CUT/DEVELOP THE “ENTERTHECOMBINATION” MATRIX
INPUT: BOOLEAN_OUTPUT: ROTATION Using 2D Boolean Patterns in association with attractor points, image sampling, math functions and multiple math functions to derive and inform a design outcomes inherent to the stipulated Grasshopper logic. The resulting outcomes specifically centred on perforations in surfaces to create texture and patterned depth.
INPUT: SURFACE_OUTPUT: EXTRUSION Surface normals characteristically imply a lofted surface between two or more relevant curves referenced into Rhino via Grasshopper components. The outcome proceeds to create a design which is neither relevant nor appealing to the intended direction of the EOI or concept development for the Gateway project.
The objective of the Research Project: CUT is to apply the knowledge that we have attained through the lecture series and tutorial explorations. Utilizing the intuitive parametric tools at our disposal, we can investigate a complex network of associated definitions, employed to ascertain an appropriate, if not interesting and innovative outcome. The principles learned from this program should be beneficial in the pursuit of a design proposal relevant to the EOI and Project Brief.
INPUT: ARBITRARY_OUTPUT: EXTRUSION The use of Arbitrary Points on a 2D surface geometry enables the exploration and consequent investigation of random perforations within a skin. This notion will be investigated further as a means to ascertain a depth of parametric knowledge in order to develop an innovative outcome for the EOI.
INPUT: CURVE INT_OUTPUT: ROTATION Curve Intersections appeared to produce a rather regimented and somewhat boring outcome. It was possible that the use of such input parameter simply does not produce anything of substance when associated with the rotation output. Either way , exploring the input did not provide any interesting explorations.