_BASE_STATS_DATA = {
    1: {
        'PC': 80,
        'ST': 'Cannot Walk',
        'DX': 'Infant',
        'IQ': 'Vegetable',
        'HT': 'Barely awake'
    },

    2: {
        'PC': 70,
        'ST': 'Cannot Walk',
        'DX': 'Cannot Walk',
        'IQ': 'Insect',
        'HT': 'Barely awake'
    },

    3: {
        'PC': 60,
        'ST': '3 year old',
        'DX': 'Ludicrous',
        'IQ': 'Reptile',
        'HT': 'Very sickly'
    },

    4: {
        'PC': 50,
        'ST': '4 year old',
        'DX': 'Ludicrous',
        'IQ': 'Horse',
        'HT': 'Very sickly'
    },

    5: {
        'PC': 40,
        'ST': '6 year old',
        'DX': 'Ludicrous',
        'IQ': 'Dog',
        'HT': 'Sickly'
    },

    6: {
        'PC': 30,
        'ST': '8 year old',
        'DX': 'Ludicrous',
        'IQ': 'Chimpanzee',
        'HT': 'Sickly'
    },

    7: {
        'PC': 20,
        'ST': '10 year old',
        'DX': 'Clumsy',
        'IQ': 'Child',
        'HT': 'Weak'
    },

    8: {
        'PC': 15,
        'ST': '13 year old',
        'DX': 'Clumsy',
        'IQ': 'Dull',
        'HT': 'Weak'
    },

    9: {
        'PC': 10,
        'ST': 'Average',
        'DX': 'Average',
        'IQ': 'Dull average',
        'HT': 'Average'
    },

    10: {
        'PC': 0,
        'ST': 'Average',
        'DX': 'Average',
        'IQ': 'Average',
        'HT': 'Average'
    },

    11: {
        'PC': 10,
        'ST': 'Average',
        'DX': 'Average',
        'IQ': 'Average +',
        'HT': 'Average'
    },

    12: {
        'PC': 20,
        'ST': 'Weekend Athlete',
        'DX': 'Graceful',
        'IQ': 'Bright average',
        'HT': 'Energetic'
    },

    13: {
        'PC': 30,
        'ST': 'Athlete',
        'DX': 'Graceful',
        'IQ': 'Bright',
        'HT': 'Energetic'
    },

    14: {
        'PC': 45,
        'ST': 'Athlete',
        'DX': 'Graceful',
        'IQ': 'Very Bright',
        'HT': 'Energetic'
    },

    15: {
        'PC': 60,
        'ST': 'Weightlifter',
        'DX': 'Very nimble',
        'IQ': 'Genius minus',
        'HT': 'Very healthy'
    },

    16: {
        'PC': 80,
        'ST': 'Weightlifter',
        'DX': 'Very nimble',
        'IQ': 'Genius',
        'HT': 'Very healthy'
    },

    17: {
        'PC': 100,
        'ST': 'Circus strongman',
        'DX': 'Very nimble',
        'IQ': 'Genius-plus',
        'HT': 'Very healthy'
    },

    18: {
        'PC': 125,
        'ST': 'Circus strongman',
        'DX': 'Very nimble',
        'IQ': 'Genius-plus',
        'HT': 'Very healthy'
    },

    19: {
        'PC': 150,
        'ST': 'Olympic weightlifter',
        'DX': 'Incredible agile',
        'IQ': 'Nobel prize',
        'HT': 'Perfect health'
    },

    20: {
        'PC': 175,
        'ST': 'Olympic weightlifter',
        'DX': 'Incredible agile',
        'IQ': 'Nobel prize',
        'HT': 'Perfect health'
    },
}

def getStatDescription(level, stat):
    return _BASE_STATS_DATA[level][stat]

def getStatCost(currentLevel, newLevel):
	pcCurrent = _BASE_STATS_DATA[currentLevel]['PC']
	pcNew = _BASE_STATS_DATA[newLevel]['PC']

	if newLevel < currentLevel:
		if newLevel <= 10 and currentLevel <= 10:
			return pcNew - pcCurrent
		elif newLevel >= 10 and currentLevel >= 10:
			return pcCurrent - pcNew
		elif newLevel <= 10 and currentLevel >= 10:
			return pcCurrent + pcNew
	else:
		if currentLevel <= 10 and newLevel <= 10:
			return pcCurrent - pcNew
		elif currentLevel >= 10 and newLevel >= 10:
			return pcNew - pcCurrent
		elif currentLevel <= 10 and newLevel >= 10:
			return pcCurrent + pcNew