ADSair
Algorithmic Sketchbook Wen Jun Wei 555279 2014 Semester 1
Rosie + Cam
tutorial 1
1 - Exploring the Development Environment
Triangulation Algorithms in 2D
Simple lofting curves and explore different forms by changing control points.
Triangulation Algorithms in 3D by proximity and voronoi definition
2 - Geometry, Transformation and Intersection
Creating Vectors (Point & Plan)
Discrete Geometry
Mathematics Operation
Constructors & Parameters
End Point & Discontinuity
Divide & Interpolate
Offset & Boundary Planar
Geodesic
Transform Menu
Extrude
3 - Patterning
Lofting form with Geodesic
Incorporating transformation techniques learnt from the previous section
Patterning with Morph
4 - Introducing Parameter Space, Data Types and Functions
Aranda Lasch - Fractal Tectrahedra
5.1 - Controllers, Samplers and Fields
Evaluating Field and Graphing section
2D Input Use spin force to compute field lines without its initial definition of pint charge
Merge spin for with point charge to compute field lines
Isolate spin force as a single point
3D Input
Parabola
Adjust strength makes a lot difference Bezier
Positive charge
Negative charge
Repulsion
Positive charge
Incoporating negative charge (attractor) has more control over the form
Attractor
Repulsion
5.2 - Controllers, Samplers and Fields
Graph Controllers
Exploration 1
Exploration 2
Voronoi
Adjust
Delaunay Edge
Adjust
Proximity 2D
Adjust
6.1 - Controlling Data Structures: Visualisation, Path Objects and Matching
Continuous patterning
NTW1.1 - Controlling Data Structures: Visualisation, Path Objects and Matching Gradient Descent
NTW1.2 - Controlling Data Structures: Visualisation, Path Objects and Matching Fractal Patterns
Add materiality through Weaverbird