inventionaire @ken_caudle It's your post. Did you forget sun rises and moon rises are impossible on a flat earth?