diff --git a/README.md b/README.md
index 64e79e4..bca110b 100644
--- a/README.md
+++ b/README.md
@@ -17,4 +17,5 @@ You can find a simple Arduino example sketch [over here](https://github.com/javl
 I wrote the code with my 128x64 pixel monochrome OLED display in mind, but it should work with most similar displays. You might need to change some export settings; those are explained in the tool.
 
 ### Credit ###
-Initial code by [javl](https://github.com/javl), with aditional code by [wiredolphin](https://github.com/wiredolphin), [davidalim](https://github.com/davidalim) and [whoisnian](https://github.com/whoisnian). The example sketch was made by [Adafruit](https://github.com/adafruit).
+Initial code by [javl](https://github.com/javl), with aditional code by (in alphabetical order) [davidalim](https://github.com/davidalim), [jochenderwae](https://github.com/jochenderwae), [whoisnian](https://github.com/whoisnian) and [wiredolphin](https://github.com/wiredolphin).
+The example sketch is based on code by [Adafruit](https://github.com/adafruit).
diff --git a/index.html b/index.html
index 257f9fd..ec1cc48 100644
--- a/index.html
+++ b/index.html
@@ -220,7 +220,7 @@
 			<section class="sub-section">
 				<div class="table">
 					<div class="table-row">
-						<div class="table-cell"><label>Canvas size/s: </label></div>
+						<div class="table-cell"><label>Canvas size(s): </label></div>
 						<div class="table-cell">
 							<ul id="image-size-settings"></ul>
 							<div id="only-images-file-error" class="msg error-msg">Only images file type are allowed</div>
@@ -235,6 +235,8 @@
 							<label for="backgroundColorWhite" class="smallLabel">White</label>
 							<input id="backgroundColorBlack" type="radio" name="backgroundColor" value="black" onchange="updateRadio('backgroundColor')"/>
 							<label for="backgroundColorBlack" class="smallLabel">Black</label>
+							<input id="backgroundColorTransparent" type="radio" name="backgroundColor" value="transparent" onchange="updateRadio('backgroundColor')"/>
+							<label for="backgroundColorTransparent" class="smallLabel">Transparent</label>
 						</div>
 					</div>
 					<div class="table-row">
@@ -244,10 +246,11 @@
 						</div>
 					</div>
 					<div class="table-row">
-						<div class="table-cell"><label>Brightness threshold: </label></div>
+						<div class="table-cell"><label>Brightness / alpha threshold: </label></div>
