khakieconomics

data {
  int N; // number of observations
  int T; // number of time periods
  int I; // number of groups
  int P; // number of controls
  int<lower = 1, upper = T> time[N]; // time index
  int<lower = 1, upper = I> group[N]; // group index
  vector[N] Y;
  matrix[N, P] X; // you should include group/time means in X
}

khakieconomics

functions {
  matrix make_pairwise_logit_mat(vector theta) {
    matrix[rows(theta), rows(theta)] out;
    
    for(r in 1:rows(out)) {
      for(c in 1:r) {
        if(r==c) {
          out[r, c] = 0;
        } else {
          out[r, c] = exp(theta[c])/(exp(theta[c]) + exp(theta[r]));

khakieconomics

data {
  int N; // number of individuals
  int T; // number of time periods
  matrix[N, T] Y; // outcome matrix; missing entries set to -9.0
  int K; // rank of matrix
}
parameters {
  matrix[N, K] M; // individual loadings
  matrix[T, K] U; // time factors
  real<lower = 0> sigma; // error scale

khakieconomics

data {
  int N;
  int N_neg;
  int N_pos;
  int P;
  matrix[N, P] X;
  matrix[N, 3] Y_raw; // first column is 0s and 1s
  int pos_neg[N_neg];
  int pos_pos[N_pos];
}

khakieconomics

# A simple script to grab github commits for a list of users and plot
# Group average commits per day for two groups
# To use this script, you'll need to set up a yaml file with credentials
# for github, and set up a google sheet with columns `Github handle` and 
#`Attended` (with values "Yes" or "No")

# Author: Jim Savage, Schmidt Futures

# Load libraries
library(tidyverse); library(httr); library(yaml);library(jsonlite);

khakieconomics

Keybase proof

I hereby claim:

• I am khakieconomics on github.
• I am javage (https://keybase.io/javage) on keybase.
• I have a public key ASCOfa5tiUHOtFlCuiaEWO_BO1GQwq0-7ugZRerDYO_p7go

To claim this, I am signing this object: