Dudley Commerical RFP
*** SOMETHING HERE **** Given my thesis project, I found myself needing to be able to visually map the movement of sound. Using Rhino and Grasshopper, I was able to create a tool that would do just that. The videos here, although simplified, demonstrate the behaviour of sound within a given perimeter geometry.
Dudley Commerical RFP
*** SOMETHING HERE **** Given my thesis project, I found myself needing to be able to visually map the movement of sound. Using Rhino and Grasshopper, I was able to create a tool that would do just that. The videos here, although simplified, demonstrate the behaviour of sound within a given perimeter geometry.
Dudley Commerical RFP
*** SOMETHING HERE **** Given my thesis project, I found myself needing to be able to visually map the movement of sound. Using Rhino and Grasshopper, I was able to create a tool that would do just that. The videos here, although simplified, demonstrate the behaviour of sound within a given perimeter geometry.
ORIGINAL RFP
Dudley Commerical RFP
*** SOMETHING HERE **** Given my thesis project, I found myself needing to be able to visually map the movement of sound. Using Rhino and Grasshopper, I was able to create a tool that would do just that. The videos here, although simplified, demonstrate the behaviour of sound within a given perimeter geometry.
MIND-MAP
MIND-MAP
MIND-MAP
MIND-MAP
ORIGINAL RFP
ORIGINAL RFP
ORIGINAL RFP
TheDisassembler
From Bits to Assembly
A fundamental principle of software is how we build numbers and instructions from a (true/false) boolean. The diagram below aims at simplifying the conceptualization between a set of boolean digits and their eventual form as an assembly instruction. The code lies just below for a disassembler with a hard-coded instruction-set. This simple program takes the set of hexadecimal instructions and returns the assembly instruction along with all its parameters.
Code:
The Disassembler
