gakonst

import math

def choose(n, k): return math.factorial(n) // math.factorial(k) // math.factorial(n-k)
def prob(n, k, p): return math.exp(math.log(p) * k + math.log(1-p) * (n-k) + math.log(choose(n, k)))
def probge(n, k, p): return sum([prob(n, i, p) for i in range(k, n+1)])

committee = 6125
half = committee / 2

for p in [0.45, 0.46, 0.47, 0.48, 0.49, 0.5, 0.51]:

gakonst

ΚΑΤΗΓΟΡΙΑ ΜΕΣΟΥ,ΟΝΟΜΑ ΜΕΣΟΥ,ΝΟΜΟΣ,ΠΟΣΟ ΒΑΣΕΙ ΕΝΤΟΛΩΝ,ΤΙΜΟΛΟΓΗΜΕΝΟ ΠΟΣΟ (ΠΡΟ ΚΡΑΤΗΣΕΩΝ),ΣΥΝΟΛΙΚΗ ΑΞΙΑ ΜΕ ΦΠΑ
ΕΝΤΥΠΟ,AGRENDA,,6.000,00,6.000,00,7.440,00
ΕΝΤΥΠΟ,ANAΓΝΩΣΤΗΣ ΕΛΑΣΣΟΝΑΣ,ΛΑΡΙΣΗΣ,1.500,00,1.500,00,1.860,00
ΕΝΤΥΠΟ,ATHENS REVIEW OF BOOKS,ΑΤΤΙΚΗΣ,5.000,00,5.000,00,6.200,00
ΕΝΤΥΠΟ,AXIANEWS,,6.000,00,6.000,00,7.440,00
ΕΝΤΥΠΟ,DEAL NEWS,,5.000,00,5.000,00,6.200,00
ΕΝΤΥΠΟ,DYTIKH FREE PRESS,ΑΤΤΙΚΗΣ,2.000,00,2.000,00,2.480,00
ΕΝΤΥΠΟ,KONTRA NEWS,,36.000,00,36.000,00,44.640,00
ΕΝΤΥΠΟ,LIVE SPORT,,4.000,00,4.000,00,4.960,00
ΕΝΤΥΠΟ,METROSPORT,ΘΕΣΣΑΛΟΝΙΚΗΣ,8.000,00,8.000,00,9.920,00

gakonst

pragma solidity ^0.6.6;

contract HegicReproduceBug {
  Option[] public options;
  enum State { Active, Exercised, Expired }
  
  struct Option {
    State state;
    uint expiration;
  }

gakonst

pragma solidity ^0.6.2;

contract Test {
    
    function test1() external {
        numOfPeaks(200);        
    }
    
    function test2() external {
        numOfPeaks2(200);        

gakonst

import pandas as pd
import matplotlib.pyplot as plt
import pylab
from scipy.optimize import curve_fit
import numpy as np
import datetime

# load the data
names = ["date", "infections", "age", "gender", "area", "source"]
df = pd.read_csv(

gakonst

Keybase proof

I hereby claim:

• I am gakonst on github.
• I am gakonst (https://keybase.io/gakonst) on keybase.
• I have a public key ASAigclj3x7AuazeWQkVupHUdx1XOv8oAUilNCSMaL3eTgo

To claim this, I am signing this object:

gakonst

import Web3 from 'web3'
import { Contract, Account, Signature } from 'web3/types';

// Converts any contract to a signed contract
class SignedContract {
    account: Account
    contract: Contract
    address: string
    web3: Web3

gakonst

Verifying my identity on Peepeth.com 0x867b5ec95ef7d6cfe460e5ae2b88fc3d10ac9098

gakonst

To Fork or not To Fork, that is the question.

Introduction

For the people that have not been following the news, it is now confirmed that Bitmain is selling an Ethereum mining ASIC. This can be potentially harmful for Ethereum's decentralization and thus the community is currently discussing on how this should be approached, potentially through a hard-fork change in the hashing algorithm used to achieve consensus.

There are valid arguments on both sides. I'll refer to bits and pieces I have extracted from my reading and understanding so far. This is where we should discuss with concrete arguments on each case.

My assumption is that full PoS, and not PoW/PoS Casper with epochs, is not close enough to be considered a remedy.

Ideas for the Fork

gakonst

pragma solidity ^0.4.21;

library TestLibPublic {
  struct Data {
    uint n;
  }

  function Set(Data storage self, uint a) public {
    self.n = a;
  }