diff --git a/examples/BitmapIcons/BitmapIcons.ino b/examples/BitmapIcons/BitmapIcons.ino
index 8f86135..3270a70 100644
--- a/examples/BitmapIcons/BitmapIcons.ino
+++ b/examples/BitmapIcons/BitmapIcons.ino
@@ -38,7 +38,17 @@
  */
 MatrixPanel_I2S_DMA display; // RGB Panel
 
-// Wifi Logo, generated using LCD Image Converter: http://www.riuson.com/lcd-image-converter 
+/*
+ * Wifi Logo, generated with the following steps: 
+ *
+ * Python and Paint.Net needs to be installed.
+ *
+ * 1. SAVE BITMAP AS 1BIT COLOUR in paint.net
+ * 2. Run: bmp2hex.py -i -x loading.bmp
+ * 3. Copy paste output into sketch.
+ * 
+ */
+ 
 const char wifi_image1bit[] PROGMEM   =  {
  0x00,0x00,0x00,0xf8,0x1f,0x00,0x00,0x00,0x00,0x00,0x80,0xff,0xff,0x01,0x00,
  0x00,0x00,0x00,0xf0,0xff,0xff,0x07,0x00,0x00,0x00,0x00,0xfc,0xff,0xff,0x1f,
@@ -59,10 +69,7 @@ const char wifi_image1bit[] PROGMEM   =  {
  0x00,0x00,0x00,0x80,0x01,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,
  0x00  };
 
-/* Draw a bitmap, default bitmap pixels to white if no color provided.
- * Use LCD Image Converter to generate the char array: http://www.riuson.com/lcd-image-converter 
- * In Options>Conversion, use: Monochrome Preset
- */
+
 void drawXbm565(int x, int y, int width, int height, const char *xbm, uint16_t color = 0xffff) 
 {
   if (width % 8 != 0) {
diff --git a/examples/BitmapIcons/README.md b/examples/BitmapIcons/README.md
new file mode 100644
index 0000000..b22a14b
--- /dev/null
+++ b/examples/BitmapIcons/README.md
@@ -0,0 +1,13 @@
+# Xbm Bitmap example
+## Requirements
+* To generate the required Xbm data to be copied into the Sketch. Have python and paint.net installed.
+* Bitmap should match the resolution of your display configuration.
+
+## Instructions 
+ * 1. SAVE BITMAP AS 1BIT COLOUR in paint.net 
+ * 2. Run: bmp2hex.py -i -x loading.bmp
+ * 3. Copy paste output into sketch.
+ 
+ ![bmp2hex usage screenshot](screenshot.jpg)
+ 
+ 
\ No newline at end of file
diff --git a/examples/BitmapIcons/WiFi1bit.bmp b/examples/BitmapIcons/WiFi1bit.bmp
new file mode 100644
index 0000000..2bace87
Binary files /dev/null and b/examples/BitmapIcons/WiFi1bit.bmp differ
diff --git a/examples/BitmapIcons/bmp2hex.py b/examples/BitmapIcons/bmp2hex.py
new file mode 100644
index 0000000..f30ce24
--- /dev/null
+++ b/examples/BitmapIcons/bmp2hex.py
@@ -0,0 +1,248 @@
+#!/usr/bin/env python
+
+##@file bmp2hex.py
+#  @ingroup util
+#	A script for converting a 1-bit bitmap to HEX for use in an Arduino sketch.
+#
+#	The BMP format is well publicized. The byte order of the actual bitmap is a
+#	little unusual. The image is stored bottom to top, left to right. In addition,
+#	The pixel rows are rounded to DWORDS which are 4 bytes long. SO, to convert this
+#   to left to right, top to bottom, no byte padding. We have to do some calculations
+#	as we loop through the rows and bytes of the image. See below for more
+#
+#	Usage: 
+#	>>>bmp2hex.py [-i] [-r] [-n] [-d] [-x] [-w <bytes>] [-b <size-bytes>] <infile> <tablename>
+#	
+#	@param infile		The file to convert.
