public void Add(BlendShapeClip clip, Transform transform, List <Mesh> meshes)
{
var list = new List <glTF_VRM_BlendShapeBind>();
if (clip.Values != null)
{
list.AddRange(clip.Values.Select(y => glTF_VRM_BlendShapeBind.Cerate(transform, meshes.ToList(), y)));
}
var materialList = new List <glTF_VRM_MaterialValueBind>();
if (clip.MaterialValues != null)
{
materialList.AddRange(clip.MaterialValues.Select(y => new glTF_VRM_MaterialValueBind
{
materialName = y.MaterialName,
propertyName = y.ValueName,
targetValue = y.TargetValue.ToArray(),
}));
}
var group = new glTF_VRM_BlendShapeGroup
{
name = clip.BlendShapeName,
presetName = clip.Preset.ToString().ToLower(),
binds = list,
materialValues = materialList,
};
blendShapeGroups.Add(group);
}
public static string ToJson(this glTF_VRM_BlendShapeGroup self)
{
var f = new JsonFormatter();
VRMSerializer.Serialize_vrm_blendShapeMaster_blendShapeGroups_ITEM(f, self);
return(f.ToString());
}
public void BlendShapeGroupTestError()
{
var model = new glTF_VRM_BlendShapeGroup()
{
presetName = "aaaaaaaaaaaa_not_exists_",
};
}
public void BlendShapeGroupTest()
{
var model = new glTF_VRM_BlendShapeGroup()
{
presetName = "neutral",
};
var json = model.ToJson();
Assert.AreEqual(@"{""presetName"":""neutral"",""binds"":[],""materialValues"":[],""isBinary"":false}", json);
Debug.Log(json);
}
public void BlendShapeGroupTestError()
{
var model = new glTF_VRM_BlendShapeGroup()
{
presetName = "aaaaaaaaaaaa_not_exists_",
};
var c = new JsonSchemaValidationContext("")
{
EnableDiagnosisForNotRequiredFields = true,
};
var ex = Assert.Throws <JsonSchemaValidationException>(
() => JsonSchema.FromType <glTF_VRM_BlendShapeGroup>().Serialize(model, c)
);
Assert.AreEqual("[presetName.String] aaaaaaaaaaaa_not_exists_ is not valid enum", ex.Message);
}
public static void Add(this glTF_VRM_BlendShapeMaster master,
BlendShapeClip clip, Transform transform, List <Mesh> meshes)
{
var list = new List <glTF_VRM_BlendShapeBind>();
if (clip.Values != null)
{
foreach (var value in clip.Values)
{
var bind = Create(transform, meshes, value);
if (bind == null)
{
// Debug.LogFormat("{0}: skip blendshapebind", clip.name);
continue;
}
list.Add(bind);
}
}
var materialList = new List <glTF_VRM_MaterialValueBind>();
if (clip.MaterialValues != null)
{
materialList.AddRange(clip.MaterialValues.Select(y => new glTF_VRM_MaterialValueBind
{
materialName = y.MaterialName,
propertyName = y.ValueName,
targetValue = y.TargetValue.ToArray(),
}));
}
var group = new glTF_VRM_BlendShapeGroup
{
name = clip.BlendShapeName,
presetName = clip.Preset.ToString().ToLower(),
isBinary = clip.IsBinary,
binds = list,
materialValues = materialList,
};
master.blendShapeGroups.Add(group);
}
public void BlendShapeGroupTest()
{
var model = new glTF_VRM_BlendShapeGroup()
{
presetName = "neutral",
};
var json = model.ToJson();
Assert.AreEqual(@"{""presetName"":""neutral"",""isBinary"":false,""binds"":[],""materialValues"":[]}", json);
Debug.Log(json);
var c = new JsonSchemaValidationContext("")
{
EnableDiagnosisForNotRequiredFields = true,
};
var json2 = JsonSchema.FromType <glTF_VRM_BlendShapeGroup>().Serialize(model, c);
Assert.AreEqual(@"{""presetName"":""neutral"",""binds"":[],""materialValues"":[],""isBinary"":false}", json2);
}
public static glTF_VRM_BlendShapeGroup Deserialize_vrm_blendShapeMaster_blendShapeGroups_LIST(ListTreeNode <JsonValue> parsed)
{
var value = new glTF_VRM_BlendShapeGroup();
foreach (var kv in parsed.ObjectItems())
{
var key = kv.Key.GetString();
if (key == "name")
{
value.name = kv.Value.GetString();
continue;
}
if (key == "presetName")
{
value.presetName = kv.Value.GetString();
continue;
}
if (key == "binds")
{
value.binds = Deserialize_vrm_blendShapeMaster_blendShapeGroups__binds(kv.Value);
continue;
}
if (key == "materialValues")
{
value.materialValues = Deserialize_vrm_blendShapeMaster_blendShapeGroups__materialValues(kv.Value);
continue;
}
if (key == "isBinary")
{
value.isBinary = kv.Value.GetBoolean();
continue;
}
}
return(value);
}
private static BlendShapeClip LoadBlendShapeBind(VRMImporterContext context,
glTF_VRM_BlendShapeGroup group)
{
