public void Callback(TBody tbody)
{
TBody that = tbody;
if (that.trsHead == null)
{
return;
}
CameraMain mainCamera = GameMain.Instance.MainCamera;
if (mainCamera == null)
{
return;
}
try
{
bool bParamHeadTrack = false;
Maid maid = tbody.maid;
if (maid != null)
{
bParamHeadTrack = ExSaveData.GetBool(maid, PluginName, "HEAD_TRACK", false);
}
Vector3 thatHeadEulerAngle = (Vector3)Helper.GetInstanceField(typeof(TBody), that, "HeadEulerAngle");
Vector3 thatHeadEulerAngleG = (Vector3)Helper.GetInstanceField(typeof(TBody), that, "HeadEulerAngleG");
Vector3 thatEyeEulerAngle = (Vector3)Helper.GetInstanceField(typeof(TBody), that, "EyeEulerAngle");
if (bParamHeadTrack)
{
ExternalValues externalValues = PluginHelper.GetOrAddComponent<ExternalValues>(tbody.gameObject);
externalValues.tbody = tbody;
newTbodyMoveHeadAndEyeCallback2(externalValues, tbody, ref thatHeadEulerAngle, ref thatHeadEulerAngleG, ref thatEyeEulerAngle);
}
else
{
originalTbodyMoveHeadAndEyeCallback2(tbody, ref thatHeadEulerAngle, ref thatHeadEulerAngleG, ref thatEyeEulerAngle);
}
Helper.SetInstanceField(typeof(TBody), that, "HeadEulerAngle", thatHeadEulerAngle);
Helper.SetInstanceField(typeof(TBody), that, "HeadEulerAngleG", thatHeadEulerAngleG);
Helper.SetInstanceField(typeof(TBody), that, "EyeEulerAngle", thatEyeEulerAngle);
}
catch (Exception ex)
{
Helper.ShowException(ex);
}
}
public static string htmlUC_TheoDoiPhieuThu(DataTable table)
{
string html = "<table border='1' style='border-collapse:collapse; width:100%;'>";
html += THead.TheoDoiPhieuThu();
#region tbody
List <string> tenCot = new List <string>()
{
"stt", "Hoten", "rong", "tienchithangtruoc", "rong", "tientruthangtruoc",
"TienAn", "HocPhi", "PVBT", "AnSang", "VeSinh", "tongthu",
"ngayHoanTien", "sohoadon"
};
html += TBody.Fill(tenCot, table);
#endregion
html += "</table>";
return(html);
}
public void Callback(TBody tbody)
{
TBody that = tbody;
if (that.trsHead == null)
{
return;
}
CameraMain mainCamera = GameMain.Instance.MainCamera;
if (mainCamera == null)
{
return;
}
try {
bool bParamHeadTrack = false;
Maid maid = tbody.maid;
if (maid != null)
{
bParamHeadTrack = ExSaveData.GetBool(maid, PluginName, "HEAD_TRACK", false);
}
Vector3 thatHeadEulerAngle = (Vector3)Helper.GetInstanceField(typeof(TBody), that, "HeadEulerAngle");
Vector3 thatHeadEulerAngleG = (Vector3)Helper.GetInstanceField(typeof(TBody), that, "HeadEulerAngleG");
Vector3 thatEyeEulerAngle = (Vector3)Helper.GetInstanceField(typeof(TBody), that, "EyeEulerAngle");
if (bParamHeadTrack)
{
ExternalValues externalValues = PluginHelper.GetOrAddComponent <ExternalValues>(tbody.gameObject);
externalValues.tbody = tbody;
newTbodyMoveHeadAndEyeCallback2(externalValues, tbody, ref thatHeadEulerAngle, ref thatHeadEulerAngleG, ref thatEyeEulerAngle);
}
else
{
originalTbodyMoveHeadAndEyeCallback2(tbody, ref thatHeadEulerAngle, ref thatHeadEulerAngleG, ref thatEyeEulerAngle);
}
Helper.SetInstanceField(typeof(TBody), that, "HeadEulerAngle", thatHeadEulerAngle);
Helper.SetInstanceField(typeof(TBody), that, "HeadEulerAngleG", thatHeadEulerAngleG);
Helper.SetInstanceField(typeof(TBody), that, "EyeEulerAngle", thatEyeEulerAngle);
} catch (Exception ex) {
Helper.ShowException(ex);
}
}
public void Init(Transform[] boneList, TBody b, float[,] initConstrait, Transform initRoroot = null)
{
this.body = b;
this.defLENroot = (boneList[0].position - boneList[1].position).magnitude;
this.defLENhead = (boneList[2].position - boneList[1].position).magnitude;
this.mid_old = boneList[1].position;
this.defRootlocalRotation = boneList[0].localRotation;
this.defMidlocalRotation = boneList[1].localRotation;
this.vechand = Vector3.zero;
if (initRoroot != null)
{
this.defLENroroot = (initRoroot.position - boneList[0].position).magnitude;
this.defRorootlocalRotation = initRoroot.localRotation;
}
this.constrait = initConstrait;
}
public static void FaceTypeHook(TBody self, ref string slotname, ref int matno,
ref string prop_name, ref string filename, ref Dictionary <string, byte[]> dicModTexData, ref MaidParts.PARTS_COLOR f_ePartsColorId)
{
int num = (int)TBody.hashSlotName[slotname];
TBodySkin tBodySkin = self.goSlot[num];
string modelname = (Path.GetFileNameWithoutExtension(tBodySkin.m_strModelFileName));
int start = modelname.IndexOf("facetype");
if (slotname == "head" && start != -1 && filename.IndexOf("*") != -1)
{
if (!GameUty.FileSystemMod.IsExistentFile(filename.Replace("*", tBodySkin.m_strModelFileName)))
{
string type = modelname.Substring(start + 8, 3);
filename = filename.Replace("*", "face" + type);
}
}
}
public MaidTransforms(TBody body)
{
Body = body.GetBone("Bip01");
FootL = body.GetBone("Bip01 L Foot");
FootR = body.GetBone("Bip01 R Foot");
ToesL = new[]
{
CMT.SearchObjName(FootL, "Bip01 L Toe0"),
CMT.SearchObjName(FootL, "Bip01 L Toe1"),
CMT.SearchObjName(FootL, "Bip01 L Toe2"),
};
ToesR = new[]
{
CMT.SearchObjName(FootR, "Bip01 R Toe0"),
CMT.SearchObjName(FootR, "Bip01 R Toe1"),
CMT.SearchObjName(FootR, "Bip01 R Toe2"),
};
}
Vector3 updateEyeTargetPos(TBody tbody)
{
TBody that = tbody;
CameraMain mainCamera = GameMain.Instance.MainCamera;
// eyeTargetWorldPos：ワールド座標系での視線のターゲット位置
Vector3 eyeTargetWorldPos;
if (that.trsLookTarget == null)
{
eyeTargetWorldPos = that.trsHead.TransformPoint(that.offsetLookTarget);
if (that.boEyeSorashi)
{
// num : 顔の前方と顔→カメラベクトルの内積。1.0に近ければ、カメラが顔の正面にある
float num = Vector3.Dot(
(eyeTargetWorldPos - that.trsHead.position).normalized,
(mainCamera.transform.position - that.trsHead.position).normalized);
if (that.EyeSorashiCnt > 0)
{
++that.EyeSorashiCnt;
if (that.EyeSorashiCnt > 200)
{
that.EyeSorashiCnt = 0;
}
}
// カメラが顔の前方にあり、なおかつ前回の変更から 200 フレーム経過しているなら、新しい「前方」を決める
if (num > 0.9f && that.EyeSorashiCnt == 0)
{
that.offsetLookTarget = !that.EyeSorashiTgl ? new Vector3(-0.6f, 1f, 0.6f) : new Vector3(-0.5f, 1f, -0.7f);
that.EyeSorashiTgl = !that.EyeSorashiTgl;
that.EyeSorashiCnt = 1;
}
}
}
else
{
eyeTargetWorldPos = that.trsLookTarget.position;
}
return(eyeTargetWorldPos);
}
void InitKinectObject(TBody maidBody, Vector3 startingPosition)
{
kinectPosition = new GameObject();
kinectPosition.transform.position = startingPosition;
var kinectCube = GameObject.CreatePrimitive(PrimitiveType.Cube);
kinectCube.transform.SetParent(kinectPosition.transform);
kinectCube.transform.localPosition = Vector3.zero;
kinectCube.transform.localScale = 0.1f * Vector3.one;
foreach (var value in Enum.GetValues(typeof(BodyJointType)))
{
var o = new GameObject(); /*GameObject.CreatePrimitive(PrimitiveType.Sphere);*//*new GameObject($"KinectJoint_{value}");*/
o.transform.SetParent(kinectPosition.transform);
//o.transform.localScale = 0.01f * Vector3.one;
o.transform.localPosition = 2f * Vector3.forward;
var boneDraw = CreateBoneNode($"kinect_{value}");
boneDraw.transform.SetParent(kinectPosition.transform);
//boneDraw.transform.localPosition += Vector3.forward * 2f;
bodyJoints[(BodyJointType)value] = o.transform;
bodyJointGizmos[(BodyJointType)value] = boneDraw.transform;
}
var gizmo = kinectPosition.AddComponent <GizmoRender>();
gizmo.eAxis = true;
gizmo.eRotate = true;
gizmo.offsetScale = 0.5f;
gizmo.Visible = true;
foreach (var jointType in maidBodyToKinectJointsDict)
{
maidJoints.Add(jointType.Value, maidBody.GetBone(jointType.Key));
}
bipJoint = maidBody.GetBone("Bip01");
foreach (var keyValuePair in maidJoints)
{
Log($"{keyValuePair.Value.name}: Local pos: {keyValuePair.Value.localPosition}; Local rot: {keyValuePair.Value.localRotation}");
}
}
void Update()
{
if (Application.loadedLevel != 5)
{
return;
}
if (editViewReset == null)
{
editViewReset = UnityEngine.Object.FindObjectOfType <EditViewReset>();
}
if (sceneEdit == null)
{
sceneEdit = UnityEngine.Object.FindObjectOfType <SceneEdit>();
}
if (editViewReset != null && sceneEdit != null)
{
Maid maid = GameMain.Instance.CharacterMgr.GetMaid(0);
if (bLevelWasLoaded)
{
bLevelWasLoaded = false;
LoadSettings(maid);
}
// UICamera.InputEnable が False になるとサムネール撮影用のために着衣状態になる
