private void UpdateFollowCameraData(float deltaTime, FollowCameraNode cameraNode, CameraTargetNode targetNode, TankNode tank, MouseControlStateHolderComponent mouseControlStateHolder)
{
GameObject targetObject = targetNode.cameraTarget.TargetObject;
if (targetObject != null)
{
CameraTransformDataComponent cameraTransformData = cameraNode.cameraTransformData;
Transform target = targetObject.transform;
FollowCameraComponent followCamera = cameraNode.followCamera;
BezierPosition bezierPosition = cameraNode.bezierPosition.BezierPosition;
CameraData cameraData = followCamera.cameraData;
this.UpdateBezierPosition(bezierPosition, followCamera.verticalCameraSpeed, deltaTime, targetNode.weaponRotationControl.MouseRotationCumulativeVerticalAngle, mouseControlStateHolder.MouseVerticalInverted);
targetNode.weaponRotationControl.MouseRotationCumulativeVerticalAngle = 0f;
float mouseRotationCumulativeHorizontalAngle = targetNode.weaponRotationControl.MouseRotationCumulativeHorizontalAngle;
if (Mathf.Abs(MathUtil.ClampAngle180(Vector3.Angle(target.up, Vector3.up))) > 90f)
{
mouseRotationCumulativeHorizontalAngle *= -1f;
}
bool mouse = targetNode.weaponRotationControl.MouseRotationCumulativeHorizontalAngle != 0f;
CameraOffsetConfigComponent cameraOffsetConfig = cameraNode.cameraOffsetConfig;
Vector3 cameraOffset = new Vector3(cameraOffsetConfig.XOffset, cameraOffsetConfig.YOffset, cameraOffsetConfig.ZOffset);
Vector3 cameraCalculated = CameraPositionCalculator.CalculateCameraPosition(target, tank.baseRenderer, tank.tankColliders.BoundsCollider.bounds.center, bezierPosition, cameraData, cameraOffset, mouseRotationCumulativeHorizontalAngle);
Vector3 rotation = cameraTransformData.Data.Rotation.eulerAngles * 0.01745329f;
CameraPositionCalculator.CalculatePitchMovement(ref rotation, bezierPosition, deltaTime, cameraData, mouse);
CameraPositionCalculator.CalculateYawMovement((Vector3)(Quaternion.Euler(new Vector3(0f, mouseRotationCumulativeHorizontalAngle, 0f)) * target.forward), ref rotation, deltaTime, cameraData, mouse);
CameraPositionCalculator.SmoothReturnRoll(ref rotation, followCamera.rollReturnSpeedDegPerSec, deltaTime);
TransformData data4 = new TransformData {
Position = CameraPositionCalculator.CalculateLinearMovement(deltaTime, cameraCalculated, cameraTransformData.Data.Position, cameraData, target, mouse),
Rotation = Quaternion.Euler(rotation * 57.29578f)
};
cameraTransformData.Data = data4;
}
}
public void Follow(CameraFollowEvent e, CameraTargetNode cameraTargetNode, [JoinByTank] TankNode tank, [JoinAll] CameraNode cameraNode, [JoinAll] Optional <SingleNode <FollowCameraComponent> > followCameraOptionalNode)
{
CameraTransformDataComponent cameraTransformData = cameraNode.cameraTransformData;
CameraOffsetConfigComponent cameraOffsetConfig = cameraNode.cameraOffsetConfig;
Vector3 cameraOffset = new Vector3(cameraOffsetConfig.XOffset, cameraOffsetConfig.YOffset, cameraOffsetConfig.ZOffset);
BezierPosition bezierPosition = cameraNode.bezierPosition.BezierPosition;
cameraTransformData.Data = CameraPositionCalculator.GetTargetFollowCameraTransformData(cameraTargetNode.cameraTarget.TargetObject.transform, tank.baseRenderer, tank.tankColliders.BoundsCollider.bounds.center, bezierPosition, cameraOffset);
cameraNode.cameraRootTransform.Root.SetPositionSafe(cameraTransformData.Data.Position);
cameraNode.cameraRootTransform.Root.SetRotationSafe(cameraTransformData.Data.Rotation);
}
public static void CalculatePitchMovement(ref Vector3 rotation, BezierPosition bezierPosition, float dt, CameraData cameraData, bool mouse = false)
{
float angleError = MathUtil.ClampAngleFast(-GetPitchAngle(cameraData, bezierPosition) - MathUtil.ClampAngle(rotation.x));
cameraData.pitchSpeed = GetAngularSpeed(angleError, cameraData.pitchSpeed, mouse);
float num4 = cameraData.pitchSpeed * dt;
if (((angleError > 0f) && (num4 > angleError)) || ((angleError < 0f) && (num4 < angleError)))
{
num4 = angleError;
}
rotation.x += num4;
cameraData.pitchSpeed = MathUtil.Snap(cameraData.pitchSpeed, 0f, 0.1f);
}
private void InitFollowCamera(TransitionCameraNode cameraNode, WeaponNode weapon, TankNode tank, float flyTimeSec, float flyHeight)
{
TransitionCameraComponent transitionCamera = cameraNode.transitionCamera;
Transform target = weapon.cameraTarget.TargetObject.transform;
BezierPosition bezierPosition = cameraNode.bezierPosition.BezierPosition;
CameraOffsetConfigComponent cameraOffsetConfig = cameraNode.cameraOffsetConfig;
Vector3 cameraOffset = new Vector3(cameraOffsetConfig.XOffset, cameraOffsetConfig.YOffset, cameraOffsetConfig.ZOffset);
