public float GetRotationAngle(BasePart.GridRotation rotation)
{
switch (rotation)
{
case BasePart.GridRotation.Deg_0:
return(0f);
case BasePart.GridRotation.Deg_90:
return(90f);
case BasePart.GridRotation.Deg_180:
return(180f);
case BasePart.GridRotation.Deg_270:
return(270f);
case BasePart.GridRotation.Deg_45:
return(45f);
case BasePart.GridRotation.Deg_135:
return(135f);
case BasePart.GridRotation.Deg_225:
return(225f);
case BasePart.GridRotation.Deg_315:
return(315f);
default:
return(0f);
}
}
public void AddPart(int x, int y, int partType, int customPartIndex, BasePart.GridRotation rotation, bool flipped)
{
ContraptionDatasetUnit contraptionDatasetUnit = new ContraptionDatasetUnit();
contraptionDatasetUnit.x = x;
contraptionDatasetUnit.y = y;
contraptionDatasetUnit.partType = partType;
contraptionDatasetUnit.customPartIndex = customPartIndex;
contraptionDatasetUnit.rot = (int)rotation;
contraptionDatasetUnit.flipped = flipped;
this.m_contraptionDataSet.Add(contraptionDatasetUnit);
}
public override void SetRotation(BasePart.GridRotation rotation)
{
this.m_gridRotation = rotation;
this.m_Visualization.transform.localRotation = Quaternion.AngleAxis(base.GetRotationAngle(rotation), Vector3.forward);
this.CheckRotations();
}
public virtual void SetRotation(BasePart.GridRotation rotation)
{
this.m_gridRotation = rotation;
base.transform.localRotation = Quaternion.AngleAxis(this.GetRotationAngle(rotation), Vector3.forward);
}
public override void SetRotation(BasePart.GridRotation rotation)
{
this.m_gridRotation = rotation;
this.SetColorMark();
}