ALGORITHMIC SKETCHBOOK 2016, Semester 1, Tutor: Chen Monique Triulcio 699110

CONTENTS

PART A 4

PART B 37

PART C 87

LOFTING

4 5

A. Conceptualisation

6 7

LOFTING

8TRIANGULATION DEAUNAY AND VORANOI

9

10 11

TRIANGULATION 3D VORONI AND OC TREE

12 13

MESH

MESH

15

MESH

CURVE

19

TRANSFORM

CONTOURS AND SECTIONING

23

CURVE INTERSECTIONS

DRIFTWOOD

27

29

GRIDSHELLS

PATTERN LISTS

33

CULL PATTERN

B. Criteria design

37

MODELAB INTRODUCTORY: 6-8

39

41

43

FIELD FUNDAMENTALISTS:

45

47

PATTERNING ITERATIONS: Spanish Pavilion Case Study

49

GEOMETRY ITERATIONS: Green Void Lava Case Study

MESH

ANCHOR POINT

51

PLASTICITY

SHAPE

53

EVALUATING FIELDS: Curves, Points, 3D

55

GRAPH CONTROLLER: circle and cull pattern.

57

GRAPH CONTROLLER: Rectangle and cull pattern.

59

GRAPH CONTROLLER: Pentagon and cull nth.

61

TREE MENU: W 5

63

65

ENCAPSULATING FRACTAL PATTERNS: w6

ENCAPSULATING GRADIENT DESCENT

69

FORM FINDING:

75

GRASSHOPPER STIMULATOR INPUT: w7

79

81

RESPONSIVE GEOMETRY: using sound to influence geometry

85

B. Criteria design

87

89

91

93

95

FORM AND STRUCTURE ALLOWING FOR PATTERN

MESH SCALE: 1:5

ORIGINAL MESH

SCALE- 1:1

BOUNDING BOX 600MM HIGH

CURVES TO CONSTRUCT MESH IN BOUNDARY BOX

MESH FACE: REDUCE NO. OF POINTS, THICKNESS AND TIGHNESS FOR CONSTRUCTABILITY YET COMPLEXITY.

ORIGINAL MESH WITH REDUCED POINTS.

FORM SLICED INTO BOUNDARY SUR-FACES TO PROVIDE MAIN STRUCTURAL SUPPORT. 204 PERSPX LAYERS

FORM: THIN STRUCTURED AREAS PRONE TO FAILURE.

THIN AREAS THICKER- ALLOW FOR LIGHTS (10MM OFFSET FROM CENTRE)