diff --git a/lib/eos/eos.class.php b/lib/eos/eos.class.php
index f6b336b8..325bb604 100644
--- a/lib/eos/eos.class.php
+++ b/lib/eos/eos.class.php
@@ -438,167 +438,169 @@ class eqEOS {
  * @subpackage EOS
  * @version 2.0
  */
-class eqGraph extends eqEOS {
-	private $width;
-	private $height;
-	//GD Image reference
-	private $image;
+if ( ! class_exists( 'eqGraph' ) ):
+	class eqGraph extends eqEOS {
+		private $width;
+		private $height;
+		//GD Image reference
+		private $image;
 
-	/**
-	 * Constructor
-	 *
-	 * Sets up the Graph class with an image width and height defaults to
-	 * 640x480
-	 *
-	 * @param Integer $width Image width
-	 * @param Integer $height Image height
-	 */
-	public function __construct($width=640, $height=480) {
-		// default width and height equal to that of a poor monitor (in early 2000s)
-		$this->width = $width;
-		$this->height = $height;
-		//initialize main class variables
-		parent::__construct();
-	} //end function eqGraph
+		/**
+		 * Constructor
+		 *
+		 * Sets up the Graph class with an image width and height defaults to
+		 * 640x480
+		 *
+		 * @param Integer $width Image width
+		 * @param Integer $height Image height
+		 */
+		public function __construct($width=640, $height=480) {
+			// default width and height equal to that of a poor monitor (in early 2000s)
+			$this->width = $width;
+			$this->height = $height;
+			//initialize main class variables
+			parent::__construct();
+		} //end function eqGraph
 
 
-	/**
-	 * Create GD Graph Image
-	 *
-	 * Creates a GD image based on the equation given with the parameters that are set
-	 *
-	 * @param String $eq Equation to use.  Needs variable in equation to create graph, all variables are interpreted as 'x'
-	 * @param Integer $xLow Lower x-bound for graph
-	 * @param Integer $xHigh Upper x-bound for graph
-	 * @param Float $xStep Stepping points while solving, the lower, the better precision. Slow if lower than .01
-	 * @param Boolean $xyGrid Draw gridlines?
-	 * @param Boolean $yGuess Guess the upper/lower yBounds?
-	 * @param Integer $yLow Lower y-bound
-	 * @param Integer $yHigh Upper y-bound
-	 * @return Null
-	 */
-	public function graph($eq, $xLow, $xHigh, $xStep, $xyGrid = false, $yGuess = true, $yLow=false, $yHigh=false) {
-		//create our image and allocate the two colors
-		$img = ImageCreate($this->width, $this->height);
-		$white = ImageColorAllocate($img, 255, 255, 255);
-		$black = ImageColorAllocate($img, 0, 0, 0);
-		$grey = ImageColorAllocate($img, 220, 220, 220);
-		$xStep = abs($xStep);
-		//DEVELOPER, UNCOMMENT NEXT LINE IF WANTING TO PREVENT SLOW GRAPHS
-		//$xStep = ($xStep > .01) ? $xStep : 0.01;
-		if($xLow > $xHigh)
-			list($xLow, $xHigh) = array($xHigh, $xLow);	//swap function
-		
-		$xScale = $this->width/($xHigh-$xLow);
-		$counter = 0;
-		for($i=$xLow;$i<=$xHigh;$i+=$xStep) {
-			$tester = sprintf("%10.3f",$i);
-			if($tester == "-0.000") $i = 0;
-			$y = $this->solveIF($eq, $i);
-
-			// If developer asked us to find the upper and lower bounds for y... 
-			if($yGuess==true) {
-				$yLow = ($yLow===false || ($y<$yLow)) ? $y : $yLow;
-				$yHigh = ($yHigh===false || $y>$yHigh) ? $y : $yHigh;
-			}
-			$xVars[$counter] = $y;
-			$counter++;			
-		}
-		// add 0.01 to each side so that if y is from 1 to 5, the lines at 1 and 5 are seen 
-		$yLow-=0.01;$yHigh+=0.01;
-
-		//Now that we have all the variables stored...find the yScale
-		$yScale = $this->height/(($yHigh)-($yLow));
-
-		// if developer wanted a grid on the graph, add it now 
-		if($xyGrid==true) {
-			for($i=ceil($yLow);$i<=floor($yHigh);$i++) {
-				$i0 = abs($yHigh-$i);
-				ImageLine($img, 0, $i0*$yScale, $this->width, $i0*$yScale, $grey);
-			}
-			for($i=ceil($xLow);$i<=floor($xHigh);$i++) {
-				$i0 = abs($xLow-$i);
-				ImageLine($img, $i0*$xScale, 0, $i0*$xScale, $this->height, $grey);
-			}
-		}
-		
-		//Now that we have the scales, let's see if we can draw an x/y-axis
-		if($xLow <= 0 && $xHigh >= 0) {
-			//the y-axis is within our range - draw it.
-			$x0 = abs($xLow)*$xScale;
-			ImageLine($img, $x0, 0, $x0, $this->height, $black);
-			for($i=ceil($yLow);$i<=floor($yHigh);$i++) {
-				$i0 = abs($yHigh-$i);
-				ImageLine($img, $x0-3, $i0*$yScale, $x0+3, $i0*$yScale, $black);
-			}
-		}
-		if($yLow <= 0 && $yHigh >= 0) {
-			//the x-axis is within our range - draw it.
-			$y0 = abs($yHigh)*$yScale;
-			ImageLine($img, 0, $y0, $this->width, $y0, $black);
-			for($i=ceil($xLow);$i<=floor($xHigh);$i++) {
-				$i0 = abs($xLow-$i);
-				ImageLine($img, $i0*$xScale, $y0-3, $i0*$xScale, $y0+3, $black);
-			}
-		}
-		$counter=2;
-
-		//now graph it all ;]
-		for($i=$xLow+$xStep;$i<=$xHigh;$i+=$xStep) {
-			$x1 = (abs($xLow - ($i - $xStep)))*$xScale;
-			$y1 = (($xVars[$counter-1]<$yLow) || ($xVars[$counter-1] > $yHigh)) ? -1 : (abs($yHigh - $xVars[$counter-1]))*$yScale;
-			$x2 = (abs($xLow - $i))*$xScale;
-			$y2 = (($xVars[$counter]<$yLow) || ($xVars[$counter] > $yHigh)) ? -1 : (abs($yHigh - $xVars[$counter]))*$yScale;
+		/**
+		 * Create GD Graph Image
+		 *
+		 * Creates a GD image based on the equation given with the parameters that are set
+		 *
+		 * @param String $eq Equation to use.  Needs variable in equation to create graph, all variables are interpreted as 'x'
+		 * @param Integer $xLow Lower x-bound for graph
+		 * @param Integer $xHigh Upper x-bound for graph
+		 * @param Float $xStep Stepping points while solving, the lower, the better precision. Slow if lower than .01
+		 * @param Boolean $xyGrid Draw gridlines?
+		 * @param Boolean $yGuess Guess the upper/lower yBounds?
+		 * @param Integer $yLow Lower y-bound
+		 * @param Integer $yHigh Upper y-bound
+		 * @return Null
+		 */
+		public function graph($eq, $xLow, $xHigh, $xStep, $xyGrid = false, $yGuess = true, $yLow=false, $yHigh=false) {
+			//create our image and allocate the two colors
+			$img = ImageCreate($this->width, $this->height);
+			$white = ImageColorAllocate($img, 255, 255, 255);
+			$black = ImageColorAllocate($img, 0, 0, 0);
+			$grey = ImageColorAllocate($img, 220, 220, 220);
+			$xStep = abs($xStep);
+			//DEVELOPER, UNCOMMENT NEXT LINE IF WANTING TO PREVENT SLOW GRAPHS
+			//$xStep = ($xStep > .01) ? $xStep : 0.01;
+			if($xLow > $xHigh)
+				list($xLow, $xHigh) = array($xHigh, $xLow);	//swap function
 			
