Difference between revisions of "Msc1G4:Student3"
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A combined component structure will form a landscape which is composed of composts in processing. Each component will have a lifecycle of about three weeks where it will end with the compost opening up and being used as a sprout platform. | A combined component structure will form a landscape which is composed of composts in processing. Each component will have a lifecycle of about three weeks where it will end with the compost opening up and being used as a sprout platform. | ||
| − | Each component will act as an | + | Each component will act as an individual piece of a larger structure but will also be able to stand on their own. |
[[File:Binda.jpg | 850px | caption]] | [[File:Binda.jpg | 850px | caption]] | ||
| + | The diagrams below show how a landscape can be translated to a possible point cloud. Points can be extracted from a planar and orthogonal grid, extruded/translated to any height, without losing the relation between each other. In this way we can use interchangeable components on the places of the points, so that we can lift up the landscape, en keep it down at certain points to let the visitors enter the structure. | ||
[[File:20151106 pointcloud conceptgroup4.jpg | 850px | caption]] | [[File:20151106 pointcloud conceptgroup4.jpg | 850px | caption]] | ||
| + | extrusion of point cloud | ||
[[File:20151106_pointcloudpointscape_group4.jpg | 850px | caption]] | [[File:20151106_pointcloudpointscape_group4.jpg | 850px | caption]] | ||
| + | outcome moved points | ||
Revision as of 12:09, 6 November 2015
A combined component structure will form a landscape which is composed of composts in processing. Each component will have a lifecycle of about three weeks where it will end with the compost opening up and being used as a sprout platform.
Each component will act as an individual piece of a larger structure but will also be able to stand on their own.
The diagrams below show how a landscape can be translated to a possible point cloud. Points can be extracted from a planar and orthogonal grid, extruded/translated to any height, without losing the relation between each other. In this way we can use interchangeable components on the places of the points, so that we can lift up the landscape, en keep it down at certain points to let the visitors enter the structure.
extrusion of point cloud
outcome moved points
