At Wildfire I got a good chance to run my transition theory through the ringer and I got some great feedback from some folks I really respected about it. One of the more fun collaborations was Sunday with Charlie and Justin. Charlie and I essentially hadn't slept and spent most of the day working out the theoretical framework in which hard, soft, and mixed transitions could be applied to plane bending and shifting. We came up with a couple new moves neither of us had ever seen before and laid the foundation for what I hope will be a really nifty expansion of the theory. Thanks, guys! :)

techblog95.mp4

poiboi07 posted another sweet tech blog and I'm cribbing the first trick shamelessly from him. It's a pendulum vs. CAP hybrid that one then uses to perform a Yuta-style horizontal stall around either in a complete circle or 180 degrees. I'm finding it's a fun way to do an almost weave style turn back and forth and have added a vertical stall shift to the mix, making it an easy move to switch around in all three planes.

techblog63.mp4

 After working through trying to do a mode change in same direction with Charlie's 9-square theory, I came up with an interesting solution that involves using soft transitions across a unit circle grid to switch between box and diamond mode. The idea for this is centered on isopops from hooping and more specifically how you can change circle size by treating them as adjacent circles rather than dilations of the same circle. Included is a demo of how this technique can be used to switch between iso vs cateye antibrid to static vs triquetra antibrid to iso vs extension and back again.

techblog62.mp4