protected override void SerializeImpl(CSerializerObject s)
{
base.SerializeImpl(s);
if (Settings.s.game == Settings.Game.RJR || Settings.s.game == Settings.Game.RFR || Settings.s.game == Settings.Game.RO)
{
if (this is Frise)
{
return;
}
if (s.HasFlags(SerializeFlags.Default))
{
SerializeField(s, nameof(LUA));
SerializeField(s, nameof(xFLIPPED));
SerializeField(s, nameof(parentBindOrigins));
}
if (s.HasFlags(SerializeFlags.Flags_xC0))
{
SerializeField(s, nameof(COMPONENTS));
}
}
else if (Settings.s.game == Settings.Game.RL || Settings.s.game == Settings.Game.VH)
{
if (this is Frise)
{
return;
}
if (Settings.s.isCatchThemAll)
{
uint lol = 0;
s.Serialize <uint>(ref lol, name: "placeholder");
s.Serialize <uint>(ref lol, name: "placeholder");
s.Serialize <uint>(ref lol, name: "placeholder");
}
if (s.HasFlags(SerializeFlags.Default))
{
SerializeField(s, nameof(LUA));
SerializeField(s, nameof(parentBind));
}
if (s.HasFlags(SerializeFlags.Persistent | SerializeFlags.Default | SerializeFlags.Flags13 | SerializeFlags.Flags14))
{
SerializeField(s, nameof(COMPONENTS));
}
}
else if (Settings.s.game == Settings.Game.COL)
{
if (this is Frise)
{
return;
}
if (s.HasFlags(SerializeFlags.Default))
{
SerializeField(s, nameof(LUA));
SerializeField(s, nameof(parentBind));
}
if (s.HasFlags(SerializeFlags.Persistent | SerializeFlags.Default | SerializeFlags.Flags13 | SerializeFlags.Flags14
| SerializeFlags.Flags16 | SerializeFlags.Flags17))
{
SerializeField(s, nameof(COMPONENTS));
}
}
else
{
if (s.HasFlags(SerializeFlags.Default))
{
SerializeField(s, nameof(LUA));
SerializeField(s, nameof(parentBind));
}
if (s.HasFlags(SerializeFlags.Flags_x30))
{
SerializeField(s, nameof(parentBind));
}
if (s.HasFlags(SerializeFlags.Persistent | SerializeFlags.Default | SerializeFlags.Flags13 | SerializeFlags.Flags14))
{
SerializeField(s, nameof(COMPONENTS));
}
}
}
protected override void SerializeImpl(CSerializerObject s)
{
base.SerializeImpl(s);
if (Settings.s.game == Settings.Game.RJR || Settings.s.game == Settings.Game.RFR || Settings.s.game == Settings.Game.RO)
{
if (s.HasFlags(SerializeFlags.Flags_x30 | SerializeFlags.Default))
{
SerializeField(s, nameof(LOCAL_POINTS));
}
if (s.HasFlags(SerializeFlags.Flags6 | SerializeFlags.Flags8))
{
SerializeField(s, nameof(POINTS));
}
if (s.HasFlags(SerializeFlags.Flags_xC0))
{
SerializeField(s, nameof(pivotMode));
SerializeField(s, nameof(LOOP));
SerializeField(s, nameof(USERPIVOT));
SerializeField(s, nameof(ConfigName));
SerializeField(s, nameof(SwitchTexturePipeExtremity));
if (s.HasFlags(SerializeFlags.Default))
{
if (!s.HasSerializerFlags(CSerializerObject.Flags.Flags0))
{
SerializeField(s, nameof(ColorFactor_Red));
SerializeField(s, nameof(ColorFactor_Green));
SerializeField(s, nameof(ColorFactor_Blu));
SerializeField(s, nameof(ColorFactor_Alpha));
SerializeField(s, nameof(ColorFog_Red));
SerializeField(s, nameof(ColorFog_Green));
SerializeField(s, nameof(ColorFog_Blu));
SerializeField(s, nameof(fogfactor));
}
SerializeField(s, nameof(ColorFactor));
SerializeField(s, nameof(ColorFog));
SerializeField(s, nameof(ColorComputerTagId));
SerializeField(s, nameof(renderInTarget));
SerializeField(s, nameof(UvX_Offset));
SerializeField(s, nameof(UvY_Offset));
SerializeField(s, nameof(UvX_Flip), type: typeof(byte));
