I hereby claim:
- I am mrae on github.
- I am mrae_sqrt2 (https://keybase.io/mrae_sqrt2) on keybase.
- I have a public key ASD-t7qFeSy5PFwf1wD6DjDW10flKg1g5M1xb9QYWsAvmAo
To claim this, I am signing this object:
#!/usr/bin/env runhaskell | |
module Root2 where | |
import System.IO | |
import Data.Ratio | |
import Data.List | |
import Data.Maybe | |
-- Some helper functions regarding the square root of 2. |
# An example to show how to use sed and awk to filter rows to read in | |
# by matching a pattern. | |
## generate some toy data | |
X <- data.frame(matrix(runif(1e3, 0,1), 100,10)) | |
dim(X) | |
X[[11]] <- Sys.time() - c(1:nrow(X))*1e5 | |
## Write the test data. |
I hereby claim:
To claim this, I am signing this object:
import numpy as np | |
import pytest | |
import io | |
# Using commit 5f6f5147f32c822e0871578355b2d314d16a5f63 | |
from rerf.RerF import fastPredict, fastRerF, fastPredictPost | |
from contextlib import redirect_stdout | |
def get_params(forest): |
--- | |
title: "C++-RerF gini function experiment:" | |
author: "Jesse Leigh Patsolic" | |
output: | |
pdf_document: | |
html_document: | |
keep_md: true | |
--- | |
<!-- |
# | |
require(rerf) | |
data(mnist) | |
subind <- mnist$Ytrain %in% c(3:5) | |
Y <- mnist$Ytrain[subind] | |
X <- mnist$Xtrain[subind, ] |
body { background: #222; color: #e6e6e6; } | |
a { color: #949494; } | |
a:link, a:visited { color: #949494; } | |
a:hover, a:active, a:focus { color: #c7c7c7; } | |
hr { border-bottom: 1px solid #424242; border-top: 1px solid #222; } |
locations.csv give the locations of the detected synapses.
k15F0_jlp_1e3.csv are the feature vectors of each location stored in a data.frame This is probably the one you'll want to use for analysis.