internal override void OnLeaving(CameraUpdate update)
{
base.OnLeaving(update);
//update.GameCamera.EnableVanityMode = _hadVanityMode;
if (_autoTurnAngleMod != null)
{
_autoTurnAngleMod.Remove();
_autoTurnAngleMod = null;
}
if (_lastCollidedRestrict != null)
{
_lastCollidedRestrict.Remove();
_lastCollidedRestrict = null;
}
if (_nearClip != null)
{
_nearClip.Remove();
_nearClip = null;
}
_look_downoffset_ratio = 0.0f;
_look_downoffset_ratio_leftrightmove = 0.0f;
}
private void UpdateNearClip(CameraUpdate update, double?y)
{
var nc = 0.0f;
var interior = false;
var obj = update.Target.Object;
if (obj != null)
{
var cell = obj.ParentCell;
if (cell != null && cell.IsInterior)
{
interior = true;
}
}
if (!y.HasValue)
{
y = update.Values.InputRotationY.CurrentValue;
}
y = Utility.RadToDeg(y.Value);
var downRatio = 0.0f;
var downAngle = 60.0;
if (y.Value < -90.0)
{
downRatio = 1.0f;
}
else if (y.Value < -downAngle)
{
downRatio = (float)(-(y.Value + downAngle) / (90.0 - downAngle));
}
var ncNormal = interior
? Settings.Instance.NearClipInteriorDefault
: Settings.Instance.NearClipExteriorDefault;
var ncDown = interior ? Settings.Instance.NearClipInteriorDown : Settings.Instance.NearClipExteriorDown;
nc = (ncDown - ncNormal) * downRatio + ncNormal;
nc = Math.Max(1.0f, nc);
if (_nearClip == null || _lastNearClip != nc)
{
if (_nearClip != null)
{
_nearClip.Remove();
_nearClip = null;
}
_nearClip = update.Values.NearClip.AddModifier(this, CameraValueModifier.ModifierTypes.Set, nc, false);
_lastNearClip = nc;
}
}
internal override void Update(CameraUpdate update)
{
base.Update(update);
if (update.GameCamera.EnableVanityMode != 0)
{
_hadVanityMode = 1;
update.GameCamera.EnableVanityMode = 0;
}
bool hadX = false;
bool hadY = false;
double x = update.Values.InputRotationX.CurrentValue;
double y = update.Values.InputRotationY.CurrentValue;
if (update.CameraMain.DidCollideLastUpdate)
{
if (this._lastCollidedRestrict == null)
{
this._lastCollidedRestrict = update.Values.RestrictDown.AddModifier(this, CameraValueModifier.ModifierTypes.Set, Settings.Instance.MaximumDownAngleCollided, false);
}
}
else
{
if (this._lastCollidedRestrict != null)
{
this._lastCollidedRestrict.Remove();
this._lastCollidedRestrict = null;
}
}
double autoTurn = Settings.Instance.ForceAutoTurnOnAngle;
if (autoTurn < 360.0 && CantAutoTurnCounter == 0)
{
if (Utility.RadToDeg(Math.Abs(x)) >= autoTurn)
{
if (_autoTurnAngleMod == null)
{
_autoTurnAngleMod = update.Values.FaceCamera.AddModifier(this, CameraValueModifier.ModifierTypes.Set, 1.0, false);
}
_autoTurnTime = update.CameraMain.Plugin.Time + 500;
update.CameraMain._LastTurnIsFromAutoTurn = update.CameraMain.Plugin.Time + 50;
}
else if (_autoTurnAngleMod != null)
{
if (update.CameraMain.Plugin.Time >= _autoTurnTime)
{
_autoTurnAngleMod.Remove();
_autoTurnAngleMod = null;
}
}
}
else if (_autoTurnAngleMod != null)
{
_autoTurnAngleMod.Remove();
_autoTurnAngleMod = null;
}
double xmod = 1.0;
if (y < 0.0)
{
double angle = update.Values.RestrictDown.CurrentValue;
if (angle < 360.0)
{
double restrict = -Utility.DegToRad(angle);
if (y < restrict)
{
y = restrict;
xmod = 0.0;
hadY = true;
}
else
{
double angle2 = update.Values.RestrictSideDown.CurrentValue;
if (angle2 > 0.0)
{
double restrict2 = -Utility.DegToRad(angle - angle2);
if (y < restrict2)
{
double dy = y - restrict2;
double dt = restrict - restrict2;
if (dt != 0.0)
{
xmod = 1.0 - Utility.ApplyFormula(dy / dt, TValue.TweenTypes.Linear); // Accel?
