private void CopyClientOutputToComponent(CameraStateUploadComponent input,
CameraFinalOutputNewComponent output)
{
output.Position = input.Position;
output.EulerAngle = input.EulerAngle;
output.Fov = input.Fov;
output.Far = input.Far;
output.Near = input.Near;
output.PlayerFocusPosition = input.PlayerFocusPosition;
}
private void UpdateCollisions(CameraStateOutputNewComponent calsOut, CameraFinalOutputNewComponent camera,
Vector3 punchRotation, PlayerEntity player, int curTime)
{
var doLag = !player.appearanceInterface.Appearance.IsFirstPerson;
var realRotation = Quaternion.Euler(calsOut.ArchorEulerAngle + calsOut.EulerAngle + punchRotation);
var postOffset = calsOut.ArchorPostOffset + calsOut.PostOffset;
var realArchorOffset = calsOut.ArchorOffset;
var realPostOffset = postOffset;
var archorRotation = Quaternion.Euler(0, calsOut.ArchorEulerAngle.y, 0);
//计算头顶位置
_archoroffsetArm.Offset = realArchorOffset / 2;
var heightTestStart = calsOut.ArchorPosition + archorRotation * realArchorOffset / 2;
_archoroffsetArm.Update(heightTestStart, archorRotation, curTime - LastTime, doLag, calsOut.NeedDetectDistance);
realArchorOffset = _archoroffsetArm.LastLoc - calsOut.ArchorPosition;
//计算锚点位置
_postOffsetArm.Offset = realPostOffset;
_postOffsetArm.Update(_archoroffsetArm.LastLoc, archorRotation, curTime - LastTime, false, calsOut.NeedDetectDistance);
realPostOffset = _postOffsetArm.LastLoc - _archoroffsetArm.LastLoc;
var postOffsetFactor = Mathf.Max(realPostOffset.magnitude / postOffset.magnitude, 1);
var startingPosition = calsOut.FinalArchorPosition =
calsOut.ArchorPosition + postOffsetFactor * realArchorOffset + realPostOffset;
//封闭建筑内拉近摄像机距离
// if(BuildingRestrictTest(calsOut, player))
// calsOut.Offset = calsOut.Offset.normalized * OffsetInBuilding;
//相机位置计算
_offsetArm.Offset = calsOut.Offset;
_offsetArm.Update(startingPosition, realRotation, curTime - LastTime, doLag, true);
camera.PlayerFocusPosition = startingPosition;
camera.Position = _offsetArm.LastLoc;
camera.EulerAngle = calsOut.ArchorEulerAngle + calsOut.EulerAngle + punchRotation;
camera.EulerAngle.x = YawPitchUtility.Normalize(camera.EulerAngle.x);
camera.EulerAngle.y = YawPitchUtility.Normalize(camera.EulerAngle.y);
camera.EulerAngle.z = YawPitchUtility.Normalize(camera.EulerAngle.z);
camera.Fov = calsOut.Fov;
camera.Far = calsOut.Far;
camera.Near = calsOut.Near;
#if UNITY_EDITOR
var p1 = calsOut.ArchorPosition;
var p2 = _archoroffsetArm.LastLoc;
var p3 = startingPosition;
var p4 = _offsetArm.LastLoc;
Debug.DrawLine(p1, p2, Color.red);
Debug.DrawLine(p2, p3, Color.green);
Debug.DrawLine(p3, p4, Color.blue);
#endif
}
private void UpdateCollisions(CameraStateOutputNewComponent calsOut, CameraFinalOutputNewComponent camera,
Vector3 punchRotation, PlayerEntity player, bool doLag, int curTime)
{
var realRotation = Quaternion.Euler(calsOut.ArchorEulerAngle + calsOut.EulerAngle + punchRotation);
var index = (player.gamePlay.JobAttribute == (int)EJobAttribute.EJob_Variant) ? 0.75f : 1f;
var postOffset = calsOut.ArchorPostOffset + calsOut.PostOffset;