SerializeField(s, nameof(UvY_Flip), type: typeof(byte));
SerializeField(s, nameof(uvY_Tile));
SerializeField(s, nameof(Filling_OffSetUv));
SerializeField(s, nameof(Anim_SyncGlobal));
SerializeField(s, nameof(IsDynamicFrieze));
SerializeField(s, nameof(AtlasIndex));
SerializeField(s, nameof(Thickness));
SerializeField(s, nameof(lockTexture));
}
}
}
else if (Settings.s.game == Settings.Game.RL)
{
if (s.HasFlags(SerializeFlags.Persistent))
{
SerializeField(s, nameof(EventShowColorDst));
SerializeField(s, nameof(disablePhysic));
}
if (s.HasFlags(SerializeFlags.Flags10))
{
SerializeField(s, nameof(collisionData));
SerializeField(s, nameof(meshStaticData));
SerializeField(s, nameof(meshAnimData));
SerializeField(s, nameof(meshOverlayData));
SerializeField(s, nameof(VisualPolyline));
SerializeField(s, nameof(VisualPolyPointLocal));
if (Settings.s.isCatchThemAll)
{
meshBuildData = new Nullable <MeshBuildData>();
s.Serialize(ref meshBuildData.value, name: "MeshBuildData");
}
else
{
SerializeField(s, nameof(meshBuildData));
}
SerializeField(s, nameof(meshFluidData));
SerializeField(s, nameof(AABB_MinZ));
SerializeField(s, nameof(AABB_MaxZ));
}
if (s.HasFlags(SerializeFlags.Flags8))
{
SerializeField(s, nameof(LOCAL_POINTS));
SerializeField(s, nameof(LOOP));
}
if (s.HasFlags(SerializeFlags.Flags_x30 | SerializeFlags.Flags_xC0))
{
SerializeField(s, nameof(PointsList));
}
if (s.HasFlags(SerializeFlags.Flags_xC0))
{
SerializeField(s, nameof(ConfigName));
SerializeField(s, nameof(SwitchTexturePipeExtremity));
SerializeField(s, nameof(SwitchExtremityStart));
SerializeField(s, nameof(SwitchExtremityStop));
SerializeField(s, nameof(FillUVOrigin));
SerializeField(s, nameof(PreComputedForCook));
SerializeField(s, nameof(XfForCook));
SerializeField(s, nameof(DepthForCook));
if (s.HasFlags(SerializeFlags.Default))
{
if (s.HasFlags(SerializeFlags.Flags8))
{
SerializeField(s, nameof(ColorFactor));
SerializeField(s, nameof(ColorFog));
SerializeField(s, nameof(useStaticFog));
SerializeField(s, nameof(renderInRelection));
}
SerializeField(s, nameof(PrimitiveParameters));
SerializeField(s, nameof(DepthOffset));
SerializeField(s, nameof(UvX_Offset));
SerializeField(s, nameof(UvY_Offset));
SerializeField(s, nameof(UvX_Flip), type: typeof(byte));
SerializeField(s, nameof(UvY_Flip), type: typeof(byte));
if (Settings.s.isCatchThemAll)
{
SerializeField(s, nameof(UvY_Flip), type: typeof(byte));
}
SerializeField(s, nameof(uvY_Tile));
SerializeField(s, nameof(Filling_OffSetUv));
SerializeField(s, nameof(Anim_SyncGlobal));
SerializeField(s, nameof(AtlasIndex));
SerializeField(s, nameof(AtlasTessellationIndex));
SerializeField(s, nameof(Thickness));
SerializeField(s, nameof(UseMovingCollision));
SerializeField(s, nameof(UseTemplatePrimitiveParams));
if (Settings.s.isCatchThemAll)
{
SerializeField(s, nameof(UvY_Flip), type: typeof(byte));
}
SerializeField(s, nameof(lockTexture));
SerializeField(s, nameof(MatShader));
}
}
}
else if (Settings.s.game == Settings.Game.COL)
{
if (s.HasFlags(SerializeFlags.Persistent))
{
SerializeField(s, nameof(EventShowColorDst));
SerializeField(s, nameof(disablePhysic));
}
if (s.HasFlags(SerializeFlags.Flags10))
{
SerializeField(s, nameof(VisualPolyPointLocal));
SerializeField(s, nameof(AABB_MinZ));
SerializeField(s, nameof(AABB_MaxZ));
}
if (s.HasFlags(SerializeFlags.Flags8))
