JointSearch: Efficient parametric detailing preparation through user-defined and property-based joint type filtering - Additional images

<p>The pdf contains additional images for a journal-publication titled:&nbsp;</p> <p>&quot;JointSearch: &nbsp;Efficient parametric detailing preparation through user-defined and property-based joint type filtering - Additional images&quot;</p> <p><strong>Page1:&nbsp;</strong>&nbsp;I-beam composite. Three different local alignments and three different cross-sections are inputted into the composite. The cross-sections share width and height but are locally aligned to create the I-beam-profile</p> <p><strong>Page2:</strong>&nbsp;Simplified diagram of Reindeer&#39;s class structure</p> <p><strong>Page3:&nbsp;</strong>Identification of foundation joints based on two criteria. The different topology of the structures are irrelevant for the result</p> <p><strong>Page4:&nbsp;</strong>Deconstructing the foundation joint for detailing</p> <p><strong>Page5:&nbsp;</strong>How to output interior details that contain 3 or 4 elements. The top left detail shows the default output. The right detail has unified element vectors and clock-wise sorted elements</p> <p><strong>Page6:&nbsp;</strong>The grasshopper-definition shows how purple joint types are identified</p>