Mia's Assignment

Paste screenshots of Summary Tables (created in Word, Excel, Google Sheets, or some other data table tool) showing the input values tested and the values computed for each of the reported parameters.

So, this was a fairly simple project, however it was not without difficulty. It seems however, that the difficulty, at least on my part, came from sheer comprehension of the Module brief. This led me to do much more than was asked for in the first part of this project. So the first thing I did was select one of the example forms to flex parameters on. I then created all the dynamo logic I would need to flex a single input (...multiple single inputs) and edited the BuildingForm.SingleInput custom node to accept 3 results parameters and spit out all the results (all three results parameters). Considering my issue with comprehension, I reported multiple flexed input parameters (the image above is just one of the forms in my rvt file). After that, there was a small moment of a lightbulb going off in my head, as I realized I didn't have to go that far, and then I moved into the second part. I created a family mass of a bowtie shape and applied in to the twisting tower - 3 profiles files (after some adjustments). I then set up the dynamo logic for combined parameters, using an edited version of the BuildingForm.PairsAndMultipleResults where I made it so I could input another results parameter and receive the multiples results that include this 3rd parameter, and it spit out my much simpler results for a top height-mid rotation relationship.