Birthday treat to procrastinate on some work and complete at least 1 #Genuary2026 prompt: Boolean Math
If you want to tinker (or make your own!) Code available here: github.com/ryan-odea/dr...
#python #generativeArt
@ryanodea.bsky.social
SWE@Harvard | PhD@PSI
Birthday treat to procrastinate on some work and complete at least 1 #Genuary2026 prompt: Boolean Math
If you want to tinker (or make your own!) Code available here: github.com/ryan-odea/dr...
#python #generativeArt
More catchup! Feels a little cheaty to use convolve2d, but I think this is a bit prettier than manually padding the matrix.
#AdventOfCode
Day 3 - Catching up! #AdventOfCode
04.12.2025 09:41 โ ๐ 3 ๐ 0 ๐ฌ 0 ๐ 0Day 2 of #AdventofCode
03.12.2025 17:46 โ ๐ 3 ๐ 0 ๐ฌ 0 ๐ 0Little behind, but Day 1 of #AdventOfCode
03.12.2025 14:55 โ ๐ 2 ๐ 0 ๐ฌ 0 ๐ 0Peep some new software done with the @causalab.bsky.social! (Now available on CRAN), SEQTaRget can be used to estimate observational analogs of intention-to-treat and per-protocol effects and can adjust for potential selection bias induced by LTFU.
Leave a star on git to track development!
#Rstats
"The cancellation of federal funding to HSPH is not only a tragedy for our colleagues and their staff and students, but it will also prove to be a tragedy for the health of our fellow citizens," read a statement signed by more than 20 retired Harvard Chan School professors.
04.06.2025 21:16 โ ๐ 15 ๐ 6 ๐ฌ 0 ๐ 1Now available on CRAN: circles 0.1.0 ! Currently in developmental infancy, it now provides an adaptation of MATLABโs bubblebath by Adam Danz to the R ecosystem: check it out now!
github.com/ryan-odea/ci...
#rstats #aRt #generativeArt
Harvardโs School of Public Health is hosting a hackathon to archive public health data! Take part in preservation of crucial public health data in-person (Harvard ID holders) or over zoom!
#publicHealth #Harvard #epidemiology #biostatistics
harvard.az1.qualtrics.com/jfe/form/SV_...
Showing off a new #rstats #python package in collaboration with Sean McGrath! Introducing LEARNER: Latent Space-Based Transfer Learning. We leverage similarity in row and column spaces to improve estimation in the target population.
Check it out in R as โlearnerโ or python as โlearner-pyโ!