{
SerializeField(s, nameof(LOCAL_POINTS));
SerializeField(s, nameof(LOOP));
}
if (s.HasFlags(SerializeFlags.Flags_x30 | SerializeFlags.Flags_xC0))
{
SerializeField(s, nameof(PointsList));
}
if (s.HasFlags(SerializeFlags.Flags_xC0))
{
SerializeField(s, nameof(ConfigName));
SerializeField(s, nameof(SwitchTexturePipeExtremity));
SerializeField(s, nameof(SwitchExtremityStart), boolAsByte: true);
SerializeField(s, nameof(SwitchExtremityStop), boolAsByte: true);
SerializeField(s, nameof(FillUVOrigin));
SerializeField(s, nameof(PreComputedForCook), boolAsByte: true);
SerializeField(s, nameof(XfForCook));
SerializeField(s, nameof(DepthForCook));
if (s.HasFlags(SerializeFlags.Default))
{
if (s.HasFlags(SerializeFlags.Flags8))
{
SerializeField(s, nameof(ColorFactor));
SerializeField(s, nameof(ColorFog));
SerializeField(s, nameof(useStaticFog), boolAsByte: true);
SerializeField(s, nameof(renderInRelection), boolAsByte: true);
}
SerializeField(s, nameof(PrimitiveParameters));
SerializeField(s, nameof(DepthOffset));
SerializeField(s, nameof(UvX_Offset));
SerializeField(s, nameof(UvY_Offset));
SerializeField(s, nameof(UvX_Flip), boolAsByte: true);
SerializeField(s, nameof(UvY_Flip), boolAsByte: true);
SerializeField(s, nameof(uvY_Tile));
SerializeField(s, nameof(Filling_OffSetUv));
SerializeField(s, nameof(Anim_SyncGlobal));
SerializeField(s, nameof(AtlasIndex));
SerializeField(s, nameof(AtlasTessellationIndex));
SerializeField(s, nameof(Thickness));
SerializeField(s, nameof(UseMovingCollision), boolAsByte: true);
SerializeField(s, nameof(UseTemplatePrimitiveParams), boolAsByte: true);
SerializeField(s, nameof(lockTexture));
SerializeField(s, nameof(MatShader));
}
}
}
else if (Settings.s.game == Settings.Game.VH)
{
if (s.HasFlags(SerializeFlags.Persistent))
{
SerializeField(s, nameof(EventShowColorDst));
SerializeField(s, nameof(disablePhysic));
}
if (s.HasFlags(SerializeFlags.Flags10))
{
SerializeField(s, nameof(collisionData));
SerializeField(s, nameof(meshStaticData));
SerializeField(s, nameof(meshAnimData));
SerializeField(s, nameof(meshOverlayData));
SerializeField(s, nameof(VisualPolyline));
SerializeField(s, nameof(VisualPolyPointLocal));
SerializeField(s, nameof(meshBuildData));
SerializeField(s, nameof(meshFluidData));
SerializeField(s, nameof(AABB_MinZ));
SerializeField(s, nameof(AABB_MaxZ));
}
if (s.HasFlags(SerializeFlags.Flags8))
{
SerializeField(s, nameof(LOCAL_POINTS));
SerializeField(s, nameof(LOOP));
}
if (s.HasFlags(SerializeFlags.Flags_x30 | SerializeFlags.Flags_xC0))
{
SerializeField(s, nameof(PointsList));
}
if (s.HasFlags(SerializeFlags.Flags_xC0))
{
SerializeField(s, nameof(ConfigName));
SerializeField(s, nameof(SwitchTexturePipeExtremity));
SerializeField(s, nameof(SwitchExtremityStart));
SerializeField(s, nameof(SwitchExtremityStop));
SerializeField(s, nameof(FillUVOrigin));
SerializeField(s, nameof(PreComputedForCook));
SerializeField(s, nameof(XfForCook));
SerializeField(s, nameof(DepthForCook));
if (s.HasFlags(SerializeFlags.Default))
{
if (s.HasFlags(SerializeFlags.Flags8))
{
SerializeField(s, nameof(ColorFactor));
SerializeField(s, nameof(ColorFog));
SerializeField(s, nameof(useStaticFog));
SerializeField(s, nameof(renderInRelection));
}
SerializeField(s, nameof(PrimitiveParameters));
