Grill of STL files to create the Olympic Stadium in Montreal and its area

Introduction The goal of this project is to create a scale model of the Olympic Stadium in Montreal with the neighborhood near the zone, divided in a grill of several STL files. We are a 3D printing agency and have some customers that need architectural scaled models. This one will be used for our own purpose to present our services with prospects. If everything goes well, the freelancer that will accomplish this first contract with us will be called back for other similar jobs in the near future. Bonus : we will pay an extra if you can take some (nice) screenshots during the process ! They will be used on a section of our website to briefly explain the process. Instructions The map We are open to new ideas, but we think that starting with this tutorial would be easier than from any other tools or software : [login to view URL] [login to view URL] For this one, we will need the topology, the roads, all the layers, the false height to 20 meters and everything like explained in the tutorial until step 19. We want the road visibles, so “Mesh road” should be checked before generating the map, but other solution may be accepted, as long as we can clearly see the road on the final .STL Everything must be 3D printable-friendly and “repaired” as mentioned in the tutorial. To be able to print the topography well, we will probably need to add one flat layer of material that will serve as a base for the whole architectural scale model. It will be useful for the tile system (explained below). This layer should be 10 mm. The main building As mentioned earlier, the main building is the Olympic Stadium of Montreal. We would like to have it in high resolution, so we found a HD model of it (file attached in this project). The actual stadium on the original map must be replaced by the HD one. It’s is very important to scale it at the right dimensions. Few pins must be added (below the model) in order to clip the stadium when we will assemble the model and on the map. We’ll need to elaborate a simple and discreet male/female connectors system. A small hole (10mm) must be added to place small wires. It will allow us to put light insides the stadium tower. Make sure the tower of the stadium is empty. Optimizing the map in tiles We want the scale model divided into many tiles. Each tile will have connectors that we already made (files attached in this project). On the tile that will land the tower, it is important to add a small whole of 10mm as an entry for the wires, well aligned with the entry under the tower of course. On the side of the scale model, remove the remaining connectors (if there are any). Each tile can go up to a maximum of 290 x 290 x 390 mm. Once scaled, if the stadium tower is too high, we will split the model in two and glue it after printed. Final work At the end, we should have : STL files of all tiles STL file of modified stadium All project files (raw) in case we have to modify something And this should be everything required for us to 3D print this project.