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	var reporequest = new XMLHttpRequest();
	var repodef = http_promise("GET", "json", "https://api.github.com/repos/" + OWNER + "/" + REPO, reporequest, function(response)
	{
		def.repodef = response;
console.log(def.repodef);
	});

	def.repolst = new Array();
	var reporequest = new XMLHttpRequest();

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function data_a_interpolate(data, alpha, width, height, red, green, blue)
{
    var m = 0;
    for(var n = 0; n < width * height * 4; n += 4, m++)
    {
        data[n + 0] = Math.linear_interpolate(alpha, red, data[n + 0]);
        data[n + 1] = Math.linear_interpolate(alpha, green, data[n + 1]);
        data[n + 2] = Math.linear_interpolate(alpha, blue, data[n + 2]);
        data[n + 3] = 0xff;
    }

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<script type="text/javascript" src="ext/underscore/underscore-min.js"></script>
<script src="https://ajax.googleapis.com/ajax/libs/jquery/2.1.3/jquery.min.js"></script>
<script type="text/javascript" src="ext/gh3/gh3.js"></script>
function load_github()
{
    var gh = new Gh3.User("reportbase");
    var ghr = new Gh3.Repository("scripts", gh);

    ghr.fetch(function (err, res)
    {

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function bouncing_ball2(cnv)
{
    var ball = new createjs.Shape();
    ball.graphics.setStrokeStyle(5, 'round', 'round');
    ball.graphics.beginStroke(('#000000'));
    ball.graphics.beginFill("#FF0000").drawCircle(0, 0, 50);
    ball.graphics.endStroke();
    ball.graphics.endFill();
    ball.graphics.setStrokeStyle(1, 'round', 'round');
    ball.graphics.beginStroke(('#000000'));

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template <typename node_t> inline
void reverse(node_t** head)
{
    node_t* prev = 0;
    while(*head)
    {
        node_t* next = (*head)->next;
        (*head)->next = prev;
        prev = *head;
        *head = next;

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// This is a subfunction of HSLtoRGB
inline void HSLtoRGB_Subfunction(unsigned int& c, const float& temp1, const float& temp2, const float& temp3)
{
    if((temp3 * 6) < 1)
        c = (unsigned int)((temp2 + (temp1 - temp2) * 6 * temp3) * 100);
    else if((temp3 * 2) < 1)
        c = (unsigned int)(temp1 * 100);
    else if((temp3 * 3) < 2)
        c = (unsigned int)((temp2 + (temp1 - temp2) * (.66666 - temp3) * 6) * 100);

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inline void binary_split(int* arr, int size, int split)
{
    if(size <= split)
        return;

    arr[size - 1] = true;
    int n = (int)ceil(size / 2.0);
    binary_split(arr, n, split);
    binary_split(arr + n, size - n, split);
}

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market marketlst [] =
{
    {"AMEX", "American Stock Exchange", "www.nyse.com", "www.nyse.com"},
    {"AMS", "Euronext Amsterdam", "www.aex.nl", "www.aex.nl"},
    {"ASX", "Australian Stock Exchange", "www.asx.com.au", "www.asx.com.au"},
    {"BRU", "Euronext Brussels", "www.euronext.com", "www.euronext.com"},
    {"BSE", "Bombay Stock Exchange", "www.bseindia.com", "www.bseindia.com"},
    {"CBOT", "Chicago Board of Trade", "www.cmegroup.com", "www.cmegroup.com"},
    {"CFE", "Chicago Futures Exchange", "cfe.cboe.com", "cfe.cboe.com"},
    {"CME", "Chicago Merchantile Exchange", "www.cmegroup.com", "www.cmegroup.com"},

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inline void extentsplit(float* e, int size, int width)
{
    int empty_slots = 0;
    int awidth = 0;
    for(int n = 0; n < size; ++n)
    {
        if(e[n] < 1)
            e[n] = width * std::abs(e[n]);
        awidth += e[n];
        empty_slots += e[n] == 0 ? 1 : 0;

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inline int is_bit_set(unsigned int val, int n)
{
    static unsigned int mask[] =
    {
        1, //0x1 << 0
        2, //0x1 << 1
        4, //0x1 << 2
        8, //0x1 << 3
        16, //0x1 << 4
        32, //0x1 << 5