Difference between revisions of "project12:W3MSc1TUDG4"
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[[File:Render_workshop.png | 850px]] | [[File:Render_workshop.png | 850px]] | ||
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| + | [[File:Excercises.png | 850px]] | ||
| + | [[File:Fragment.png | 850px]] | ||
| + | [[File:Section sit-ups.png | 850px]] | ||
| + | [[File:Point_cloud_in_fragment.jpg | 850px]] | ||
| + | |||
| + | Geowrapping variant as load-bearing structure: | ||
| + | (result of workshop, to be combined with other structures) | ||
[[File:6_Variants.png | 850px]] | [[File:6_Variants.png | 850px]] | ||
[[File:Print_ready_Rhino.png | 850px]] | [[File:Print_ready_Rhino.png | 850px]] | ||
[[File:Collage.png | 850px]] | [[File:Collage.png | 850px]] | ||
| − | + | TPE Experiments: | |
[[File:Soft_edges.png | 850px]] | [[File:Soft_edges.png | 850px]] | ||
[[File:Pattern_1_-Cells.png | 850px]] | [[File:Pattern_1_-Cells.png | 850px]] | ||
| + | [[File:Wireframe_pattern.png | 850px]] | ||
| + | [[File:Voronoi_Pattern.png | 850px]] | ||
| + | |||
| + | Reflection | ||
| + | |||
| + | + | ||
| + | T-Splines to Grasshopper | ||
| + | New insights developed in order to code what we want to achieve in Grasshopper | ||
| + | Grasshopper skillset developed | ||
| + | Understanding the process of making models 3D-Print-ready | ||
| + | |||
| + | - | ||
| + | Presenting our results more clearly short on time/manpower | ||
| + | Defining our end product but only dealt with structural demands is not the complete end result we wanted | ||
| + | to achieve. | ||
| + | Spent a lot of time getting coding to work in Grasshopper, at the cost of presentation | ||
| + | |||
| + | |||
| + | |||
| + | The goal of the second workshop was to create a structure that could make a transition between a loadbearing | ||
| + | structure and a soft surface. Because our objective was quite clear, we immediately dived into | ||
| + | Grasshopper to get this print-ready. | ||
| + | During the Grasshopper coding process, we’ve learnt how to make a Geowrapping structure out of | ||
| + | a point cloud. This function creates a sphere around a point. Dense point clouds would create | ||
| + | many spheres and merge them together. The spheres have a smaller radius at dense areas, which | ||
| + | would make them stronger. | ||
| + | By making a scale model of this PLA-printed structure we could conclude that Geowrapping can be a | ||
| + | very suitable pattern to use at places that have to deal with force or tension. Geowrapping creates a | ||
| + | very strong structure, while not being too dense by its infill. | ||
| + | Although the workshop made us find a new pattern that can solve structural stresses, a lot of optimization | ||
| + | of our code is still required. Our next aim should be to combine this structural geowrapping method with | ||
| + | a soft porous sponge material. Shortage of time and manpower made us no reach this objective. But it | ||
| + | is still a very interesting objective to find a transition between a soft, porous surface that transits into a | ||
| + | wireframe if it does not need to carry load, or thick mass as a structural element. | ||
| + | At last, we also need to redefine our point cloud, which right now reacts to attractor/repellent curves. | ||
| + | Right now this point cloud is based on a random infill, we also need to find a grid-system for this to gain | ||
| + | a more optimized transition. | ||
Latest revision as of 19:52, 23 January 2018
MSc1 TUD: G4
Bewar Ahmed - Nino Schoonen
Geowrapping variant as load-bearing structure:
(result of workshop, to be combined with other structures)
TPE Experiments:
Reflection
+ T-Splines to Grasshopper New insights developed in order to code what we want to achieve in Grasshopper Grasshopper skillset developed Understanding the process of making models 3D-Print-ready
- Presenting our results more clearly short on time/manpower Defining our end product but only dealt with structural demands is not the complete end result we wanted to achieve. Spent a lot of time getting coding to work in Grasshopper, at the cost of presentation
The goal of the second workshop was to create a structure that could make a transition between a loadbearing structure and a soft surface. Because our objective was quite clear, we immediately dived into Grasshopper to get this print-ready. During the Grasshopper coding process, we’ve learnt how to make a Geowrapping structure out of a point cloud. This function creates a sphere around a point. Dense point clouds would create many spheres and merge them together. The spheres have a smaller radius at dense areas, which would make them stronger. By making a scale model of this PLA-printed structure we could conclude that Geowrapping can be a very suitable pattern to use at places that have to deal with force or tension. Geowrapping creates a very strong structure, while not being too dense by its infill. Although the workshop made us find a new pattern that can solve structural stresses, a lot of optimization of our code is still required. Our next aim should be to combine this structural geowrapping method with a soft porous sponge material. Shortage of time and manpower made us no reach this objective. But it is still a very interesting objective to find a transition between a soft, porous surface that transits into a wireframe if it does not need to carry load, or thick mass as a structural element. At last, we also need to redefine our point cloud, which right now reacts to attractor/repellent curves. Right now this point cloud is based on a random infill, we also need to find a grid-system for this to gain a more optimized transition.