SerializeField(s, nameof(DepthOffset));
SerializeField(s, nameof(UvX_Offset));
SerializeField(s, nameof(UvY_Offset));
SerializeField(s, nameof(UvX_Flip));
SerializeField(s, nameof(UvY_Flip));
SerializeField(s, nameof(uvY_Tile));
SerializeField(s, nameof(Filling_OffSetUv));
SerializeField(s, nameof(Anim_SyncGlobal));
SerializeField(s, nameof(AtlasIndex));
SerializeField(s, nameof(AtlasTessellationIndex));
SerializeField(s, nameof(Thickness));
SerializeField(s, nameof(UseMovingCollision));
SerializeField(s, nameof(UseTemplatePrimitiveParams));
SerializeField(s, nameof(lockTexture));
SerializeField(s, nameof(MatShader));
}
}
SerializeField(s, nameof(Mesh3dSeed));
SerializeField(s, nameof(MeshManualySet));
SerializeField(s, nameof(animSpeedFactor));
SerializeField(s, nameof(animAmplitudeFactor));
}
else
{
if (s.HasFlags(SerializeFlags.Persistent))
{
SerializeField(s, nameof(EventShowColorDst));
SerializeField(s, nameof(disablePhysic));
}
if (s.HasFlags(SerializeFlags.Flags10))
{
SerializeField(s, nameof(collisionData));
SerializeField(s, nameof(meshStaticData));
SerializeField(s, nameof(meshAnimData));
SerializeField(s, nameof(meshOverlayData));
}
SerializeField(s, nameof(VisualPolyline));
SerializeField(s, nameof(VisualPolyPointLocal));
SerializeField(s, nameof(meshBuildData));
SerializeField(s, nameof(meshFluidData));
SerializeField(s, nameof(AABB_MinZ));
SerializeField(s, nameof(AABB_MaxZ));
if (s.HasFlags(SerializeFlags.Flags8))
{
SerializeField(s, nameof(LOCAL_POINTS));
SerializeField(s, nameof(LOOP));
}
if (s.HasFlags(SerializeFlags.Flags_x30 | SerializeFlags.Flags_xC0))
{
SerializeField(s, nameof(PointsList));
}
if (s.HasFlags(SerializeFlags.Flags_xC0))
{
SerializeField(s, nameof(ConfigName));
SerializeField(s, nameof(SwitchTexturePipeExtremity));
SerializeField(s, nameof(SwitchExtremityStart));
SerializeField(s, nameof(SwitchExtremityStop));
SerializeField(s, nameof(FillUVOrigin));
SerializeField(s, nameof(PreComputedForCook));
SerializeField(s, nameof(XfForCook));
SerializeField(s, nameof(DepthForCook));
if (s.HasFlags(SerializeFlags.Default))
{
if (s.HasFlags(SerializeFlags.Flags8))
{
SerializeField(s, nameof(ColorFactor));
SerializeField(s, nameof(ColorFog));
}
SerializeField(s, nameof(PrimitiveParameters));
SerializeField(s, nameof(DepthOffset));
SerializeField(s, nameof(UvX_Offset));
SerializeField(s, nameof(UvY_Offset));
SerializeField(s, nameof(UvX_Flip));
SerializeField(s, nameof(UvY_Flip));
SerializeField(s, nameof(uvY_Tile));
SerializeField(s, nameof(Filling_OffSetUv));
SerializeField(s, nameof(Anim_SyncGlobal));
SerializeField(s, nameof(AtlasIndex));
SerializeField(s, nameof(AtlasTessellationIndex));
SerializeField(s, nameof(Thickness));
SerializeField(s, nameof(UseMovingCollision));
SerializeField(s, nameof(UseTemplatePrimitiveParams));
SerializeField(s, nameof(lockTexture));
SerializeField(s, nameof(MatShader));
}
}
SerializeField(s, nameof(Mesh3dSeed));
SerializeField(s, nameof(MeshManualySet));
SerializeField(s, nameof(animSpeedFactor));
SerializeField(s, nameof(animAmplitudeFactor));
SerializeField(s, nameof(highlightOutlineColor));
SerializeField(s, nameof(highlightFrontLightBrightness));
SerializeField(s, nameof(highlightOutlineWidth));
SerializeField(s, nameof(highlightPeriod));
SerializeField(s, nameof(highlightAmplitude));
}
}
