Pinned Repositories
1DSwim
Python numerical model for self-actuated, flagellar propulsion
2SidedFilm
Code for analysis of cardiac myocyte mechanical coupling
2tail
bipolarSquarewave
Arduino code for bipolar squarewave generator
cardiacModel
oscillator model
cardiacModel2
Revision of cardiac model for inclusion of external strain
cardiacStretch
Data processing code for processing high speed microscopy video of cardiac myocyte culture undergoing external cyclical strain
coupledOscillators
emergentBehavior
Demos of emergent behavior
vesicleTransportV1
gtg556h's Repositories
gtg556h/cardiacStretch
Data processing code for processing high speed microscopy video of cardiac myocyte culture undergoing external cyclical strain
gtg556h/emergentBehavior
Demos of emergent behavior
gtg556h/vesicleTransportV1
gtg556h/1DSwim
Python numerical model for self-actuated, flagellar propulsion
gtg556h/2SidedFilm
Code for analysis of cardiac myocyte mechanical coupling
gtg556h/2tail
gtg556h/bipolarSquarewave
Arduino code for bipolar squarewave generator
gtg556h/cardiacModel
oscillator model
gtg556h/cardiacModel2
Revision of cardiac model for inclusion of external strain
gtg556h/coupledOscillators
gtg556h/drumSolution
gtg556h/helm
Emacs incremental completion and selection narrowing framework
gtg556h/imageJ
ImageJ Plugins and scripts
gtg556h/junk
gtg556h/openpiv-python
OpenPIV is an open source Particle Image Velocimetry analysis software written in Python, Matlab and C++
gtg556h/pathlineSwimmer
gtg556h/pyPIV
gtg556h/PyRow-fork
gtg556h/pyVT
Python implementation of temporarl MSD code for vesicle transport analysis
gtg556h/pyZstack
Tools for z-stack analysis in python
gtg556h/scope
Plans for building inverted scope on optical table
gtg556h/simplifiedReissner
Python implementation of simplified Reissner theory solution utilizing nonlinear simplifications based on prestrain and load
gtg556h/t450s
gtg556h/tomorrow-theme
Tomorrow Theme the precursor to Base16 Theme
gtg556h/vesicleTransportV2