workshop01G5:Past Experiments

From CECO
Jump to: navigation, search



Objectives

Group 5 Flowchart designsystem.jpg Group 5 Flowchart computational.jpg Group 5 Optimization system01.jpg

site analysis

1273348 234033113413299 515862421 o.jpg 1271827 234033116746632 1446962030 o.jpg

Ecotect diagram.jpg

First Presentation

Group 5-Location1.jpgGroup 5-Location2.jpg Group 5-Location3.jpg Group5-frontpage.jpg Group5-system-05.jpg Group5-system-04.jpg Group5-system-03.jpg Group5-system-02.jpg Group5-system-01.jpg Group 5 Environmental factor.jpg Group 5 Environmental system 2.jpg Group5-10.jpg

Second Presentation

1.Location plain2.jpg 2.Locatie Spots2.jpg 3.Locatie Connections.jpg

Attrgr5.png Changecurvgr5.png Meetpointgr5.png 7 gr5loc.jpg


10.generative system rules.jpg 11gr5ca1.jpg 12gr5ca2.jpg 13gr5ca3.jpg 14gr5ca4.jpg 15gr5ca5.jpg

Third Presentation

Group5-network.jpg 1209104 233190340164243 1852426328 n.jpg 945990 233190406830903 1480247541 n.jpg 1175388 233190396830904 1947013983 n.jpg 1231490 233190410164236 262175961 n.jpg 946315 233190423497568 1236139401 n.jpg 1237097 233190486830895 1369163713 n.jpg 1277227 233190520164225 1644546040 o.jpg 1278131 233190623497548 145606429 o.jpg Group5-different shape.jpg

  • Cell shape and configuration

In fist stage the cells are formed by circles. Those circles will create the hexagons, resulting in a grid with gaps. To create a closed grid with inlay between the hexagons, applicable for Cellular Autonoma, the circle-cell will be changed into an elliptical one. This makes one cell exist out of two hexagons.

Group5-different combinations of cells.jpg

  • Cell configuration for open space

To create a floor plan for the pavilion, Cellular Autonoma is applied in order to let the cells grow creating a hexagonal grid with boundaries and open spaces. The different possible configurations of hexagons allow creating a diversity of open spaces according the amount of cells.

Group5 system.jpg

  • L-system construction

The construction of the pavilion is based on the growth of an L-system. This L-system is derived from the floor plan which is based on Cellular Autonoma and fits within the hexagonal grid. The construction consists of columns partly covered with a skin. The size of the L-system column -and so the amount of branches- is derived from the amount of neighbors of the cells forming the base of the column. A formula makes the columns surrounding a bigger open space branch more than a column surrounding a smaller open space.


  • Logic of L-system branching

(degrees seen from perpendicular of base):

Base branch 0°

1st branch 30°

2nd branch 60°

3rd branch 90°

4th branch 60°

5th branch 30°

6th branch 0°


1272677 10202041011332809 1411739490 o.jpg

Sketchgr5 1.jpg New Doc 1.jpg Group5-how to grow in plan.jpg

Visual3dmod gr5.jpg


Group5-ecotect calculation.jpg