finpie - a simple library to download some financial data
For recreational and educational purposes. Creating easier access to some financial and economic data.
This library is an ongoing project designed to facilitate access to financial and economic data. It tries to cover potentially useful or interesting data points but unfortunately some functions will only return single point data which however could be aggregated over time to construct a limited time series. On the other hand, some functions that retrieve large amounts of data or depending on the data source will take some time to run. See the function index for more information on issues of data availability and relative run time.
The company fundamentals module includes functions to retrive data from Yahoo Finance
, MarketWatch
, The Motley Fool
, Finviz
and Macrotrends
. The price data module retrieves data from Yahoo Finance
and CBOE
. The economic data is collected from the OECD database
at this point and the news module enables historical news headline collection from the FT
, NYT
, WSJ
, Barrons
, Seeking Alpha
and Reuters
based on keyword searches. The library also provides a function to get all Nasdaq-listed stock tickers as well as worldwide stock symbols (these need some cleaning still once retrieved).
If there are any issues, ideas or recommendations please feel free to reach out.
Changes for v0.133
Updated the Windows and Mac Chromedrivers to 86.\*.\*\*\*\*.\*\*\*
Updated code for data from Macrotrends
Added function to retrive CFTC data to other data section
Changes for v0.13
Restructured the fundamental data module to reduce clutter and simplify the repository
Excluded Bloomberg news headline scrape because of the automation detection
Debugged news headline scrape
Removed third party price data API wrappers
v0.1312: added option to get press releases from Seeking Alpha, updated WSJ script and Yahoo executive info
Changes for v0.12
Added a section to download earnings call transcripts
Added a test file and Travis CI
Debugged failing tests
Changes for v0.11
Added function to get option prices from CBOE to the price_data
module
Added EIA Petroleum data section to the economic_data
module
Updated the Windows and Mac Chromedrivers to 85.\*.\*\*\*\*.\*\*\*
(had included an older Windows Chromedriver before)
To do list:
Refactor the news scrape..
Improve EIA data representation ( same column names for PADDs or crude and products across different series for easier cross reference; add more granularity to some functions ), add other EIA data sets
Add EIA bulk download option and support EIA API
Add USDA data
Add social media data (Twitter, Stocktwits, Weibo, Reddit WSB?)
Add async requests, multiple/batch download options, proxies..
Installation
Function index
Company fundamental data
Price data
Economic data
OECD data
EIA petroleum data
News data
Other data
Sources
License
Python3 is required. Google Chrome version 85.*.****.***
or higher is required for some functions involving Selenium (can be found here ).
Note that Selenium may not be able to use Chrome in combination with Firewalls and the functions may fail to execute..
beautifulsoup4>=4.9.1
dask>=2.11.0
numpy>=1.18.2
pandas>=1.0.1
requests>=2.22.0
requests_html>=0.10.0
selenium>=3.141.0
tqdm>=4.32.1
The functions below enable you to download financial statements, valuation ratios and key financial statistics as well as analyst ratings, insider transactions, ESG scores and company profiles.
The data is pulled from Yahoo Finance
, Marketwatch.com
, Finviz.com
and Macrotrends.com
. The macrotrends scrape runs on Selenium and the website might sometimes fail to load. The function may just need to be re-run to work (assuming the ticker is available on the website). As a remedy it might sometimes help to set macrotrends().head = True
which will then open a browser window while scraping the data.
import finpie # or import finpie.fundamental_data
# default:
# source = 'macrotrends'
# freq = 'A'
fd = finpie .Fundamentals (ticker , source = 'macrotrends' , freq = 'A' )
# source options for financial statements and key metrics:
# 'yahoo', 'marketwatch', 'macrotrends'
# freq options:
# 'A', 'Q'
# default key metrics for marketwatch and macrotrends come from Finviz
Fundamentals(ticker, source, freq).income_statement()
Returns a dataframe with income statements from either Macrotrends.com, Yahoo Finance or Marketwatch. Default source is 'macrotrends'.
