View difference between Paste ID: pvJkTR3r and UPcC5vgK

 <?php
 	try
 	{
-		$abyss = array(brightness=>-18,contrast=>1,hue=>275,saturation=>0.0234375,lightness=>1.09375);
+		$background = array(brightness=>-18,contrast=>1,hue=>275,saturation=>0.0234375,lightness=>1.09375);
-		$white = array(brightness=>45,contrast=>1.44531,hue=>10,saturation=>0.0234375,lightness=>1.5625);
+		$primary = array(brightness=>-2,contrast=>1,hue=>135,saturation=>0.546875,lightness=>0.976563);
-		$grape = array(brightness=>-3,contrast=>1,hue=>305,saturation=>0.507813,lightness=>0.9375);
+		$secondary = array(brightness=>4,contrast=>1,hue=>240,saturation=>0.625,lightness=>1.09375);
 
-		$image1 = new Imagick("./emblems/2a.png");
+		$image1 = new Imagick("./emblems/58a.png");
-		$image2 = new Imagick("./emblems/2b.png");
+		$image2 = new Imagick("./emblems/58b.png");
-		$imagebk = new Imagick("./backgrounds/19.png");
+		$imagebk = new Imagick("./backgrounds/0.png");
 
 		// Re-colour Emblem Primary Part
 		$it = $image1->getPixelIterator();
 		foreach( $it as $row => $pixels )
 		{
 			foreach ( $pixels as $column => $pixel )
 			{
 				$alpha = $pixel->getColorValue(imagick::COLOR_ALPHA);
 				if($alpha>0){
 					$colour = $pixel->getColor();
 					$baseRGB = array($colour['r'],$colour['g'],$colour['b']);
-					$rgb = compositeColorShiftRgb($white, $baseRGB);
+					$rgb = compositeColorShiftRgb($primary, $baseRGB);
 					$r = $rgb[0];
 					$g = $rgb[1];
 					$b = $rgb[2];
 					$pixel->setColor( "rgba($r,$g,$b,$alpha)" );
 				}
 			}
 			$it->syncIterator();
 		}
 
 		// Re-colour Emblem Secondary Part
 		$it = $image2->getPixelIterator();
 		foreach( $it as $row => $pixels )
 		{
 			foreach ( $pixels as $column => $pixel )
 			{
 				$alpha = $pixel->getColorValue(imagick::COLOR_ALPHA);
 				if($alpha>0){
 					$colour = $pixel->getColor();
 					$baseRGB = array($colour['r'],$colour['g'],$colour['b']);
-					$rgb = compositeColorShiftRgb($grape, $baseRGB);
+					$rgb = compositeColorShiftRgb($secondary, $baseRGB);
 					$r = $rgb[0];
 					$g = $rgb[1];
 					$b = $rgb[2];
 					$pixel->setColor( "rgba($r,$g,$b,$alpha)" );
 				}
 			}
 			$it->syncIterator();
 		}
 
 		// Re-colour Emblem Background Part
 		$it = $imagebk->getPixelIterator();
 		foreach( $it as $row => $pixels )
 		{
 			foreach ( $pixels as $column => $pixel )
 			{
 				$alpha = $pixel->getColorValue(imagick::COLOR_ALPHA);
 				if($alpha>0){
 					$colour = $pixel->getColor();
 					$baseRGB = array($colour['r'],$colour['g'],$colour['b']);
-					$rgb = compositeColorShiftRgb($abyss, $baseRGB);
+					$rgb = compositeColorShiftRgb($background, $baseRGB);
 					$r = $rgb[0];
 					$g = $rgb[1];
 					$b = $rgb[2];
 					$pixel->setColor( "rgba($r,$g,$b,$alpha)" );
 				}
 			}
 			$it->syncIterator();
 		}
 