TBody tbody = maid == null ? null : maid.body0;
if (tbody != null && fieldInfo_TBody_m_eMaskMode != null && UICamera.InputEnable)
{
lastMaid = maid;
bLastAutoCam = editViewReset.GetVisibleAutoCam();
bLastEyeToCam = editViewReset.GetVisibleEyeToCam();
lastBgName = GameMain.Instance.BgMgr.GetBGName();
lastClothMaskMode = (TBody.MaskMode)fieldInfo_TBody_m_eMaskMode.GetValue(tbody);
lastPoseName = tbody.LastAnimeFN;
lastCameraPos = mainCamera.GetPos();
lastCameraTargetPos = mainCamera.GetTargetPos();
lastCameraDistance = mainCamera.GetDistance();
lastCameraRotation = Camera.main.gameObject.transform.rotation;
lastCameraFov = Camera.main.fieldOfView;
}
}
}
public override bool IKCmoUpdate(TBody body, Transform trh, Vector3 offset, string hand = "右手")
{
var ctrl = body.IKCtrl.GetIKData(hand, IKBend);
/*ctrl.MyIKCtrl.GetType().GetProperty("IsUpdateEnd").SetValue(ctrl.MyIKCtrl, true, null);
* ctrl.MyIKCtrl.IsUpdateLate = false;
* ctrl.ApplyIKSetting();
*/
Vector3 pos = Vector3.zero;
Quaternion rot = Quaternion.identity;
bool proc = GetIKCmoPosRot(body, out pos, out rot, hand);
if (proc)
{
ctrl.IKCmo.Porc(trh.parent.parent, trh.parent, trh, pos, rot * offset, ctrl);
return(true);
}
return(false);
}
public override bool IKCmoUpdate(TBody body, Transform trh, Vector3 offset, string hand = "右手")
{
Vector3 pos = Vector3.zero;
Quaternion rot = Quaternion.identity;
bool proc = GetIKCmoPosRot(body, out pos, out rot, hand);
var mgr = body.IKHandR;
if (hand != "右手")
{
mgr = body.IKHandL;
}
if (proc)
{
mgr.IKCmo.Porc(trh.parent.parent, trh.parent, trh, pos, rot * offset);
return(true);
}
return(false);
}
public static string htmlUC_PhieuCho(string tenNhomTre, DataTable table)
{
string html = "<table border='1' style='border-collapse:collapse; width:100%;'>";
html += THead.PhieuCho(tenNhomTre);
#region tbody
List <string> tenCot = new List <string>()
{
"stt",
"tendaydu",
"tendonvitinh",
"CT.giatien",
"soluonggam",
"tienmotthucpham"
};
html += TBody.Fill(tenCot, table);
#endregion
html += "</table>";
return(html);
}
public void SetValue(TBody body)
{
var dtime = DateTime.FromOADate(body.time);
Issi = Enumerable.Repeat('\0', 20).ToArray();
var sourcearray = body.GetIssi().ToArray();
Array.Copy(sourcearray, Issi, sourcearray.Length);
Lon = body.lon;
Lat = body.lat;
Speed = (ushort)body.speed;
Dir = (ushort)body.dir;
Height = (ushort)body.height;
Precision = 0;
Year = Convert.ToUInt16(dtime.Year);
Month = Convert.ToByte(dtime.Month);
Day = Convert.ToByte(dtime.Day);
Hour = Convert.ToByte(dtime.Hour);
Minute = Convert.ToByte(dtime.Minute);
Second = Convert.ToByte(dtime.Second);
}
public static string htmlUC_ThucDonTuan(DataTable table)
{
string html = "<table border='1' style='border-collapse:collapse; width:100%;'>";
html += THead.ThucDonTuan();
#region tbody
List <string> tenCot = new List <string>()
{
"thu_ngay",
"Bửa sáng",
"Bửa trưa",
"Bửa xế",
"Bửa phụ"
};
html += TBody.Fill(tenCot, table);
#endregion
html += "</table>";
return(html);
}
public override object GetIkPoint(TBody body, string hand = "右手")
{
#if DEBUG
if (Input.GetKey(KeyCode.Space))
{
IKBend = true;
Console.WriteLine("IKBend: ON");
}
else
{
IKBend = false;
}
#endif
var obj = body.IKCtrl.GetIKData(hand, IKBend).GetTargetData(IKCtrlData.IKAttachType.Point);
if (obj == null)
{
obj = body.IKCtrl.GetIKData(hand, IKBend).GetTargetData(IKCtrlData.IKAttachType.NewPoint);
}
return(obj);
}
void DrawBones()
{
boneObjects.Clear();
maidTransforms.Clear();
var maid = FindObjectOfType <Maid>();
if (maid == null)
{
return;
}
maidBody = maid.body0;
foreach (var boneName in boneNames)
{
var bone = maidBody.GetBone(boneName);
if (bone == null)
{
Error($"Bone {boneName} does not exist!");
continue;
}
var c = Random.ColorHSV();
Log($"Creating node {boneName}");
var go = CreateBoneNode(boneName);
go.SetActive(true);
/*GameObject.CreatePrimitive(PrimitiveType.Cube);*/
//go.GetComponent<Renderer>().material = new Material(Shader.Find("Transparent/Diffuse")) {color = c};
//go.transform.position = bone.position - 2.0f * Vector3.left;
//go.transform.localRotation = Quaternion.identity;
//go.transform.localScale = 0.05f * Vector3.one;
//go.SetActive(true);
maidTransforms.Add(bone.gameObject);
boneObjects.Add(new KeyValuePair <string, GameObject>(boneName, go));
}
}
public static string htmlUC_STTTTheoNgay(DataTable table)
{
string html = "<table border='1' style='border-collapse:collapse; width:100%;'>";
html += THead.STTTTheoNgay();
#region tbody
List <string> tenCot = new List <string>()
{
"stt",
"ngaythanhtoan",
"tongsotre",
"tienan",
"hocphi",
"bantruphi",
"tienansang",
"tienvesinh",
"tongthu"
};
html += TBody.Fill(tenCot, table);
#endregion
html += "</table>";
return(html);
}
public void SetValue(TBody body)
{
Issi = Enumerable.Repeat <Byte>(0x25, 20).ToArray();
var bodyssi = body.GetASCIIBytes(body.GetIssi());
Array.Copy(bodyssi, Issi, bodyssi.Length);
//var bodyssi = body.GetASCIIBytes(body.GetIssi());
//Issi = new Byte[20];
//for (var i = 0; i < bodyssi.Length; i++)
//{
// Issi[i] = bodyssi[i];
//}
//for (var i = bodyssi.Length; i <20 ; i++)
//{
// Issi[i] = 0x25;
//}
CC = 0x26;
Time = body.GetASCIIBytes(new DateTime(1899, 12, 30).AddDays(body.time).ToString("yyMMddHHmmss"));
Lon = body.lon;
Lat = body.lat;
Speed = Convert.ToDouble(body.speed);
Dir = IPAddress.HostToNetworkOrder(body.dir);
}
public static string htmlUC_TheKho(DataTable table)
{
string html = "<table border='1' style='border-collapse:collapse; width:100%;'>";
html += THead.TheKho();
#region tbody
List <string> tenCot = new List <string>()
{
"Ngày lập",
"Số phiếu nhập",
"Số phiếu xuất",
"Diễn giải",
"Số lượng nhập",
"Thành tiền nhập",
"Số lượng xuất",
"Thành tiền xuất",
"Số lượng tồn",
"Thành tiền tồn"
};
html += TBody.Fill(tenCot, table);
#endregion
html += "</table>";
return(html);
}
public TableRowTag AddBodyRow() => TBody.Add <TableRowTag>();
// リップシンク強度指定
void SetLipSyncIntensity(Maid maid, TBody tbody)
{
if (!ExSaveData.GetBool(maid, PluginName, "LIPSYNC_INTENISTY", false))
{
return;
}
float f1 = Mathf.Clamp01(ExSaveData.GetFloat(maid, PluginName, "LIPSYNC_INTENISTY.value", 1f));
maid.VoicePara_1 = f1 * 0.5f;
maid.VoicePara_2 = f1 * 0.074f;
maid.VoicePara_3 = f1 * 0.5f;
maid.VoicePara_4 = f1 * 0.05f;
if (f1 < 0.01f)
{
maid.voice_ao_f2 = 0;
}
}
// 顔を常時カメラに向ける
void HeadToCam(Maid maid, TBody tbody)
{
float fHeadToCam = ExSaveData.GetFloat(maid, PluginName, "HEADTOCAM", 0f);
if (fHeadToCam < -0.5f)
{
tbody.boHeadToCam = false;
}
else if (fHeadToCam > 0.5f)
{
tbody.boHeadToCam = true;
}
}
public void SetEditedMaterials(TBody.SlotID slot, List<ACCMaterial> edited) {
LogUtil.DebugF("Set edited Materials. slot={0}, edited count={1}", slot, edited.Count);
string slotName = slot.ToString();
trgtMenu.InitMaterials(slotName, edited);
}
public SlotInfo(TBody.SlotID id, MPN mpn, string displayName, bool enable, bool maskable) {
this.Id = id;
this.Name = Id.ToString();
this.mpn = mpn;
this.DisplayName = displayName;
this.LongName = displayName + " [" + Name + "]";
this.no = -1;
this.enable = enable;
this.maskable = maskable;
}
// 新しい MoveHeadAndEye
void newTbodyMoveHeadAndEyeCallback2(ExternalValues externalValues, TBody tbody, ref Vector3 thatHeadEulerAngle, ref Vector3 thatHeadEulerAngleG, ref Vector3 thatEyeEulerAngle)
{
TBody that = tbody;
Maid maid = tbody.maid;
CameraMain mainCamera = GameMain.Instance.MainCamera;
// eyeTarget_world：視線の目標位置（ワールド座標系）
Vector3 eyeTarget_world = updateEyeTargetPos(tbody);
// HeadToCamPer：最終的に顔がカメラを向く度合い
// 0 なら元の頭の向き、1 ならカメラの向き
if (that.boHeadToCam)
{
that.HeadToCamPer += Time.deltaTime * that.HeadToCamFadeSpeed;
}
else
{
that.HeadToCamPer -= Time.deltaTime * that.HeadToCamFadeSpeed;
}
that.HeadToCamPer = Mathf.Clamp01(that.HeadToCamPer);
that.boChkEye = false;
newMoveHead(externalValues, tbody, ref thatHeadEulerAngle, ref thatHeadEulerAngleG, ref thatEyeEulerAngle, eyeTarget_world);
externalValues.prevQuat = that.trsHead.rotation;
if (that.boMAN || that.trsEyeL == null || that.trsEyeR == null)