Class Arguments:
ticker
: valid company ticker
source
: 'yahoo', 'marketwatch', 'macrotrends', default: 'macrotrends'
freq
: 'A' (annual data), 'Q' (quarterly data), default: 'A'
Default Example
fd = finpie .Fundamentals ('AAPL' , freq = 'A' )
fd .income_statement ()
revenue cost_of_goods_sold gross_profit research_and_development_expenses sganda_expenses other_operating_income_or_expenses operating_expenses operating_income total_nonoperating_income_to_expense pretax_income income_taxes income_after_taxes other_income income_from_continuous_operations income_from_discontinued_operations net_income ebitda ebit basic_shares_outstanding shares_outstanding basic_eps eps__earnings_per_share date 2005-09-30 13931.0 9889.0 4042.0 535.0 1864.0 NaN 12288.0 1643.0 165.0 1808.0 480.0 1328.0 NaN 1328.0 NaN 1328.0 1822.0 1643.0 22636.0 23993.0 0.06 0.06 2006-09-30 19315.0 13717.0 5598.0 712.0 2433.0 NaN 16862.0 2453.0 365.0 2818.0 829.0 1989.0 NaN 1989.0 NaN 1989.0 2678.0 2453.0 23634.0 24571.0 0.08 0.08 2007-09-30 24578.0 16426.0 8152.0 782.0 2963.0 NaN 20171.0 4407.0 599.0 5006.0 1511.0 3495.0 NaN 3495.0 NaN 3495.0 4734.0 4407.0 24209.0 24900.0 0.14 0.14 2008-09-30 37491.0 24294.0 13197.0 1109.0 3761.0 NaN 29164.0 8327.0 620.0 8947.0 2828.0 6119.0 NaN 6119.0 NaN 6119.0 8823.0 8327.0 24685.0 25260.0 0.25 0.24 2009-09-30 42905.0 25683.0 17222.0 1333.0 4149.0 NaN 31165.0 11740.0 326.0 12066.0 3831.0 8235.0 NaN 8235.0 NaN 8235.0 12474.0 11740.0 25004.0 25396.0 0.33 0.32
Yahoo Example
fd = finpie .Fundamentals ('AAPL' , source = 'yahoo' ) # no frequency choice for Yahoo...
fd .income_statement ()
total_revenue cost_of_revenue gross_profit operating_expense operating_income net_non_operating_interest_income_expense other_income_expense pretax_income tax_provision net_income_common_stockholders diluted_ni_available_to_com_stockholders basic_eps diluted_eps basic_average_shares diluted_average_shares total_operating_income_as_reported total_expenses net_income_from_continuing_and_discontinued_operation normalized_income interest_income interest_expense net_interest_income ebit ebitda reconciled_cost_of_revenue reconciled_depreciation net_income_from_continuing_operation_net_minority_interest normalized_ebitda tax_rate_for_calcs tax_effect_of_unusual_items ticker date 2019-09-30 260174000 161782000 98392000 34462000 63930000 1385000 422000 65737000 10481000 55256000 55256000 0.003 0.003 18471336 18595652 63930000 196244000 55256000 55256000 4961000 3576000 1385000 69313000 NaN 161782000 12547000 55256000 81860000 0 0 AAPL 2018-09-30 265595000 163756000 101839000 30941000 70898000 2446000 -441000 72903000 13372000 59531000 59531000 0.003 0.003 19821508 20000436 70898000 194697000 59531000 59531000 5686000 3240000 2446000 76143000 NaN 163756000 10903000 59531000 87046000 0 0 AAPL 2017-09-30 229234000 141048000 88186000 26842000 61344000 2878000 -133000 64089000 15738000 48351000 48351000 0.0023 0.0023 20868968 21006768 61344000 167890000 48351000 48351000 5201000 2323000 2878000 66412000 NaN 141048000 10157000 48351000 76569000 0 0 AAPL
Marketwatch Example
fd = Fundamentals ('AAPL' , source = 'marketwatch' , freq = 'Q' )
fd .income_statement ()