 		$image1->compositeImage( $image2, $image2->getImageCompose(), 0, 0 );
 		$imagebk->compositeImage( $image1, $image1->getImageCompose(), 0, 0 );
 		header("Content-Type: image/png");
 		echo $imagebk;
 	}
 	catch(Exception $e)
 	{
 		echo $e->getMessage();
 	}
 
 	// Function matrix_multiply by smiley: https://gist.github.com/codemasher/b869faa7603e1934c28d
 	function matrix_multiply($m1, $m2){
 		$r = count($m1);
 		$c = count($m2[0]);
 		$p = count($m2);
 		if(count($m1[0]) != $p){
 			return false; //incompatible matrix
 		}
 		$m3 = array();
 		for($i = 0; $i < $r; $i++){
 			for($j = 0; $j < $c; $j++){
 				$m3[$i][$j] = 0;
 				for($k = 0; $k < $p; $k++){
 					$m3[$i][$j] += $m1[$i][$k]*$m2[$k][$j];
 				}
 			}
 		}
 		return ($m3);
 	}
 
 
 	// Function compositeColorShiftRgb by smiley: https://gist.github.com/codemasher/b869faa7603e1934c28d
 	function compositeColorShiftRgb($hslbc, $base){
 		//colors from the response .json -> material
 		$h = ($hslbc['hue']*pi())/180;
 		$s = $hslbc['saturation'];
 		$l = $hslbc['lightness'];
 		$b = $hslbc['brightness']/128;
 		$c = $hslbc['contrast'];
 
 		// 4x4 identity matrix
 		$matrix = array(
 			array(1, 0, 0, 0),
 			array(0, 1, 0, 0),
 			array(0, 0, 1, 0),
 			array(0, 0, 0, 1)
 		);
 
 		if($b != 0 || $c != 1){
 			// process brightness and contrast
 			$t = 128*(2*$b+1-$c);
 			$mult = array(
 				array($c,  0,  0, $t),
 				array( 0, $c,  0, $t),
 				array( 0,  0, $c, $t),
 				array( 0,  0,  0,  1)
 			);
 			$matrix = matrix_multiply($mult, $matrix);
 		}
 
 		if($h != 0 || $s != 1 || $l != 1){
 			// transform to HSL
 			$multRgbToHsl = array(
 				array( 0.707107, 0,        -0.707107, 0),
 				array(-0.408248, 0.816497, -0.408248, 0),
 				array( 0.577350, 0.577350,  0.577350, 0),
 				array( 0,        0,         0,        1)
 			);
 			$matrix = matrix_multiply($multRgbToHsl, $matrix);
 
 			// process adjustments
 			$cosHue = cos($h);
 			$sinHue = sin($h);
 			$mult = array(
 				array( $cosHue * $s, $sinHue * $s,  0, 0),
 				array(-$sinHue * $s, $cosHue * $s,  0, 0),
 				array(            0,            0, $l, 0),
 				array(            0,            0,  0, 1)
 			);
 			$matrix = matrix_multiply($mult, $matrix);
 
 			// transform back to RGB
 			$multHslToRgb = array(
 				array( 0.707107, -0.408248, 0.577350, 0),
 				array( 0,         0.816497, 0.577350, 0),
 				array(-0.707107, -0.408248, 0.577350, 0),
 				array( 0,         0,        0,        1)
 			);
 			$matrix = matrix_multiply($multHslToRgb, $matrix);
 		}
 
 		// apply the color transformation
 		$bgrVector = array(
 			array($base[2]),
 			array($base[1]),
 			array($base[0]),
 			array(1)
 		);
 		$bgrVector =  matrix_multiply($matrix,$bgrVector);
 		$rgb = array($bgrVector[2][0], $bgrVector[1][0], $bgrVector[0][0]);
 
 		// clamp the values
 		$rgb[0] = floor(max(0, min(255, $rgb[0])));
 		$rgb[1] = floor(max(0, min(255, $rgb[1])));
 		$rgb[2] = floor(max(0, min(255, $rgb[2])));
 
 		return $rgb;
 	}
 ?>