def ANALYZE_click(self):
tickers_dict_eps = dict()
tickers_dict_debt = dict()
entered_tickers = self.textTicker.get()
entered_years = self.buttonYears_var.get()
print('\n---- CLICK EVENT ANALYZE ---- Selected ticker is/are: ' +
entered_tickers)
ticker_list = entered_tickers.split(',')
for ticker in ticker_list:
print('---- Collecting data for ' + str(ticker))
a = Analyses(ticker=entered_tickers,
period=entered_years,
api_key=self.apikey,
statistic='')
#a.title_data = ['Earning Per Share','netIncomeRatio']
(date, eps,
netIncomeRatio) = a.Get_document_for(ticker,
'epsdiluted',
'netIncomeRatio',
document='income_statement')
(date_2, bookValuePerShare,
roe) = a.Get_document_for(ticker,
'bookValuePerShare',
'roe',
document='metrics')
(date_2, dividendYield,
roe) = a.Get_document_for(ticker,
'dividendYield',
'roe',
document='metrics')
tickers_dict_eps[ticker] = {
'x': date,
'y1': eps,
'y2': dividendYield
}
tickers_dict_debt[ticker] = {
'x': date_2,
'y1': bookValuePerShare,
'y2': roe
}
a.title_data = [
'Earning Per Share Diluted =\n (NetIncome - PreferredDividends)/SharesOutstanding',
'dividendYield %',
'bookValuePerShare =\n (TotalEquity-PreferredEquity)/SharesOutstanding',
'ROE =\n NetIncome/SharholdersEquity'
]
print(
'::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::'
)
click_data = ['EPS', 'netIncomeRatio', 'BVPS', 'ROE']
plot = a.Multiple_plots(ticker_list, tickers_dict_eps,
tickers_dict_debt, 'Analyze')
def CashFlow_click(self):
tickers_dict_eps = dict()
tickers_dict_debt = dict()
entered_tickers = self.textTicker.get()
entered_years = self.buttonYears_var.get()
print('\n---- CLICK EVENT CashFlow ---- Selected ticker is/are: ' +
entered_tickers)
ticker_list = entered_tickers.split(',')
print('-- You selected ' + str(len(ticker_list)) + ' tickers \n')
for ticker in ticker_list:
print('---- Collecting data for ' + str(ticker))
CashFlow = Analyses(ticker=entered_tickers,
period=entered_years,
api_key=self.apikey,
statistic=' ')
(date, netCashProvidedByOperating,
netCashUsedForInvesting) = CashFlow.Get_document_for(
ticker,
'netCashProvidedByOperatingActivities',
'netCashUsedForInvestingActivites',
document='cash_flow')
(date_2, netCashUsedProvidedByFinancing,
netChangeInCash) = CashFlow.Get_document_for(
ticker,
'netCashUsedProvidedByFinancingActivities',
'netChangeInCash',
document='cash_flow')
tickers_dict_eps[ticker] = {
'x': date,
'y1': netCashProvidedByOperating,
'y2': netCashUsedForInvesting
}
tickers_dict_debt[ticker] = {
'x': date_2,
'y1': netCashUsedProvidedByFinancing,
'y2': netChangeInCash
}
#print(tickers_dict_eps
CashFlow.title_data = [
'netCashProvidedByOperatingActivities',
'netCashUsedProvidedByForInvestingActivities',
'netCashUsedProvidedByFinancingActivities', 'netChangeInCash'
]
plot = CashFlow.Multiple_plots(ticker_list, tickers_dict_eps,
tickers_dict_debt, 'CashFlow')
def Profitability_click(self):
tickers_dict_eps = dict()
tickers_dict_debt = dict()
entered_tickers = self.textTicker.get()
entered_years = self.buttonYears_var.get()
print(
'\n---- CLICK EVENT Profitability ---- Selected ticker is/are: ' +
entered_tickers)
ticker_list = entered_tickers.split(',')
#print('-- You selected '+str(len(ticker_list))+' tickers \n')
for ticker in ticker_list:
print('---- Collecting data for ' + str(ticker))
IncomeStatement = Analyses(ticker=entered_tickers,
period=entered_years,
api_key=self.apikey,
statistic='%')
(date, grossProfitRatio,
operatingIncome) = IncomeStatement.Get_document_for(
ticker,
'grossProfitRatio',
'operatingIncomeRatio',
document='income_statement')
(date_2, returnOnTangibleAssets,
roic) = IncomeStatement.Get_document_for(ticker,
'returnOnTangibleAssets',
'roic',
document='metrics')
tickers_dict_eps[ticker] = {
'x': date,
'y1': grossProfitRatio,
'y2': operatingIncome
}
tickers_dict_debt[ticker] = {
'x': date_2,
'y1': returnOnTangibleAssets,
'y2': roic
}
IncomeStatement.title_data = [
'grossProfitRatio', 'operatingIncomeRatio',
'returnOnTangibleAssets', 'roic '
]
plot = IncomeStatement.Multiple_plots(ticker_list, tickers_dict_eps,
tickers_dict_debt,
'Profitability')
def DebtFigures_click(self):
tickers_dict_eps = dict()
tickers_dict_debt = dict()
entered_tickers = self.textTicker.get()
entered_years = self.buttonYears_var.get()
print('\n---- CLICK EVENT DebtFigures ---- Selected ticker is/are: ' +
entered_tickers)
ticker_list = entered_tickers.split(',')
#print('-- You selected '+str(len(ticker_list))+' tickers \n')
for ticker in ticker_list:
print('---- Collecting data for ' + str(ticker))
