Pinned Repositories
3Dtumorsimulator
simulated the spatiotemporal dynamics of a multicellular tumor using a three-dimensional (3D) agent-based model, in which the cells in the tumor are represented as interacting objects. In this model, the cells grow stochastically as a function of time and divide upon reaching a critical size. The cell-to-cell interaction is characterized by direct elastic and adhesive forces. We also consider cell-to-cell and cell-to-matrix damping as a way of accounting for the effects of friction experienced by a moving cell because of other cells and by the extracellular matrix (ECM) (or collagen matrix), respectively. Each cell is modeled as a deformable sphere with a time-dependent radius. Several physical properties, such as the radius, elastic modulus, membrane receptor and ligand concentration, and adhesive interaction, characterize each cell.
action-angle
A calculator of anharmonic oscillator periods in C
annealing
A project for studying simulated annealing in C
automake-learning
learning how to use GNU autotools
bluez-headphones
bluetooth headphone reconnector
Cgir
A simple web application that reads plain text files
CRC_Initiation
pasmix
Creates a virtual sink in pulseaudio to mix application audio and microphone audio
raycaster
A simple graphics rendering project
vimpad
vim bindings for a gamepad controller
chaypaterson's Repositories
chaypaterson/CRC_Initiation
chaypaterson/pasmix
Creates a virtual sink in pulseaudio to mix application audio and microphone audio
chaypaterson/raycaster
A simple graphics rendering project
chaypaterson/vimpad
vim bindings for a gamepad controller
chaypaterson/3Dtumorsimulator
simulated the spatiotemporal dynamics of a multicellular tumor using a three-dimensional (3D) agent-based model, in which the cells in the tumor are represented as interacting objects. In this model, the cells grow stochastically as a function of time and divide upon reaching a critical size. The cell-to-cell interaction is characterized by direct elastic and adhesive forces. We also consider cell-to-cell and cell-to-matrix damping as a way of accounting for the effects of friction experienced by a moving cell because of other cells and by the extracellular matrix (ECM) (or collagen matrix), respectively. Each cell is modeled as a deformable sphere with a time-dependent radius. Several physical properties, such as the radius, elastic modulus, membrane receptor and ligand concentration, and adhesive interaction, characterize each cell.
chaypaterson/action-angle
A calculator of anharmonic oscillator periods in C
chaypaterson/annealing
A project for studying simulated annealing in C
chaypaterson/automake-learning
learning how to use GNU autotools
chaypaterson/bluez-headphones
bluetooth headphone reconnector
chaypaterson/Cgir
A simple web application that reads plain text files
chaypaterson/combinatorics
chaypaterson/conky_spacepanel
Scripts to integrate aa (astronomical almanac) with conky
chaypaterson/extempore
A cyber-physical programming environment
chaypaterson/hook-length
chaypaterson/hypergeometric
A C project to compute hypergeometric series
chaypaterson/methodcomparison
chaypaterson/picard
Numerical approximations of Picard iteration in C
chaypaterson/postscript-scm
A simple postscript header for Chicken Scheme.
chaypaterson/slides
talk slides
chaypaterson/squares
Scheme project to find integers that cannot be expressed as the sum of two squares
chaypaterson/thuemorse
chaypaterson/tone_generator
Generates PCM data from specified special functions
chaypaterson/tumblingcancer
A ground-up rewrite of a much larger project from my thesis. This is a simulation of a lattice model of metastatic cancer that includes simple tumour-tumour interactions.
chaypaterson/voiceshifter
Bend your voice in live chat and recordings