michel8

I missing the ease option with jit.anim.node for an endless sensor float value 0.-360. from a compass 9DOF. I like to damp/ smoot/ ease the value.
When I use a slide, the value jumps when it cross from 360. to 0. or the other way round. Unfortunately the quaternition will not work with jit.anim.drive, which have the nice ease option. I need the absolut yaw position in the 3D space!
May there is a math to get the circular to an big endless value? Or a othe way to smoot the value? ease alone will not work.
Thanks for help :)

comment

gswitch

message

jit.anim.node

attrui

jit.anim.drive

slide

toggle

metro

counter

prepend

jit.gl.gridshape

jit.window

jit.gl.material

qmetro

jit.gl.render

flonum

unpack

jit.quat2euler

jit.euler2quat

I missing the ease option with jit.anim.node for an endless sensor float value 0.-360. from a compass 9DOF. I like to damp/ smoot/ ease the 

missing-ease-with-jit-anim-node-for-endless-sensor-value-0-360

you could try using the list.ease object (from the Ease package in the Package Manager).

send the output of euler2quat to list.ease, and then to a jit.quat @normalize 1:

you could try using the list.ease object (from the Ease package in the Package Manager).
send the output of euler2quat to list.ease, and then to a jit.quat @normalize 1:


thanks for your fast repaly. Its working, but not like espectet. Maybe I didn't make it clear enough.

I looking for the effekt (damping) like using the slide, a damping when the float value change somewhere inside the full range of 0.-360.. 

Now with list.ease there is only a damping effect at the crosspoint from 360. to 0. or opposide, which works. (But also it change direction when using in_out_sine). But this is not what I'm searching for. Thanks for help 8]

Hi Rob,
thanks for your fast repaly. Its working, but not like espectet. Maybe I didn't make it clear enough.
I looking for the effekt (damping) like using the slide, a damping when the float value change somewhere inside the full range of 0.-360.. 
Now with list.ease there is only a damping effect at the crosspoint from 360. to 0. or opposide, which works. (But also it change direction when using in_out_sine). But this is not what I'm searching for. Thanks for help 8]


I sadly still don't find a solution for this!

dirty workaround: widen the range for thousand times in both directions (i.e. 360*-1000 to 360*1000), interpolate with slide or whatever, then go back to % 360.

I also tried this out. But there is no difference. The slide object bounce/spring when it jump/cross from 1360. to 1000 or opposite. Hmm.

Hi Roman
I also tried this out. But there is no difference. The slide object bounce/spring  when it jump/cross from 1360. to 1000 or opposite. Hmm.

ok i see (patch) now, it is a physical endless dial. 

that makes it a bit more complicated to extend its range.

when you move that controller fast, will it always send out all numbers?

that tricky phase clock divider problem again. :/

ok i see (patch) now, it is a physical endless dial. 

that makes it a bit more complicated to extend its range.

when you move that controller fast, will it always send out all numbers?

that tricky phase clock divider problem again. :/


I think roman's got the right idea. just set your counter to some very high number (or simply use accum, not sure what your actual patch is doing with the sensor data), the euler2quat will to the wrapping for you:

the encoding and decoding. (he doesnt have 100000, we need to make this) 

euler2quat by wakefield seems to be offline.

i think he needed to put the slide between the encoding and decoding. (he doesnt have 100000, we need to make this) 
euler2quat by wakefield seems to be offline.

missing ease with jit.anim.node for endless sensor value 0.-360.