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Remove internal phase comments and format code

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Strip all Phase references, TODO/FUTURE roadmap notes, and internal
planning comments from the codebase. Run Prettier for consistent
formatting across all Java files.
This commit is contained in:
NotEvil
2026-04-12 01:24:49 +02:00
parent 73d70e212d
commit a71093ba9c
482 changed files with 8500 additions and 5155 deletions
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99
src/main/java/com/tiedup/remake/client/gltf/GltfSkinningEngine.java
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@@ -43,7 +43,9 @@ public final class GltfSkinningEngine {
* @return interpolated joint matrices ready for skinning
*/
public static Matrix4f[] computeJointMatricesAnimated(
GltfData data, GltfData.AnimationClip clip, float time
GltfData data,
GltfData.AnimationClip clip,
float time
) {
int jointCount = data.jointCount();
Matrix4f[] jointMatrices = new Matrix4f[jointCount];
@@ -59,14 +61,17 @@ public final class GltfSkinningEngine {
// Compose with parent
if (parents[j] >= 0 && worldTransforms[parents[j]] != null) {
worldTransforms[j] = new Matrix4f(worldTransforms[parents[j]]).mul(local);
worldTransforms[j] = new Matrix4f(
worldTransforms[parents[j]]
).mul(local);
} else {
worldTransforms[j] = new Matrix4f(local);
}
// Final joint matrix = worldTransform * inverseBindMatrix
jointMatrices[j] = new Matrix4f(worldTransforms[j])
.mul(data.inverseBindMatrices()[j]);
jointMatrices[j] = new Matrix4f(worldTransforms[j]).mul(
data.inverseBindMatrices()[j]
);
}
return jointMatrices;
@@ -75,7 +80,10 @@ public final class GltfSkinningEngine {
/**
* Internal: compute joint matrices from a specific animation clip.
*/
private static Matrix4f[] computeJointMatricesFromClip(GltfData data, GltfData.AnimationClip clip) {
private static Matrix4f[] computeJointMatricesFromClip(
GltfData data,
GltfData.AnimationClip clip
) {
int jointCount = data.jointCount();
Matrix4f[] jointMatrices = new Matrix4f[jointCount];
Matrix4f[] worldTransforms = new Matrix4f[jointCount];
@@ -90,14 +98,17 @@ public final class GltfSkinningEngine {
// Compose with parent
if (parents[j] >= 0 && worldTransforms[parents[j]] != null) {
worldTransforms[j] = new Matrix4f(worldTransforms[parents[j]]).mul(local);
worldTransforms[j] = new Matrix4f(
worldTransforms[parents[j]]
).mul(local);
} else {
worldTransforms[j] = new Matrix4f(local);
}
// Final joint matrix = worldTransform * inverseBindMatrix
jointMatrices[j] = new Matrix4f(worldTransforms[j])
.mul(data.inverseBindMatrices()[j]);
jointMatrices[j] = new Matrix4f(worldTransforms[j]).mul(
data.inverseBindMatrices()[j]
);
}
return jointMatrices;
@@ -107,9 +118,16 @@ public final class GltfSkinningEngine {
* Get the animation rotation for a joint (MC-converted).
* Falls back to rest rotation if no animation.
*/
private static Quaternionf getAnimRotation(GltfData data, GltfData.AnimationClip clip, int jointIndex) {
if (clip != null && jointIndex < clip.rotations().length
&& clip.rotations()[jointIndex] != null) {
private static Quaternionf getAnimRotation(
GltfData data,
GltfData.AnimationClip clip,
int jointIndex
) {
if (
clip != null &&
jointIndex < clip.rotations().length &&
clip.rotations()[jointIndex] != null
) {
return clip.rotations()[jointIndex][0]; // first frame
}
return data.restRotations()[jointIndex];
@@ -119,10 +137,17 @@ public final class GltfSkinningEngine {
* Get the animation translation for a joint (MC-converted).
* Falls back to rest translation if no animation translation exists.
*/
private static Vector3f getAnimTranslation(GltfData data, GltfData.AnimationClip clip, int jointIndex) {
if (clip != null && clip.translations() != null
&& jointIndex < clip.translations().length
&& clip.translations()[jointIndex] != null) {
private static Vector3f getAnimTranslation(
GltfData data,
GltfData.AnimationClip clip,
int jointIndex
) {
if (
clip != null &&
clip.translations() != null &&
jointIndex < clip.translations().length &&
clip.translations()[jointIndex] != null
) {
return clip.translations()[jointIndex][0]; // first frame
}
return data.restTranslations()[jointIndex];
@@ -144,10 +169,16 @@ public final class GltfSkinningEngine {
* @return new Quaternionf with the interpolated rotation (never mutates source data)
*/
private static Quaternionf getInterpolatedRotation(
GltfData data, GltfData.AnimationClip clip, int jointIndex, float time
GltfData data,
GltfData.AnimationClip clip,
int jointIndex,
float time
) {
if (clip == null || jointIndex >= clip.rotations().length
|| clip.rotations()[jointIndex] == null) {
if (
clip == null ||
jointIndex >= clip.rotations().length ||
clip.rotations()[jointIndex] == null
) {
// No animation data for this joint -- use rest pose (copy to avoid mutation)
Quaternionf rest = data.restRotations()[jointIndex];
return new Quaternionf(rest);
@@ -187,11 +218,17 @@ public final class GltfSkinningEngine {
* @return new Vector3f with the interpolated translation (never mutates source data)
*/
private static Vector3f getInterpolatedTranslation(
GltfData data, GltfData.AnimationClip clip, int jointIndex, float time
GltfData data,
GltfData.AnimationClip clip,
int jointIndex,
float time
) {
if (clip == null || clip.translations() == null
|| jointIndex >= clip.translations().length
|| clip.translations()[jointIndex] == null) {
if (
clip == null ||
clip.translations() == null ||
jointIndex >= clip.translations().length ||
clip.translations()[jointIndex] == null
) {
// No animation data for this joint -- use rest pose (copy to avoid mutation)
Vector3f rest = data.restTranslations()[jointIndex];
return new Vector3f(rest);
@@ -232,9 +269,13 @@ public final class GltfSkinningEngine {
* @param tmpNorm pre-allocated scratch Vector4f for normal transforms
*/
public static void skinVertex(
GltfData data, int vertexIdx, Matrix4f[] jointMatrices,
float[] outPos, float[] outNormal,
Vector4f tmpPos, Vector4f tmpNorm
GltfData data,
int vertexIdx,
Matrix4f[] jointMatrices,
float[] outPos,
float[] outNormal,
Vector4f tmpPos,
Vector4f tmpNorm
) {
float[] positions = data.positions();
float[] normals = data.normals();
@@ -252,8 +293,12 @@ public final class GltfSkinningEngine {
float nz = normals[vertexIdx * 3 + 2];
// LBS: v_skinned = Σ(w[i] * jointMatrix[j[i]] * v_rest)
float sx = 0, sy = 0, sz = 0;
float snx = 0, sny = 0, snz = 0;
float sx = 0,
sy = 0,
sz = 0;
float snx = 0,
sny = 0,
snz = 0;
for (int i = 0; i < 4; i++) {
int ji = joints[vertexIdx * 4 + i];