STUDIO AIR
ALGORITHMIC SKETCHBOOK 2016, SEMESTER 2, MATTHEW. LEONG WENG SUM (AMELIA), 683650.
LOFTING
Straight edged curve lofting. Varitaions is aciheved throught modyfying lofting option. Thus, rotating and changing sizes and moving each curves.
LOFTING
Curve lofting. Varitaions is aciheved throught modyfying lofting option. Thus, rotating and changing sizes and moving each curves.
POPULATE SURFACE & METABALL Populating surface with different geometry shapes.
Variation is achieved by controlling the radius of the circles of the metaball.
SURFACE TOOLS
Variation is achieved by adding and subtracting the divided points. After that , moving around the base curve also gave variation in the form of the surface. Other than that, adding merging 2 differnt arch height provides a more unique effect.
SERIES
This process shows the cross referencing of the series component to gain points in 3-dimensional space. Variation is achieved through changing the space in between points.
DIAGRID
Grid system is formed atop of a surface by listing out point and connecting the with lines. Variations is achieved by connecting different numbered points together.
SCALE & MOVE
SCALE & MOVE Geometry is moved and scaled using move and graph mapper component. Variations in the size and form is achieved by changing the graph type and their inputs.
IMAGE SAMPLER
Black & white shaded pictures were first used to create variations. After that. human potrait is used to create more interesting outcomes.
BOX MORPH
Variation is achieved by changing the domain values of max and min height of the box morph.
KANGAROO PHYSICS
Variation is achieved by moving around the points on surface to create to fabric like structure.
WEAVERBIRD
Variation is achieved throught changing the height of the centre and smoothness of the edges.