{
return;
}
that.boChkEye = false;
{
float paramEyeAng = ExSaveData.GetFloat(maid, PluginName, "EYE_ANG.angle", 0f);
paramEyeAng = Mathf.Clamp(paramEyeAng, -180f, 180f);
float paramSpeed = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.speed", 0.05f);
float paramInside = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.inside", 60f);
float paramOutside = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.outside", 60f);
float paramAbove = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.above", 40f);
float paramBelow = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.below", 20f);
float paramBehind = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.behind", 170f);
float paramOfsX = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.ofsx", 0f);
float paramOfsY = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.ofsy", 0f);
Vector3 targetPosition = eyeTarget_world;
if (!that.boEyeToCam)
{
// 視線を正面に戻す
eyeTarget_world = that.trsHead.TransformPoint(Vector3.up * 1000.0f);
}
{
Transform trsEye = that.trsEyeL;
Quaternion defQuat = that.quaDefEyeL * Quaternion.Euler(paramEyeAng, -paramOfsX, -paramOfsY);
Quaternion prevQuat = externalValues.prevLeftEyeQuat;
Transform trsParent = trsEye.parent;
Quaternion newRotation_world = CalcNewEyeRotation(
paramOutside,
paramInside,
paramBelow,
paramAbove,
paramBehind,
trsParent.rotation,
trsEye.position,
eyeTarget_world
);
Quaternion q = Quaternion.Inverse(trsParent.rotation) * newRotation_world;
q = Quaternion.Slerp(Quaternion.identity, q, 0.2f); // 眼球モデルの中心に、眼球のトランスフォームの原点が無いため、ごまかしている
q = Quaternion.Slerp(prevQuat, q, paramSpeed);
prevQuat = q;
trsEye.localRotation = q * defQuat;
externalValues.prevLeftEyeQuat = prevQuat;
}
{
Transform trsEye = that.trsEyeR;
Quaternion defQuat = that.quaDefEyeR * Quaternion.Euler(-paramEyeAng, -paramOfsX, paramOfsY);
Quaternion prevQuat = externalValues.prevRightEyeQuat;
Transform trsParent = trsEye.parent;
Quaternion newRotation_world = CalcNewEyeRotation(
paramOutside,
paramInside,
paramAbove,
paramBelow,
paramBehind,
trsParent.rotation,
trsEye.position,
eyeTarget_world
);
Quaternion q = Quaternion.Inverse(trsParent.rotation) * newRotation_world;
q = Quaternion.Slerp(Quaternion.identity, q, 0.2f);
q = Quaternion.Slerp(prevQuat, q, paramSpeed);
prevQuat = q;
trsEye.localRotation = q * defQuat;
externalValues.prevRightEyeQuat = prevQuat;
}
}
}
void originalMoveHead(TBody tbody, ref Vector3 thatHeadEulerAngle, ref Vector3 thatHeadEulerAngleG, ref Vector3 thatEyeEulerAngle, Vector3 eyeTargetWorldPos)
{
TBody that = tbody;
// CameraMain mainCamera = GameMain.Instance.MainCamera;
// eulerAngles1：顔の正面向きのベクトルから見た、視線ターゲットまでの回転量
Vector3 eulerAngles1;
Quaternion quaternion1 = new Quaternion();
{
// toDirection1：顔からターゲットを見た向き（顔の座標系）
Vector3 toDirection1 = Quaternion.Inverse(that.trsNeck.rotation) * (eyeTargetWorldPos - that.trsNeck.position);
// quaternion1：(0,1,0) (顔の正面向きのベクトル) から見たときの、toDirection1 までの回転量
quaternion1.SetFromToRotation(Vector3.up, toDirection1);
eulerAngles1 = PluginHelper.NormalizeEulerAngles(quaternion1.eulerAngles);
}
if (that.boHeadToCamInMode)
{
// 追従範囲外かどうかを判定
if (-80.0f >= eulerAngles1.x || eulerAngles1.x >= 80.0f || -50.0f >= eulerAngles1.z || eulerAngles1.z >= 60.0f)
{
that.boHeadToCamInMode = false;
}
}
else
{
// 追従範囲内かどうかを判定
if (-60.0f < eulerAngles1.x && eulerAngles1.x < 60.0f && -40.0f < eulerAngles1.z && eulerAngles1.z < 50.0f)
{
that.boHeadToCamInMode = true;
}
}
if (that.boHeadToCamInMode)
{
// 追従モード
that.boChkEye = true;
float num = 0.3f;
if (eulerAngles1.x > thatHeadEulerAngle.x + 10.0f)
{
thatHeadEulerAngleG.x += num;
}
else if (eulerAngles1.x < thatHeadEulerAngle.x - 10.0f)
{
thatHeadEulerAngleG.x -= num;
}
else
{
thatHeadEulerAngleG.x *= 0.95f;
}
if (eulerAngles1.z > thatHeadEulerAngle.z + 10.0f)
{
thatHeadEulerAngleG.z += num;
}
else if (eulerAngles1.z < thatHeadEulerAngle.z - 10.0f)
{
thatHeadEulerAngleG.z -= num;
}
else
{
thatHeadEulerAngleG.z *= 0.95f;
}
}
else
{
// 自由モード
float num = 0.1f;
if (0.0f > thatHeadEulerAngle.x + 10.0)
{
thatHeadEulerAngleG.x += num;
}
if (0.0f < thatHeadEulerAngle.x - 10.0f)
{
thatHeadEulerAngleG.x -= num;
}
if (0.0f > thatHeadEulerAngle.z + 10.0f)
{
thatHeadEulerAngleG.z += num;
}
if (0.0f < thatHeadEulerAngle.z - 10.0f)
{
thatHeadEulerAngleG.z -= num;
}
}
thatHeadEulerAngleG *= 0.95f;
thatHeadEulerAngle += thatHeadEulerAngleG;
float uScale = 0.4f;
that.trsHead.localRotation = Quaternion.Slerp(
that.trsHead.localRotation,
that.quaDefHead *
Quaternion.Euler(
thatHeadEulerAngle.x * uScale,
0.0f,
thatHeadEulerAngle.z * uScale),
UTY.COSS(that.HeadToCamPer));
}
// 新しい MoveHeadAndEye
void newTbodyMoveHeadAndEyeCallback2(ExternalValues externalValues, TBody tbody, ref Vector3 thatHeadEulerAngle, ref Vector3 thatHeadEulerAngleG, ref Vector3 thatEyeEulerAngle)
{
TBody that = tbody;
Maid maid = tbody.maid;
CameraMain mainCamera = GameMain.Instance.MainCamera;
// eyeTarget_world：視線の目標位置（ワールド座標系）
Vector3 eyeTarget_world = updateEyeTargetPos(tbody);
// HeadToCamPer：最終的に顔がカメラを向く度合い
// 0 なら元の頭の向き、1 ならカメラの向き
if (that.boHeadToCam)
{
that.HeadToCamPer += Time.deltaTime * that.HeadToCamFadeSpeed;
}
else
{
that.HeadToCamPer -= Time.deltaTime * that.HeadToCamFadeSpeed;
}
that.HeadToCamPer = Mathf.Clamp01(that.HeadToCamPer);
that.boChkEye = false;
newMoveHead(externalValues, tbody, ref thatHeadEulerAngle, ref thatHeadEulerAngleG, ref thatEyeEulerAngle, eyeTarget_world);
externalValues.prevQuat = that.trsHead.rotation;
if (that.boMAN || that.trsEyeL == null || that.trsEyeR == null)
{
return;
}
that.boChkEye = false;
if (that.boEyeToCam)
{
float paramEyeAng = ExSaveData.GetFloat(maid, PluginName, "EYE_ANG.angle", 0f);
paramEyeAng = Mathf.Clamp(paramEyeAng, -180f, 180f);
float paramSpeed = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.speed", 0.05f);
float paramInside = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.inside", 60f);
float paramOutside = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.outside", 60f);
float paramAbove = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.above", 40f);
float paramBelow = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.below", 20f);
float paramBehind = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.behind", 170f);
float paramOfsX = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.ofsx", 0f);
float paramOfsY = ExSaveData.GetFloat(maid, PluginName, "EYE_TRACK.ofsy", 0f);
Vector3 targetPosition = eyeTarget_world;
{
Transform trsEye = that.trsEyeL;
Quaternion defQuat = that.quaDefEyeL * Quaternion.Euler(paramEyeAng, -paramOfsX, -paramOfsY);
Quaternion prevQuat = externalValues.prevLeftEyeQuat;
Transform trsParent = trsEye.parent;
Quaternion newRotation_world = CalcNewEyeRotation(
paramOutside,
paramInside,
paramBelow,
paramAbove,
paramBehind,
trsParent.rotation,
trsEye.position,
eyeTarget_world
);
Quaternion q = Quaternion.Inverse(trsParent.rotation) * newRotation_world;
q = Quaternion.Slerp(Quaternion.identity, q, 0.2f); // 眼球モデルの中心に、眼球のトランスフォームの原点が無いため、ごまかしている
q = Quaternion.Slerp(prevQuat, q, paramSpeed);
prevQuat = q;
trsEye.localRotation = q * defQuat;
externalValues.prevLeftEyeQuat = prevQuat;
}
{
Transform trsEye = that.trsEyeR;
Quaternion defQuat = that.quaDefEyeR * Quaternion.Euler(-paramEyeAng, -paramOfsX, paramOfsY);
Quaternion prevQuat = externalValues.prevRightEyeQuat;
Transform trsParent = trsEye.parent;
Quaternion newRotation_world = CalcNewEyeRotation(
paramOutside,
paramInside,
paramAbove,
paramBelow,
paramBehind,
trsParent.rotation,
trsEye.position,
eyeTarget_world
);
Quaternion q = Quaternion.Inverse(trsParent.rotation) * newRotation_world;
q = Quaternion.Slerp(Quaternion.identity, q, 0.2f);
q = Quaternion.Slerp(prevQuat, q, paramSpeed);
prevQuat = q;
trsEye.localRotation = q * defQuat;
externalValues.prevRightEyeQuat = prevQuat;
}
}
}
public CCSlot(TBody.SlotID id) {
this.id = id;
}
public void SetValue(TBody cbody)
{
header.UpSerial();
body.SetValue(cbody);
