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@@ -53,8 +53,32 @@ def plot(card=None,columns=['cost','cost-min','cost-max'],maxCost=None):
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"""
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df=getDF(card).plot(x='date',y=columns)
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plt.title(str(card))
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+ plt.xticks(rotation=45)
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plt.xlabel("Date")
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plt.ylabel("Cost")
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plt.ylim(0,maxCost)
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plt.show()
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+def buyout():
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+ today=datetime.utcnow().strftime('%Y-%m-%d')
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+ PlayerCards=PlayerDB.search(Query().fragment({'date':today}))
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+ Stock=[None]*152
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+ for card in PlayerCards: Stock[card['card-num']]=card['stock']
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+ MarketDF = getDF(aDate=today)
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+ MarketCards=MarketDF.to_dict('records')
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+ total=0
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+ cardCount=0
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+ NeededCards=[]
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+ for card in MarketCards:
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+ if 'CRYSTAL' not in Stock[card['card-num']]:
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+ card['stock']=int(Stock[card['card-num']])
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+ card['needed']=10-card['stock']
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+ card['card-num']=card['card-num']
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+ card['total-cost']=card['needed']*card['cost']
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+ NeededCards.append(card)
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+ total+=card['total-cost']
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+ cardCount+=card['needed']
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+ print(f"{card['card-num']: <3} {card['name']: <20} {card['needed']: >2} {card['total-cost']}")
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+
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+ print(f" Remaining Cards: {cardCount}")
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+ print(f"Total Gems Needed: {total}")
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