Taking threads from the past three weeks worth of videos: how to chain together the forwards weave, reverse weave, windmill, and weave turn together into a fountain variant that has some body tracer elements. This move can be done either inspin or antispin and sets up a lot of great moves down the line.

4beatfountain.mp4

Based upon a move in the last Timmehtek video--a nifty switch to quarter time that makes use of a horizontal body tracer. It reminds me a bit of Mel's horizontal SNES move from last week and made me realize that as tech spinners when we tend to plane-break away from the body we have another option open to us. We avoid breaking toward the body for obvious reasons, but integrating this type of transition with a body tracer can have a really cool effect.

techblog241.mp4

I'm wrapping up the poi flower series with this vid on antispin. Antispin could really be its own video series entirely, so I'm just giving a couple different approaches to creating antispin petals in this video and letting people take the exercises used in the previous videos in this series to extrapolate the different timing and direction combinations. If you'd like to see a full series on antispin, please let me know!

flowerspt5.mp4

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.

techblog235.mp4

I didn't realize until I saw Noel's video on the stall combo out of triquetra vs pendulum last week that this move was actually one of those transition spots for a hybrid family and it opened up a whole bunch of moves all at once. Here are two hybrids, a stack, an antispin flower, and Noel's cool stalling move that all overlap on that position. The more of these hybrid families get isolated, we can treat them almost like a circle of fifths to move between different hybrid groups.

techblog231.mp4

Kind of a fun brain/kinesthetic workout that came out of a trick I've seen G and Ronan do wherein they play 4-petal antispin against a static spin to create hybrid moments at either side of the body. I took that same idea to a vertical place to start, and then placed the top position behind the head to add a body tracer flavor to the overall movement. Don't know if it has any good performance applications but it definitely gives the brain something to chew on :)

techblog224.mp4

I know this topic has been done to death, but in trying to come up with a way to classify toroids, I came to realize we've barely scratched the surface of them. Here I use the approach of imagining the axes around which we can move the plane of a toroid as being similar to the major axes inside an octahedron and choosing specific axes that are parallel with the arm, hand path, or neither.

techblog219.mp4

Here's an interesting idea inspired by Mel's recent video of his workshop on snakes: I'd noticed that when he was practicing tracing along his arm that it was somewhat reminiscent of a box mode antispin flower that had been somewhat squashed. This reminded me of a concept that had been thrown out on the old Tribe tech poi group: the snake eye. This was a trick wherein you'd take a snake but perform it in antispin, theoretically creating cateyes around your shoulder. While Mel's arm tracer definitely doesn't produce a cateye, it does seem very compatible with snakes. Here's the result.

techblog217.mp4

Last video we rolled through three different approaches to defining CAPs. Here is an alternate approach to breaking down such motions: a couple years ago, Alien Jon introduced me to the idea of spinning composites. Compositing is chaining together increments of poi movement that overlap in hand and poi position to either create repeatable patterns or transition and shift seamlessly between patterns.

techblog214.mp4

The question of what constituted a CAP recently came up both in the Tech Poi and Vulcan Tech Gospel groups on Facebook. Here are what I'd consider to be the three main approaches to describing a CAP--in my next video, I'm going to detail a slightly different approach to this question and some of the cool patterns that come not from trying to classify all the CAPs, but from taking the lessons that learning CAPs provide and applying them to more complex types of motion.

techblog213.mp4