public override void SetDirection(Direction2DEnum direction)
{
base.SetDirection(direction);
switch (direction)
{
case Direction2DEnum.Left:
srMainBuild.transform.position = objTableLeftPosition.transform.position;
srShadow.transform.position = objTableLeftPosition.transform.position + new Vector3(0.05f, 0);
break;
case Direction2DEnum.Right:
srMainBuild.transform.position = objTableRightPosition.transform.position;
srShadow.transform.position = objTableRightPosition.transform.position + new Vector3(0.05f, 0);
break;
case Direction2DEnum.Down:
srMainBuild.transform.position = objTableDownPosition.transform.position;
srShadow.transform.position = objTableDownPosition.transform.position + new Vector3(0.05f, 0);
break;
case Direction2DEnum.UP:
srMainBuild.transform.position = objTableUpPosition.transform.position;
srShadow.transform.position = objTableUpPosition.transform.position + new Vector3(0.05f, 0);
break;
}
}
public override void SetDirection(Direction2DEnum direction)
{
base.SetDirection(direction);
switch (direction)
{
case Direction2DEnum.Left:
objBed.transform.position = objLeftPosition.transform.position;
break;
case Direction2DEnum.Right:
objBed.transform.position = objRightPosition.transform.position;
break;
case Direction2DEnum.Down:
objBed.transform.position = objDownPosition.transform.position;
break;
case Direction2DEnum.UP:
objBed.transform.position = objUpPosition.transform.position;
break;
}
if (buildBedData == null)
{
return;
}
SetBase(buildBedData.bedBase);
SetBar(buildBedData.bedBar);
SetSheets(buildBedData.bedSheets);
SetPillow(buildBedData.bedPillow);
}
public override void SetDirection(Direction2DEnum direction)
{
base.SetDirection(direction);
objLeftChair.SetActive(false);
objRightChair.SetActive(false);
objDownChair.SetActive(false);
objUpChair.SetActive(false);
switch (direction)
{
case Direction2DEnum.Left:
srMainBuild.transform.position = objTableLeftPosition.transform.position;
objLeftChair.SetActive(true);
break;
case Direction2DEnum.Right:
srMainBuild.transform.position = objTableRightPosition.transform.position;
objRightChair.SetActive(true);
break;
case Direction2DEnum.Down:
srMainBuild.transform.position = objTableDownPosition.transform.position;
objDownChair.SetActive(true);
break;
case Direction2DEnum.UP:
srMainBuild.transform.position = objTableUpPosition.transform.position;
objUpChair.SetActive(true);
break;
}
}
/// <summary>
/// 睡觉
/// </summary>
public void IntentForSleep()
{
//设置睡觉的朝向
Direction2DEnum directionBed = orderForHotel.bed.GetDirection();
SetCharacterSleep(directionBed);
//开始睡觉
orderForHotel.bed.SetBedStatus(BuildBedCpt.BedStatusEnum.Use);
StartCoroutine(CoroutineForStartSleep(orderForHotel.sleepTime));
}
public InnResBean(long id, Vector3 startPosition, List <Vector3> listPosition, Direction2DEnum direction2D)
{
this.id = id;
this.startPosition = new Vector3Bean(startPosition);;
if (listPosition != null)
{
this.listPosition = TypeConversionUtil.ListV3ToListV3Bean(listPosition);
}
this.direction = (int)direction2D;
}
public virtual void SetDirection(Direction2DEnum direction)
{
if (rotatedFace != 4)
{
return;
}
this.direction = direction;
Sprite spShadow = null;
Sprite spMianBuild = null;
switch (direction)
{