-			// if any of the y values were found to be off of the y-bounds, don't graph those connecting lines 
-			if($y1!=-1 && $y2!=-1)
-				ImageLine($img, $x1, $y1, $x2, $y2, $black);
-			$counter++;
+			$xScale = $this->width/($xHigh-$xLow);
+			$counter = 0;
+			for($i=$xLow;$i<=$xHigh;$i+=$xStep) {
+				$tester = sprintf("%10.3f",$i);
+				if($tester == "-0.000") $i = 0;
+				$y = $this->solveIF($eq, $i);
+
+				// If developer asked us to find the upper and lower bounds for y... 
+				if($yGuess==true) {
+					$yLow = ($yLow===false || ($y<$yLow)) ? $y : $yLow;
+					$yHigh = ($yHigh===false || $y>$yHigh) ? $y : $yHigh;
+				}
+				$xVars[$counter] = $y;
+				$counter++;			
+			}
+			// add 0.01 to each side so that if y is from 1 to 5, the lines at 1 and 5 are seen 
+			$yLow-=0.01;$yHigh+=0.01;
+
+			//Now that we have all the variables stored...find the yScale
+			$yScale = $this->height/(($yHigh)-($yLow));
+
+			// if developer wanted a grid on the graph, add it now 
+			if($xyGrid==true) {
+				for($i=ceil($yLow);$i<=floor($yHigh);$i++) {
+					$i0 = abs($yHigh-$i);
+					ImageLine($img, 0, $i0*$yScale, $this->width, $i0*$yScale, $grey);
+				}
+				for($i=ceil($xLow);$i<=floor($xHigh);$i++) {
+					$i0 = abs($xLow-$i);
+					ImageLine($img, $i0*$xScale, 0, $i0*$xScale, $this->height, $grey);
+				}
+			}
+			
+			//Now that we have the scales, let's see if we can draw an x/y-axis
+			if($xLow <= 0 && $xHigh >= 0) {
+				//the y-axis is within our range - draw it.
+				$x0 = abs($xLow)*$xScale;
+				ImageLine($img, $x0, 0, $x0, $this->height, $black);
+				for($i=ceil($yLow);$i<=floor($yHigh);$i++) {
+					$i0 = abs($yHigh-$i);
+					ImageLine($img, $x0-3, $i0*$yScale, $x0+3, $i0*$yScale, $black);
+				}
+			}
+			if($yLow <= 0 && $yHigh >= 0) {
+				//the x-axis is within our range - draw it.
+				$y0 = abs($yHigh)*$yScale;
+				ImageLine($img, 0, $y0, $this->width, $y0, $black);
+				for($i=ceil($xLow);$i<=floor($xHigh);$i++) {
+					$i0 = abs($xLow-$i);
+					ImageLine($img, $i0*$xScale, $y0-3, $i0*$xScale, $y0+3, $black);
+				}
+			}
+			$counter=2;
+
+			//now graph it all ;]
+			for($i=$xLow+$xStep;$i<=$xHigh;$i+=$xStep) {
+				$x1 = (abs($xLow - ($i - $xStep)))*$xScale;
+				$y1 = (($xVars[$counter-1]<$yLow) || ($xVars[$counter-1] > $yHigh)) ? -1 : (abs($yHigh - $xVars[$counter-1]))*$yScale;
+				$x2 = (abs($xLow - $i))*$xScale;
+				$y2 = (($xVars[$counter]<$yLow) || ($xVars[$counter] > $yHigh)) ? -1 : (abs($yHigh - $xVars[$counter]))*$yScale;
+				
+				// if any of the y values were found to be off of the y-bounds, don't graph those connecting lines 
+				if($y1!=-1 && $y2!=-1)
+					ImageLine($img, $x1, $y1, $x2, $y2, $black);
+				$counter++;
+			}
+			$this->image = $img;
+		} //end function 'graph'
+
+		/**
+		 * Sends JPG to browser
+		 *
+		 * Sends a JPG image with proper header to output
+		 */
+		public function outJPG() {
+			header("Content-type: image/jpeg");
+			ImageJpeg($this->image);
 		}
-		$this->image = $img;
-	} //end function 'graph'
 