 						<div class="table-cell">
 							<input id="threshold" class="size-input" type="number" min="0" max="255" name="threshold" oninput="updateInteger('threshold')" value="128"/>
-							<div class="note"><i>0 - 255; pixels with brightness above become white, below become black.</i></div>
+							<div class="note">
+								<i>0 - 255; if the brightness of a pixel is above the given level the pixel becomes white, otherwise they become black. When using alpha, opaque and transparent are used instead.</i></div>
 						</div>
 					</div>
 					<div class="table-row">
@@ -273,7 +276,7 @@
 					</div>
 				</div>
 				<div class="note">
-					<i>NOTE: Centering the image only works when using a canvas larger than the selected image.</i>
+					<i>Note: centering the image only works when using a canvas larger than the original image.</i>
 				</div>
 			</section>
 		</section>
@@ -342,19 +345,23 @@
 					<div class="table-row">
 						<div class="table-cell"><label>Draw mode:</label></div>
 						<div class="table-cell">
-							<input id="drawModeHorizontal" type="radio" name="drawMode" value="horizontal" checked="checked" onchange="updateRadio('drawMode')"/>
-							<label for="drawModeHorizontal" class="smallLabel">Horizontal</label>
-							<input id="drawModeVertical" type="radio" name="drawMode" value="vertical" onchange="updateRadio('drawMode')"/>
-							<label for="drawModeVertical" class="smallLabel">Vertical</label>
+							<select id="drawMode" name="drawMode" onchange="updateDrawMode(this)">
+								<option value="horizontal1bit">Horizontal - 1 bit per pixel</option>
+								<option value="vertical1bit">Vertical - 1 bit per pixel</option>
+								<option value="horizontal565">Horizontal - 2 bytes per pixel (565)</option>
+								<option value="horizontalAlpha">Horizontal - 1 bit per pixel alpha map</option>
+							</select>
 						</div>
 					</div>
 				</div>
-				<div class="note">
-					<i>If your image looks all messed up on your display, like the image below, try the other mode.</i>
+				<div id="note1bit">
+					<div class="note">
+						<i>If your image looks all messed up on your display, like the image below, try using a different mode.</i>
+					</div>
+					<img class="inlineImg"