body.Seconds = header.Seconds = Convert.ToInt32(DateTime.Now.Subtract(new DateTime(1970, 1, 1)).TotalSeconds);
}
public Renderer GetRenderer(TBody.SlotID slotID) {
int slotNo = (int)slotID;
return slotNo >= currentMaid.body0.goSlot.Count
? null
: GetRenderer(currentMaid.body0.GetSlot(slotNo));
}
public Material[] GetMaterials(TBody.SlotID slotID) {
int slotNo = (int)slotID;
return slotNo >= currentMaid.body0.goSlot.Count
? EmptyList
: GetMaterials(currentMaid.body0.GetSlot(slotNo));
}
// スライダー範囲を拡大
void WideSlider(Maid maid)
{
if (!ExSaveData.GetBool(maid, PluginName, "WIDESLIDER", false))
{
return;
}
TBody tbody = maid.body0;
//string[] PropNames = BoneMorph_PropNames;
if (tbody == null || tbody.bonemorph == null || tbody.bonemorph.bones == null)
{
return;
}
BoneMorph_ boneMorph_ = tbody.bonemorph;
// スケール変更するボーンのリスト
Dictionary <string, Vector3> boneScale = new Dictionary <string, Vector3>();
// ポジション変更するボーンのリスト
Dictionary <string, Vector3> bonePosition = new Dictionary <string, Vector3>();
//この配列に記載があるボーンは頭に影響を与えずにTransformを反映させる。
//ただしボディに繋がっている中のアレは影響を受ける。
string[] ignoreHeadBones = new string[] { "Bip01 Spine1a" };
float eyeAngAngle;
float eyeAngX;
float eyeAngY;
{
float ra = ExSaveData.GetFloat(maid, PluginName, "EYE_ANG.angle", 0f);
float rx = ExSaveData.GetFloat(maid, PluginName, "EYE_ANG.x", 0f);
float ry = ExSaveData.GetFloat(maid, PluginName, "EYE_ANG.y", 0f);
rx += -9f;
ry += -17f;
rx /= 1000f;
ry /= 1000f;
eyeAngAngle = ra;
eyeAngX = rx;
eyeAngY = ry;
}
Vector3 thiScl = new Vector3(
1.0f,
ExSaveData.GetFloat(maid, PluginName, "THISCL.depth", 1f),
ExSaveData.GetFloat(maid, PluginName, "THISCL.width", 1f));
Vector3 thiPosL;
Vector3 thiPosR;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "THIPOS.x", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "THIPOS.z", 0f);
float dy = 0.0f;
thiPosL = new Vector3(dy, dz / 1000f, -dx / 1000f);
thiPosR = new Vector3(dy, dz / 1000f, dx / 1000f);
}
bonePosition["Bip01 L Thigh"] = thiPosL;
bonePosition["Bip01 R Thigh"] = thiPosR;
Vector3 thi2PosL;
Vector3 thi2PosR;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "THI2POS.x", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "THI2POS.z", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "THI2POS.y", 0f);
thi2PosL = new Vector3(dy / 1000f, dz / 1000f, -dx / 1000f);
thi2PosR = new Vector3(dy / 1000f, dz / 1000f, dx / 1000f);
}
bonePosition["Bip01 L Thigh_SCL_"] = thi2PosL;
bonePosition["Bip01 R Thigh_SCL_"] = thi2PosR;
// 元々足の位置と連動しており、追加するときに整合性を保つため足の位置との和で計算
Vector3 hipPosL;
Vector3 hipPosR;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "HIPPOS.x", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "HIPPOS.y", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "HIPPOS.z", 0f);
hipPosL = new Vector3(dy / 1000f, dz / 1000f, -dx / 1000f);
hipPosR = new Vector3(dy / 1000f, dz / 1000f, dx / 1000f);
}
bonePosition["Hip_L"] = thiPosL + hipPosL;
bonePosition["Hip_R"] = thiPosR + hipPosR;
Vector3 mtwPosL;
Vector3 mtwPosR;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "MTWPOS.x", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "MTWPOS.y", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "MTWPOS.z", 0f);
mtwPosL = new Vector3(dx / 10f, dy / 10f, dz / 10f);
mtwPosR = new Vector3(dx / 10f, dy / 10f, -dz / 10f);
}
bonePosition["momotwist_L"] = mtwPosL;
bonePosition["momotwist_R"] = mtwPosR;
Vector3 mmnPosL;
Vector3 mmnPosR;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "MMNPOS.x", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "MMNPOS.y", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "MMNPOS.z", 0f);
mmnPosL = new Vector3(dx / 10f, dy / 10f, dz / 10f);
mmnPosR = new Vector3(dx / 10f, -dy / 10f, dz / 10f);
}
bonePosition["momoniku_L"] = mmnPosL;
bonePosition["momoniku_R"] = mmnPosR;
Vector3 skirtPos;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "SKTPOS.x", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "SKTPOS.y", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "SKTPOS.z", 0f);
skirtPos = new Vector3(-dz / 10f, -dy / 10f, dx / 10f);
}
bonePosition["Skirt"] = skirtPos;
Vector3 spinePos;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "SPIPOS.x", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "SPIPOS.y", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "SPIPOS.z", 0f);
spinePos = new Vector3(-dx / 10f, dy / 10f, dz / 10f);
}
bonePosition["Bip01 Spine"] = spinePos;
Vector3 spine0aPos;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "S0APOS.x", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "S0APOS.y", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "S0APOS.z", 0f);
spine0aPos = new Vector3(-dx / 10f, dy / 10f, dz / 10f);
}
bonePosition["Bip01 Spine0a"] = spine0aPos;
Vector3 spine1Pos;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "S1POS.x", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "S1POS.y", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "S1POS.z", 0f);
spine1Pos = new Vector3(-dx / 10f, dy / 10f, dz / 10f);
}
bonePosition["Bip01 Spine1"] = spine1Pos;
Vector3 spine1aPos;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "S1APOS.x", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "S1APOS.y", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "S1APOS.z", 0f);
spine1aPos = new Vector3(-dx / 10f, dy / 10f, dz / 10f);
}
bonePosition["Bip01 Spine1a"] = spine1aPos;
Vector3 neckPos;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "NECKPOS.x", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "NECKPOS.y", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "NECKPOS.z", 0f);
neckPos = new Vector3(-dx / 10f, dy / 10f, dz / 10f);
}
bonePosition["Bip01 Neck"] = neckPos;
Vector3 clvPosL;
Vector3 clvPosR;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "CLVPOS.x", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "CLVPOS.z", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "CLVPOS.y", 0f);
clvPosL = new Vector3(-dx / 10f, dy / 10f, dz / 10f);
clvPosR = new Vector3(-dx / 10f, dy / 10f, -dz / 10f);
}
bonePosition["Bip01 L Clavicle"] = clvPosL;
bonePosition["Bip01 R Clavicle"] = clvPosR;
Vector3 muneSubPosL;
Vector3 muneSubPosR;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "MUNESUBPOS.x", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "MUNESUBPOS.z", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "MUNESUBPOS.y", 0f);
muneSubPosL = new Vector3(-dy / 10f, dz / 10f, -dx / 10f);
muneSubPosR = new Vector3(-dy / 10f, -dz / 10f, -dx / 10f);
}
bonePosition["Mune_L_sub"] = muneSubPosL;
bonePosition["Mune_R_sub"] = muneSubPosR;
Vector3 munePosL;
Vector3 munePosR;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "MUNEPOS.x", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "MUNEPOS.z", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "MUNEPOS.y", 0f);
munePosL = new Vector3(dz / 10f, -dy / 10f, dx / 10f);
munePosR = new Vector3(dz / 10f, -dy / 10f, -dx / 10f);
}
bonePosition["Mune_L"] = munePosL;
bonePosition["Mune_R"] = munePosR;
// スケール変更するボーンをリストに一括登録
SetBoneScaleFromList(boneScale, maid, boneAndPropNameList);
// 元々尻はPELSCLに連動していたが単体でも設定できるようにする
// ただし元との整合性をとるため乗算する
Vector3 pelScl = new Vector3(
ExSaveData.GetFloat(maid, PluginName, "PELSCL.height", 1f),
ExSaveData.GetFloat(maid, PluginName, "PELSCL.depth", 1f),
ExSaveData.GetFloat(maid, PluginName, "PELSCL.width", 1f));
Vector3 hipScl = new Vector3(
ExSaveData.GetFloat(maid, PluginName, "HIPSCL.height", 1f) * pelScl.x,
ExSaveData.GetFloat(maid, PluginName, "HIPSCL.depth", 1f) * pelScl.y,
ExSaveData.GetFloat(maid, PluginName, "HIPSCL.width", 1f) * pelScl.z);
boneScale["Hip_L"] = hipScl;
boneScale["Hip_R"] = hipScl;
Transform tEyePosL = null;
Transform tEyePosR = null;
float sliderScale = 20f;
for (int i = boneMorph_.bones.Count - 1; i >= 0; i--)
{
BoneMorphLocal boneMorphLocal = boneMorph_.bones[i];
Vector3 scl = new Vector3(1f, 1f, 1f);
Vector3 pos = boneMorphLocal.pos;
//for (int j = 0; j < (int)PropNames.Length; j++)