DebtFigures = Analyses(ticker=entered_tickers,
period=entered_years,
api_key=self.apikey,
statistic=' ')
(date, Current_ratio,
Debt_to_Assets) = DebtFigures.Get_document_for(ticker,
'currentRatio',
'debtToAssets',
document='metrics')
(date_2, bookValuePerShare,
debtToEquity) = DebtFigures.Get_document_for(ticker,
'netDebtToEBITDA',
'debtToEquity',
document='metrics')
tickers_dict_eps[ticker] = {
'x': date,
'y1': Current_ratio,
'y2': Debt_to_Assets
}
tickers_dict_debt[ticker] = {
'x': date_2,
'y1': bookValuePerShare,
'y2': debtToEquity
}
DebtFigures.title_data = [
'CurrentRatio =\n CurrentAssets/CurrentLiabilities',
'DebtToAssets =\n STDebts+LTDebts/TotalAssets',
'netDebtToEBITDA =\n TotalDebt - Cash&Equivalents / EBITDA',
'debtToEquity =\n TotalLiabilities/ShareholdersEquity'
]
plot = DebtFigures.Multiple_plots(ticker_list, tickers_dict_eps,
tickers_dict_debt, 'DebtFigures')
def BalanceSheet_click(self):
tickers_dict_eps = dict()
tickers_dict_debt = dict()
entered_tickers = self.textTicker.get()
entered_years = self.buttonYears_var.get()
print('\n---- CLICK EVENT BalanceSheet ---- Selected ticker is/are: ' +
entered_tickers)
ticker_list = entered_tickers.split(',')
print('-- You selected ' + str(len(ticker_list)) + ' tickers \n')
for ticker in ticker_list:
print('---- Collecting data for ' + str(ticker))
BalanceSheet = Analyses(ticker=entered_tickers,
period=entered_years,
api_key=self.apikey,
statistic='log')
(date, totalCurrentLiabilities,
totalCurrentAssets) = BalanceSheet.Get_document_for(
ticker, 'totalCurrentLiabilities', 'totalCurrentAssets',
'balance_sheet')
(date_2, shortTermDebt,
longTermDebt) = BalanceSheet.Get_document_for(
ticker,
'shortTermDebt',
'longTermDebt',
document='balance_sheet')
tickers_dict_eps[ticker] = {
'x': date,
'y1': totalCurrentLiabilities,
'y2': totalCurrentAssets
}
tickers_dict_debt[ticker] = {
'x': date_2,
'y1': shortTermDebt,
'y2': longTermDebt
}
#print(tickers_dict_eps
BalanceSheet.title_data = [
'totalCurrentLiabilities', 'totalCurrentAssets', 'shortTermDebt',
'longTermDebt'
]
plot = BalanceSheet.Multiple_plots(ticker_list, tickers_dict_eps,
tickers_dict_debt, 'BalanceSheet')
def Growth_click(self):
tickers_dict_eps = dict()
tickers_dict_debt = dict()
entered_tickers = self.textTicker.get()
entered_years = self.buttonYears_var.get()
print('\n---- CLICK EVENT Growth_click ---- Selected ticker is/are: ' +
entered_tickers)
ticker_list = entered_tickers.split(',')
print('-- You selected ' + str(len(ticker_list)) + ' tickers \n')
for ticker in ticker_list:
print('---- Collecting data for ' + str(ticker))
Growth = Analyses(ticker=entered_tickers,
period=entered_years,
api_key=self.apikey,
statistic='%')
(date, revenueGrowth,
operatingIncomeGrowth) = Growth.Get_document_for(
ticker, 'revenueGrowth', 'operatingIncomeGrowth',
'financial-growth')
(date_2, netIncomeGrowth,
epsdilutedGrowth) = Growth.Get_document_for(
ticker,
'netIncomeGrowth',
'epsdilutedGrowth',
document='financial-growth')
tickers_dict_eps[ticker] = {
'x': date,
'y1': revenueGrowth,
'y2': operatingIncomeGrowth
}
tickers_dict_debt[ticker] = {
'x': date_2,
'y1': netIncomeGrowth,
'y2': epsdilutedGrowth
}
#print(tickers_dict_eps
Growth.title_data = [
'revenueGrowth', 'operatingIncomeGrowth', 'netIncomeGrowth',
'epsdilutedGrowth'
]
plot = Growth.Multiple_plots(ticker_list, tickers_dict_eps,
tickers_dict_debt, 'Growth')
def IncomeStatement_click(self):
tickers_dict_eps = dict()
tickers_dict_debt = dict()
entered_tickers = self.textTicker.get()
entered_years = self.buttonYears_var.get()
print(
'\n---- CLICK EVENT IncomeStatement ---- Selected ticker is/are: '
+ entered_tickers)
ticker_list = entered_tickers.split(',')
print('-- You selected ' + str(len(ticker_list)) + ' tickers \n')
for ticker in ticker_list:
print('---- Collecting data for ' + str(ticker))
IncomeStatement = Analyses(ticker=entered_tickers,
period=entered_years,
api_key=self.apikey,
statistic='log')
(date, Revenue, NetIncome) = IncomeStatement.Get_document_for(
ticker, 'revenue', 'netIncome', document='income_statement')
(date_2, operatingIncome,
ebitda) = IncomeStatement.Get_document_for(
ticker,
'operatingIncome',
'ebitda',
document='income_statement')
tickers_dict_eps[ticker] = {
'x': date,
'y1': Revenue,
'y2': NetIncome
}
tickers_dict_debt[ticker] = {
'x': date_2,
'y1': operatingIncome,
'y2': ebitda
}
IncomeStatement.title_data = [
'Revenue', 'NetIncome', 'OperatingIncome', 'Ebitda '
]
plot = IncomeStatement.Multiple_plots(ticker_list, tickers_dict_eps,
tickers_dict_debt,
'IncomeStatement')