case Direction2DEnum.Left:
spShadow = spLeft;
spMianBuild = spLeft;
objBox.transform.localEulerAngles = new Vector3(0, 0, 0);
break;
case Direction2DEnum.Right:
spShadow = spRight;
spMianBuild = spRight;
objBox.transform.localEulerAngles = new Vector3(0, 0, 180);
break;
case Direction2DEnum.Down:
spShadow = spDown;
spMianBuild = spDown;
objBox.transform.localEulerAngles = new Vector3(0, 0, 90);
break;
case Direction2DEnum.UP:
spShadow = spUp;
spMianBuild = spUp;
objBox.transform.localEulerAngles = new Vector3(0, 0, -90);
break;
}
if (srMainBuild != null)
{
srMainBuild.sprite = spMianBuild;
}
if (srShadow != null && spShadow != null)
{
srShadow.sprite = spShadow;
}
}
/// <summary>
/// 设置角色睡觉
/// </summary>
/// <param name="direction"></param>
public virtual void SetCharacterSleep(Direction2DEnum direction)
{
switch (direction)
{
case Direction2DEnum.Left:
SetCharacterFace(1);
characterBody.transform.DOLocalRotate(new Vector3(0, 0, -90), 0.1f).SetEase(Ease.OutBack);
characterBody.transform.localPosition = new Vector3(0, 0.2f, 0);
break;
case Direction2DEnum.UP:
characterBody.transform.DOLocalRotate(new Vector3(0, 0, 180), 0.1f).SetEase(Ease.OutBack);
break;
case Direction2DEnum.Right:
SetCharacterFace(2);
characterBody.transform.DOLocalRotate(new Vector3(0, 0, 90), 0.1f).SetEase(Ease.OutBack);
characterBody.transform.localPosition = new Vector3(0, 0.2f, 0);
break;
case Direction2DEnum.Down:
characterBody.transform.localPosition = new Vector3(0, 0f, 0);
break;
}
if (characterDress != null)
{
characterDress.SetClothes(null);
characterDress.SetHat(null);
characterDress.SetShoes(null);
characterDress.SetMask(null);
characterDress.SetHand(null);
}
if (characterForRenderer != null)
{
characterForRenderer.sortingOrder = -2;
}
}
private void getBulgeVertices(List <Vector3> listVertices, JigsawBulgeEnum jigsawBulge, Direction2DEnum direction, float withX, float highY)
{
List <Vector3> convex;
List <Vector3> concave;
List <Vector3> leftConcavePositionList = new List <Vector3>();
leftConcavePositionList.Add(new Vector3(-withX, -1.4f));
leftConcavePositionList.Add(new Vector3(-withX + sawtoothHigh, -1.2f));
leftConcavePositionList.Add(new Vector3(-withX - sawtoothHigh, -1f));
leftConcavePositionList.Add(new Vector3(-withX + sawtoothHigh, -0.8f));
leftConcavePositionList.Add(new Vector3(-withX - sawtoothHigh, -0.6f));
leftConcavePositionList.Add(new Vector3(-withX + sawtoothHigh, -0.4f));
leftConcavePositionList.Add(new Vector3(-withX - sawtoothHigh, -0.2f));
leftConcavePositionList.Add(new Vector3(-withX + sawtoothHigh, 0f));
leftConcavePositionList.Add(new Vector3(-withX - sawtoothHigh, 0.2f));
leftConcavePositionList.Add(new Vector3(-withX + sawtoothHigh, 0.4f));
leftConcavePositionList.Add(new Vector3(-withX - sawtoothHigh, 0.6f));
leftConcavePositionList.Add(new Vector3(-withX + sawtoothHigh, 0.8f));
leftConcavePositionList.Add(new Vector3(-withX - sawtoothHigh, 1f));
leftConcavePositionList.Add(new Vector3(-withX + sawtoothHigh, 1.2f));
leftConcavePositionList.Add(new Vector3(-withX, 1.4f));
GameUtil.getJigsawPuzzlescCCPositon(leftConcavePositionList, direction, withX, highY, out convex, out concave);
if (jigsawBulge.Equals(JigsawBulgeEnum.Bulge))
{
listVertices.AddRange(convex);
}
