tuxzz

// ==UserScript==
// @name         NoEnoughMoney,51zhy
// @namespace    http://tampermonkey.net/
// @version      0.1
// @description  try to take over the world!
// @author       You
// @match        yd.51zhy.cn/*
// @grant        none
// ==/UserScript==

tuxzz

import sys, time, subprocess

loop_interval = 0.5
control_point_list = ((54, 0), (55, 40), (60, 75), (65, 100))
max_temp_history_length = 20

get_temp_cmd = ["nvidia-settings", "-q=[gpu:0]/GPUCoreTemp", "-t"]
get_control_cmd = ["nvidia-settings", "-q=[gpu:0]/GPUFanControlState", "-t"]
get_fan_cmd = ["nvidia-settings", "-q=[fan:0]/GPUCurrentFanSpeed", "-t"]

tuxzz

# PMX 2.0 file format #

This is a description of the PMX file format. This is used for 3D models in Miku Miku Dance (MMD). 

Since I couldn't find any English descriptions of the PMX file format, I've made this, which is translated from http://gulshan-i-raz.geo.jp/labs/2012/10/17/pmx-format1/. I haven't used this file format yet, so please don't ask me what everything means.
An English guide to the PMD file format, which preceeded PMX, can be found here: http://mikumikudance.wikia.com/wiki/MMD:Polygon_Model_Data.

If you want to learn more, there are some open source projects on GitHub which can read this format, so go take a look at them.

Note: fields with type text begins with an int (32 bit) with how many bytes of text the section is.

tuxzz

Keybase proof

I hereby claim:

• I am tuxzz on github.
• I am tuxzz (https://keybase.io/tuxzz) on keybase.
• I have a public key whose fingerprint is 3E83 BB53 63B5 6953 F99A E9CC B356 A749 D378 14DD

To claim this, I am signing this object:

tuxzz

function levinson(R,L)
    a = zeros(L,L)
    P = zeros(1,L)

    # for m = 1
    a[1,1] = -R[2]/R[1]
    P[1] = R[1]*(1-a[1,1]^2)

    # for m = 2,3,4,..L
    for m = 2:L

tuxzz

function arcov(x,L)
    N = length(x)
    phi = zeros(L+1,L+1)
    for k = 0:L, i=0:L, n=L:N-1
        phi[k+1,i+1] += x[n+1-k]*x[n+1-i]
    end
    phi = phi./(N-L)

    a = phi[2:end,2:end]\-phi[2:end,1]
    P = phi[1,1] + phi[1,2:end]*a

tuxzz

function armcov(x,L)
    N = length(x)
    phi = zeros(L+1,L+1)
    for k = 0:L, i=0:L, n=0:N-L-1
        phi[k+1,i+1] += x[n+1+k]*x[n+1+i] + x[n+1+L-k]*x[n+1+L-i]
    end
    phi = phi./(2*(N-L))

    a = phi[2:end,2:end]\-phi[2:end,1]
    P = phi[1,1] + phi[1,2:end]*a

tuxzz

function arburg(x,p)
    N = length(x)

    P = zeros(1,p+1)
    f = zeros(p+1,N)
    b = zeros(p+1,N)
    a = zeros(p,p)

    # Initialisation
    f[1,:] = x

tuxzz

Function main(arg)
{
    /* 解析参数 */
    RUCE_UnitParam para = RUCE_ParsePara(arg);
    
    /* 从输入文件名提出音名 例如a.wav变成a */
    String inputPath = para.input;
    String outputPath = para.output;
    String inputFileName = BaseFromFilePath(inputPath);
    String inputDirName = DirFromFilePath(inputPath);