-	/**
-	 * Sends JPG to browser
-	 *
-	 * Sends a JPG image with proper header to output
-	 */
-	public function outJPG() {
-		header("Content-type: image/jpeg");
-		ImageJpeg($this->image);
-	}
-
-	/**
-	 * Sends PNG to browser
-	 *
-	 * Sends a PNG image with proper header to output
-	 */
-	function outPNG() {
-		header("Content-type: image/png");
-		ImagePng($this->image);
-	}
-	
-	/**
-	 * Output GD Image
-	 *
-	 * Will give the developer the GD resource for the graph that
-	 * can be used to store the graph to the FS or other media
-	 *
-	 * @return Resource GD Image Resource
-	 */
-	public function getImage() {
-		return $this->image;
-	}
-	
-	/**
-	 * Output GD Image
-	 *
-	 * Alias for eqGraph::getImage()
-	 *
-	 * @return Resource GD Image resource
-	 */
-	public function outGD() {
-		return $this->getImage();
-	}
-} //end class 'eqGraph'
+		/**
+		 * Sends PNG to browser
+		 *
+		 * Sends a PNG image with proper header to output
+		 */
+		function outPNG() {
+			header("Content-type: image/png");
+			ImagePng($this->image);
+		}
+		
+		/**
+		 * Output GD Image
+		 *
+		 * Will give the developer the GD resource for the graph that
+		 * can be used to store the graph to the FS or other media
+		 *
+		 * @return Resource GD Image Resource
+		 */
+		public function getImage() {
+			return $this->image;
+		}
+		
+		/**
+		 * Output GD Image
+		 *
+		 * Alias for eqGraph::getImage()
+		 *
+		 * @return Resource GD Image resource
+		 */
+		public function outGD() {
+			return $this->getImage();
+		}
+	} //end class 'eqGraph'
+endif;
 ?>
\ No newline at end of file
diff --git a/sportspress.php b/sportspress.php
index 6b263cbd..faaaed50 100644
--- a/sportspress.php
+++ b/sportspress.php
@@ -13,10 +13,10 @@ License: GPLv3
 */
 
 // Make sure we don't expose any info if called directly
-if ( !function_exists( 'add_action' ) ) {
+if ( !function_exists( 'add_action' ) ):
 	echo 'Hi there!  I\'m just a plugin, not much I can do when called directly.';
 	exit;
-}
+endif;
 
 define( 'SPORTSPRESS_VERSION', '0.3.3' );
 define( 'SPORTSPRESS_PLUGIN_URL', plugin_dir_url( __FILE__ ) );
@@ -24,7 +24,8 @@ define( 'SPORTSPRESS_PLUGIN_BASENAME', plugin_basename( __FILE__ ) );
 define( 'SPORTSPRESS_PLUGIN_FILE', __FILE__ );
 
 // Libraries
-require_once dirname( __FILE__ ) . '/lib/eos/eos.class.php' ;
+if ( ! class_exists( 'eqEOS' ) )
+	require_once dirname( __FILE__ ) . '/lib/eos/eos.class.php' ;
 
 // Globals
 require_once dirname( __FILE__ ) . '/admin/globals/continents.php';