# python dictionary for loadADDEImage
abiParms = dict(
    server = 'geoarc.ssec.wisc.edu',
    dataset = 'ADOE4',
    descriptor = 'FD',
    day = '2016-09-05',
    time = '17:13:22',
    unit = 'TEMP',
    size = 'ALL',
    )

# individual loadADDEImage calls for each band
b8 = loadADDEImage(band = 8, **abiParms)
b10 = loadADDEImage(band = 10, **abiParms)
b12 = loadADDEImage(band = 12, **abiParms)
b13 = loadADDEImage(band = 13, **abiParms)

# rescaling and band subtraction to create r, g, b objects
red = rescale(b8-b10, -25, 0, 0, 255)
green = rescale(b12-b13, -40, 5, 0, 255)
blue = rescale(b8, 243, 208, 0, 255)

# create the RGB object
rgbData = combineRGB(red, green, blue)

# build a window to display the data in
rgbDisplay = buildWindow(height=1000, width=1500)

# display the data and set the layer label
rgbLayer = rgbDisplay[0].createLayer('3 Color (RGB) Image', rgbData)
rgbLayer.setLayerLabel('ABI Airmass RGB (DOE-4) %timestamp%')