Page 1

SKETCHBOOK

MENGQI YU 581992


week 1


W1.1 SIMPLE LOFT

2.METALBALL

Pattern generation, can be used for designing facade patterns


3.OCTREE


4.LUNCHBOX AND ARC BETWEEN CRVS


4. CIRCULAR PATTERN GERNERATED THROUGH REFERENCED IMAGES USEFUL FOR GENERATING FACADE PATTERNS


week 2 GEOMETRY, TRANSFORMATION AND INTERSECTIONS


1.SIMPLE RECTANGLE RECTANGLE IN CURVE


2. VECTOR FUNDAMENTALS -Direction and magnitude, scaling, rotations etc -Geo: Vector -Normally 3 dimension vectors -Display vector in GH: Vector display -Unit vector (set exact length) Don’t forget to set anchor point !!!normally (0,0,0) -Unit x,y,z

Plane: -Need 1 point and Direction of plane and two axis

-Adding vectors using Addition (maths) Or Decompose vector than Construct vectors


3. MESH GEOMETRY


4. CURVE MENU (Intersecting crvs)


4.2 GEODESIC (crvs between two points)


5. TRANSFORM MENU (POINT ATTRACTOR)


7.CURVE INTERSECTION

for vertical series of crv

for horizontal series of crv


Construct plane around intersecting pts


8.AA Driftwood sectioning method


9. TRANSFORMATION MENU Morph box tesing, but the 3D mesh failed to panel on surface 3 dimensionally, it only shows 2d patterns


Week 3


1. creating gridshells (interpelate crv and


delunary Mesh


Further development using “pipe” and “Cull faces”

Project 2D pattern onto 3D object


week 4


phyllotaxis


Expression

arrange circles with dierent scales according to the point attractor


VORONOI 3D STRUCTURE

Psedi-code


Scale voronoi 3d using pt attractor


Application of Graph mapper to adjust the curvature of the curves. The performance becomes more dynamic.


Magnetic Field Experiment creating field line on vertical spanned curves


Face boundary of the Delauney mesh


Magnetic Field + Graph Mapper Graph mapper can adjust the curvature of the curve


Multiple resulted outcomes using the same logic

When changed the initial curve to a closed curve in xy plane.


Wae Grid Fabrication


Sketchbook AIR  
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