else if (jigsawBulge.Equals(JigsawBulgeEnum.Sunken))
{
listVertices.AddRange(concave);
}
}
private void getBulgeVertices(List <Vector3> listVertices, JigsawBulgeEnum jigsawBulge, Direction2DEnum direction, float withX, float highY)
{
List <Vector3> convex;
List <Vector3> concave;
List <Vector3> leftConcavePositionList = new List <Vector3>();
//TODO 添加传统拼图形状
leftConcavePositionList.Add(new Vector3(-withX + 0.2f, -0.4f));
leftConcavePositionList.Add(new Vector3(-withX + 0.18f, -0.35f));
leftConcavePositionList.Add(new Vector3(-withX + 0.15f, -0.3f));
leftConcavePositionList.Add(new Vector3(-withX + 0.1f, -0.25f));
leftConcavePositionList.Add(new Vector3(-withX, -0.22f));
leftConcavePositionList.Add(new Vector3(-withX - 0.1f, -0.25f));
leftConcavePositionList.Add(new Vector3(-withX - 0.15f, -0.3f));
leftConcavePositionList.Add(new Vector3(-withX - 0.18f, -0.35f));
leftConcavePositionList.Add(new Vector3(-withX - 0.2f, -0.4f));
leftConcavePositionList.Add(new Vector3(-withX - 0.5f, -0.1f));
leftConcavePositionList.Add(new Vector3(-withX - 1f, 0));
leftConcavePositionList.Add(new Vector3(-withX - 0.5f, 0.1f));
leftConcavePositionList.Add(new Vector3(-withX - 0.20f, 0.4f));
leftConcavePositionList.Add(new Vector3(-withX - 0.18f, 0.35f));
leftConcavePositionList.Add(new Vector3(-withX - 0.15f, 0.3f));
leftConcavePositionList.Add(new Vector3(-withX - 0.1f, 0.25f));
leftConcavePositionList.Add(new Vector3(-withX, 0.22f));
leftConcavePositionList.Add(new Vector3(-withX + 0.1f, 0.25f));
leftConcavePositionList.Add(new Vector3(-withX + 0.15f, 0.3f));
leftConcavePositionList.Add(new Vector3(-withX + 0.18f, 0.35f));
leftConcavePositionList.Add(new Vector3(-withX + 0.20f, 0.4f));
GameUtil.getJigsawPuzzlescCCPositon(leftConcavePositionList, direction, withX, highY, out convex, out concave);
if (jigsawBulge.Equals(JigsawBulgeEnum.Bulge))
{
listVertices.AddRange(convex);
}
else if (jigsawBulge.Equals(JigsawBulgeEnum.Sunken))
{
listVertices.AddRange(concave);
}
}
/// <summary>
/// 根据左边凸点坐标获取 拼图块所有边上的凹凸点坐标
/// </summary>
/// <param name="leftConcavePositionList">左边凸点坐标</param>
/// <param name="outDireciton">输出方向</param>
/// <param name="convex">凸点</param>
/// <param name="concave">凹点</param>
public static void getJigsawPuzzlescCCPositon(List <Vector3> leftConcavePositionList, Direction2DEnum outDireciton, float withX, float highY, out List <Vector3> convex, out List <Vector3> concave)
{
convex = new List <Vector3>();
concave = new List <Vector3>();
if (outDireciton == Direction2DEnum.Left)
{
convex = leftConcavePositionList;
for (int i = 0; i < leftConcavePositionList.Count; i++)
{
Vector3 itemPosition = leftConcavePositionList[i];
float differ = Mathf.Abs(itemPosition.x) - withX;
//设置凹点坐标
Vector3 concavePosition = new Vector3();
concavePosition.x = itemPosition.x + differ * 2;
concavePosition.y = itemPosition.y;
concavePosition.z = itemPosition.z;
concave.Add(concavePosition);
}
}
else if (outDireciton == Direction2DEnum.Above)
{
for (int i = 0; i < leftConcavePositionList.Count; i++)
{
Vector3 itemPosition = leftConcavePositionList[i];
//设置凸点坐标
Vector3 convexPosition = new Vector3();
convexPosition.x = itemPosition.y;
convexPosition.y = (Mathf.Abs(itemPosition.x) - withX + highY);
convexPosition.z = itemPosition.z;