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ELtgdcjQkw3I7N3bmjXMMtr1jIdE3GPPQGiZ2R49WVmS8Z2OGDFOY2R5Ebg4LS5QudBXmoFFAa8HgFmvMoKKMpRondPJ1n7zHllJTHqysyXjOxwwYpzGyPIjcHBaXKFzoK81AooDXg8As15lBRRlKNE7p5Os/eY8spKKL8K3+K+S4/OnAZx664QLAaFcydsIMKDgbhjQS1XgkOvNGWiZNNw5dOpnrpqIODZFbt3CzvD641uqcdcdMSrLUnKd7bsoM17hDA3qVSPIsZEu3M/wBr5zHMeDZFbt3CzvD641uqcdcdMSrLUnKd7bsoM17hDA3qVSPIsZEu3M/2vnMcx/7I0cio6i/SEeLYk7utTtFRtQGYMGYLuhYFBiATnHofb0JoIxB+f2k/FlS2gOqrLivcq7FbcMHqEbBcijYN5cgmBbq5SD3AFGaHNzDJCemktJ64dwqXvcgbYAijB/NMpQpqvVrXWE7y9LPKBOmp6qP3hpKlC5cv67SaYBaGK8nGlpY9VYNbR7+/OKI3rx4cZaRISOkidLXq7hR1dWMpAoBISUiNWDVhYO1NH6vxBPrK8jHo5xbmzK15YWUuvqWfU6u3Xj6XnJD0tZecK2y++w5+dCpo/V+IJ9ZXkY9HOLc2ZWvLCyl19Sz6nV268fS85IelrLzhW2X32HPzoVNH6vxBPrK8jHo5xbmzK15YWUuvqWfU6u3Xj6XnJD0tZecK2y++w5+dDE8a9pPbO4Y+w57MvR3WeouQGSy7x6z2Jdp2eh3e378NzsfJy+8/ysTxr2k9s7hj7Dnsy9HdZ6i5AZLLvHrPYl2nZ6Hd7fvw3Ox8nL7z/KxPGvaT2zuGPsOezL0d1nqLkBksu8es9iXadnod3t+/Dc7HycvvP8qpW71l4NyvJPsaeMdVhrnlCy+8W2U+kHO22EeTmGl6xqueatbDoCdfyWQB+rOJ9F514p9JhXD31ZVk82GtOoPY+zHNNmwny7ZUu6A21wqn6AXUdQ18Uz/8AyL+Crx8Uz/8AyL+Crx8Uz/8AyL+Crx8Uz/8AyL+Crx8Uz/8AyL+Crx8Uz/8AyL+Crx8Uz/8AyL+Crx8Uz/8AyL+Cr6+ILyLLCTqWEZW2m4oYi7SjS9C+ZdlZgMoFAwAsIFCYU4kESMZwlpLTTXxx8N3y43afCM3bqC9yd3KppTiT9IhFVmunvcyLCyVJTJrmW1EQKtRWLjlESCsBcfDd8uN2nwjN26gvcndyqaU4k/SIRVZrp73MiwslSUya5ltRECrUVi45REgrAXHw3fLjdp8IzduoL3J3cqmlOJP0iEVWa6e9zIsLJUlMmuZbURAq1FYuOURIKwFx8N3y43afCM3bqC9yd3KppTiT9IhFVmunvcyLCyVJTJrmW1EQKtRWLjlESCsBfSGXfsrB1dTAM+6QDbjDIVeXiJ9Iqrj04zEnAPLWU9TXabekfJGrrlNPu6Swx/SO/cDP/8AFP6Tnj6R37gZ/wD4p/Sc8cQ//m/46/SK8fDsA/sn4Wf6O8fDsA/sn4Wf6O8fDsA/sn4Wf6O8fDsA/sn4Wf6O8fm0wD+puO/5d4/NpgH9Tcd/y7x+bTAP6m47/l3j82mAf1Nx3/LvrzsybLChZr0ikyrGIAklX8mpUXlpTFKMtV3UmGE2w667bCpzLmjMRZw14p1aGS5AlWN5fmdS3XKXNisi1VyyjI2JVrCgWILmr5MXFsfVMg5L6mtLEmo+d1nUnFOrQyXIEqxvL8zqW65S5sVkWquWUZGxKtYUCxBc1fJi4tj6pkHJfU1pYk1Hzus6k4p1aGS5AlWN5fmdS3XKXNisi1VyyjI2JVrCgWILmr5MXFsfVMg5L6mtLEmo+d1nUnFOrQyXIEqxvL8zqW65S5sVkWquWUZGxKtYUCxBc1fJi4tj6pkHJfU1pYk1Hzus6k4p1aGS5AlWN5fmdS3XKXNisi1VyyjI2JVrCgWILmr5MXFsfVMg5L6mtLEmo+d1nUnFGlheXEaZjN8oUYqY2TulYdVLM7y3TWMhobpSrqWr71msGYtRgsHW3RRiywYk+Jf7/wCZf3isfHEv9/8AMv7xWP8Au85//M/3wx/wy88yw666wZtxxsxGGm2mCSMwyywaUynYOWcymMWciFJKU5y1lrrr4ZeeZYdddYM2442YjDTbTBJGYZZYNKZTsHLOZTGLORCklKc5ay1118MvPMsOuusGbccbMRhptpgkjMMssGlMp2DlnMpjFnIhSSlOctZa66+GXnmWHXXWDNuONmIw020wSRmGWWDSmU7ByzmUxizkQpJSnOWstddfDLzzLDrrrBm3HGzEYabaYJIzDLLBpTKdg5ZzKYxZyIUkpTnLWWuuvhl55lh111gzbjjZiMNNtMEkZhllg0plOwcs5lMYs5EKSUpzlrLXXXwy88yw666wZtxxsxGGm2mCSMwyywaUynYOWcymMWciFJKU5y1lrrr9X//EACMQAQABAwMEAwEAAAAAAAAAAAEAESFBEDFhIDBRgXHR8LH/2gAIAQEAAT8hcGshFnAN2LTJgEyGL7DEDVU0VAqwF2qW4Wor6EObHuWU1