+#	@param tablename	The name of the table to create
+#	@param raw			"-r", bitmap written as raw table [optional]
+#	@param invert		"-i", to invert image pixel colors [optional] 
+#	@param tablewidth	"-w <bytes>, The number of characters for each row of the output table [optional]
+#	@param sizebytes	"-b <bytes>, Bytes = 0, 1, or 2. 0 = auto. 1 = 1-byte for sizes. 2 = 2-byte sizes (big endian) [optional]
+#	@param named		"-n", use a names structure [optional]
+##	@param double		"-d", use double bytes rather than single ones [optional]
+#	@param xbm			"-x", use XBM format (bits reversed in byte) [optional]
+#	@param version		"-v", returns version number
+#	
+#	@author Robert Gallup 2016-02
+#
+#	Author:    Robert Gallup (bg@robertgallup.com)
+#	License:   MIT Opensource License
+#
+#	Copyright 2016-2018 Robert Gallup 
+#
+
+import sys, array, os, textwrap, math, random, argparse
+
+class DEFAULTS(object):
+	STRUCTURE_NAME = 'GFXMeta'
+	VERSION = '2.3.4'
+
+def main ():
+
+	# Default parameters
+	infile = ""
+	tablename = ""
+	tablewidth = 16
+	sizebytes = 0
+	invert = False
+	raw = False
+	named = False
+	double = False
+	xbm = False
+	version = False
+
+	# Set up parser and handle arguments
+	parser = argparse.ArgumentParser()
+	# parser.add_argument ("infile", help="The BMP file(s) to convert", type=argparse.FileType('r'), nargs='+', default=['-'])
+	parser.add_argument ("infile", help="The BMP file(s) to convert", type=argparse.FileType('r'), nargs='*', default=['-'])
+	parser.add_argument ("-r", "--raw", help="Outputs all data in raw table format", action="store_true")
+	parser.add_argument ("-i", "--invert", help="Inverts bitmap pixels", action="store_true")
+	parser.add_argument ("-w", "--width", help="Output table width in hex bytes [default: 16]", type=int)
+	parser.add_argument ("-b", "--bytes", help="Byte width of BMP sizes: 0=auto, 1, or 2 (big endian) [default: 0]", type=int)
+	parser.add_argument ("-n", "--named", help="Uses named structure (" + DEFAULTS.STRUCTURE_NAME + ") for data", action="store_true")
+#	parser.add_argument ("-d", "--double", help="Defines data in 'words' rather than bytes", action="store_true")
+	parser.add_argument ("-x", "--xbm", help="Uses XBM bit order (low order bit is first pixel of byte)", action="store_true")
+	parser.add_argument ("-v", "--version", help="Returns the current bmp2hex version", action="store_true")
+	args = parser.parse_args()
+
+	# Required arguments
+	infile = args.infile
+
+	# Options
+	if args.raw:
+		raw = args.raw
+	if args.invert:
+		invert = args.invert
+	if args.width:
+		tablewidth = args.width
+	if args.bytes:
+		sizebytes = args.bytes % 3
+	if args.named:
+		named = args.named
+	# if args.double:
+	# 	double = args.double
+	double = False
+	if args.xbm:
+		xbm = args.xbm
+	if args.version:
+		print ('// bmp2hex version ' + DEFAULTS.VERSION)
+
+	# Output named structure, if requested
+	if (named):
+		print ('struct ' + DEFAULTS.STRUCTURE_NAME + ' {')
+		print ('  unsigned   int width;')
+		print ('  unsigned   int height;')
+		print ('  unsigned   int bitDepth;')
+		print ('             int baseline;')
+		print ('  ' + getDoubleType(double)[0] + 'pixel_data;')
+		print ('};')
+		print ('')
+
+	# Do the work
+	for f in args.infile:
+		if f == '-':
+			sys.exit()
+		bmp2hex(f.name, tablewidth, sizebytes, invert, raw, named, double, xbm)
+
+# Utility function. Return a long int from array (little endian)
+def getLONG(a, n):
+	return (a[n+3] * (2**24)) + (a[n+2] * (2**16)) + (a[n+1] * (2**8)) + (a[n])
+
+# Utility function. Return an int from array (little endian)
+def getINT(a, n):
+	return ((a[n+1] * (2**8)) + (a[n]))
+
+# Reverses pixels in byte
+def reflect(a):
+	r = 0
+	for i in range(8):
+		r <<= 1
+		r |= (a & 0x01)
+		a >>= 1
+	return (r)
+
+# Returns as a tuple, the data type and length for double versus short data types
+def getDoubleType (d):
+	if d:
+		dType = 'uint16_t' + ' *'
+		dLen = 2
+	else:
+		dType = 'uint8_t' + ' *'
+		dLen = 1
+
+	return (dType, dLen)
+
+
+# Main conversion function
+def bmp2hex(infile, tablewidth, sizebytes, invert, raw, named, double, xbm):
+
+	# Set up some variables to handle the "-d" option
+	(pixelDataType, dataByteLength) = getDoubleType(double)
+
+	# Set the table name to the uppercase root of the file name
+	tablename = os.path.splitext(infile)[0].upper()
+
+	# Convert tablewidth to characters from hex bytes
+	tablewidth = int(tablewidth) * 6
+
+	# Initilize output buffer
+	outstring =  ''
+
+	# Open File
+	fin = open(os.path.expanduser(infile), "rb")
+	uint8_tstoread = os.path.getsize(os.path.expanduser(infile))
+	valuesfromfile = array.array('B')
+	try:
+		valuesfromfile.fromfile(fin, uint8_tstoread)
+	finally:
+		fin.close()
+
+	# Get bytes from file
+	values=valuesfromfile.tolist()
+
+	# Exit if it's not a Windows BMP
+	if ((values[0] != 0x42) or (values[1] != 0x4D)):
+		sys.exit ("Error: Unsupported BMP format. Make sure your file is a Windows BMP.")
