function calendar_month ($month, $year
{
$start = getdatemktime(0,0,0,$month,1,$year));
$end = getdatemktime(0,0,0,$month+1,0,$year));
$end_date = $end'mday'];
$start_day = $start'wday'];
$html = "<table border=1><tr>
<th width=100>Sunday</th>
<th width=100>Monday</th>
<th width=100>Tuesday</th>
<th width=100>Wednesday</th>
<th width=100 >Thursday</th>
<th width=100>Friday</th>
<th width=100>Saturday</th>
</tr>n"
$date = 0;
$week_day = 0;
while ($date$end_date) {
if ($week_day==0)
$html .= "<tr>n"
if ($date==0)
if ($week_day==$start_day
$date++;
else
$date++;
if ($date==0)
$html .= "<td></td>"
else
$html .= "<td height=85 valign=top>$date</td>";
$week_day = ($week_day+1) % 7;
if ($week_day==0)
$html .= "</tr>n"
}
if ($week_day!=0) {
$html .= str_repeat"<td></td>", 7-$week_day);
$html .= "</tr>n"
}
$html .= "</table>"
return $html
}
Author: ToneDJCampbell
Show Address
<?php
/**
* show_address
*
* Given an address, show the location on a map.
*
* @version 0.6
* @author Contributors at eXorithm
* @link /algorithm/view/show_address Listing at eXorithm
* @link /algorithm/history/show_address History at eXorithm
* @license /home/show/license
*
* @param mixed $address The address to find.
* @return array latitude/longitude
*/
function show_address($address='The White House
1600 Pennsylvania Ave NW
Washington, DC
20500')
{
$data = file_get_contents("http://maps.googleapis.com/maps/api/geocode/json?address=".urlencode($address)."&sensor=false");
$obj = json_decode($data);
if ($obj) {
if (isset($obj->results[0]->geometry->location)) {
$loc = $obj->results[0]->geometry->location;
return array('latitude'=>$loc->lat, 'longitude'=>$loc->lng);
} else {
throw new Exception('Lookup failed and/or address does not exist!');
}
} else {
throw new Exception('Lookup failed and/or address does not exist!');
}
}
?>
eXorithm – Execute Algorithm: History For Algorithm fibonacci_binet
fibonacci_binet    version 0.3    Simple example of Fibonacci series algorithm using Binet
eXorithm – Execute Algorithm: View / Run Algorithm factorial
function factorial ($number
{
$factorial = 1;
while$number > 1)
{
$factorial *= $number
$number--;
}
return $factorial
}
eXorithm – Execute Algorithm: History For Algorithm draw_upc_barcode
draw_upc_barcode    version 0.3    Draw a barcode for a UPC number.
eXorithm – Execute Algorithm: Recently Updated Algorithms
eXorithm – Execute Algorithm: View / Run Algorithm sort_multi_array
function sort_multi_array ($array, $key
{
$keys = array();
for ($i=1;$ifunc_num_args();$i++) {
$keys$i-1] = func_get_arg$i);
}
// create a custom search function to pass to usort
$func = function ($a, $b) use ($keys) {
for ($i=0;$icount$keys);$i++) {
if ($a$keys$i]] != $b$keys$i]]) {
return ($a$keys$i]] < $b$keys$i]]) ? -1 : 1;
}
}
return 0;
};
usort$array, $func);
return $array
}
Overlay Image
<?php
/**
* overlay_image
*
* Overlay a transparent image on top of another image.
*
* @version 0.2
* @author Contributors at eXorithm
* @link /algorithm/view/overlay_image Listing at eXorithm
* @link /algorithm/history/overlay_image History at eXorithm
* @license /home/show/license
*
* @param resource $base (GD image)
* @param resource $image (GD image)
* @return mixed
*/
function overlay_image($base=null,$image=null)
{
$h = imagesy($image);
$w = imagesx($image);
imagealphablending($base, true);
imagesavealpha($base, true);
imagecopy($base, $image, 0, 0, 0, 0, $w, $h);
return $base;
}
?>
eXorithm – Execute Algorithm: View / Run Algorithm equilateral_shape
function equilateral_shape ($radius, $sides, $color
{
// blank image
$image = image_create_alpha$radius*2+4, $radius*2+4);
// create the color
$r = hexdecsubstr$color, 0, 2));
$g = hexdecsubstr$color, 2, 2));
$b = hexdecsubstr$color, 4, 2));
$color = imagecolorallocate$image, $r, $g, $b);
// The fudge factor is only used to rotate the shape so a flat
// line is at the bottom.
if (($sides%2)==0) {
if (($sides/2%2)==0) {
$fudge = pi()*1/$sides
} else {
$fudge = 0;
}
} else {
if ((($sides-1)/2%2)==0) {
$fudge = pi()*1.5/$sides
} else {
$fudge = pi()*0.5/$sides
}
}
$x0 = 0;
$y0 = 0;
// for the number of sides...
for ($i=0; $i$sides; $i++) {
// compute a point on the perimeter $i/$sides from the beginning
$x1 = round$radiuscos(2*pi()*$i$sides$fudge)+$radius+2);
$y1 = round$radiussin(2*pi()*$i$sides$fudge)+$radius+2);
if ($i==0) {
// If this is the first point then we can't draw a line yet
// because we don't have a second set of points to connect to.
// However, we need we need these points to connect the last
// set of points to.
$x0 = $x1
$y0 = $y1
} else {
// draw a line
imageline$image, $x1, $y1, $x2, $y2, $color);
}
// remember these points
$x2 = $x1
$y2 = $y1
}
// draw the final line
imageline$image, $x2, $y2, $x0, $y0, $color);
return $image
}
eXorithm – Execute Algorithm: Embed Algorithm stock_ticker
Embed This Algorithm
This page will help you embed the algorithm stock_ticker on a page on your own website. Just configure the inputs, then click the generate button to get a snippet of code you can paste onto your site. You have two options.
- You can embed the entire form. Users will be able to enter their own arguments, and will need to press the run button
to execute the algorithm. - You can add only the output of the algorithm to your website. There will be no argument inputs or run button.