I based my studies off a furturist model designed to document variation and look for evolution probability. For our application as a wind screen, the primary topic we will be addressing is surface area and how that effects deflection of the wind and snow. The three factors I came to were height / angle / density. By creating a grasshopper definition in rhino I was able to generate numerous itterations of these different variables in a short amount of time and plot them together for comparison.
Based on weather and site conditions, particular real variables [distance from road / wind speed / wind direction / etc.] can be associated with these buildable variances. Furthermore, this allows for a direct control over conditions and the ability to begin designing with nature itself and how snow is deposited around the barrier.
The images below designate a single panel in the simplest form. The grasshopper coding could be adapted to a more complex form and be repeated for a barrier of any desired length. Rotation about the Z axis is shown horizontally, and tilting about the X axis are shown vertically, with combinations shown through the middle of the chart. For simplicity sake, varying height was not shown as that would necessitate a third axis (and thus make it much harder to read) but it was incorportated into the grasshopper.












