zackmdavis

Welcome to Mezzanine v. 0.2.0! Privately think of a criterion concerning 
natural numbers not greater than 50. This program will attempt to efficiently 
infer the nature of the criterion by asking you whether specific numbers do or 
do not have the property of satisfying the criterion.
Size of hypothesis space: 21984
This program's belief distribution (over 21984 remaining hypotheses) has an 
entropy of 14.424 bits. Learning whether 18 has the property is expected to 
reduce the entropy by 1.000 bits.
Does 18 have the property? [Y/n] >> n
On the question of whether 18 has the property, you said false.

zackmdavis

https://docs.google.com/forms/d/1fkTXWOjVLirPuX0VO8AhDLWRM-lbfGD0ERshGSuTQbI/viewform

zackmdavis

in [200]: by_first_component[:100]
Out[200]: 
[('u', -1.9398326),
 ('parameter', -1.8654854),
 ('1-p', -1.8631597),
 ('f', -1.8552135),
 ('T', -1.7352118),
 ('q', -1.6937695),
 ('F', -1.6872095),
 ('Pr', -1.6614704),

zackmdavis

import csv
import logging

import bleach
import textblob
import gensim
from sklearn.decomposition import PCA
from numpy import dot
from numpy.linalg import norm

zackmdavis

				break
			}
			panic(err)
		}

		log.Printf("request is %#+v", req)

		switch req := req.(type) {
		case *fuse.StatfsRequest:
			stats, err := mountHandle.Statfs()

zackmdavis

#/usr/bin/env python3

from enum import Enum
from random import choice, randint
from datetime import datetime
from operator import add, sub, mul  # binary operations as functions!

# Enums were introduced in 3.4!
Operation = Enum('Operation', ('add', 'subtract', 'multiply'))

zackmdavis

    pub fn singular_value_decomp(&self) -> (Matrix<T>, Matrix<T>, Matrix<T>) {
        let ata = self.transpose() * self;
        let (ata_eigenvals, ata_eigvecs) = ata.eigendecomp();

        // (index, √λ) pairs (indices being order of return from `.eigendecomp`)
        let mut enumerated_singular_vals = ata_eigenvals.iter()
            .map(|s| s.sqrt())
            .enumerate()
            .collect::<Vec<_>>();

zackmdavis

package main

import (
	"bytes"
	"encoding/json"
	"fmt"
	"io"
	"net/http"
	"os"
)

zackmdavis

in [1]: import ast; from ast import *

in [2]: m = ast.parse('def at(): print("@")')

in [3]: m.body[0].name = "@"

in [4]: exec(compile(m, "<string>", 'exec'))

in [5]: globals()['@']
Out[5]: <function __main__.@>

zackmdavis

in [1]: import ast; from ast import *

in [2]: m = ast.parse('def at(): print("@")')

in [3]: m.body[0].name = "@"

in [4]: exec(compile(m, "<string>", 'exec'))

in [5]: globals()['@']
Out[5]: <function __main__.@>