def createNewPyramid(self):
    superscript = str.maketrans('0123456789', '⁰¹²³⁴⁵⁶⁷⁸⁹')
    displayMetersSquared = 'm2'.translate(superscript)
    displayMetersCubed = 'm3'.translate(superscript)
    blockVolume = self.calculateBlockVolume(Pyramid.BLOCK_HEIGHT, Pyramid.BLOCK_WIDTH, Pyramid.BLOCK_LENGTH)
    groundAreaCovered = self.calculateGroundArea(self.pyramidSideLength)
    pyramidVolume = self.calculatePyramidVolume(groundAreaCovered, self.pyramidHeight)
    countOfBlocks = self.countBlocks(pyramidVolume, blockVolume)
    mass = self.calculateMass(countOfBlocks, Pyramid.BLOCK_WEIGHT)
    displayAnswer = ((((((((('\n' + 'Ground Area Covered = {:,} {}'.format(groundAreaCovered, displayMetersSquared)) + '\n') + 'Pyramid Volume = {:,.0f} {}'.format(pyramidVolume, displayMetersCubed)) + '\n') + 'Blocks = {:,}'.format(countOfBlocks)) + '\n') + 'Mass = {:,} kg'.format(mass)) + '\n\n') + '*Pyramid is not to scale.')
    return displayAnswer
def createNewPyramid(self):
    superscript = str.maketrans('0123456789', '⁰¹²³⁴⁵⁶⁷⁸⁹')
    displayMetersSquared = 'm2'.translate(superscript)
    displayMetersCubed = 'm3'.translate(superscript)
    blockVolume = self.calculateBlockVolume(Pyramid.BLOCK_HEIGHT, Pyramid.BLOCK_WIDTH, Pyramid.BLOCK_LENGTH)
    groundAreaCovered = self.calculateGroundArea(self.pyramidSideLength)
    pyramidVolume = self.calculatePyramidVolume(groundAreaCovered, self.pyramidHeight)
    countOfBlocks = self.countBlocks(pyramidVolume, blockVolume)
    mass = self.calculateMass(countOfBlocks, Pyramid.BLOCK_WEIGHT)
    displayAnswer = ((((((((('\n' + 'Ground Area Covered = {:,} {}'.format(groundAreaCovered, displayMetersSquared)) + '\n') + 'Pyramid Volume = {:,.0f} {}'.format(pyramidVolume, displayMetersCubed)) + '\n') + 'Blocks = {:,}'.format(countOfBlocks)) + '\n') + 'Mass = {:,} kg'.format(mass)) + '\n\n') + '*Pyramid is not to scale.')
    return displayAnswer