All right, so I'm going to take a moment to show you how easy your life can be if

you decide to handle all the tedious stuff in Blender. Blender's rigging with Python code. So right here, it looks like

I have four bones, but I actually have 16 bones. So there are four layers, and each position has four bones.

I'll show you right here, and right here, and right here. Now, I want to set it up so only the deform

layer has this check mark, the deformation check mark, and all the rest I want to turn off. But I don't want to go through

each step: just go Target, uncheck; bicep inverse, uncheck; bicep user bone, uncheck; you know what I mean? So I'm

just going to go over here. I'm going to hit Shift+F4, which is the same thing as

going over to the Python console. Holding Control, I'm going to scroll up. I'm just going to show you what happens if I type

in `bpy.context.object.data.edit_bones`. This is for edit mode, and I just get a kind of a reference to

the armature data. And I'm going to go like this: I'm going to make a—since this `edit_bones` is a

list—or I'll even show you here. Let's just do this: `for bone in this`. Right here, `bone`, but the weird thing

is you get just a list of kind of no data or no good information. Something to do `bone.name`.

So now I'm just listing out every single bone and their name—bone name—under `edit_bones`. You can

see I have four user bones, four deform bones, four target bones, four inverse, and then instead. So let's see. I could go

`for bone in` this whole kind of crazy long name for this list. I'm going to do: `if bone.use`

Deform is uh, what did I do? Turn it off. False. I turn it off. So basically, any bone that has this turned off...

...go `bone.name` and it gives us the name of the first three bones. I turned the deformation off.

So to make my life super easy, since I've already set up everything uh, to have everything that I want to have uh, the...

...deform check mark on, I've already labeled as a deform bone right here: 'handy_form' and then 'elbow_deform'. So I'm...

...just going to simply go—I'm just hitting the up arrow for `bone` in this long reference—if `deform`...

...in `bone.name`, `bone.use_deform` is equal to uh—oh, I did it wrong. Let me see here. I'll...

...try this again. Let's pass. Let's try one more time: for `bone`, if `deform` not in `bone.name`,...

...`bone.use_deform` is equal to `False`. And now I can go ahead and look. For instance, 'Target bone' has deform turned off; the...

...'D form bone' has it still on. This says it's off, so I can even go—I can mimic this...

...what we did before, just to list all the bones. Something similar like: `for bone in bpy.context.object.pose.bones:` if `bone.use_deform` is `True`...

...so I just want to list all the bones that have the deform check marked: `bone.name`. And just the deform bone. So there you go.

blender python for rigging, basics

slephy

Blender Python을 이용한 효율적인 리깅 작업 소개

반복적인 Blender 리깅 작업을 Python 코드로 간소화하는 방법 설명

16개의 뼈(4개 레이어, 각 레이어당 4개의 뼈)를 가진 모델 예시 제시

변형 레이어에만 변형 체크 표시를 설정하고 나머지는 해제하는 작업 필요성 언급

수동으로 각 뼈의 변형 체크 표시를 해제하는 대신 Python 코드를 사용하는 방법 설명

Python 콘솔(Shift+F4)을 이용하여 코드 실행

Python 코드를 이용한 뼈 데이터 접근 및 조작

`bpy.context.object.data.edit_bones`를 이용한 아마추어 데이터 참조

`for` 루프를 사용하여 각 뼈의 이름 출력

`bone.use_deform` 속성을 이용하여 변형 여부 확인 및 조작

이미 'deform'으로 이름이 지정된 뼈에 대해 변형 체크 표시 설정

뼈 이름에 'deform'이 포함되지 않은 뼈의 `bone.use_deform` 속성을 `False`로 설정

변형 체크 표시가 된 뼈 목록 출력

`bpy.context.object.pose.bones`를 이용하여 포즈 모드에서 뼈 데이터 접근

`bone.use_deform` 속성이 `True`인 뼈의 이름만 출력