convex.Add(convexPosition);
float differ = Mathf.Abs(convexPosition.y) - highY;
//设置凹点坐标
Vector3 concavePosition = new Vector3();
concavePosition.x = convexPosition.x;
concavePosition.y = convexPosition.y - differ * 2;
concavePosition.z = convexPosition.z;
concave.Add(concavePosition);
}
}
else if (outDireciton == Direction2DEnum.Right)
{
for (int i = 0; i < leftConcavePositionList.Count; i++)
{
Vector3 itemPosition = leftConcavePositionList[i];
//设置凸点坐标
Vector3 convexPosition = new Vector3();
convexPosition.x = -itemPosition.x;
convexPosition.y = -itemPosition.y;
convexPosition.z = itemPosition.z;
convex.Add(convexPosition);
float differ = Mathf.Abs(convexPosition.x) - withX;
//设置凹点坐标
Vector3 concavePosition = new Vector3();
concavePosition.x = convexPosition.x - differ * 2;
concavePosition.y = convexPosition.y;
concavePosition.z = convexPosition.z;
concave.Add(concavePosition);
}
}
else if (outDireciton == Direction2DEnum.Below)
{
for (int i = 0; i < leftConcavePositionList.Count; i++)
{
Vector3 itemPosition = leftConcavePositionList[i];
//设置凸点坐标
Vector3 convexPosition = new Vector3();
convexPosition.x = -itemPosition.y;
convexPosition.y = -(Mathf.Abs(itemPosition.x) - withX + highY);
convexPosition.z = itemPosition.z;
convex.Add(convexPosition);
float differ = Mathf.Abs(convexPosition.y) - highY;
//设置凹点坐标
Vector3 concavePosition = new Vector3();
concavePosition.x = convexPosition.x;
concavePosition.y = convexPosition.y + differ * 2;
concavePosition.z = convexPosition.z;
concave.Add(concavePosition);
}
}
}
/// <summary>
/// 获取梯形上坐标
/// </summary>
/// <param name="listVertices"></param>
/// <param name="jigsawBulge"></param>
/// <param name="direction"></param>
/// <param name="withX"></param>
/// <param name="highY"></param>
private void getTrapezoidVertices(List <Vector3> listVertices, JigsawBulgeEnum jigsawBulge, Direction2DEnum direction, float withX, float highY)
{
List <Vector3> convex;
List <Vector3> concave;
List <Vector3> leftConcavePositionList = new List <Vector3>();
leftConcavePositionList.Add(new Vector3(-withX, -m_Trapezoid_BottomWith / 2f));
leftConcavePositionList.Add(new Vector3(-withX + -m_Trapezoid_High, -m_Trapezoid_TopWith / 2f));
leftConcavePositionList.Add(new Vector3(-withX + -m_Trapezoid_High, m_Trapezoid_TopWith / 2f));
leftConcavePositionList.Add(new Vector3(-withX, m_Trapezoid_BottomWith / 2f));
GameUtil.getJigsawPuzzlescCCPositon(leftConcavePositionList, direction, withX, highY, out convex, out concave);
if (jigsawBulge.Equals(JigsawBulgeEnum.Bulge))
{
listVertices.AddRange(convex);
}
else if (jigsawBulge.Equals(JigsawBulgeEnum.Sunken))
{
listVertices.AddRange(concave);
}
}
private void getPentagramVertices(List <Vector3> listVertices, JigsawBulgeEnum jigsawBulge, Direction2DEnum direction, float withX, float highY)
{
List <Vector3> convex;
List <Vector3> concave;
List <Vector3> leftConcavePositionList = new List <Vector3>();
leftConcavePositionList.Add(new Vector3(-withX, -m_PentagramFoot));
leftConcavePositionList.Add(new Vector3(-withX + 0.2f * m_PentagramZoom - m_PentagramWith / 2f, -0.15f * m_PentagramZoom));
leftConcavePositionList.Add(new Vector3(-withX + 0.15f * m_PentagramZoom - m_PentagramWith / 2f, -0.47f * m_PentagramZoom));