for (int j = 0; j < BoneMorph.PropNames.Length; j++)
{
float s = 1f;
switch (j)
{
case 0:
s = boneMorph_.SCALE_Kubi;
break;
case 1:
s = boneMorph_.SCALE_Ude;
break;
case 2:
s = boneMorph_.SCALE_EyeX;
break;
case 3:
s = boneMorph_.SCALE_EyeY;
break;
case 4:
s = boneMorph_.Postion_EyeX * (0.5f + boneMorph_.Postion_EyeY * 0.5f);
break;
case 5:
s = boneMorph_.Postion_EyeY;
break;
case 6:
s = boneMorph_.SCALE_HeadX;
break;
case 7:
s = boneMorph_.SCALE_HeadY;
break;
case 8:
s = boneMorph_.SCALE_DouPer;
if (boneMorphLocal.Kahanshin == 0f)
{
s = 1f - s;
}
break;
case 9:
s = boneMorph_.SCALE_Sintyou;
break;
case 10:
s = boneMorph_.SCALE_Koshi;
break;
case 11:
s = boneMorph_.SCALE_Kata;
break;
case 12:
s = boneMorph_.SCALE_West;
break;
default:
s = 1f;
break;
}
if ((boneMorphLocal.atr & 1L << (j & 63)) != 0L)
{
Vector3 v0 = boneMorphLocal.vecs_min[j];
Vector3 v1 = boneMorphLocal.vecs_max[j];
Vector3 n0 = v0 * sliderScale - v1 * (sliderScale - 1f);
Vector3 n1 = v1 * sliderScale - v0 * (sliderScale - 1f);
float f = (s + sliderScale - 1f) * (1f / (sliderScale * 2.0f - 1f));
scl = Vector3.Scale(scl, Vector3.Lerp(n0, n1, f));
}
if ((boneMorphLocal.atr & 1L << (j + 32 & 63)) != 0L)
{
Vector3 v0 = boneMorphLocal.vecs_min[j + 32];
Vector3 v1 = boneMorphLocal.vecs_max[j + 32];
Vector3 n0 = v0 * sliderScale - v1 * (sliderScale - 1f);
Vector3 n1 = v1 * sliderScale - v0 * (sliderScale - 1f);
float f = (s + sliderScale - 1f) * (1f / (sliderScale * 2.0f - 1f));
pos = Vector3.Scale(pos, Vector3.Lerp(n0, n1, f));
}
}
Transform linkT = boneMorphLocal.linkT;
if (linkT == null)
{
continue;
}
string name = linkT.name;
if (name != null && name.Contains("Thigh_SCL_"))
{
boneMorph_.SnityouOutScale = Mathf.Pow(scl.x, 0.9f);
}
// リストに登録されているボーンのスケール設定
if (name != null && boneScale.ContainsKey(name))
{
scl = Vector3.Scale(scl, boneScale[name]);
}
// リストに登録されているボーンのポジション設定
if (name != null && bonePosition.ContainsKey(name))
{
pos += bonePosition[name];
}
Transform muneLParent = f_muneLParent.GetValue(tbody) as Transform;
Transform muneLChild = f_muneLChild.GetValue(tbody) as Transform;
Transform muneRParent = f_muneRParent.GetValue(tbody) as Transform;
Transform muneRChild = f_muneRChild.GetValue(tbody) as Transform;
Transform muneLSub = f_muneLSub.GetValue(tbody) as Transform;
Transform muneRSub = f_muneRSub.GetValue(tbody) as Transform;
if (muneLChild && muneLParent && muneRChild && muneRParent)
{
muneLChild.localPosition = muneLSub.localPosition;
muneLParent.localPosition = muneLSub.localPosition;
muneRChild.localPosition = muneRSub.localPosition;
muneRParent.localPosition = muneRSub.localPosition;
}
// ignoreHeadBonesに登録されている場合はヒラエルキーを辿って頭のツリーを無視
if (name != null)
{
if (!(ignoreHeadBones.Contains(name) && CMT.SearchObjObj(maid.body0.m_Bones.transform.Find("Bip01"), linkT)))
{
linkT.localScale = scl;
}
linkT.localPosition = pos;
}
if (name != null)
{
if (name == "Eyepos_L")
{
tEyePosL = linkT;
}
else if (name == "Eyepos_R")
{
tEyePosR = linkT;
}
}
}
// 目のサイズ・角度変更
// EyeScaleRotate : 目のサイズと角度変更する CM3D.MaidVoicePich.Plugin.cs の追加メソッド
// http://pastebin.com/DBuN5Sws
// その１>>923
// http://jbbs.shitaraba.net/bbs/read.cgi/game/55179/1438196715/923
if (tEyePosL != null)
{
Transform linkT = tEyePosL;
Vector3 localCenter = linkT.localPosition + (new Vector3(0f, eyeAngY, eyeAngX)); // ローカル座標系での回転中心位置
Vector3 worldCenter = linkT.parent.TransformPoint(localCenter); // ワールド座標系での回転中心位置
Vector3 localAxis = new Vector3(-1f, 0f, 0f); // ローカル座標系での回転軸
Vector3 worldAxis = linkT.TransformDirection(localAxis); // ワールド座標系での回転軸
linkT.localRotation = new Quaternion(-0.00560432f, -0.001345155f, 0.06805823f, 0.9976647f); // 初期の回転量
linkT.RotateAround(worldCenter, worldAxis, eyeAngAngle);
}
if (tEyePosR != null)
{
Transform linkT = tEyePosR;
Vector3 localCenter = linkT.localPosition + (new Vector3(0f, eyeAngY, -eyeAngX)); // ローカル座標系での回転中心位置
Vector3 worldCenter = linkT.parent.TransformPoint(localCenter); // ワールド座標系での回転中心位置
Vector3 localAxis = new Vector3(-1f, 0f, 0f); // ローカル座標系での回転軸
Vector3 worldAxis = linkT.TransformDirection(localAxis); // ワールド座標系での回転軸
linkT.localRotation = new Quaternion(0.9976647f, 0.06805764f, -0.001350592f, -0.005603582f); // 初期の回転量
linkT.RotateAround(worldCenter, worldAxis, -eyeAngAngle);
}
// COM3D2追加処理
// ボーンポジション系
var listBoneMorphPos = Helper.GetInstanceField(typeof(BoneMorph_), boneMorph_, "m_listBoneMorphPos");
var ienumPos = listBoneMorphPos as IEnumerable;
System.Reflection.Assembly asmPos = System.Reflection.Assembly.GetAssembly(typeof(BoneMorph_));
Type listBoneMorphPosType = listBoneMorphPos.GetType();
Type boneMorphPosType = asmPos.GetType("BoneMorph_+BoneMorphPos");
foreach (object o in ienumPos)
{
string strPropName = (string)Helper.GetInstanceField(boneMorphPosType, o, "strPropName");
Transform trs = (Transform)Helper.GetInstanceField(boneMorphPosType, o, "trBone");
Vector3 defPos = (Vector3)Helper.GetInstanceField(boneMorphPosType, o, "m_vDefPos");
Vector3 addMin = (Vector3)Helper.GetInstanceField(boneMorphPosType, o, "m_vAddMin");
Vector3 addMax = (Vector3)Helper.GetInstanceField(boneMorphPosType, o, "m_vAddMax");
if (strPropName == "Nosepos")
{
trs.localPosition = Lerp(addMin, defPos, addMax, (float)boneMorph_.POS_Nose, sliderScale);
}
else if (strPropName == "MayuY")
{
trs.localPosition = Lerp(addMin, defPos, addMax, (float)boneMorph_.POS_MayuY, sliderScale);
}
else if (strPropName == "EyeBallPosYL" || strPropName == "EyeBallPosYR")
{
trs.localPosition = Lerp(addMin, defPos, addMax, (float)boneMorph_.EyeBallPosY, sliderScale);
}
else if (strPropName == "Mayupos_L" || strPropName == "Mayupos_R")
{
Vector3 vector3_1 = Lerp(addMin, defPos, addMax, (float)boneMorph_.POS_MayuY, sliderScale);
float x1 = addMin.x;
addMin.x = addMax.x;
addMax.x = x1;
Vector3 vector3_2 = Lerp(addMin, defPos, addMax, (float)boneMorph_.POS_MayuX, sliderScale);
float x3 = vector3_2.x + vector3_1.x - defPos.x;
trs.localPosition = new Vector3(x3, vector3_1.y, vector3_2.z);
}
}
// ボーンスケール系
var listBoneMorphScl = Helper.GetInstanceField(typeof(BoneMorph_), boneMorph_, "m_listBoneMorphScl");
var ienumScl = listBoneMorphScl as IEnumerable;
System.Reflection.Assembly asmScl = System.Reflection.Assembly.GetAssembly(typeof(BoneMorph_));
Type listBoneMorphSclType = listBoneMorphScl.GetType();
Type boneMorphSclType = asmScl.GetType("BoneMorph_+BoneMorphScl");
foreach (object o in ienumScl)
{
string strPropName = (string)Helper.GetInstanceField(boneMorphSclType, o, "strPropName");
Transform trs = (Transform)Helper.GetInstanceField(boneMorphSclType, o, "trBone");
Vector3 defScl = (Vector3)Helper.GetInstanceField(boneMorphSclType, o, "m_vDefScl");
Vector3 addMin = (Vector3)Helper.GetInstanceField(boneMorphSclType, o, "m_vAddMin");
Vector3 addMax = (Vector3)Helper.GetInstanceField(boneMorphSclType, o, "m_vAddMax");
if (strPropName == "Earscl_L" || strPropName == "Earscl_R")
{
trs.localScale = Lerp(addMin, defScl, addMax, (float)boneMorph_.SCALE_Ear, sliderScale);
}
else if (strPropName == "Nosescl")
{
trs.localScale = Lerp(addMin, defScl, addMax, (float)boneMorph_.SCALE_Nose, sliderScale);
}
else if (strPropName == "EyeBallSclXL" || strPropName == "EyeBallSclXR")
{
Vector3 localScale = trs.localScale;
localScale.z = Lerp(addMin, defScl, addMax, (float)boneMorph_.EyeBallSclX, sliderScale).z;
trs.localScale = localScale;
}
else if (strPropName == "EyeBallSclYL" || strPropName == "EyeBallSclYR")
{
Vector3 localScale = trs.localScale;
localScale.y = Lerp(addMin, defScl, addMax, (float)boneMorph_.EyeBallSclY, sliderScale).y;
trs.localScale = localScale;
}
}
// ボーンローテーション系
var listBoneMorphRot = Helper.GetInstanceField(typeof(BoneMorph_), boneMorph_, "m_listBoneMorphRot");
var ienumRot = listBoneMorphRot as IEnumerable;
System.Reflection.Assembly asmRot = System.Reflection.Assembly.GetAssembly(typeof(BoneMorph_));
Type listBoneMorphRotType = listBoneMorphRot.GetType();
Type boneMorphRotType = asmRot.GetType("BoneMorph_+BoneMorphRotatio");
foreach (object o in ienumRot)