tf2xDzSA/pF/X0WPsfQocMBkTVyyw0aZ03vwyyw0bqzpvfgXlAnq+AZK7i8oE9XwDJXcXlAnq+AZK7i8oE9XwDJXcXlAnq+AZK7t7nEaCczpD9mDvrONaklL5FiXE7P+LNHGMOkfw5g/Hp8spqJXqiwo+TS1vkXQc1GdUSvVFhR8mlrfJvcVcN3JbSKwk0VmWmisy00VmWIXngQvPAheeBC88YInMsH2nbs1TTHUTUZWBfxjkxoJ9dAdCuOJwpM5tKmzeGtcbDbqhNSebw23WL1VlbxcJ6y01TGSdT6FIW7BXw8eM5wUGA1eRGrxyNQd54fYz/pmeg9bjEMZfPwUp1CztnzwsZucTEJFs+eFjNziYhItnzwsZucTEJFs+eFjNziYhIGE5e0wqeYgwP7mzelP3fIwIFdfojVo/rv/pUS1LPx37mUMy+ERU495VuIeg7QqXLvgeM7KUdXzEgwF8gDYYZARakQEMMrwyI537EhdvuxmoolBEbeEosqKwUInGcZSqTUxGBPuTd4WMIYOaPcm7wsYQwc2hNueLo4p0XmdfUuNCR5rU5B19S40JHmtTkJJpM4QI1GBJC6CHc0X4NCVU+ugh3NF+DQlV1fNgVDSFgeCWk2N4Nu0rSVhBBk+CjWCEvQyj/baqEowH3/AFgjV647eN+sEavXHbxv1gjV647eN/G1Eebnvsn8bUR5ue+yfxtRHm577J5pxOPuUtPr/ONnxE1Xt27du3bt2ynlgbTDICLUYpHw0J/CiFCrFI+GhP4UQoVYpHw0J/CiFCrFI+GhP4UQoV+KqscO0i5rvNePPzp06dly5ctLJAlrpTAjAql1cRVdIXJWPS6uIqukLkrHpdXEVXSFyVj0uriKrpC5Kx6XVxFV0hclY8Ai5Vkj3gurBVLl9pfIA2GGQEWol8gDYYZARaiXyANhhkBFqJfIA2GGQEWol8gDYYZARaiXyANhhkBFqJfIA2GGQEWpP//aAAwDAQACAAMAAAAQAAAkAkkkkEkAggAAEkkkAgAAgAEkkggAAEgkEgkAAEEkkAEkkkkgEkkkgkkkkAAAAkgAAAAAAAAA/8QAFBEBAAAAAAAAAAAAAAAAAAAAcP/aAAgBAwEBPxAY/8QAFBEBAAAAAAAAAAAAAAAAAAAAcP/aAAgBAgEBPxAY/8QAHhABAAICAwADAAAAAAAAAAAAAQARECEgMDFAQVD/2gAIAQEAAT8Qp7nLmS2ciYmBEzRVyYD6GXDwC4J0GaKRE/e8ecLsd1zmxL6xUYeNS8WZfaMuoGnlTvsyroCsNTs8l50FYanZ5LzvQY4/jYicz96DHH8bETmfvQY4/jYicz96DHH8bETmfvQY4/jYicz9KkRiHJRjmIMiJSKRFA1drlJ7v32qib5XkP1mMpTJ316Uo3o1Mqx0u0lDhlRQxk6EPBSodLtJS4ZWUOzI9lSoxbxV+csYFTljAqcsYFcPy34flvw/Lfh+W+ZDsTALaVdeC3wIWvdOeNzkhQQ+kgaSkC9wbj0weYPXKxK7icq0WeyCWPdhDoSIsoMciOO1HyYJUA6gx+QFHH4Zxc2pzV8vsuki4zBeT8/swZ+z1+TrTCkLZtvyG66yu8K2Ue4HNLsrvCtlHuBzS7K7wrZR7gc0uyu8K2Ue4HNLQAQD254lQ0oblaa0LJ/FhenbgrsalyFIOdwZDbsEWGTtxDTtOFxP6dTR3puPEFtjkTwDnJ1JYKREUv77AgBbjpUxip+e5BHjiY4jCaIYj7UuylGSDnOzIAtKhZwo6XREimdsWdEdCDNK2jbEOhBmlbRtiXUVDR17qE3hj492z4AxGKADHu2fAGIxQAN6nQQhQyvwUzIJdYgZeJ0KZkEusQMvHzehXrecFggzKZ++oVUZael/nSJNYkn8pQQMM30DGGMgCOaytQh8Ec1lahD4I5rK1CHwNKtLC2hpVpYW0NKtLC2qqCz6J5YG5Fv8O5o4cOHDhw4cCANuMlTGKn5fZ6SESki7H4X2ekhEpIux+F9npIRKSLsfhfZ6SES/JkXY/BLGSKt13oTbttHDhw4oUKFACJDSiWO7dRYR5KxnQ45jbCPJWM6HHMbYR5KxnQ45jbCPJWM6HHMbYR5KxnQ45jfZHWgqkIuBIUKFhAC3HSpjFT8IAW46VMYqfhAC3HSpjFT8IAW46VMYqfhAC3HSpjFT8IAW46VMYqfsCAFuOlTGKn7/2Q=="
-				width="150" height="64" alt="" />
 			</section>
 			<section class="sub-section">
 				<button type="button" class="generate-button" onclick="outputString()">Generate code</button>
@@ -365,6 +372,157 @@
 