leftConcavePositionList.Add(new Vector3(-withX + -0.08f * m_PentagramZoom - m_PentagramWith / 2f, -0.24f * m_PentagramZoom));
leftConcavePositionList.Add(new Vector3(-withX + -0.4f * m_PentagramZoom - m_PentagramWith / 2f, -0.29f * m_PentagramZoom));
leftConcavePositionList.Add(new Vector3(-withX + -0.25f * m_PentagramZoom - m_PentagramWith / 2f, 0f));
leftConcavePositionList.Add(new Vector3(-withX + -0.4f * m_PentagramZoom - m_PentagramWith / 2f, 0.29f * m_PentagramZoom));
leftConcavePositionList.Add(new Vector3(-withX + -0.08f * m_PentagramZoom - m_PentagramWith / 2f, 0.24f * m_PentagramZoom));
leftConcavePositionList.Add(new Vector3(-withX + 0.15f * m_PentagramZoom - m_PentagramWith / 2f, 0.47f * m_PentagramZoom));
leftConcavePositionList.Add(new Vector3(-withX + 0.2f * m_PentagramZoom - m_PentagramWith / 2f, 0.15f * m_PentagramZoom));
leftConcavePositionList.Add(new Vector3(-withX, m_PentagramFoot));
GameUtil.getJigsawPuzzlescCCPositon(leftConcavePositionList, direction, withX, highY, out convex, out concave);
if (jigsawBulge.Equals(JigsawBulgeEnum.Bulge))
{
listVertices.AddRange(convex);
}
else if (jigsawBulge.Equals(JigsawBulgeEnum.Sunken))
{
listVertices.AddRange(concave);
}
}
private void getHeartVertices(List <Vector3> listVertices, JigsawBulgeEnum jigsawBulge, Direction2DEnum direction, float withX, float highY)
{
List <Vector3> convex;
List <Vector3> concave;
List <Vector3> leftConcavePositionList = new List <Vector3>();
leftConcavePositionList.Add(new Vector3(-withX, -m_HeartFoot / 2f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh / 2f, -m_HeartWith / 2f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh * 4.5f / 6f, -m_HeartWith * 5.5f / 12f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh * 5.5f / 6f, -m_HeartWith * 4.5f / 12f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh * 5.8f / 6f, -m_HeartWith * 3.2f / 12f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh * 5.8f / 6f, -m_HeartWith * 2.8f / 12f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh * 5.5f / 6f, -m_HeartWith * 1.5f / 12f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh * 5f / 6f, -m_HeartWith * 0.5f / 12f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh * 3f / 4f, 0f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh * 5f / 6f, m_HeartWith * 0.5f / 12f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh * 5.5f / 6f, m_HeartWith * 1.5f / 12f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh * 5.8f / 6f, m_HeartWith * 2.8f / 12f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh * 5.8f / 6f, m_HeartWith * 3.2f / 12f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh * 5.5f / 6f, m_HeartWith * 4.5f / 12f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh * 4.5f / 6f, m_HeartWith * 5.5f / 12f));
leftConcavePositionList.Add(new Vector3(-withX + -m_HeartHigh / 2f, m_HeartWith / 2f));
leftConcavePositionList.Add(new Vector3(-withX, m_HeartFoot / 2f));
GameUtil.getJigsawPuzzlescCCPositon(leftConcavePositionList, direction, withX, highY, out convex, out concave);
if (jigsawBulge.Equals(JigsawBulgeEnum.Bulge))
{
listVertices.AddRange(convex);
}
else if (jigsawBulge.Equals(JigsawBulgeEnum.Sunken))
{
listVertices.AddRange(concave);
}
}
