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:
Hey, I'm gakonst-17802178 and I have contributed to the ZKP2P Trusted Setup Ceremony V2.1 HDFC. | |
The following are my contribution signatures: | |
Circuit # 1 (zkp2p-hdfc-send-v2) | |
Contributor # 6 | |
Contribution Hash: 4129d1a1 16e3e942 323037bc d0dcd64f | |
24a87792 422d693b b40ffea5 a904b4e8 | |
9287853f 350e019f aa7a2cd9 abc4dd5b | |
4e7e176f ae9147e5 32931ded 32697e9d |
Hey, I'm gakonst-17802178 and I have contributed to the nocturne-v1 MPC Phase2 Trusted Setup ceremony. | |
The following are my contribution signatures: | |
Circuit # 1 (canonaddrsigcheck) | |
Contributor # 40 | |
Contribution Hash: 187ce374 e6e07ecd 14bef325 43547fd4 | |
72edbc2b c360053d ec7c1e5f d86d372e | |
d7af126f 555146c7 9e3a076d db0e4a5a | |
1964978b 1fc8a659 dadf716e fe0ab62d |
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]: |
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 |
pragma solidity ^0.6.6; | |
contract HegicReproduceBug { | |
Option[] public options; | |
enum State { Active, Exercised, Expired } | |
struct Option { | |
State state; | |
uint expiration; | |
} |
pragma solidity ^0.6.2; | |
contract Test { | |
function test1() external { | |
numOfPeaks(200); | |
} | |
function test2() external { | |
numOfPeaks2(200); |
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( |
I hereby claim:
To claim this, I am signing this object:
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 |
Verifying my identity on Peepeth.com 0x867b5ec95ef7d6cfe460e5ae2b88fc3d10ac9098 |