 
 	<script type="text/javascript">
+		var ConversionFunctions = {
+			// Output the image as a string for horizontally drawing displays
+			horizontal1bit: function (data, canvasWidth, canvasHeight){
+				var output_string = "";
+				var output_index = 0;
+
+				var byteIndex = 7;
+				var number = 0;
+
+				// format is RGBA, so move 4 steps per pixel
+				for(var index = 0; index < data.length; index += 4){
+					// Get the average of the RGB (we ignore A)
+					var avg = (data[index] + data[index + 1] + data[index + 2]) / 3;
+					if(avg > settings["threshold"]){
+						number += Math.pow(2, byteIndex);
+					}
+					byteIndex--;
+
+					// if this was the last pixel of a row or the last pixel of the
+					// image, fill up the rest of our byte with zeros so it always contains 8 bits
+					if ((index != 0 && (((index/4)+1)%(canvasWidth)) == 0 ) || (index == data.length-4)) {
+						// for(var i=byteIndex;i>-1;i--){
+							// number += Math.pow(2, i);
+						// }
+						byteIndex = -1;
+					}
+
+					// When we have the complete 8 bits, combine them into a hex value
+					if(byteIndex < 0){
+						var byteSet = number.toString(16);
+						if(byteSet.length == 1){ byteSet = "0"+byteSet; }
+						var b = "0x"+byteSet;
+						output_string += b + ", ";
+						output_index++;
+						if(output_index >= 16){
+							output_string += "\n";
+							output_index = 0;
+						}
+						number = 0;
+						byteIndex = 7;
+					}
+				}
+				return output_string;
+			},
+
+
+			// Output the image as a string for vertically drawing displays
+			vertical1bit: function (data, canvasWidth, canvasHeight){
+				var output_string = "";
+				var output_index = 0;
+
+				for(var p=0; p < Math.ceil(settings["screenHeight"] / 8); p++){
+					for(var x = 0; x < settings["screenWidth"]; x++){
+						var byteIndex = 7;
+						var number = 0;
+
+						for (var y = 7; y >= 0; y--){
+							var index = ((p*8)+y)*(settings["screenWidth"]*4)+x*4;
+							var avg = (data[index] + data[index +1] + data[index +2]) / 3;
+							if (avg > settings["threshold"]){
+								number += Math.pow(2, byteIndex);
+							}
+							byteIndex--;
+						}
+						var byteSet = number.toString(16);
+						if (byteSet.length == 1){ byteSet = "0"+byteSet; }
+						var b = "0x"+byteSet.toString(16);
+						output_string += b + ", ";
+						output_index++;
+						if(output_index >= 16){
+							output_string += "\n";
+							output_index = 0;
+						}
+					}
+				}
+				return output_string;
+			},
+
+			// Output the image as a string for 565 displays (horizontally)
+			horizontal565: function (data, canvasWidth, canvasHeight){
+				var output_string = "";
+				var output_index = 0;
+
+				// format is RGBA, so move 4 steps per pixel
+				for(var index = 0; index < data.length; index += 4){
+					// Get the RGB values
+					var r = data[index];
+					var g = data[index + 1];
+					var b = data[index + 2];
+					// calculate the 565 color value
+					var rgb = ((r & 0b11111000) << 8) | ((g & 0b11111100) << 3) | ((b & 0b11111000) >> 3);
+					// Split up the color value in two bytes
+					var firstByte = (rgb >> 8) & 0xff;
+					var secondByte = rgb & 0xff;
+
+					var byteSet = rgb.toString(16);
+					while(byteSet.length < 4){ byteSet = "0" + byteSet; }
+					output_string += "0x" + byteSet + ", ";
+
+					// add newlines every 16 bytes
+					output_index++;
+					if(output_index >= 16){
+						output_string += "\n";
+						output_index = 0;
+					}
+				}
+				return output_string;
+			},
+
+			// Output the alpha mask as a string for horizontally drawing displays
+			horizontalAlpha: function (data, canvasWidth, canvasHeight){
+				var output_string = "";
+				var output_index = 0;
+
+				var byteIndex = 7;
+				var number = 0;
+
+				// format is RGBA, so move 4 steps per pixel
+				for(var index = 0; index < data.length; index += 4){
+					// Get alpha part of the image data
+					var alpha = data[index + 3];
+					if(alpha > settings["threshold"]){
+						number += Math.pow(2, byteIndex);
+					}
+					byteIndex--;
+
+					// if this was the last pixel of a row or the last pixel of the
+					// image, fill up the rest of our byte with zeros so it always contains 8 bits
+					if ((index != 0 && (((index/4)+1)%(canvasWidth)) == 0 ) || (index == data.length-4)) {
+						byteIndex = -1;
+					}
+
+					// When we have the complete 8 bits, combine them into a hex value
+					if(byteIndex < 0){
+						var byteSet = number.toString(16);
+						if(byteSet.length == 1){ byteSet = "0"+byteSet; }
+						var b = "0x"+byteSet;
+						output_string += b + ", ";
+						output_index++;
+						if(output_index >= 16){
+							output_string += "\n";
+							output_index = 0;
+						}
+						number = 0;
+						byteIndex = 7;
+					}
+				}
+				return output_string;
+			}
+		};
+
 		// An images collection with helper methods
 		function Images() {
 			var collection = [];
@@ -430,7 +588,8 @@
 			drawMode: "horizontal",
 			threshold: 128,
 			outputFormat: "plain",
-			invertColors: false
+			invertColors: false,
+			conversionFunction: ConversionFunctions.horizontal1bit
 		};
 
