/// <summary>
/// 更新小球的位置、速度、角加速度、半径和质量信息
/// 导入文件时，利用重新生成的SimpleModelForSave类进行更新
/// </summary>
/// <param name="balls"></param>
public void UpdateBallInfo(SimpleModelForSave sModel)
{
currIter = sModel.currIter;
for (int i = 0; i < sModel.Radii.Rows; i++)
{
radii[i, 0] = sModel.Radii[i, 0];
mass[i, 0] = 4 / 3 * Math.PI * Math.Pow(radii[i, 0], 3);
for (int j = 0; j < sModel.RtPos.Cols; j++)
{
rtPos[i, j] = sModel.RtPos[i, j];
rtVel[i, j] = sModel.RtVel[i, j];
rtAcc[i, j] = sModel.RtAcc[i, j];
}
}
}
public ModelDem3D(SpherePlot balls, SimpleModelForSave sModel = null)
{
this.objNum = balls.Spheres.Count();
this.porosity = new Matrix <double>(iteration, 1);
InitStatus(balls);
if (PackingSystemSetting.SystemBoundType == BoundType.CubeType)
{
//kns = 1e3;
cubeBound = new CubeBound(PackingSystemSetting.CubeLength, PackingSystemSetting.CubeLength, PackingSystemSetting.CubeLength);
}
else if (PackingSystemSetting.SystemBoundType == BoundType.CylinderType)
{
//kns = 1e3;
cylinderBound = new CylinderBound(PackingSystemSetting.Radius, PackingSystemSetting.Height);
}
}
/// <summary>
/// 从简化的模型中更新小球的半径和位置
/// </summary>
/// <param name="sModel"></param>
public void ReloadInfo(SimpleModelForSave sModel)
{
UpdateSpheresLocation(sModel.RtPos);
UpdateSpheresRadius(sModel.Radii);
}