public virtual double distanceTo(BIMModel paramBIMModel)
{
double d1 = this.offsetToModel.OffsetX.Value * this.offsetToModel.VertexConversionFactor.Value;
double d2 = this.offsetToModel.OffsetY.Value * this.offsetToModel.VertexConversionFactor.Value;
double d3 = this.offsetToModel.OffsetZ.Value * this.offsetToModel.VertexConversionFactor.Value;
double d4 = paramBIMModel.OffsetX.Value * paramBIMModel.VertexConversionFactor.Value;
double d5 = paramBIMModel.OffsetY.Value * paramBIMModel.VertexConversionFactor.Value;
double d6 = paramBIMModel.OffsetZ.Value * paramBIMModel.VertexConversionFactor.Value;
return(Math.Sqrt(Math.Pow(d1 - d4, 2.0D) + Math.Pow(d2 - d5, 2.0D) + Math.Pow(d3 - d6, 2.0D)));
}
public virtual void updateOffset(BIMModel paramBIMModel)
{
if (this.offsetToModel == null)
{
this.offsetToModel = paramBIMModel;
}
else if (isVeryFarFromCurrentOffset(paramBIMModel))
{
this.offsetToModel = paramBIMModel;
}
}
public virtual GeometryData updateGeometryData(BIMModel paramBIMModel, GeometryData paramGeometryData)
{
sbyte b = paramGeometryData.NormalsInterleaved ? 6 : 3;
if (this.offsetToModel != null && paramBIMModel != this.offsetToModel)
{
double d1 = -paramBIMModel.OffsetX.Value + this.offsetToModel.OffsetX.Value;
double d2 = -paramBIMModel.OffsetY.Value + this.offsetToModel.OffsetY.Value;
double d3 = -paramBIMModel.OffsetZ.Value + this.offsetToModel.OffsetZ.Value;
paramGeometryData.applyConversions(d1, d2, d3, paramBIMModel.VertexConversionFactor.Value);
}
else if (paramBIMModel.VertexConversionFactor.Value != 1.0D)
{
paramGeometryData.applyConversions(0.0D, 0.0D, 0.0D, paramBIMModel.VertexConversionFactor.Value);
}
return(paramGeometryData);
}
public virtual void removeOffset()
{
this.offsetToModel = null;
}
private bool isVeryFarFromCurrentOffset(BIMModel paramBIMModel)
{
return(Math.Abs(distanceTo(paramBIMModel)) > 1000000.0D);
}
public ComparatorAnonymousInnerClass(BIMModel outerInstance)
{
this.outerInstance = outerInstance;
}