{
string strPropName = (string)Helper.GetInstanceField(boneMorphRotType, o, "strPropName");
Transform trs = (Transform)Helper.GetInstanceField(boneMorphRotType, o, "trBone");
Quaternion defRot = (Quaternion)Helper.GetInstanceField(boneMorphRotType, o, "m_vDefRotate");
Quaternion addMin = (Quaternion)Helper.GetInstanceField(boneMorphRotType, o, "m_vAddMin");
Quaternion addMax = (Quaternion)Helper.GetInstanceField(boneMorphRotType, o, "m_vAddMax");
if (strPropName == "Earrot_L" || strPropName == "Earrot_R")
{
trs.localRotation = RotLerp(addMin, defRot, addMax, (float)boneMorph_.ROT_Ear, sliderScale);
}
else if (strPropName == "Mayurot_L" || strPropName == "Mayurot_R")
{
trs.localRotation = RotLerp(addMin, defRot, addMax, (float)boneMorph_.ROT_Mayu, sliderScale);
}
}
}
// 元の MoveHeadAndEye 相当の処理
void originalTbodyMoveHeadAndEyeCallback2(TBody tbody, ref Vector3 thatHeadEulerAngle, ref Vector3 thatHeadEulerAngleG, ref Vector3 thatEyeEulerAngle)
{
TBody that = tbody;
CameraMain mainCamera = GameMain.Instance.MainCamera;
// eyeTargetWorldPos：ワールド座標系での視線のターゲット位置
Vector3 eyeTargetWorldPos = updateEyeTargetPos(tbody);
// HeadToCamPer：最終的に顔がカメラを向く度合い
// 0 なら元の頭の向き、1 ならカメラの向き
if (that.boHeadToCam)
{
that.HeadToCamPer += Time.deltaTime * that.HeadToCamFadeSpeed;
}
else
{
that.HeadToCamPer -= Time.deltaTime * that.HeadToCamFadeSpeed;
}
that.HeadToCamPer = Mathf.Clamp01(that.HeadToCamPer);
that.boChkEye = false;
originalMoveHead(tbody, ref thatHeadEulerAngle, ref thatHeadEulerAngleG, ref thatEyeEulerAngle, eyeTargetWorldPos);
if (that.boMAN || that.trsEyeL == null || that.trsEyeR == null)
{
return;
}
// 目の追従処理
if (that.boEyeToCam && that.boChkEye)
{
Vector3 toDirection2 = Quaternion.Inverse(that.trsHead.rotation) * (eyeTargetWorldPos - that.trsHead.position);
Quaternion quaternion2 = new Quaternion();
quaternion2.SetFromToRotation(Vector3.up, toDirection2);
Vector3 eulerAngles2 = PluginHelper.NormalizeEulerAngles(quaternion2.eulerAngles);
Vector3 view = Vector3.Normalize(eyeTargetWorldPos - that.trsEyeL.position);
quaternion2.SetLookRotation(view, Vector3.up);
Quaternion quaternion3 = quaternion2 * Quaternion.Euler(0.0f, 90f, 0.0f);
float num = 0.5f;
if (that.boEyeSorashi)
{
num = 0.05f;
}
thatEyeEulerAngle = thatEyeEulerAngle * (1f - num) + eulerAngles2 * num;
}
else
{
thatEyeEulerAngle = thatEyeEulerAngle * 0.95f;
}
that.trsEyeL.localRotation = that.quaDefEyeL * Quaternion.Euler(0.0f, thatEyeEulerAngle.x * -0.2f, thatEyeEulerAngle.z * -0.1f);
that.trsEyeR.localRotation = that.quaDefEyeR * Quaternion.Euler(0.0f, thatEyeEulerAngle.x * 0.2f, thatEyeEulerAngle.z * 0.1f);
}
void originalMoveHead(TBody tbody, ref Vector3 thatHeadEulerAngle, ref Vector3 thatHeadEulerAngleG, ref Vector3 thatEyeEulerAngle, Vector3 eyeTargetWorldPos)
{
TBody that = tbody;
// CameraMain mainCamera = GameMain.Instance.MainCamera;
// eulerAngles1：顔の正面向きのベクトルから見た、視線ターゲットまでの回転量
Vector3 eulerAngles1;
Quaternion quaternion1 = new Quaternion();
{
// toDirection1：顔からターゲットを見た向き（顔の座標系）
Vector3 toDirection1 = Quaternion.Inverse(that.trsNeck.rotation) * (eyeTargetWorldPos - that.trsNeck.position);
// quaternion1：(0,1,0) (顔の正面向きのベクトル) から見たときの、toDirection1 までの回転量
quaternion1.SetFromToRotation(Vector3.up, toDirection1);
eulerAngles1 = PluginHelper.NormalizeEulerAngles(quaternion1.eulerAngles);
}
if (that.boHeadToCamInMode)
{
// 追従範囲外かどうかを判定
if (-80.0f >= eulerAngles1.x || eulerAngles1.x >= 80.0f || -50.0f >= eulerAngles1.z || eulerAngles1.z >= 60.0f)
{
that.boHeadToCamInMode = false;
}
}
else
{
// 追従範囲内かどうかを判定
if (-60.0f < eulerAngles1.x && eulerAngles1.x < 60.0f && -40.0f < eulerAngles1.z && eulerAngles1.z < 50.0f)
{
that.boHeadToCamInMode = true;
}
}
if (that.boHeadToCamInMode)
{
// 追従モード
that.boChkEye = true;
float num = 0.3f;
if (eulerAngles1.x > thatHeadEulerAngle.x + 10.0f)
{
thatHeadEulerAngleG.x += num;
}
else if (eulerAngles1.x < thatHeadEulerAngle.x - 10.0f)
{
thatHeadEulerAngleG.x -= num;
}
else
{
thatHeadEulerAngleG.x *= 0.95f;
}
if (eulerAngles1.z > thatHeadEulerAngle.z + 10.0f)
{
thatHeadEulerAngleG.z += num;
}
else if (eulerAngles1.z < thatHeadEulerAngle.z - 10.0f)
{
thatHeadEulerAngleG.z -= num;
}
else
{
thatHeadEulerAngleG.z *= 0.95f;
}
}
else
{
// 自由モード
float num = 0.1f;
if (0.0f > thatHeadEulerAngle.x + 10.0)
{
thatHeadEulerAngleG.x += num;
}
if (0.0f < thatHeadEulerAngle.x - 10.0f)
{
thatHeadEulerAngleG.x -= num;
}
if (0.0f > thatHeadEulerAngle.z + 10.0f)
{
thatHeadEulerAngleG.z += num;
}
if (0.0f < thatHeadEulerAngle.z - 10.0f)
{
thatHeadEulerAngleG.z -= num;
}
}
thatHeadEulerAngleG *= 0.95f;
thatHeadEulerAngle += thatHeadEulerAngleG;
float uScale = 0.4f;
that.trsHead.localRotation = Quaternion.Slerp(
that.trsHead.localRotation,
that.quaDefHead *
Quaternion.Euler(
thatHeadEulerAngle.x * uScale,
0.0f,
thatHeadEulerAngle.z * uScale),
UTY.COSS(that.HeadToCamPer));
}
Vector3 updateEyeTargetPos(TBody tbody)
{
TBody that = tbody;
CameraMain mainCamera = GameMain.Instance.MainCamera;
// eyeTargetWorldPos：ワールド座標系での視線のターゲット位置
Vector3 eyeTargetWorldPos;
if (that.trsLookTarget == null)
{
eyeTargetWorldPos = that.trsHead.TransformPoint(that.offsetLookTarget);
if (that.boEyeSorashi)
{
// num : 顔の前方と顔→カメラベクトルの内積。1.0に近ければ、カメラが顔の正面にある
float num = Vector3.Dot(
(eyeTargetWorldPos - that.trsHead.position).normalized,
(mainCamera.transform.position - that.trsHead.position).normalized);
if (that.EyeSorashiCnt > 0)
{
++that.EyeSorashiCnt;
if (that.EyeSorashiCnt > 200)
{
that.EyeSorashiCnt = 0;
}
}
// カメラが顔の前方にあり、なおかつ前回の変更から 200 フレーム経過しているなら、新しい「前方」を決める
if (num > 0.9f && that.EyeSorashiCnt == 0)
{
that.offsetLookTarget = !that.EyeSorashiTgl ? new Vector3(-0.6f, 1f, 0.6f) : new Vector3(-0.5f, 1f, -0.7f);
that.EyeSorashiTgl = !that.EyeSorashiTgl;
that.EyeSorashiCnt = 1;
}
}
}
else
{
eyeTargetWorldPos = that.trsLookTarget.position;
}
return eyeTargetWorldPos;
}
public SlotInfo(TBody.SlotID id, MPN mpn, string displayName, bool enable)
:this(id, mpn, displayName, enable, true) {
}
void Update()
{
if (Application.loadedLevel != 5)
{
return;
}
if (editViewReset == null)
{
editViewReset = UnityEngine.Object.FindObjectOfType <EditViewReset>();
}
if (sceneEdit == null)
{
sceneEdit = UnityEngine.Object.FindObjectOfType <SceneEdit>();
}
{
string gridName = "/UI Root/PresetButtonPanel/ItemPresetsViewer/Scroll View/Grid";
GameObject goGrid = GameObject.Find(gridName);
if (goGrid != null)
{
if (poseButtonCallback == null)
{
poseButtonCallback = new EventDelegate.Callback(ClickPoseCallback);
}
foreach (Transform t in goGrid.transform)
{
if (!t.name.StartsWith("Pose_"))
{
continue;
}
GameObject go = t.gameObject;
UIButton uiButton = go.GetComponent <UIButton>();
EventDelegate.Add(uiButton.onClick, poseButtonCallback);
}
}
}
if (editViewReset != null && sceneEdit != null)
{
Maid maid = GameMain.Instance.CharacterMgr.GetMaid(0);
if (bLevelWasLoaded)
{
bLevelWasLoaded = false;
LoadSettings(maid);
}
// UICamera.InputEnable が False になるとサムネール撮影用のために着衣状態になる
TBody tbody = maid == null ? null : maid.body0;
if (tbody != null && fieldInfo_TBody_m_eMaskMode != null && UICamera.InputEnable)
{
lastMaid = maid;
bLastAutoCam = editViewReset.GetVisibleAutoCam();
bLastEyeToCam = editViewReset.GetVisibleEyeToCam();
lastBgName = GameMain.Instance.BgMgr.GetBGName();
lastClothMaskMode = (TBody.MaskMode)fieldInfo_TBody_m_eMaskMode.GetValue(tbody);
lastCameraPos = mainCamera.GetPos();
lastCameraTargetPos = mainCamera.GetTargetPos();
lastCameraDistance = mainCamera.GetDistance();
lastCameraRotation = Camera.main.gameObject.transform.rotation;
lastCameraFov = Camera.main.fieldOfView;
}
}
}
public void SetValue(TBody body)
{
Issi = Convert.ToInt32(body.GetIssi());
Identitier = Convert.ToByte(36);
Len = Convert.ToInt16(96);
}
void newMoveHead(ExternalValues externalValues, TBody tbody, ref Vector3 thatHeadEulerAngle, ref Vector3 thatHeadEulerAngleG, ref Vector3 thatEyeEulerAngle, Vector3 eyeTarget_world)
{
TBody that = tbody;
Maid maid = tbody.maid;