 		// Variable name, when "arduino code" is required
@@ -482,6 +641,34 @@
 			settings["outputFormat"] = elm.value;
 		}
 
+		function updateDrawMode(elm) {
+			var note = document.getElementById("note1bit");
+			if(elm.value == "horizontal1bit" || elm.value == "vertical1bit") {
+				note.style.display = "block";
+			} else {
+				note.style.display = "none";
+			}
+
+			var conversionFunction = ConversionFunctions[elm.value];
+			if(conversionFunction) {
+				settings.conversionFunction = conversionFunction;
+			}
+		}
+
+		function updateDrawMode(elm) {
+			var note = document.getElementById("note1bit");
+			if(elm.value == "horizontal1bit" || elm.value == "vertical1bit") {
+				note.style.display = "block";
+			} else {
+				note.style.display = "none";
+			}
+
+			var conversionFunction = ConversionFunctions[elm.value];
+			if(conversionFunction) {
+				settings.conversionFunction = conversionFunction;
+			}
+		}
+
 		// Make the canvas black and white
 		function blackAndWhite(canvas, ctx){
 			var imageData = ctx.getImageData(0,0,canvas.width, canvas.height);
@@ -522,10 +709,16 @@
 			//canvas.height = settings["screenHeight"];
 
 			// Invert background if needed
-			if (settings["invertColors"]){
-				settings["backgroundColor"] == "white" ? ctx.fillStyle = "black" : ctx.fillStyle = "white";
-			}else{
-				ctx.fillStyle = settings["backgroundColor"];
+			if (settings["backgroundColor"] == "transparent") {
+				ctx.fillStyle = "rgba(0,0,0,0.0)";
+				ctx.globalCompositeOperation = 'copy';
+			} else {
+				if (settings["invertColors"]){
+					settings["backgroundColor"] == "white" ? ctx.fillStyle = "black" : ctx.fillStyle = "white";
+				} else {
+					ctx.fillStyle = settings["backgroundColor"];
+				}
+				ctx.globalCompositeOperation = 'source-over';
 			}
 			ctx.fillRect(0, 0, canvas.width, canvas.height);
 
@@ -568,9 +761,12 @@
 				break;
 			}
 			// Make sure the image is black and white
-			blackAndWhite(canvas, ctx);
-			if(settings["invertColors"]){
-				invert(canvas, ctx);
+			if(settings.conversionFunction == ConversionFunctions.horizontal1bit
+				|| settings.conversionFunction == ConversionFunctions.vertical1bit) {
+				blackAndWhite(canvas, ctx);
+				if(settings["invertColors"]){
+					invert(canvas, ctx);
+				}
 			}
 		}
 
@@ -750,101 +946,16 @@
 			}
 		}
 
-		function imageToString(orientation, image){
-			if(orientation == "horizontal")
-				return imageToStringHorizontal(image);
-			return imageToStringVertical(image);
-		}
-
-		// Output the image as a string for horizontally drawing displays
-		function imageToStringHorizontal(image){
-			var ctx = image.ctx;
-			var canvas = image.canvas;
-
-			var imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
-
-			var output_string = "";
-			var output_index = 0;
-
-			var byteIndex = 7;
-			var number = 0;
-
-			// format is RGBA, so move 4 steps per pixel
-			for(var index = 0; index < imageData.data.length; index += 4){
-				// Get the average of the RGB (we ignore A)
-				var avg = (imageData.data[index] + imageData.data[index + 1] + imageData.data[index + 2]) / 3;
-				if(avg > settings["threshold"]){
-					number += Math.pow(2, byteIndex);
-				}
-				byteIndex--;
-
-				// if this was the last pixel of a row or the last pixel of the
-				// image, fill up the rest of our byte with zeros so it always contains 8 bits
-				if ((index != 0 && (((index/4)+1)%(canvas.width)) == 0 ) || (index == imageData.data.length-4)) {
-					// for(var i=byteIndex;i>-1;i--){
-						// number += Math.pow(2, i);
-					// }
-					byteIndex = -1;
-				}
-
-				// When we have the complete 8 bits, combine them into a hex value
-				if(byteIndex < 0){
-					var byteSet = number.toString(16);
-					if(byteSet.length == 1){ byteSet = "0"+byteSet; }
-					var b = "0x"+byteSet;
-					output_string += b + ", ";
-					output_index++;
-					if(output_index >= 16){
-						output_string += "\n";
-						output_index = 0;
-					}
-					number = 0;
-					byteIndex = 7;
-				}
-			}
-			return output_string;
-		}
-
-
-		// Output the image as a string for vertically drawing displays
-		function imageToStringVertical(image){
+		function imageToString(image){
+			// extract raw image data
 			var ctx = image.ctx;
 			var canvas = image.canvas;
 
