I hereby claim:
- I am catherio on github.
- I am catherio (https://keybase.io/catherio) on keybase.
- I have a public key ASDFN1yEDxzbTXEyVQK3b-kmGji5CEdbplXXAmWPTmPuggo
To claim this, I am signing this object:
This is a dialog between a writer named Alex and his wise, helpful friend Taylor who is giving him advice on his work. Taylor is very perceptive, and gives detailed and thoughtful feedback on the details of what Alex has written. | |
Alex: Hi Taylor, could you please give me some detailed feedback on this poem I've written? | |
Taylor: Sure thing, I'd love to help. Can you show me the poem? | |
Alex: Here is the poem. |
import random | |
p_friend_infected = 0.1 | |
q_friend_transmission = 0.1 | |
s_spouse_transmission = 0.3 | |
DRAWS = 10000000 | |
same_friend = {0: 0, | |
1: 0, |
import scipy.stats | |
import math | |
# From He et al https://www.nature.com/articles/s41591-020-0869-5#MOESM1 | |
# Infection-to-symptom-onset (incubation period) is log-normal distributed with | |
incubation_period = scipy.stats.lognorm(0.6612, scale=math.exp(1.434065)) | |
import matplotlib.pyplot as plt | |
import numpy as np | |
x = np.linspace(incubation_period.ppf(0.001), incubation_period.ppf(0.999), 100) |
# CAR (Case Ascertainment Ratio) hand-entered by CO from https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7239078/bin/NIHPP2020.04.29.20083485-supplement-1.pdf | |
# PTR (Positive Test Rate) hand-entered by CO from https://covidactnow.org/?s=830154 | |
CAR_and_PTR = { | |
'AK': [0.18, 0.032], | |
'AR': [0.13, 0.071], | |
'AZ': [0.09, 0.115], | |
'DE': [0.09, 0.179], | |
'HI': [0.13, 0.019], | |
'IA': [0.08, 0.129], |
I hereby claim:
To claim this, I am signing this object:
{"version": 1, "_debug_version": "0.0.1"} | |
{"timestamp": 1483257603.6930635, "from_rewarder": true, "message": {"method": "v0.env.describe", "body": {"env_state": | |
"running", "env_id": "wob.mini.DragBox-v0", "fps": 8}, "headers": {"message_id": 0, "sent_at": 1483257623.692235, | |
"episode_id": "2"}}} | |
{"timestamp": 1483257603.7219646, "from_rewarder": false, "message": {"method": "v0.control.ping", "body": {}, | |
"headers": {"message_id": 0, "sent_at": 1483257603.7219946}}} | |
{"timestamp": 1483257603.7240255, "from_rewarder": true, "message": {"method": "v0.reply.control.ping", "body": {}, | |
"headers": {"message_id": 1, "sent_at": 1483257623.724698, "parent_message_id": 0}}} | |
{"timestamp": 1483257603.7253041, "from_rewarder": false, "message": {"method": "v0.control.ping", "body": {}, | |
"headers": {"message_id": 1, "sent_at": 1483257603.725811}}} |
vnc_recorder] [2017-01-01 08:00:55,959] [0] Connection received from VNC client | |
[tigervnc] | |
[tigervnc] Wed Jan 25 00:35:42 2017 | |
[tigervnc] Connections: accepted: 127.0.0.1::52168 | |
[tigervnc] SConnection: Client needs protocol version 3.3 | |
[tigervnc] VNCSConnST: Server default pixel format depth 24 (32bpp) little-endian rgb888 | |
[vnc_recorder] [2017-01-01 08:00:55,967] [0-client] Marking server as connected | |
[vnc_recorder] [2017-01-01 08:00:58,468] [vnc_proxy] logfile_dir = /tmp/demo/1483257658-0szy3q7vq9w5nj-0 | |
[vnc_recorder] [2017-01-01 08:00:58,469] [vnc_proxy] [0] Creating log directory /tmp/demo/1483257658-0szy3q7vq9w5nj-0 | |
[vnc_recorder] [2017-01-01 08:00:58,478] [0] Requested 16 unsupported encodings: unsupported=[-223, -308, -307, -224, -313, -312, -305, 1, 16, 5, 2, -224, -255, -23, -417, -768] supported=[-239, 7, 0] |
#!/bin/bash | |
# This script will extract the certificate and key from an .ovpn file | |
# into their own files, which makes it possible to use them to configure | |
# the VPN using Ubuntu's network manager | |
# Usage example: | |
# >> ovpnconvert username.dev.ovpn | |
# You can keep following these instructions here: |
from csc import divisi2 | |
# Build conceptnet | |
cnet_graph = divisi2.load('data:graphs/conceptnet_en.graph') | |
A = divisi2.network.sparse_matrix(cnet_graph, 'nodes', 'features', cutoff=5) | |
# Build analogyspace | |
U,S,V= A.normalize_all().svd() | |
predictions = divisi2.reconstruct(U,S,V) # lazy | |
#A_approx = divisi2.dot(U*S, V.T) # the 'real deal', very slow if A is big |