var realArchorOffset = calsOut.ArchorOffset;
var realPostOffset = postOffset;
var archorRotation = Quaternion.Euler(0, calsOut.ArchorEulerAngle.y, 0);
//计算头顶位置
_archoroffsetArm.Offset = realArchorOffset / 2 * index;
var heightTestStart = calsOut.ArchorPosition + archorRotation * realArchorOffset / 2 * index;
_archoroffsetArm.Update(heightTestStart, archorRotation, curTime - LastTime, doLag, calsOut.NeedDetectDistance);
realArchorOffset = (_archoroffsetArm.LastLoc - calsOut.ArchorPosition);
//计算锚点位置
_postOffsetArm.Offset = realPostOffset * index;
_postOffsetArm.Update(_archoroffsetArm.LastLoc, archorRotation, curTime - LastTime, false, calsOut.NeedDetectDistance);
realPostOffset = (_postOffsetArm.LastLoc - _archoroffsetArm.LastLoc);
var postOffsetFactor = Mathf.Max(realPostOffset.magnitude / postOffset.magnitude, 1);
var startingPosition = calsOut.FinalArchorPosition =
calsOut.ArchorPosition + postOffsetFactor * realArchorOffset + realPostOffset;
//相机位置计算
_offsetArm.Offset = calsOut.Offset * index;
_offsetArm.Update(startingPosition, realRotation, curTime - LastTime, doLag, true);
camera.PlayerFocusPosition = startingPosition;
camera.Position = _offsetArm.LastLoc;
camera.EulerAngle = calsOut.ArchorEulerAngle + calsOut.EulerAngle + punchRotation;
camera.EulerAngle.x = YawPitchUtility.Normalize(camera.EulerAngle.x);
camera.EulerAngle.y = YawPitchUtility.Normalize(camera.EulerAngle.y);
camera.EulerAngle.z = YawPitchUtility.Normalize(camera.EulerAngle.z);
camera.Fov = calsOut.Fov;
camera.Far = calsOut.Far;
camera.Near = calsOut.Near;
#if UNITY_EDITOR
var p1 = calsOut.ArchorPosition;
var p2 = _archoroffsetArm.LastLoc;
var p3 = startingPosition;
var p4 = _offsetArm.LastLoc;
Debug.DrawLine(p1, p2, Color.red);
Debug.DrawLine(p2, p3, Color.green);
Debug.DrawLine(p3, p4, Color.blue);
#endif
}
private static void CalcuFreeMoveEularAngle(FreeMoveEntity observedFreeMove, CameraFinalOutputNewComponent camera,
CameraStateOutputNewComponent calsOut)
{
if (observedFreeMove.hasFreeMoveController && observedFreeMove.freeMoveController.ControllType ==
(byte)EFreeMoveControllType.FixFocusPos)
{
var aimAt = observedFreeMove.freeMoveController.FocusOnPosition.ShiftedVector3();
var vect = aimAt - observedFreeMove.position.Value;
camera.EulerAngle = Quaternion.LookRotation(vect).eulerAngles;
}
else
{
camera.EulerAngle = calsOut.ArchorEulerAngle + calsOut.EulerAngle;
}
}
private void CalcuFreeMovePos(FreeMoveEntity observedFreeMove, CameraFinalOutputNewComponent camera)
{
if (observedFreeMove == null || !observedFreeMove.hasPosition)
{
return;
}
var archorPos = observedFreeMove.position.Value +
(observedFreeMove.hasFreeMoveController ? Vector3.zero : observeOffset);
var rotation = Quaternion.Euler(camera.EulerAngle);
if (observedFreeMove.hasFreeMoveController && observedFreeMove.freeMoveController.ControllType ==
(byte)EFreeMoveControllType.FixFocusPos)
{
camera.Position = archorPos;
}
else
{
float actualDistance = CameraUtility.ScatterCast(archorPos, rotation, observeDistance,
_samplePoints, _collisionLayers);
var finalPostOffset = -rotation.Forward() * actualDistance;
