Final

NCENTRA +

SHAHRZAD RAZI

R

GUO YUNXUAN

VAS

(

(C

= GROUP L

ZHAO MENGNING

?

XIAO YAO

CONENTRA FORMING SIMULATION

micro scale

seperate

one node

merge

two nodes

group

three nodes

single

RIVER FORMING SIMULATION

ROOT GROWTH SIMULATION

CONENTRA FORMING SIMULATION

phase I : system interaction

CONCENTRA

ROTATION

CONCENTRATION

NEGATIVE RIVAS BECAUSE OF CONCENTRATION

RIVAS

NODE-LIFTING

CONFLUENCE

NEGATIVE RIVAS BECAUSE OF ALTITUDE

NEGATIVE RIVAS BECAUSE OF ALTITUDE

NEGATIVE RIVAS BECAUSE OF CONCENTRATION

RECOMBINATION

phase II : system iterations

PROCESS

1 node

2 nodes

4 nodes

30 nodes

40 nodes

less dense

8 nodes

16 nodes

PROCESS

more fragmented

less nodes

DENSITY OF VERTEX

1 vertex

6 vertex

2 vertex

7 vertex

3 vertex

8 vertex

4 vertex

9 vertex

5 vertex

10 vertex

DENSITY OF LINES

density 1

density 2

density 3

density 4

density 5

height 2

height 3

height 4

height 5

HEIGHT OF RAISE

height 1

SYSTEMS COMBINED

SYSTEMS COMBINED and ROTATED

PROCESS

PROCESS

PROCESS

fragment

stretch

contact

connect

converge

rivers

density

raise

nodes

complex

phase III : system morphology

reference picture

top view

side view

morphology No.1

reference pictures

top view

side view

morphology No.2

reference picture

top view

side view

morphology No.3

reference picture

top view

side view

morphology No.4

DETAILS

node vanish by rivas

rivas redirected by the node

node seperated by rivas rivas divided by the node

rivas fragmented by the node

reference picture

top view

side view

rotation

connection

morphology No.8

SECTIONS

[1]

[2]

[3]

[4]

[5]

[6]

reference model

top view

fragmentation

morphology No.9