float paramSpeed = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.speed", 0.05f);
float paramLateral = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.lateral", 60.0f);
float paramAbove = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.above", 40.0f);
float paramBelow = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.below", 20.0f);
float paramBehind = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.behind", 170.0f);
float paramOfsX = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.ofsx", 0.0f);
float paramOfsY = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.ofsy", 0.0f);
float paramOfsZ = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.ofsz", 0.0f);
// 正面の角度
float frontangle = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.frontangle", 0f);
Quaternion frontquaternion = Quaternion.Euler(0f, 0f, frontangle);
// モーションにしたがっている場合 (HeadToCamPer=0f) はオフセットをつけない
paramOfsX *= that.HeadToCamPer;
paramOfsY *= that.HeadToCamPer;
paramOfsZ *= that.HeadToCamPer;
Vector3 basePosition = that.trsHead.position;
Quaternion baseRotation = that.trsNeck.rotation * frontquaternion;
Vector3 target_local = Quaternion.Inverse(baseRotation) * (eyeTarget_world - basePosition);
//追従割合
Quaternion local_angle = Quaternion.FromToRotation(Vector3.up, target_local);
Vector3 local_auler = local_angle.eulerAngles;
float headrateup = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.headrateup", 1f);
float headratedown = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.headratedown", 1f);
float headratehorizon = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.headratehorizon", 1f);
float dx = 0;
float dy = 0;
if (local_auler.x < 180f)
{
dx = local_auler.x * (headratehorizon - 1f);
}
else
{
dx = (local_auler.x - 360f) * (headratehorizon - 1f);
}
if (local_auler.z < 180f)
{
dy = local_auler.z * (headrateup - 1f);
}
else
{
dy = (local_auler.z - 360f) * (headratedown - 1f);
}
target_local = Quaternion.Euler(dx, 0f, dy) * target_local;
target_local = Quaternion.Euler(paramOfsX, 0f, paramOfsY) * target_local;
Vector3 target_world = (baseRotation * target_local) + basePosition;
// 顔が向くべき方向を算出
Quaternion newHeadRotation_world = CalcNewHeadRotation(
paramLateral,
paramAbove,
paramBelow,
paramBehind,
baseRotation,
basePosition,
target_world,
eyeTarget_world);
newHeadRotation_world = newHeadRotation_world * Quaternion.Euler(0f, paramOfsZ, 0f);
// TBody.HeadToCamPer を「正面向き度合い」として加味する
newHeadRotation_world = Quaternion.Slerp(that.trsHead.rotation, newHeadRotation_world, that.HeadToCamPer);
// 角度
float inclinerate = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.inclinerate", 0f);
Quaternion newHeadRotation_Local = Quaternion.Inverse(baseRotation) * newHeadRotation_world;
Vector3 newHeadRotationEulerLocal = newHeadRotation_Local.eulerAngles;
if (newHeadRotationEulerLocal.x > 180f)
{
newHeadRotationEulerLocal = new Vector3(
newHeadRotationEulerLocal.x - 360f,
newHeadRotationEulerLocal.y,
newHeadRotationEulerLocal.z);
}
newHeadRotationEulerLocal = new Vector3(
newHeadRotationEulerLocal.x,
newHeadRotationEulerLocal.y + (newHeadRotationEulerLocal.x * inclinerate),
newHeadRotationEulerLocal.z);
newHeadRotation_Local = Quaternion.Euler(newHeadRotationEulerLocal);
newHeadRotation_world = baseRotation * newHeadRotation_Local;
float s = paramSpeed;
// 前回の回転よりも差が大きすぎる場合はリセットする
if (externalValues.bReset)
{
externalValues.bReset = false;
externalValues.prevQuat = that.trsHead.rotation;
s = 0f;
}
// モーションにしたがっている場合 (HeadToCamPer=0f) は補間しない
s = Mathf.Lerp(1f, s, that.HeadToCamPer);
// 実際の回転
that.trsHead.rotation = Quaternion.Slerp(externalValues.prevQuat, newHeadRotation_world, s);
}
// 目を常時カメラに向ける
void EyeToCam(Maid maid, TBody tbody)
{
float fEyeToCam = ExSaveData.GetFloat(maid, PluginName, "EYETOCAM", 0f);
if (fEyeToCam < -0.5f)
{
tbody.boEyeToCam = false;
}
else if (fEyeToCam > 0.5f)
{
tbody.boEyeToCam = true;
}
}
// 元の MoveHeadAndEye 相当の処理
void originalTbodyMoveHeadAndEyeCallback2(TBody tbody, ref Vector3 thatHeadEulerAngle, ref Vector3 thatHeadEulerAngleG, ref Vector3 thatEyeEulerAngle)
{
TBody that = tbody;
CameraMain mainCamera = GameMain.Instance.MainCamera;
// eyeTargetWorldPos：ワールド座標系での視線のターゲット位置
Vector3 eyeTargetWorldPos = updateEyeTargetPos(tbody);
// COM3D2の追加処理
if (tbody.boLockHeadAndEye)
{
return;
}
// HeadToCamPer：最終的に顔がカメラを向く度合い
// 0 なら元の頭の向き、1 ならカメラの向き
if (that.boHeadToCam)
{
that.HeadToCamPer += Time.deltaTime * that.HeadToCamFadeSpeed;
}
else
{
that.HeadToCamPer -= Time.deltaTime * that.HeadToCamFadeSpeed;
}
that.HeadToCamPer = Mathf.Clamp01(that.HeadToCamPer);
that.boChkEye = false;
originalMoveHead(tbody, ref thatHeadEulerAngle, ref thatHeadEulerAngleG, ref thatEyeEulerAngle, eyeTargetWorldPos);
if (that.boMAN || that.trsEyeL == null || that.trsEyeR == null)
{
return;
}
// 目の追従処理
if (that.boEyeToCam && that.boChkEye)
{
Vector3 toDirection2 = Quaternion.Inverse(that.trsHead.rotation) * (eyeTargetWorldPos - that.trsHead.position);
Quaternion quaternion2 = new Quaternion();
quaternion2.SetFromToRotation(Vector3.up, toDirection2);
Vector3 eulerAngles2 = PluginHelper.NormalizeEulerAngles(quaternion2.eulerAngles);
Vector3 view = Vector3.Normalize(eyeTargetWorldPos - that.trsEyeL.position);
quaternion2.SetLookRotation(view, Vector3.up);
Quaternion quaternion3 = quaternion2 * Quaternion.Euler(0.0f, 90f, 0.0f);
float num = 0.5f;
if (that.boEyeSorashi)
{
num = 0.05f;
}
thatEyeEulerAngle = thatEyeEulerAngle * (1f - num) + eulerAngles2 * num;
}
else
{
thatEyeEulerAngle = thatEyeEulerAngle * 0.95f;
}
that.trsEyeL.localRotation = that.quaDefEyeL * Quaternion.Euler(0.0f, thatEyeEulerAngle.x * -0.2f, thatEyeEulerAngle.z * -0.1f);
that.trsEyeR.localRotation = that.quaDefEyeR * Quaternion.Euler(0.0f, thatEyeEulerAngle.x * 0.2f, thatEyeEulerAngle.z * 0.1f);
}
// 瞳の角度を目の角度に合わせて補正
void RotatePupil(Maid maid, TBody tbody)
{
/*
// 注意：TBody.MoveHeadAndEye内で trsEye[L,R].localRotation が上書きされているため、
// この値は TBody.MoveHeadAndEyeが呼ばれるたびに書き換える必要がある
float eyeAng = ExSaveData.GetFloat(maid, PluginName, "EYE_ANG.angle", 0f);
Vector3 eea = (Vector3)Helper.GetInstanceField(typeof(TBody), tbody, "EyeEulerAngle");
tbody.trsEyeL.localRotation = tbody.quaDefEyeL * Quaternion.Euler(eyeAng, eea.x * -0.2f, eea.z * -0.1f);
tbody.trsEyeR.localRotation = tbody.quaDefEyeR * Quaternion.Euler(-eyeAng, eea.x * 0.2f, eea.z * 0.1f);
*/
}
public override bool IKUpdate(TBody body)
{
body.IKCtrl.IKUpdate();
return(true);
}
/// <summary>
/// TBody.MoveHeadAndEye の処理終了後に呼ばれるコールバック
/// 表示されている間は毎フレーム呼び出される
/// </summary>
void tbodyMoveHeadAndEyeCallback(TBody tbody)
{
tbodyMoveHeadAndEye.Callback(tbody);
if (tbody.boMAN || tbody.trsEyeL == null || tbody.trsEyeR == null)
{
return;
}
Maid maid = PluginHelper.GetMaid(tbody);
if (maid == null)
{
return;
}
if (maid.Visible)
{
DisableLipSync(maid);
DisableFaceAnime(maid);
Mabataki(maid);
EyeToCam(maid, tbody);
HeadToCam(maid, tbody);
RotatePupil(maid, tbody);
SetLipSyncIntensity(maid, tbody);
ForeArmFix(maid);
}
}
public override object GetIkCtrlPoint(TBody body, string hand = "右手")
{
var obj = body.IKCtrl.GetIKData(hand);
return(obj);
}
void newMoveHead(ExternalValues externalValues, TBody tbody, ref Vector3 thatHeadEulerAngle, ref Vector3 thatHeadEulerAngleG, ref Vector3 thatEyeEulerAngle, Vector3 eyeTarget_world)
{
TBody that = tbody;
Maid maid = tbody.maid;
float paramSpeed = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.speed", 0.05f);
float paramLateral = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.lateral", 60.0f);
float paramAbove = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.above", 40.0f);
float paramBelow = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.below", 20.0f);
float paramBehind = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.behind", 170.0f);
float paramOfsX = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.ofsx", 0.0f);
float paramOfsY = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.ofsy", 0.0f);
float paramOfsZ = ExSaveData.GetFloat(maid, PluginName, "HEAD_TRACK.ofsz", 0.0f);
