Light Braced operated by a hands-on Bracket

thingiverse

This is a log file from a 3D modeling software, likely Fusion 360 or similar. It shows the steps taken to create a complex assembly by combining several STL files (3D models) and performing various operations on them. Here's a breakdown of the log: 1. The first section shows the importation and preparation of an object called "tap Hinged Box". However, this operation failed due to a malformed object. 2. The next two sections show the importation and preparation of objects called "LED bezel clip" and "Rad Shd Horz mount V1", respectively. These operations were successful. 3. In each section, the following steps are performed: * Importing the STL file * Cleaning non-manifold faces (removing any invalid or overlapping faces) * Preparing the object for union with other objects * Rotating the object to align it properly * Scaled the object if necessary * Creating a duplicate of the object * Staging the objects in a specific configuration (e.g. "BOTH_RIGHT", "ON_BACK", etc.) * Performing a union operation between the current object and another object * Cleaning non-manifold faces again after the union operation 4. The final section shows the exportation of the completed assembly as an STL file. Some notable points from the log: * The first object, "tap Hinged Box", failed due to a malformed object. * The volume difference between the original and rotated objects is significant in some cases (e.g. 21.43% for Rad Shd Horz mount V1). * The union operation between the objects can result in a large number of faces (e.g. 6907 for the union of Bracket 20160131-25376-Efovsb-0.001 and tap Hinged Box). Overall, this log suggests that the user is creating a complex assembly by combining multiple STL files and performing various operations on them. The log provides valuable information about the steps taken to create the assembly, including any errors or issues encountered along the way.