b-jorges

Vision Scientist

York University, TorontoToronto

Pinned Repositories

AirDrag
Language:R0 2 01
Aubert-Fleischl-in-Virtual-Environments
Language:R00
communicating-science
0 2 00
Data-Analysis-and-Power-Simulations-GLMM
Language:Jupyter Notebook3 2 02
KalmanFilter
Kalman filter fitting code from Bonnen et al 2015, Journal of Vision
Language:MATLAB0 0 00
Motion-Perception-during-Self-Motion
Motion Perception During Self-Motion
Language:R1 2 00
perceptual_judgements_gravity
Data and Code for analysis for our paper on perceptual judgements about gravity
Language:R00
Power-Analyses-Psychophysics
Sample Power Analyses for Psychophysical Designs
Language:Jupyter Notebook0 2 00
Predicting-while-Moving
Language:R1 2 00
SD-of-Gravity-Prior
We are using existing data to ~determine~ the standard deviation of the gravity prior
Language:R1 2 00

b-jorges/Data-Analysis-and-Power-Simulations-GLMM
Language:Jupyter Notebook3 2 02
b-jorges/Motion-Perception-during-Self-Motion
Motion Perception During Self-Motion
Language:R1 2 00
b-jorges/Predicting-while-Moving
Language:R1 2 00
b-jorges/SD-of-Gravity-Prior
We are using existing data to ~determine~ the standard deviation of the gravity prior
Language:R1 2 00
b-jorges/AirDrag
Language:R0 2 01
b-jorges/Aubert-Fleischl-in-Virtual-Environments
Language:R00
b-jorges/communicating-science
0 2 00
b-jorges/KalmanFilter
Kalman filter fitting code from Bonnen et al 2015, Journal of Vision
Language:MATLAB0 0 00
b-jorges/perceptual_judgements_gravity
Data and Code for analysis for our paper on perceptual judgements about gravity
Language:R00
b-jorges/Power-Analyses-Psychophysics
Sample Power Analyses for Psychophysical Designs
Language:Jupyter Notebook0 2 00
b-jorges/power_analyses
Language:R2 0
b-jorges/Psychophysics-Power-Analyses
Language:R
b-jorges/Stereotest
Language:R2 0
b-jorges/website
Tutorial for creating websites w/ R Markdown
Language:HTML1 0