camera.Position = archorPos + finalPostOffset;
}
}
private void UpdateCollisions(CameraStateOutputNewComponent calsOut, CameraFinalOutputNewComponent camera,
Vector3 punchRotation, PlayerEntity player)
{
Vector3 lToCamera = calsOut.Offset;
var clientTime = player.time.ClientTime;
float lNewDistance = lToCamera.magnitude;
bool collided = false;
var startingRotation = Quaternion.Euler(calsOut.ArchorEulerAngle + calsOut.EulerAngle + punchRotation);
var realArchorStart = calsOut.ArchorOffset;
if (player.stateInterface.State.GetActionState() != ActionInConfig.Gliding &&
player.stateInterface.State.GetActionState() != ActionInConfig.Parachuting &&
player.gamePlay.GameState != Components.GameState.AirPlane)
{
TestArchorOffset(calsOut, player, ref realArchorStart);
}
var archorRotation = Quaternion.Euler(0, calsOut.ArchorEulerAngle.y, 0);
var postOffsetFactor = ActualStartingPosition(
calsOut.ArchorPosition + archorRotation * realArchorStart, archorRotation,
calsOut.ArchorPostOffset + calsOut.PostOffset, _collisionLayers);
var startingPosition = calsOut.FinalArchorPosition =
calsOut.ArchorPosition + archorRotation * (realArchorStart +
calsOut.ArchorPostOffset * postOffsetFactor +
calsOut.PostOffset * postOffsetFactor);
float actualDistance = ActualDistance(startingRotation, startingPosition, lNewDistance, _collisionLayers);
var factor = 1f;
if (actualDistance < lNewDistance)
{
collided = true;
if (actualDistance < _collisionOffsetStartDistance)
{
factor = Mathf.Lerp(_collisionOffsetStartDistance, actualDistance, actualDistance / lNewDistance) / lNewDistance;
startingPosition = calsOut.ArchorPosition + archorRotation * (realArchorStart +
calsOut.ArchorPostOffset * factor *
postOffsetFactor +
calsOut.PostOffset * postOffsetFactor *
factor);
actualDistance = ActualDistance(startingRotation, startingPosition, lNewDistance, _collisionLayers);
if (actualDistance >= lNewDistance)
{
collided = false;
}
}
}
var finalPostOffset = calsOut.Offset.normalized * actualDistance;
if (collided && !player.appearanceInterface.Appearance.IsFirstPerson)
{
camera.LastCollisionOffset = finalPostOffset;
camera.LastCollisionTime = clientTime;
}
else if (clientTime - camera.LastCollisionTime < camera.PostTransitionTime &&
!player.appearanceInterface.Appearance.IsFirstPerson)
{
finalPostOffset = PositionLerp(camera.LastCollisionOffset, finalPostOffset,
(float)(clientTime - camera.LastCollisionTime) / camera.PostTransitionTime);
}
camera.PlayerFocusPosition = startingPosition;
camera.Position = startingPosition + startingRotation * (finalPostOffset);
camera.EulerAngle = calsOut.ArchorEulerAngle + calsOut.EulerAngle + punchRotation;
camera.EulerAngle.x = YawPitchUtility.Normalize(camera.EulerAngle.x);
camera.EulerAngle.y = YawPitchUtility.Normalize(camera.EulerAngle.y);
camera.EulerAngle.z = YawPitchUtility.Normalize(camera.EulerAngle.z);
camera.Fov = calsOut.Fov;
camera.Far = calsOut.Far;
camera.Near = calsOut.Near;
#if UNITY_EDITOR
var p1 = calsOut.ArchorPosition;
var p2 = calsOut.ArchorPosition + archorRotation * calsOut.ArchorOffset;