CameraData cameraData = new CameraData();
Vector3 position = CameraPositionCalculator.CalculateCameraPosition(target, tank.baseRenderer, tank.tankColliders.BoundsCollider.bounds.center, bezierPosition, cameraData, cameraOffset, 0f);
Vector3 zero = Vector3.zero;
zero.x = -CameraPositionCalculator.GetPitchAngle(cameraData, bezierPosition) * 57.29578f;
zero.y = target.transform.rotation.eulerAngles.y;
InitCamera(cameraNode, position, zero, flyTimeSec, flyHeight);
}
private void UpdateBezierPosition(BezierPosition bezierPosition, float verticalCameraSpeed, float dt, float vertical, bool mouseInvert)
{
float axisOrKey = InputManager.GetAxisOrKey(CameraRotationActions.ROTATE_CAMERA_UP_LEFT);
float num2 = InputManager.GetAxisOrKey(CameraRotationActions.ROTATE_CAMERA_DOWN_RIGHT);
float num3 = InputManager.GetAxis(CameraRotationActions.MOUSEWHEEL_MOVE, false) * MOUSE_WHEEL_RATIO;
if (mouseInvert)
{
num3 *= -1f;
}
float num5 = (((axisOrKey - num2) * verticalCameraSpeed) * dt) + num3;
bezierPosition.SetBaseRatio(bezierPosition.GetBaseRatio() + num5);
float num6 = BEZIER_SPEED_BY_MOUSE_VERTICAL / 180f;
bezierPosition.SetRatioOffset(bezierPosition.GetRatioOffset() + (vertical * num6));
}
public static float GetPitchAngle(CameraData cameraData, BezierPosition bezierPosition)
{
float f = bezierPosition.elevationAngle - 0.1745329f;
if (f < 0f)
{
f = 0f;
}
float collisionDistanceRatio = cameraData.collisionDistanceRatio;
if ((collisionDistanceRatio >= 1f) || ((f < 0.08726647f) || !cameraData.pitchCorrectionEnabled))
{
return(-f);
}
float num3 = bezierPosition.GetDistanceToPivot() * Mathf.Sin(f);
return(-Mathf.Atan2(collisionDistanceRatio * num3, (1f * num3) * ((1f / Mathf.Tan(f)) - ((1f - collisionDistanceRatio) / Mathf.Tan(bezierPosition.elevationAngle)))));
}
public static Vector3 CalculateCameraPosition(Transform target, BaseRendererComponent tankRendererComponent, Vector3 tankBoundsCenter, BezierPosition bezierPosition, CameraData cameraData, Vector3 cameraOffset, float additionalAngle)
{
GameObject gameObject = target.gameObject;
Vector3 position = target.position;
Vector3 localPosition = target.parent.localPosition;
float z = tankRendererComponent.Mesh.bounds.extents.z;
float num3 = z * Mathf.Max((float)0f, (float)((z - 1.2f) / 1.981962f));
if (target.parent != null)
{
Vector3 vector4 = target.parent.InverseTransformPoint(tankBoundsCenter);
num3 -= vector4.z - localPosition.z;
}
Vector3 vector5 = new Vector3(0f, 0f, -num3);
Quaternion quaternion = Quaternion.Euler(target.rotation.eulerAngles + new Vector3(0f, additionalAngle, 0f));
Vector3 vector6 = (Vector3)(quaternion * (vector5 - new Vector3(0f, 0f, localPosition.z)));
Vector3 targetPosition = (position + (quaternion * (localPosition + cameraOffset))) + (Vector3.up * 0.2f);
bool hasCollision = false;
bool flag2 = false;
Vector3 vector11 = CalculateCollisionPoint(targetPosition, CalculateCameraDirection(bezierPosition.GetCameraHeight() / bezierPosition.GetCameraHorizontalDistance(), (Vector3)(Quaternion.Euler(new Vector3(0f, additionalAngle, 0f)) * target.forward)), bezierPosition.GetDistanceToPivot(), gameObject, out hasCollision);
float magnitude = (targetPosition - vector11).magnitude;
cameraData.collisionDistanceRatio = magnitude / bezierPosition.GetDistanceToPivot();
if (magnitude < 3f)
{
float rayLength = 3f - magnitude;
vector11 = CalculateCollisionPoint(vector11, -Vector3.up, rayLength, gameObject, out flag2);
}
else
{
RaycastHit hit;
int layerMask = LayerMasksUtils.RemoveLayerFromMask(LayerMasks.STATIC, gameObject.layer);
Vector3 normalized = vector6.normalized;
vector11 = !Physics.Raycast(vector11, normalized, out hit, vector6.magnitude, layerMask) ? (vector11 + vector6) : (vector11 + (Mathf.Max((float)(hit.distance - 0.5f), (float)0f) * normalized));
}
return(vector11);
}
public static TransformData GetTargetFollowCameraTransformData(Transform target, BaseRendererComponent tankRendererComponent, Vector3 tankBoundsCenter, BezierPosition bezierPosition, Vector3 cameraOffset)
{
CameraData cameraData = new CameraData();
float cameraHeight = bezierPosition.GetCameraHeight();
Vector3 vector2 = target.TransformDirection(Vector3.forward);
Vector3 vector3 = new Vector3(-GetPitchAngle(cameraData, bezierPosition), Mathf.Atan2(vector2.x, vector2.z), 0f);
return(new TransformData {
Position = CalculateCameraPosition(target, tankRendererComponent, tankBoundsCenter, bezierPosition, cameraData, cameraOffset, 0f),
Rotation = Quaternion.Euler(vector3 * 57.29578f)
});
}