An old earring made dynamic

I sent the earrings first. I think the shaking effect is better than other physical earrings. Because they are modified based on other people's parameters, they have more BONE than others.

The feathers on the head also move, but the effect is very poor.

Requires hdtSMP, which can be shared with HDTPE and has basically the same effect. HDTSMP link... 6orderby%3Ddateline

Get method player.additem XX000d62 1

Or search sophitia

Use NMM or overwrite the data directly.

Finally, I would like to share my experience in studying HDT SMP these days, and attach a link to Tianyada’s teaching video.

HDT PE is still the mainstream of physical clothing, and PE is much better than SMP in terms of RYPY (at least this is how I tried it)

So I’m going to promote two methods of sharing without conflict, using Shaephe’s clothes as an example.

First open Data\meshes\skylina01023\clothes\shaephe\shaephe.xml (I open it with Notepad or WordPad)

You will see more than ten pages of information, such as

<?xml version="1.0" encoding="UTF-8"?>

<system xmlns:xsi=" xsi:noNamespaceSchemaLocation="description.xsd">

<bone name="NPC L PreBreast">

<mass>0.000000</mass>

<inertia x="0" y="0" z="0"/>

<centerOfMassTransform>

<basis x="0" y="0" z="0" w="1"/>

<origin x="0" y="0" z="0"/>

</centerOfMassTransform>

<linearDamping>0</linearDamping>

<angularDamping>0</angularDamping>

<friction>0</friction>

<rollingFriction>0</rollingFriction>

<restitution>0</restitution>

</bone>

and

<generic-constraint bodyA="NPC L Breast" bodyB="NPC L PreBreast">

<frameInB>

<basis x="0" y="0" z="0" w="1"/>

<origin x="0" y="0" z="0"/>

</frameInB>

<useLinearReferenceFrameA>false</useLinearReferenceFrameA>

<linearLowerLimit x="0" y="-5" z="-30"/>

<linearUpperLimit x="0" y="2" z="10"/>

<angularLowerLimit x="0" y="-0.1" z="-0.5"/>

<angularUpperLimit x="0" y="0.1" z="0.5"/>

<linearStiffness x="246.74" y="246.74" z="246.74"/>

<angularStiffness x="200" y="0" z="0"/>

<linearDamping x="0.4674" y="0.4674" z="0.4674"/>

<angularDamping x="0" y="0" z="0"/>

<linearEquilibrium x="0" y="-5" z="-2"/>

<angularEquilibrium x="0" y="0" z="0"/>

<linearBounce x="0.2" y="0.4" z="0.7"/>

<angularBounce x="0" y="0" z="0"/>

</generic-constraint>

The lines of text above describe the parameters of HDTSMP RY, which will conflict with HDTPE and cause abnormal high-frequency jitter.

Therefore, if you want the benefits of HDTPE such as RY and physical petals, as well as the collision effect of HDTSMP, you must delete all these parameters that interfere with HDTPE. (I haven’t tried physical petals, but it’s theoretically possible)

There are NPC L Breast, NPC L PreBreast, NPC L Breast01, NPC R Breast, NPC R PreBreast, NPC R Breast01, NPC L PreButt, NPC L Butt, NPC R PreButt, NPC R Butt

Use these above

<bone name="NPC L PreBreast">......................Omit the middle

</bone>

<generic-constraint bodyA="NPC L Breast" bodyB="NPC L PreBreast">........................omitted in the middle

</generic-constraint>

All data describing the method must be deleted so that the two physical effects can be shared.

Basically this is enough, but if you find a strange phenomenon of the body falling to the ground after entering the game, you must add

<bone name="NPC L Breast01"/>

<bone name="NPC R Breast01"/>

<bone name="NPC L Breast"/>

<bone name="NPC R Breast"/>

<bone name="NPC R Calf [RClf]"/>

<bone name="NPC L Calf [LClf]"/>

<bone name="NPC Spine [Spn0]"/>

<bone name="NPC Spine1 [Spn1]"/>

<bone name="NPC Spine2 [Spn2]"/>

<bone name="NPC Pelvis [Pelv]"/>

<bone name="NPC R Thigh [RThg]"/>

<bone name="NPC L Thigh [LThg]"/>

<bone name="NPC R Butt"/>

<bone name="NPC L Butt"/>

<bone name="NPC Neck [Neck]"/>

<bone …