// モーションにしたがっている場合 (HeadToCamPer=0f) はオフセットをつけない
paramOfsX *= that.HeadToCamPer;
paramOfsY *= that.HeadToCamPer;
paramOfsZ *= that.HeadToCamPer;
Vector3 basePosition = that.trsNeck.position;
Quaternion baseRotation = that.trsNeck.rotation;
Vector3 target_local = Quaternion.Inverse(baseRotation) * (eyeTarget_world - basePosition);
target_local = Quaternion.Euler(paramOfsX, 0f, paramOfsY) * target_local;
Vector3 target_world = (baseRotation * target_local) + basePosition;
// 顔が向くべき方向を算出
Quaternion newHeadRotation_world = CalcNewHeadRotation(
paramLateral,
paramAbove,
paramBelow,
paramBehind,
baseRotation,
basePosition,
target_world);
newHeadRotation_world = newHeadRotation_world * Quaternion.Euler(0f, paramOfsZ, 0f);
// TBody.HeadToCamPer を「正面向き度合い」として加味する
newHeadRotation_world = Quaternion.Slerp(that.trsHead.rotation, newHeadRotation_world, that.HeadToCamPer);
float s = paramSpeed;
// 前回の回転よりも差が大きすぎる場合はリセットする
if (externalValues.bReset)
{
externalValues.bReset = false;
externalValues.prevQuat = that.trsHead.rotation;
s = 0f;
}
// モーションにしたがっている場合 (HeadToCamPer=0f) は補間しない
s = Mathf.Lerp(1f, s, that.HeadToCamPer);
// 実際の回転
that.trsHead.rotation = Quaternion.Slerp(externalValues.prevQuat, newHeadRotation_world, s);
}
// スライダー範囲を拡大
void WideSlider(Maid maid)
{
if (!ExSaveData.GetBool(maid, PluginName, "WIDESLIDER", false))
{
return;
}
TBody tbody = maid.body0;
string[] PropNames = BoneMorph_PropNames;
if (tbody == null || tbody.bonemorph == null || tbody.bonemorph.bones == null || PropNames == null)
{
return;
}
BoneMorph_ boneMorph_ = tbody.bonemorph;
// スケール変更するボーンのリスト
Dictionary <string, Vector3> boneScale = new Dictionary <string, Vector3>();
// ポジション変更するボーンのリスト
Dictionary <string, Vector3> bonePosition = new Dictionary <string, Vector3>();
//この配列に記載があるボーンは頭に影響を与えずにTransformを反映させる。
//ただしボディに繋がっている中のアレは影響を受ける。
string[] ignoreHeadBones = new string[] { "Bip01 Spine1a" };
float eyeAngAngle;
float eyeAngX;
float eyeAngY;
{
float ra = ExSaveData.GetFloat(maid, PluginName, "EYE_ANG.angle", 0f);
float rx = ExSaveData.GetFloat(maid, PluginName, "EYE_ANG.x", 0f);
float ry = ExSaveData.GetFloat(maid, PluginName, "EYE_ANG.y", 0f);
rx += -9f;
ry += -17f;
rx /= 1000f;
ry /= 1000f;
eyeAngAngle = ra;
eyeAngX = rx;
eyeAngY = ry;
}
Vector3 thiScl = new Vector3(
1.0f,
ExSaveData.GetFloat(maid, PluginName, "THISCL.depth", 1f),
ExSaveData.GetFloat(maid, PluginName, "THISCL.width", 1f));
Vector3 thiPosL;
Vector3 thiPosR;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "THIPOS.x", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "THIPOS.z", 0f);
float dy = 0.0f;
thiPosL = new Vector3(dy, dz / 1000f, -dx / 1000f);
thiPosR = new Vector3(dy, dz / 1000f, dx / 1000f);
}
bonePosition["Hip_L"] = thiPosL;
bonePosition["Bip01 L Thigh"] = thiPosL;
bonePosition["Hip_R"] = thiPosR;
bonePosition["Bip01 R Thigh"] = thiPosR;
Vector3 skirtPos;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "SKTPOS.x", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "SKTPOS.y", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "SKTPOS.z", 0f);
skirtPos = new Vector3(-dz / 10f, -dy / 10f, dx / 10f);
}
bonePosition["Skirt"] = skirtPos;
Vector3 muneSubPosL;
Vector3 muneSubPosR;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "MUNESUBPOS.x", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "MUNESUBPOS.z", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "MUNESUBPOS.y", 0f);
muneSubPosL = new Vector3(-dy / 10f, dz / 10f, -dx / 10f);
muneSubPosR = new Vector3(-dy / 10f, -dz / 10f, -dx / 10f);
}
bonePosition["Mune_L_sub"] = muneSubPosL;
bonePosition["Mune_R_sub"] = muneSubPosR;
Vector3 munePosL;
Vector3 munePosR;
{
float dx = ExSaveData.GetFloat(maid, PluginName, "MUNEPOS.x", 0f);
float dz = ExSaveData.GetFloat(maid, PluginName, "MUNEPOS.z", 0f);
float dy = ExSaveData.GetFloat(maid, PluginName, "MUNEPOS.y", 0f);
munePosL = new Vector3(dz / 10f, -dy / 10f, dx / 10f);
munePosR = new Vector3(dz / 10f, -dy / 10f, -dx / 10f);
}
bonePosition["Mune_L"] = munePosL;
bonePosition["Mune_R"] = munePosR;
// スケール変更するボーンをリストに一括登録
SetBoneScaleFromList(boneScale, maid, boneAndPropNameList);
Transform tEyePosL = null;
Transform tEyePosR = null;
float sliderScale = 20f;
for (int i = boneMorph_.bones.Count - 1; i >= 0; i--)
{
BoneMorphLocal boneMorphLocal = boneMorph_.bones[i];
Vector3 scl = new Vector3(1f, 1f, 1f);
Vector3 pos = boneMorphLocal.pos;
for (int j = 0; j < (int)PropNames.Length; j++)
{
float s = 1f;
switch (j)
{
case 0:
s = boneMorph_.SCALE_Kubi;
break;
case 1:
s = boneMorph_.SCALE_Ude;
break;
case 2:
s = boneMorph_.SCALE_EyeX;
break;
case 3:
s = boneMorph_.SCALE_EyeY;
break;
case 4:
s = boneMorph_.Postion_EyeX * (0.5f + boneMorph_.Postion_EyeY * 0.5f);
break;
case 5:
s = boneMorph_.Postion_EyeY;
break;
case 6:
s = boneMorph_.SCALE_HeadX;
break;
case 7:
s = boneMorph_.SCALE_HeadY;
break;
case 8:
s = boneMorph_.SCALE_DouPer;
if (boneMorphLocal.Kahanshin == 0f)
{
s = 1f - s;
}
break;
case 9:
s = boneMorph_.SCALE_Sintyou;
break;
case 10:
s = boneMorph_.SCALE_Koshi;
break;
case 11:
s = boneMorph_.SCALE_Kata;
break;
case 12:
s = boneMorph_.SCALE_West;
break;
default:
s = 1f;
break;
}
if ((boneMorphLocal.atr & 1 << (j & 31)) != 0)
{
Vector3 v0 = boneMorphLocal.vecs_min[j];
Vector3 v1 = boneMorphLocal.vecs_max[j];
Vector3 n0 = v0 * sliderScale - v1 * (sliderScale - 1f);
Vector3 n1 = v1 * sliderScale - v0 * (sliderScale - 1f);
float f = (s + sliderScale - 1f) * (1f / (sliderScale * 2.0f - 1f));
scl = Vector3.Scale(scl, Vector3.Lerp(n0, n1, f));
}
if ((boneMorphLocal.atr & 1 << (j + 16 & 31)) != 0)
{
Vector3 v0 = boneMorphLocal.vecs_min[j + 16];
Vector3 v1 = boneMorphLocal.vecs_max[j + 16];
Vector3 n0 = v0 * sliderScale - v1 * (sliderScale - 1f);
Vector3 n1 = v1 * sliderScale - v0 * (sliderScale - 1f);
float f = (s + sliderScale - 1f) * (1f / (sliderScale * 2.0f - 1f));
pos = Vector3.Scale(pos, Vector3.Lerp(n0, n1, f));
}
}
Transform linkT = boneMorphLocal.linkT;
if (linkT == null)
{
continue;
}
string name = linkT.name;
if (name != null && name.Contains("Thigh_SCL_"))
{
boneMorph_.SnityouOutScale = Mathf.Pow(scl.x, 0.9f);
}
// リストに登録されているボーンのスケール設定
if (name != null && boneScale.ContainsKey(name))
{
scl = Vector3.Scale(scl, boneScale[name]);
}
// リストに登録されているボーンのポジション設定
if (name != null && bonePosition.ContainsKey(name))
{
pos += bonePosition[name];
}
// ignoreHeadBonesに登録されている場合はヒラエルキーを辿って頭のツリーを無視
if (name != null && !(ignoreHeadBones.Contains(name) && getHiraerchy(linkT).Contains("_BO_body001/Bip01")))
{
linkT.localScale = scl;
linkT.localPosition = pos;
}
if (name != null)
{
if (name == "Eyepos_L")
{
tEyePosL = linkT;
}
else if (name == "Eyepos_R")
{
tEyePosR = linkT;
}
}
}
// 目のサイズ・角度変更
// EyeScaleRotate : 目のサイズと角度変更する CM3D.MaidVoicePich.Plugin.cs の追加メソッド
// http://pastebin.com/DBuN5Sws
// その１>>923
// http://jbbs.shitaraba.net/bbs/read.cgi/game/55179/1438196715/923
if (tEyePosL != null)
{
Transform linkT = tEyePosL;
Vector3 localCenter = linkT.localPosition + (new Vector3(0f, eyeAngY, eyeAngX)); // ローカル座標系での回転中心位置
Vector3 worldCenter = linkT.parent.TransformPoint(localCenter); // ワールド座標系での回転中心位置
Vector3 localAxis = new Vector3(-1f, 0f, 0f); // ローカル座標系での回転軸
Vector3 worldAxis = linkT.TransformDirection(localAxis); // ワールド座標系での回転軸
linkT.localRotation = new Quaternion(-0.00560432f, -0.001345155f, 0.06805823f, 0.9976647f); // 初期の回転量
linkT.RotateAround(worldCenter, worldAxis, eyeAngAngle);
}
if (tEyePosR != null)
{
Transform linkT = tEyePosR;
Vector3 localCenter = linkT.localPosition + (new Vector3(0f, eyeAngY, -eyeAngX)); // ローカル座標系での回転中心位置
Vector3 worldCenter = linkT.parent.TransformPoint(localCenter); // ワールド座標系での回転中心位置
Vector3 localAxis = new Vector3(-1f, 0f, 0f); // ローカル座標系での回転軸
Vector3 worldAxis = linkT.TransformDirection(localAxis); // ワールド座標系での回転軸
linkT.localRotation = new Quaternion(0.9976647f, 0.06805764f, -0.001350592f, -0.005603582f); // 初期の回転量
linkT.RotateAround(worldCenter, worldAxis, -eyeAngAngle);
}
}
