yunho0130

📗 문서 주소가 https://sce-tts.github.io/ 으로 변경되었습니다.

SCE-TTS와 관련한 최신 정보는 위 주소를 참고해주세요!

아래의 내용은 이전 문서 내용입니다.

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SCE-TTS: 내 목소리로 TTS 만들기

yunho0130

##Download CSV file from Kaggle
# https://www.kaggle.com/ehallmar/daily-historical-stock-prices-1970-2018#historical_stock_prices.csv

##Hurst Exponent
simpleHurst <- function(y){
  sd.y <- sd(y)
  m <- mean(y)
  y <- y - m
  max.y <- max(cumsum(y))
  min.y <- min(cumsum(y))

yunho0130

install.packages("kohonen")
require(kohonen)

data <- read_csv("mac_backup/# Ph_d/19-01/파이낸스인텔리전스(IIE7561-01)/week07/2LendingClub_data_preperation.csv")
data_matrix <- as.matrix(scale(data))

mygrid = somgrid(3, 4, "hexagonal")
som_model <- supersom(data_matrix, grid = mygrid)

som_model$unit.classif

yunho0130

yunho0130

# -*- coding: utf-8 -*-
# Car Class 
class Car:
    def __init__(self, model_name):
        self.model_name = model_name
# Stop 
    def stop(self):
        # Engine Stop
        print "엔진을 정지합니다."

yunho0130

# -*- coding: utf-8 -*-

"""

Created on Tue Sep 18 16:25:52 2018



@author: HDC_USER

yunho0130

# -*- coding: utf-8 -*-
"""
Created on Tue Sep 18 16:25:52 2018

@author: HDC_USER
"""
# 함수가 실행되면 리턴값이 존재하므로
# 결과값을 사용할 수 있다. 
def mul(val1, val2):
    return int(val1)*int(val2)

yunho0130

# -*- coding: utf-8 -*-
"""
Created on Tue Sep 18 16:25:52 2018

@author: HDC_USER
"""
print "Multiple Calculator"

num1 = raw_input("Input 1: ")

yunho0130

pragma solidity ^0.4.18;

// Import the MintableToken contract you just wrote.
import "./MintableToken.sol";

/** Create contract that generates your very own custom ERC20 token with minting capabilities.
 * You'll be "selling" the tokens this contract generates to your classmates using your crowdsale contract.
 * Make sure to inherit functionality from the MintableToken contract.
 * Rename the contract file to the name of your custom token (i.e. EricToken.sol or BuidlDApps.sol or RocketCoin.sol)
 */ 

yunho0130

pragma solidity ^0.4.18;

// Import OpenZeppelin's SafeMath contract to prevent overflow/underflow security issues
// import "./SafeMath.sol";
// Import the custom token contract you just wrote.
import "./HachToken.sol";

/** This is an assignment to create a smart contract that allows you to run your own token crowdsale.
 *  Your contract will mint your custom token every time a purchase is made by your or your classmates.
 *  We've provided you with the pseudocode and some hints to guide you in the right direction.