DEISHER670UMD.BLOGSPOT.COM

louie670umd.blogspot.com

louie|arch670|UMD: March 2014

http://louie670umd.blogspot.com/2014_03_01_archive.html

Tuesday, March 11, 2014. Project 1C - Revisit. I went back to the models / versions I showed last class and proceeded to reiterate them:. Tuesday, March 4, 2014. Project 1C - Derivative Surface. Figure 1) Base Surfaces. I began by exporting the colored surfaces from the matrix of Project 1B. The goal of this exercise is to manipulate this surface to "simultaneously express interpretations of line and contour so that the geometric properties of the surface can be translated.". Figure 2) Simplify Fold.

muller670umd.blogspot.com

muller|arch670|UMD: Surfaces of Motion

http://muller670umd.blogspot.com/2014/04/surfaces-of-motion.html

Friday, April 25, 2014. From the contours of motion studied, I generated surfaces of individual limbs, then compiled them to create a three dimensional component to the 2D drawing. Perspective view of overlapped surfaces. April 29, 2014 at 6:56 AM. Your front view wireframe is a beautiful image; it really capture the essence of motion. Your individual surfaces alone do not convey that; together, they are very successful. Subscribe to: Post Comments (Atom). View my complete profile.

muller670umd.blogspot.com

muller|arch670|UMD: May 2014

http://muller670umd.blogspot.com/2014_05_01_archive.html

Tuesday, May 20, 2014. Promiscuous Collisons [ v2]. As I continued experimenting with Grasshopper, I was concentrating on using my existing surfaces from the motion study and applying a geometry to it. The last attempt used a surface that resulted in a fish-scale looking surface, and this time I used a sphere as my original geometry. These choices were more random than studied, yet the output was still intriguing and allowed me to study how Grasshopper para metrically controls geometry. I created a simpl...

muller670umd.blogspot.com

muller|arch670|UMD: Versioning

http://muller670umd.blogspot.com/2014/03/versioning.html

Tuesday, March 4, 2014. Response to Versioning: Evolutionary Techniques in Architecture. The idea of testing and adapting sets of conditions is similar to Angelil's view of education as research oriented- designed by probing questions and challenging norms. SHoP views this approach as a "process product" where the focus is on the fabrication process rather than a final image, also similar to Angelil's critique of architecture's focus on object. SHoP's Dunescape at MoMA PS1. Hookah bar at Mantra. Plyw...

muller670umd.blogspot.com

muller|arch670|UMD: April 2014

http://muller670umd.blogspot.com/2014_04_01_archive.html

Tuesday, April 29, 2014. Friday, April 25, 2014. From the contours of motion studied, I generated surfaces of individual limbs, then compiled them to create a three dimensional component to the 2D drawing. Perspective view of overlapped surfaces. Sunday, April 13, 2014. Re-presenting motion of the human body. Motion of study: the cartwheel. Composition of frames of video. Motion of right arm. Motion of left arm. Motion of right leg. Motion of left leg. Subscribe to: Posts (Atom). View my complete profile.

muller670umd.blogspot.com

muller|arch670|UMD: Promiscuous Collisons [_v2]

http://muller670umd.blogspot.com/2014/05/promiscuous-collisons-v2.html

Tuesday, May 20, 2014. Promiscuous Collisons [ v2]. As I continued experimenting with Grasshopper, I was concentrating on using my existing surfaces from the motion study and applying a geometry to it. The last attempt used a surface that resulted in a fish-scale looking surface, and this time I used a sphere as my original geometry. These choices were more random than studied, yet the output was still intriguing and allowed me to study how Grasshopper para metrically controls geometry.

muller670umd.blogspot.com

muller|arch670|UMD: Virtual Projection

http://muller670umd.blogspot.com/2014/04/virtual-projection.html

Sunday, April 13, 2014. Re-presenting motion of the human body. Motion of study: the cartwheel. Composition of frames of video. Motion of right arm. Motion of left arm. Motion of right leg. Motion of left leg. Beginning to examine contours of motion without context of human body:. April 14, 2014 at 3:10 PM. Its interesting that you made your geometries into curves. Was there a reason behind this move? April 14, 2014 at 9:46 PM. Subscribe to: Post Comments (Atom). View my complete profile.

muller670umd.blogspot.com

muller|arch670|UMD: Compositional Surfaces

http://muller670umd.blogspot.com/2014/03/compositional-surfaces.html

Monday, March 3, 2014. For 1c, I examined the matrix that I have been working on and was interested in the surface that looked like frayed ribbon, with curling edges. I selected the last three surfaces from the series of morphologies of the original object to further study the geometries of surfaces. From these three surfaces, I chose the end segment (in red) to isolate. I then isolated the pieces from their parent surfaces, rotating them and seeing how they morphed from one to the next.

louie670umd.blogspot.com

louie|arch670|UMD: Project 2 - Virtual Projection

http://louie670umd.blogspot.com/2014/04/project-2-virtual-projection.html

Tuesday, April 15, 2014. Project 2 - Virtual Projection. I originally intended a different study object, but who doesn't enjoy the kinetic energy behind a good free kick? I pulled a clip from a slow-motion video. And broke it down frame-by-frame. Adding some dimensions and lofts in Rhino, the form emerges:. Looks like a pony! April 15, 2014 at 2:52 PM. Im wondering about the part of the red surface that briefly ceases to be red. What happened there? April 15, 2014 at 2:57 PM. Great point - that was the r...