var asset = ScriptableObject.CreateInstance <BlendShapeClip>();
var groupName = group.name;
var prefix = "BlendShape.";
while (groupName.StartsWith(prefix))
{
groupName = groupName.Substring(prefix.Length);
}
asset.name = "BlendShape." + groupName;
if (group != null)
{
asset.BlendShapeName = groupName;
asset.Preset = EnumUtil.TryParseOrDefault <BlendShapePreset>(group.presetName);
if (asset.Preset == BlendShapePreset.Unknown)
{
// fallback
asset.Preset = EnumUtil.TryParseOrDefault <BlendShapePreset>(group.name);
}
asset.Values = group.binds.Select(x =>
{
var mesh = context.Meshes[x.mesh].Mesh;
var node = context.Root.transform.Traverse().First(y => y.GetSharedMesh() == mesh);
var relativePath = UniGLTF.UnityExtensions.RelativePathFrom(node, context.Root.transform);
return(new BlendShapeBinding
{
RelativePath = relativePath,
Index = x.index,
Weight = x.weight,
});
})
.ToArray();
asset.MaterialValues = group.materialValues.Select(x =>
{
var value = new Vector4();
for (int i = 0; i < x.targetValue.Length; ++i)
{
switch (i)
{
case 0: value.x = x.targetValue[0]; break;
case 1: value.y = x.targetValue[1]; break;
case 2: value.z = x.targetValue[2]; break;
case 3: value.w = x.targetValue[3]; break;
}
}
return(new MaterialValueBinding
{
MaterialName = x.materialName,
ValueName = x.propertyName,
TargetValue = value,
BaseValue = context.Materials.First(y => y.name == x.materialName).GetColor(x.propertyName),
});
})
.ToArray();
}
return(asset);
}
public static void Serialize_vrm_blendShapeMaster_blendShapeGroups_ITEM(JsonFormatter f, glTF_VRM_BlendShapeGroup value)
{
f.BeginMap();
if (!string.IsNullOrEmpty(value.name))
{
f.Key("name");
f.Value(value.name);
}
if (!string.IsNullOrEmpty(value.presetName))
{
f.Key("presetName");
f.Value(value.presetName);
}
if (value.binds != null && value.binds.Count >= 0)
{
f.Key("binds");
Serialize_vrm_blendShapeMaster_blendShapeGroups__binds(f, value.binds);
}
if (value.materialValues != null && value.materialValues.Count >= 0)
{
f.Key("materialValues");
Serialize_vrm_blendShapeMaster_blendShapeGroups__materialValues(f, value.materialValues);
}
if (true)
{
f.Key("isBinary");
f.Value(value.isBinary);
}
f.EndMap();
}
BlendShapeClip LoadBlendShapeBind(glTF_VRM_BlendShapeGroup group, Dictionary <Mesh, Transform> transformMeshTable)
{
var asset = ScriptableObject.CreateInstance <BlendShapeClip>();
var groupName = group.name;
var prefix = "BlendShape.";
while (groupName.StartsWith(prefix))
{
groupName = groupName.Substring(prefix.Length);
}
asset.name = "BlendShape." + groupName;
if (group != null)
{
asset.BlendShapeName = groupName;
asset.Preset = CacheEnum.TryParseOrDefault <BlendShapePreset>(group.presetName, true);
asset.IsBinary = group.isBinary;
if (asset.Preset == BlendShapePreset.Unknown)
{
// fallback
asset.Preset = CacheEnum.TryParseOrDefault <BlendShapePreset>(group.name, true);
}
asset.Values = group.binds.Select(x =>
{
var mesh = Meshes[x.mesh].Mesh;
var node = transformMeshTable[mesh];
var relativePath = UniGLTF.UnityExtensions.RelativePathFrom(node, Root.transform);
return(new BlendShapeBinding
{
RelativePath = relativePath,
Index = x.index,
Weight = x.weight,
});
})
.ToArray();
asset.MaterialValues = group.materialValues.Select(x =>
{
var value = new Vector4();
for (int i = 0; i < x.targetValue.Length; ++i)
{
switch (i)
{
case 0: value.x = x.targetValue[0]; break;
case 1: value.y = x.targetValue[1]; break;
case 2: value.z = x.targetValue[2]; break;
case 3: value.w = x.targetValue[3]; break;
}
}
var material = GetMaterials().FirstOrDefault(y => y.name == x.materialName);
var propertyName = x.propertyName;
if (x.propertyName.EndsWith("_ST_S") ||
x.propertyName.EndsWith("_ST_T"))
{
propertyName = x.propertyName.Substring(0, x.propertyName.Length - 2);
}
var binding = default(MaterialValueBinding?);
if (material != null)
{
try
{
binding = new MaterialValueBinding
{
MaterialName = x.materialName,
ValueName = x.propertyName,
TargetValue = value,
BaseValue = material.GetColor(propertyName),
};
}
catch (Exception)
{
// do nothing
}
}
return(binding);
})
.Where(x => x.HasValue)
.Select(x => x.Value)
.ToArray();
}
return(asset);
}