Finishing the piecing

http://www.FreedomUniversity.TV. Elegant & visual proof of the Pythagorean Theorem using areas of rectangles and triangles. Contact Dr J for more affordable videos at john@e-liteworks.com.

Hey everyone. This is a collab between me and AGBanx. This collab started like 6 months ago when me and Banx were talking about she music. We got talking about a collab since i've never done one with   more...her, so i said "Let's do a she one :D".
So then began our journey and here we are xD!
I must say this is a pretty bang up collab 8D! I love the way it came out :]
Thank you so much to AGBanx who accepted to do this pain in the ass with me 8D!
[/Why i picked this title i do not know lolz]

Minty's Comments~ DKJHIEURFHVCUDTYF!
-____-
I hated this, and it hated me.
My first idea was to do it with Code Geass. After realizing that the episodes i got had
THE BIGGEST FONT SIZE IN THE FUCKING WORLD, i gave up and did a horrible job on my part.
I completely felt guilty about it and trashed it. Then i saw Yami To Boushi and thought it
would fit good with this song aswell. THEN ANOTHER BAD THING HAPPENED. I saved my part in HD format like an idiot
And deleted the project -___-' So i had to remake my part AGAIN!
This time, i used what i am truly good at.
Wolf's Rain :]
I think it came out quite nicer acutally lolz.
There's my story on my part and how it hates me xD

AGBanx's Comments~ Sorry my part turned out so sloppy; Movie Maker was doing everything tp get on my last nerves. And thsnk yuo MewMintyNaara for putting up with me during this little project.

Programs: Windows Movie Maker, Sony Vegas 7.0  less

NBC showed us this sequence just before 9:00am on September 11, 2001. At first glance, one might assume that the pointless triangles are lens glare. But, of course, we see that the pointless triangles   more...are fixed on the lens and do not change at all when the camera's angle with regard to the sun changes. I think they look remarkably like incomplete pyramids. Every perp has a signature.
For extra interest, please note that the sequence is from the west side of the twins and the camera appears level with the damaged floors. Obviously a chopper shot from somewhere over NJ with a super zoom lens.
But, I wonder...
How often is a camera mounted on a tripod in a chopper? Is that a special wescam feature?
From the original NBC archived mpeg no longer available at archive, so the whole world will know.  less

Unveiling the quilt "Curved Triangles" with music by Robert Helps.

Just thought I would upload this, for the sake of completeness, so that I will have a video posted of stellations of all the Platonic solids. . . only a video of the stellated tetrahedron remains. That   more...one is less taxing to make than the others, so maybe it won't be too long before I get around to it. . .  less

This is the stellated icosohedron. Rather hard to visualize, so I kept track of how it should be put together by exploiting the duality between the icosohedron and dodecahedron.

While this one probably   more...looks the most impressive, it takes about the same amount of work as a dodecahedron. This completes my making the full zoo of stellated platonic solids, although I never made videos of two of them.  less

This is a stellated cube, basically a cube with a spike out of each face. This was part of a Christmas present for SaboCatGirl, who kindly filmed the video at my request. The video stars SaboCatGirl   more...as the craft handler.

This one is much easier to visualize than something like the stellated dodecahedron, but there are some effects that I wanted to have captured on video to remind myself of later. The first is the fact that the faces can be collected into four triangles. This is reminiscent of the tetrahedron, but since the cube is dual to the octohedron (see my comments on the dodecahedron video) I'm not sure how the triangles arise. I could just be a coincidence. The other aspect is the color scheme, which I have by now realized stems from the coordinate system in three dimensions--the color of a given diamond is determined by which coordinate axis it is aligned with.  less