Expert required for web ifc to glb conversion

Convert IFC to GLB using web-ifc, and ensure that global coordinates of specific elements (e.g. edges) from the IFC are preserved or mappable in the GLB. The converted GLB should either reflect the original global positioning or provide a clear offset so that global coordinates can be derived. Success criteria: Use an online IFC to GLB converter (like Online3DViewer or similar) in the browser. Parse any edge from the IFC file and get its global coordinates. Use that edge as the local origin point (0,0,0) in the exported GLB model. Rename the GLB file to include the original global coordinates of that edge, using this format: model_XXXXXXXXXX_YYYYYYYYY_ZZZZZZ.glb Write one pager document of the specific steps executed to achieve this Just to clarify in more detail what I’m aiming for: I'm continuing to use web-ifc along with the online3Dviewer GLB exporter to convert IFC to GLB. What I want to do now is: 1. Extract the global coordinate from the IFC at a specific point — specifically, the edge or corner that we define as the (0,0,0) local origin in the GLB model. 2. Use that global coordinate as the reference point and include it in the filename of the exported GLB, e.g. model_[x][y][z].glb. So the key is: The global coordinate we parse from the IFC should match the same physical point that becomes the GLB model’s local origin (0,0,0). That way, we can easily track and place the model in its correct position later on, since the filename will carry the original global reference. HandleIFCFile is the current function.