Based on some of Tracy Wilhelm's work on plane bending Zan's Diamond, here is the full pattern built in box mode, with the traverses through the middle being on diagonals rather than straight up and down. Thanks for the inspiration, Tracy!

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Following up on last week's video of the pentagram inversion, here's a similar move that's Zan's Diamond as a toroid and a couple fun combos that can be used with it. Plus which I'm playing around a bit with my format--tell me what you think!

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I was showed these at Wildfire this past year as I was wrestling with trying to learn inversions in opposites (my problem was I was trying to do them in opposites same time), but now they're presentable! Here they are as a 4-beat split-time thread the needle and as an element of Zan's diamond in split-opposites.

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I got a nifty challenge at Kinetic Fire Festival to perform a Zan's diamond toroid in same time opposites but to have the poi phased in same time opposites as well. It resulted in a pattern where the verticals remain in opposites but the horizontals switch to split time same direction. Strangely enough, if you try doing the same pattern in split time same direction both with poi and hands, the timing and direction remains consistent throughout the pattern. I'm taking this to mean that a lot of our rules for timing and direction no longer apply in the toroid world.

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The follow-up to my vid on Zan's diamond in all the different timing and direction combinations and polyrhythm hybrids. Here I demo all the monorhythm/even beat hybrids for Zan's diamond and discuss third-order CAPs, including the S-CAP and how it can work inside the Zan's diamond algorithm.

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Last week as I was working out Zan's diamond with toroids, Kory San made a request for a video on Zan's diamond and its accompanying hybrids. I'm splitting this into two videos: this first one covers the basic algorithms of Zan's diamond as a third-order motion and the polyrhythm hybrids that are available as a result of thinking of each section of the shape as a discrete triquetra. Next week I'll cover some variants that are even-downbeat and thus timing and direction remain consistent throughout.

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A challenge from Jeffrey Bird on the Tech Poi Group on Facebook--he wanted to see Zan's diamond rendered in opposites split-time in toroids. It took a little bit of doing, but I actually think it's far cleaner than the split-time same direction version I demoed a couple weeks ago. Bonus: I also decided to demo the same-time opposites version of the pattern.

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A follow-up to last weeks video on the triangle third-order antibrid. I started modeling the shapes that are generated by putting various third-order motions over antispin flowers and came up with some intriguing results. Here are third-order antibrids for cateye, triquetra, 4-petal antispin, and an inspin version of the triquetra one.

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Some more fun toroid action based upon last week's work. It dawned on me as I was writing out the description for my video last week that many of the patterns we make with poi come down to creating trochoid derivatives of polygons our hands are nominally tracing out--but what if we used plane-bends to describe these shapes rather than creating the trochoids. Here I take this idea and apply it to Zan's diamond. Interestingly enough it takes a body through both directions of a buzz saw in vertical and horizontal plane.

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This is a months old trick I can't believe I haven't done a tech blog on yet. It came out of Alien Jon, Charlie, and I playing with body tracers when AJ and Charlie were in town back in April. The algorithm for going through this variant on the diamond is a little wonky, but I still think it looks cool. Enjoy! :)

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