var p3 = calsOut.ArchorPosition +
archorRotation * (calsOut.ArchorOffset + calsOut.ArchorPostOffset * factor * postOffsetFactor);
var p4 = calsOut.ArchorPosition +
archorRotation * (calsOut.ArchorOffset + calsOut.ArchorPostOffset * factor * postOffsetFactor +
calsOut.PostOffset * postOffsetFactor * factor);
var p5 = p4 + startingRotation * (calsOut.Offset.normalized * actualDistance);
Debug.DrawLine(p1, p2, Color.red);
Debug.DrawLine(p2, p3, Color.green);
Debug.DrawLine(p3, p4, Color.blue);
Debug.DrawLine(p4, p5, Color.yellow);
#endif
}
private void UpdateCollisions(CameraStateOutputNewComponent calsOut, CameraFinalOutputNewComponent camera,
Vector3 punchRotation)
{
Vector3 lToCamera = calsOut.Offset;
float lNewDistance = lToCamera.magnitude;
bool collided = false;
var archorRotation = Quaternion.Euler(0, calsOut.ArchorEulerAngle.y, 0);
var postOffsetFactor = ActualStartingPosition(
calsOut.ArchorPosition + archorRotation * calsOut.ArchorOffset, archorRotation,
calsOut.ArchorPostOffset + calsOut.PostOffset, _collisionLayers);
var startingPosition = calsOut.FinalArchorPosition =
calsOut.ArchorPosition + archorRotation * (calsOut.ArchorOffset +
calsOut.ArchorPostOffset * postOffsetFactor +
calsOut.PostOffset * postOffsetFactor);
var startingRotation = Quaternion.Euler(calsOut.ArchorEulerAngle + calsOut.EulerAngle + punchRotation);
float actualDistance = ActualDistance(startingRotation, startingPosition, lNewDistance, _collisionLayers);
var factor = 1f;
if (actualDistance < lNewDistance)
{
if (actualDistance < _collisionOffsetStartDistance)
{
factor = actualDistance / lNewDistance;
startingPosition = calsOut.ArchorPosition + archorRotation * (calsOut.ArchorOffset +
calsOut.ArchorPostOffset * factor *
postOffsetFactor +
calsOut.PostOffset * postOffsetFactor *
factor);
actualDistance = ActualDistance(startingRotation, startingPosition, lNewDistance, _collisionLayers);
}
}
camera.PlayerFocusPosition = startingPosition;
camera.Position = startingPosition + startingRotation * (calsOut.Offset.normalized * actualDistance);
camera.EulerAngle = calsOut.ArchorEulerAngle + calsOut.EulerAngle + punchRotation;
camera.EulerAngle.x = YawPitchUtility.Normalize(camera.EulerAngle.x);
camera.EulerAngle.y = YawPitchUtility.Normalize(camera.EulerAngle.y);
camera.EulerAngle.z = YawPitchUtility.Normalize(camera.EulerAngle.z);
camera.Fov = calsOut.Fov;
camera.Far = calsOut.Far;
camera.Near = calsOut.Near;
#if UNITY_EDITOR
var p1 = calsOut.ArchorPosition;
var p2 = calsOut.ArchorPosition + archorRotation * calsOut.ArchorOffset;
var p3 = calsOut.ArchorPosition +
archorRotation * (calsOut.ArchorOffset + calsOut.ArchorPostOffset * factor * postOffsetFactor);
var p4 = calsOut.ArchorPosition +
archorRotation * (calsOut.ArchorOffset + calsOut.ArchorPostOffset * factor * postOffsetFactor +
calsOut.PostOffset * postOffsetFactor * factor);
var p5 = p4 + startingRotation * (calsOut.Offset.normalized * actualDistance);
Debug.DrawLine(p1, p2, Color.red);
Debug.DrawLine(p2, p3, Color.green);
Debug.DrawLine(p3, p4, Color.blue);
Debug.DrawLine(p4, p5, Color.yellow);
#endif
}