+
+	# Calculate width, heigth
+	dataOffset	= getLONG(values, 10)	# Offset to image data
+	pixelWidth  = getLONG(values, 18)	# Width of image
+	pixelHeight = getLONG(values, 22)	# Height of image
+	bitDepth	= getINT (values, 28)	# Bits per pixel
+	dataSize	= getLONG(values, 34)   # Size of raw data
+
+	# Calculate line width in bytes and padded byte width (each row is padded to 4-byte multiples)
+	byteWidth	= int(math.ceil(float(pixelWidth * bitDepth)/8.0))
+	paddedWidth	= int(math.ceil(float(byteWidth)/4.0)*4.0)
+
+	# For auto (sizebytes = 0), set sizebytes to 1 or 2, depending on size of the bitmap
+	if (sizebytes==0):
+		if (pixelWidth>255) or (pixelHeight>255):
+			sizebytes = 2
+		else:
+			sizebytes = 1
+
+	# The invert byte is set based on the invert command line flag (but, the logic is reversed for 1-bit files)
+	invertbyte = 0xFF if invert else 0x00
+	if (bitDepth == 1):
+		invertbyte = invertbyte ^ 0xFF
+
+	# Output the hex table declaration
+	# With "raw" output, output just an array of chars
+	if (raw):
+		# Output the data declaration
+		print ('PROGMEM unsigned char const ' + tablename + ' [] = {')
+
+		# Output the size of the BMP
+		if (not (sizebytes%2)):
+			print ("{0:#04X}".format((pixelWidth>>8) & 0xFF) + ", " + "{0:#04X}".format(pixelWidth & 0xFF) + ", " + \
+		    	  "{0:#04X}".format((pixelHeight>>8) & 0xFF) + ", " + "{0:#04X}".format(pixelHeight & 0xFF) + ",")
+		else:
+			print ("{0:#04X}".format(pixelWidth & 0xFF) + ", " + "{0:#04X}".format(pixelHeight & 0xFF) + ",")
+
+	elif (named):
+		print ('PROGMEM ' + getDoubleType(double)[0] + ' const ' + tablename + '_PIXELS[] = {')
+
+	elif (xbm):
+		print ('#define ' + tablename + '_width ' + str(pixelWidth))
+		print ('#define ' + tablename + '_height ' + str(pixelHeight))
+		print ('PROGMEM ' + getDoubleType(double)[0] + ' const ' + tablename + '_bits[] = {')
+
+	else:
+		print ('PROGMEM const struct {')
+		print ('  unsigned int   width;')
+		print ('  unsigned int   height;')
+		print ('  unsigned int   bitDepth;')
+		print ('  ' + pixelDataType + 'pixel_data[{0}];'.format(byteWidth * pixelHeight / dataByteLength)) 
+		print ('} ' + tablename + ' = {')
+		print ('{0}, {1}, {2}, {{'.format(pixelWidth, pixelHeight, bitDepth))
+
+	# Generate HEX bytes for pixel data in output buffer
+	try:
+		for i in range(pixelHeight):
+			for j in range (byteWidth):
+				ndx = dataOffset + ((pixelHeight-1-i) * paddedWidth) + j
+				v = values[ndx] ^ invertbyte
+				if (xbm):
+					v = reflect(v)
+					# print ("{0:#04x}".format(v))
+				outstring += "{0:#04x}".format(v) + ", "
+
+	# Wrap the output buffer. Print. Then, finish.
+	finally:
+		outstring = textwrap.fill(outstring[:-2], tablewidth)
+		print (outstring)
+		
+		if (named):
+			print ('};')
+			print (DEFAULTS.STRUCTURE_NAME + ' const ' + tablename + ' = {{{0}, {1}, {2}, 0, '.format(pixelWidth, pixelHeight, bitDepth) + \
+				 pixelDataType + tablename + "_PIXELS};\n\n")
+		else:
+			if (not (raw or xbm)):
+				print ("}")
+			print ("};")
+
+
+# Only run if launched from commandline
+if __name__ == '__main__': main()
\ No newline at end of file
diff --git a/examples/BitmapIcons/screenshot.jpg b/examples/BitmapIcons/screenshot.jpg
new file mode 100644
index 0000000..1148260
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