Thanks for the comment! Since this setup is based on someone else’s work, I won’t be doing a tutorial and instead link to his blog where he goes through his setup. The link is in the description for this video.
Hey ! Thx for sharing, very interesting method ! My only concern is about the integration to an already existing "classic" reverse foot. I don't understand what joints is supposed to be used for skinning, and how the hierarchie is supposed to look like. You went trough it very quickly at the end, but I quite catch it. Thx in advance !
Thanks for the comment! If you want to integrate this into a classic RFL setup, add a group above the heel joint, and parent constrain it to the end joint of the new RFL setup. That’ll get the Old RFL to follow the new.
I'm trying to reproduce your method and I realized that you didn't show how you connected the joints that receive the rotations for the ball and toe rotation. I'm particularly concerned about how did you set up the ball rotation, followed by the toe lift movement and how to add the toe wiggle feature in this technique. Could you share how did you get this cool movement? Thanks in advance, great video!
Thanks for the comment! To get this setup to work with the ball joint lift, you will still need a traditional rfl setup. All you really need is the toe, ball and ankle joints of the traditional setup, but you can include the heel and banking joints if you like. Then, create a pad above that rfl setup and parent constrain that pad to follow the end joint of the new rfl setup. That will connect the foot to the new rfl setup. Onto the ball rotation, I added a distance dimension, one locator follows the translation icon, the other locator is placed at the ball joint. Then, I used a node setup to convert the distance into lifting the ball joint, so when the distance gets closer to 0, the ball joint lifts. I believe I used a setRange node to do that, as well as multiplyDivide node to turn the ball joint lift on or off as I need to. I hope this helps, and let me know if you have more questions!
@@dcpalley23 Hello. I've ended up reaching the result by watching your video with more attention and mixing some techniques that I've already known. This solution for the ball lift that you explained is very nice, I'll try it for sure! Thanks for the help, and keep doing the great job you do here in YT!
Thanks for the comment! This setup is a version of a setup done by Perry Leijten. I put the link to his tutorial in the description of my video, it goes into more detail than my video. I wanted to make sure he got the proper credit.
Wow cool setup ! I like it. Very handy. I like moving interactively more so than through changing numbers in the channel box.
Quite interesting foot setup very flexible thank you for sharing hope u post different techniques in rigging
Great stuff thanks for sharing!
Looks delicious!
This setup is so interesting !! Will you make a tutorial about it ? I've found few tutorials but not so much video on it :)
Thanks for the comment! Since this setup is based on someone else’s work, I won’t be doing a tutorial and instead link to his blog where he goes through his setup. The link is in the description for this video.
Hey ! Thx for sharing, very interesting method ! My only concern is about the integration to an already existing "classic" reverse foot. I don't understand what joints is supposed to be used for skinning, and how the hierarchie is supposed to look like. You went trough it very quickly at the end, but I quite catch it. Thx in advance !
Thanks for the comment! If you want to integrate this into a classic RFL setup, add a group above the heel joint, and parent constrain it to the end joint of the new RFL setup. That’ll get the Old RFL to follow the new.
the source link to the original tutorial is no longer available. could you do a tutorial? ty
I'm trying to reproduce your method and I realized that you didn't show how you connected the joints that receive the rotations for the ball and toe rotation. I'm particularly concerned about how did you set up the ball rotation, followed by the toe lift movement and how to add the toe wiggle feature in this technique. Could you share how did you get this cool movement? Thanks in advance, great video!
Thanks for the comment!
To get this setup to work with the ball joint lift, you will still need a traditional rfl setup. All you really need is the toe, ball and ankle joints of the traditional setup, but you can include the heel and banking joints if you like. Then, create a pad above that rfl setup and parent constrain that pad to follow the end joint of the new rfl setup. That will connect the foot to the new rfl setup.
Onto the ball rotation, I added a distance dimension, one locator follows the translation icon, the other locator is placed at the ball joint. Then, I used a node setup to convert the distance into lifting the ball joint, so when the distance gets closer to 0, the ball joint lifts. I believe I used a setRange node to do that, as well as multiplyDivide node to turn the ball joint lift on or off as I need to. I hope this helps, and let me know if you have more questions!
@@dcpalley23 Hello. I've ended up reaching the result by watching your video with more attention and mixing some techniques that I've already known. This solution for the ball lift that you explained is very nice, I'll try it for sure! Thanks for the help, and keep doing the great job you do here in YT!
Thats crazy! :)
Nice.... Will you make a tutorial, if u done i will buy
Thanks for the comment! This setup is a version of a setup done by Perry Leijten. I put the link to his tutorial in the description of my video, it goes into more detail than my video. I wanted to make sure he got the proper credit.
The link points to a 404