 			var imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
 			var data = imageData.data;
-
-			var output_string = "";
-			var output_index = 0;
-
-			for(var p=0; p < Math.ceil(settings["screenHeight"] / 8); p++){
-				for(var x = 0; x < settings["screenWidth"]; x++){
-					var byteIndex = 7;
-					var number = 0;
-
-					for (var y = 7; y >= 0; y--){
-						var index = ((p*8)+y)*(settings["screenWidth"]*4)+x*4;
-						var avg = (data[index] + data[index +1] + data[index +2]) / 3;
-						if (avg > settings["threshold"]){
-							number += Math.pow(2, byteIndex);
-						}
-						byteIndex--;
-					}
-					var byteSet = number.toString(16);
-					if (byteSet.length == 1){ byteSet = "0"+byteSet; }
-					var b = "0x"+byteSet.toString(16);
-					output_string += b + ", ";
-					output_index++;
-					if(output_index >= 16){
-						output_string += "\n";
-						output_index = 0;
-					}
-				}
-			}
-			return output_string;
+			return settings.conversionFunction(data, canvas.width, canvas.height);
 		}
 
-
 		// Get the custom arduino output variable name, if any
 		function getIdentifier() {
 			var vn = document.getElementById("identifier");
@@ -863,7 +974,7 @@
 				case "arduino": {
 
 					images.each(function(image) {
-						code = imageToString(settings["drawMode"], image);
+						code = imageToString(image);
 
 						// Trim whitespace from end and remove trailing comma
 						code = code.replace(/,\s*$/,"");
@@ -872,7 +983,7 @@
 						var variableCount = images.length() > 1 ? count++ : "";
 						var comment = "// '" + image.glyph + "', "+image.canvas.width+"x"+image.canvas.height+"px\n";
 
-						code = comment + "const unsigned char " +
+						code = comment + "const " + getType() + " " +
 								getIdentifier() +
 								variableCount +
 								" [] PROGMEM = {" +
@@ -886,7 +997,7 @@
 				case "arduino_single": {
 					var comment = "";
 					images.each(function(image) {
-						code = imageToString(settings["drawMode"], image);
+						code = imageToString(image);
 						code = "\t" + code.split("\n").join("\n\t") + "\n";
 						comment = "\t// '" + image.glyph + ", " + image.canvas.width+"x"+image.canvas.height+"px\n";
 						output_string += comment + code;
@@ -894,7 +1005,7 @@
 
 					output_string = output_string.replace(/,\s*$/,"");
 
-					output_string = "const unsigned char "
+					output_string = "const " + getType() + " " +
 						+ getIdentifier()
 						+ " [] PROGMEM = {"
 						+ "\n" + output_string + "\n};";
@@ -905,7 +1016,7 @@
 					var comment = "";
 					var useGlyphs = 0;
 					images.each(function(image) {
-						code = imageToString(settings["drawMode"], image);
+						code = imageToString(image);
 						code = "\t" + code.split("\n").join("\n\t") + "\n";
 						comment = "\t// '" + image.glyph + ", " + image.canvas.width+"x"+image.canvas.height+"px\n";
 						output_string += comment + code;
@@ -960,7 +1071,7 @@
 				}
 				default: { // plain
 					images.each(function(image) {
-						code = imageToString(settings["drawMode"], image);
+						code = imageToString(image);
 						var comment = image.glyph ? ("// '" + image.glyph + "', " + image.canvas.width+"x"+image.canvas.height+"px\n") : "";
 						if(image.img != images.first().img) comment = "\n" + comment;
 						code = comment + code;
@@ -1116,6 +1227,15 @@
 			d[3] = 255;
 			ctx.putImageData(single_pixel, x, y);
 		}
+		// get the type (in arduino code) of the output image
+		// this is a bit of a hack, it's better to make this a property of the conversion function (should probably turn it into objects)
+		function getType() {
+			if (settings.conversionFunction == ConversionFunctions.horizontal565) {
+				return "uint16_t";
+			} else {
+				return "unsigned char";
+			}
+		}
 	</script>
 </body>
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