public GeoObject loadGeoObject(GeoRefObject refObject, GeoObject geoObject)
{
GeoObject returnObject = geoObject;
if (refObject.hasReturnMode(GeoReturnModes.ClosesNode))
{
//todo
}
if (refObject.hasReturnMode(GeoReturnModes.OpensNode))
{
//todo
}
if (refObject.hasReturnMode(GeoReturnModes.Scaling))
{
//geo scaling
returnObject.objScale.SetScale((uint)elem.geoParams[1].GetVal());
}
if (refObject.hasReturnMode(GeoReturnModes.Translation) || refObject.hasReturnMode(GeoReturnModes.Rotation))
{
if (refObject.hasReturnMode(GeoReturnModes.Translation) && refObject.hasReturnMode(GeoReturnModes.Rotation))
{
//geo translation and rotation
returnObject.objTrans.xTrans = (short)elem.geoParams[1].GetVal();
returnObject.objTrans.yTrans = (short)elem.geoParams[2].GetVal();
returnObject.objTrans.zTrans = (short)elem.geoParams[3].GetVal();
returnObject.objRot.xRot = (short)elem.geoParams[4].GetVal();
returnObject.objRot.yRot = (short)elem.geoParams[5].GetVal();
returnObject.objRot.zRot = (short)elem.geoParams[6].GetVal();
}
else
{
if (refObject.hasReturnMode(GeoReturnModes.Translation))
{
//geo translation
returnObject.objTrans.xTrans = (short)elem.geoParams[1].GetVal();
returnObject.objTrans.yTrans = (short)elem.geoParams[2].GetVal();
returnObject.objTrans.zTrans = (short)elem.geoParams[3].GetVal();
}
if (refObject.hasReturnMode(GeoReturnModes.Rotation))
{
//geo rotation
returnObject.objRot.xRot = (short)elem.geoParams[1].GetVal();
returnObject.objRot.yRot = (short)elem.geoParams[2].GetVal();
returnObject.objRot.zRot = (short)elem.geoParams[3].GetVal();
}
}
}
if (refObject.hasReturnMode(GeoReturnModes.GeoDL))
{
returnObject.f3d.SetInitialDataFromLabelName(elem.geoParams[elem.geoParams.Count - 1].GetVal());
}
return(returnObject);
}
public GeoRefObject getRefObject()
{
GeoRefObject returnRefObject = new GeoRefObject();
switch (elem.geoName)
{
case "geo_close_node":
returnRefObject.Set(GeoReturnModes.ClosesNode);
break;
case "geo_open_node":
returnRefObject.Set(GeoReturnModes.OpensNode);
break;
case "geo_dl_translated":
case "geo_translate":
case "geo_translate_node":
case "geo_todo_11":
returnRefObject.Set(GeoReturnModes.Translation);
if (elem.geoParams.Count == StandardGeoDLsz)
{
returnRefObject.Set(GeoReturnModes.GeoDL);
}
break;
case "geo_translate_rotate":
returnRefObject.Set(GeoReturnModes.Translation);
returnRefObject.Set(GeoReturnModes.Rotation);
if (elem.geoParams.Count == DoubleGeoDLsz)
{
returnRefObject.Set(GeoReturnModes.GeoDL);
}
break;
case "geo_rotate_y":
returnRefObject.Set(GeoReturnModes.Rotation);
returnRefObject.Set(GeoReturnModes.DefXZ);
if (elem.geoParams.Count == MiniGeoDLsz)
{
returnRefObject.Set(GeoReturnModes.GeoDL);
}
break;
case "geo_rotate":
case "geo_rotation_node":
returnRefObject.Set(GeoReturnModes.Rotation);
if (elem.geoParams.Count == StandardGeoDLsz)
{
returnRefObject.Set(GeoReturnModes.GeoDL);
}
break;
case "geo_scale":
returnRefObject.Set(GeoReturnModes.Scaling);
if (elem.geoParams.Count == MiniGeoDLsz)
{
returnRefObject.Set(GeoReturnModes.GeoDL);
}
break;
case "geo_display_list":
returnRefObject.Set(GeoReturnModes.GeoDL);
break;
default:
returnRefObject.Set(GeoReturnModes.Irrelevant);
break;
}
return(returnRefObject);
}