}
}
}
}
}
}
else
{
double angle = update.Values.RestrictUp.CurrentValue;
if (angle < 360.0)
{
double restrict = Utility.DegToRad(angle);
if (y > restrict)
{
y = restrict;
hadY = true;
}
}
}
if (x < 0.0)
{
double angle = update.Values.RestrictLeft.CurrentValue;
if (angle < 360.0)
{
if (xmod != 1.0)
{
double angle2 = update.Values.RestrictLeft2.CurrentValue;
angle = (angle - angle2) * xmod + angle2;
}
double restrict = -Utility.DegToRad(angle);
if (x < restrict)
{
x = restrict;
hadX = true;
}
}
}
else
{
double angle = update.Values.RestrictRight.CurrentValue;
if (angle < 360.0)
{
if (xmod != 1.0)
{
double angle2 = update.Values.RestrictRight2.CurrentValue;
angle = (angle - angle2) * xmod + angle2;
}
double restrict = Utility.DegToRad(angle);
if (x > restrict)
{
x = restrict;
hadX = true;
}
}
}
if (hadX)
{
update.Values.InputRotationX.CurrentValue = x;
}
if (hadY)
{
update.Values.InputRotationY.CurrentValue = y;
}
if (hadX || hadY)
{
var third = update.GameCameraState.As <NetScriptFramework.SkyrimSE.ThirdPersonState>();
if (third != null && NetScriptFramework.Memory.ReadUInt8(third.Address + 0xDC) == 0)
{
update.CameraMain.HandleActorTurnToCamera(update.Target.Actor, third, false);
}
}
this.UpdateNearClip(update, y);
{
double downMove = Settings.Instance.DownOffsetBeginAngle;
if (downMove < 360.0)
{
double downRatio;
double downAngle = -Utility.RadToDeg(y);
if (downAngle <= downMove)
{
downRatio = 0.0;
}
else if (downAngle >= 90.0)
{
downRatio = 1.0;
}
else
{
downRatio = (downAngle - downMove) / (90.0 - downMove);
}
_look_downoffset_ratio = (float)downRatio;
}
else if (_look_downoffset_ratio != 0.0f)
{
_look_downoffset_ratio = 0.0f;
}
int moveType;
if (Settings.Instance.TryFixLeftRightMovementClipping != 0.0f && !this.Stack.CameraMain.WasUsingFirstPersonArms && ((moveType = States.Moving._move_dir) == 2 || moveType == 6))
{
bool swimming = false;
if (update.Target.Actor != null && (NetScriptFramework.Memory.ReadUInt32(update.Target.Actor.Address + 0xC0) & 0x400) != 0)
{
swimming = true;
}
if (!swimming)
{
downMove = 60.0;
double downRatio;
double downAngle = -Utility.RadToDeg(y);
if (downAngle <= downMove)
{
downRatio = 0.0;
}
else if (downAngle >= 90.0)
{
downRatio = 1.0;
}
else
{
downRatio = (downAngle - downMove) / (90.0 - downMove);
}
float dr = (float)downRatio;
if (_look_downoffset_ratio_leftrightmove < dr)
{
this.IncLeftRightMoveFix(dr);
}
else if (_look_downoffset_ratio_leftrightmove > dr)
{
this.DecLeftRightMoveFix(dr);
}
}
else if (_look_downoffset_ratio_leftrightmove != 0.0f)
{
this.DecLeftRightMoveFix(0.0f);
}
}
else if (_look_downoffset_ratio_leftrightmove != 0.0f)
{
this.DecLeftRightMoveFix(0.0f);
}
}
}