sales_revenue sales_growth cost_of_goods_sold_(cogs)_incl_danda cogs_excluding_danda depreciation_and_amortization_expense depreciation amortization_of_intangibles cogs_growth gross_income gross_income_growth gross_profit_margin sganda_expense research_and_development other_sganda sga_growth other_operating_expense unusual_expense ebit_after_unusual_expense non_operating_income_expense non-operating_interest_income equity_in_affiliates_(pretax) interest_expense interest_expense_growth gross_interest_expense interest_capitalized pretax_income pretax_income_growth pretax_margin income_tax income_tax_-_current_domestic income_tax_-_current_foreign income_tax_-_deferred_domestic income_tax_-_deferred_foreign income_tax_credits equity_in_affiliates other_after_tax_income_(expense) consolidated_net_income minority_interest_expense net_income net_income_growth net_margin_growth extraordinaries_and_discontinued_operations extra_items_and_gain_loss_sale_of_assets cumulative_effect_-_accounting_chg discontinued_operations net_income_after_extraordinaries preferred_dividends net_income_available_to_common eps_(basic) eps_(basic)_growth basic_shares_outstanding eps_(diluted) eps_(diluted)_growth diluted_shares_outstanding ebitda ebitda_growth ebitda_margin date 2019-06-30 5.374e+10 nan 3.357e+10 3.064e+10 2.93e+09 2.93e+09 nan nan 2.017e+10 nan nan 8.68e+09 4.26e+09 4.43e+09 nan nan nan nan 9.8e+07 1.19e+09 nan 8.66e+08 nan 8.66e+08 nan 1.191e+10 nan nan 1.87e+09 nan nan nan nan nan nan nan 1.004e+10 nan 1.004e+10 nan nan nan nan nan nan 1.004e+10 nan 1.004e+10 0.55 nan 1.828e+10 0.55 nan 1.841e+10 1.442e+10 nan nan 2019-09-30 6.394e+10 0.1897 3.977e+10 3.784e+10 1.93e+09 1.93e+09 nan 0.1848 2.417e+10 0.1979 nan 8.69e+09 4.11e+09 4.58e+09 0.0006 nan nan nan 3.54e+08 1.11e+09 nan 8.1e+08 -0.0647 8.1e+08 nan 1.613e+10 0.354 nan 2.44e+09 nan nan nan nan nan nan nan 1.369e+10 nan 1.369e+10 0.3626 nan nan nan nan nan 1.369e+10 nan 1.369e+10 0.76 0.3868 1.796e+10 0.76 0.387 1.808e+10 1.741e+10 0.2071 nan 2019-12-31 9.172e+10 0.4346 5.677e+10 5.396e+10 2.82e+09 2.82e+09 nan 0.4275 3.495e+10 0.4463 nan 9.65e+09 4.45e+09 5.2e+09 0.1105 nan -1.28e+08 1.28e+08 2.29e+08 1.05e+09 nan 7.85e+08 -0.0309 7.85e+08 nan 2.592e+10 0.6071 nan 3.68e+09 nan nan nan nan nan nan nan 2.224e+10 nan 2.224e+10 0.6247 nan nan nan nan nan 2.224e+10 nan 2.224e+10 1.26 0.6526 1.766e+10 1.25 0.6487 1.782e+10 2.812e+10 0.6151 nan 2020-03-31 5.835e+10 -0.3639 3.593e+10 3.315e+10 2.79e+09 2.79e+09 nan -0.3671 2.242e+10 -0.3586 nan 9.52e+09 4.57e+09 4.95e+09 -0.0136 nan -1.26e+08 1.26e+08 -1.82e+08 1.05e+09 nan 7.57e+08 -0.0357 7.57e+08 nan 1.314e+10 -0.4932 nan 1.89e+09 nan nan nan nan nan nan nan 1.125e+10 nan 1.125e+10 -0.4941 nan nan nan nan nan 1.125e+10 nan 1.125e+10 0.65 -0.4877 1.744e+10 0.64 -0.4883 1.762e+10 1.569e+10 -0.4422 nan 2020-06-30 5.942e+10 0.0183 3.737e+10 3.462e+10 2.75e+09 2.75e+09 nan 0.04 2.205e+10 -0.0164 0.3711 9.59e+09 4.76e+09 4.83e+09 0.0076 nan -1.19e+08 1.19e+08 3.55e+08 901M nan 6.97e+08 -0.0793 6.97e+08 nan 1.314e+10 0.0002 0.2211 1.88e+09 nan nan nan nan nan nan nan 1.125e+10 nan 1.125e+10 0.0004 0.1894 nan nan nan nan 1.125e+10 nan 1.125e+10 0.65 0.0113 1.725e+10 0.65 0.0117 1.742e+10 1.521e+10 -0.0302 0.256
Fundamentals(ticker, source, freq).balance_sheet()
Returns a dataframe with balance sheets from either Macrotrends.com, Yahoo Finance or Marketwatch. Default source is 'macrotrends'.
Class Arguments:
ticker
: valid company ticker
source
: 'yahoo', 'marketwatch', 'macrotrends', default: 'macrotrends'
freq
: 'A' (annual data), 'Q' (quarterly data), default: 'A'
Default Example
fd = Fundamentals ('AAPL' , freq = 'A' )
fd .balance_sheet ()
cash_on_hand receivables inventory prepaid_expenses other_current_assets total_current_assets property,_plant,_and_equipment longterm_investments goodwill_and_intangible_assets other_longterm_assets total_longterm_assets total_assets total_current_liabilities long_term_debt other_noncurrent_liabilities total_long_term_liabilities total_liabilities common_stock_net retained_earnings_(accumulated_deficit) comprehensive_income other_share_holders_equity share_holder_equity total_liabilities_and_share_holders_equity date 2005-09-30 8261.0 895.0 165.0 NaN 648.0 10300.0 817.0 NaN 96.0 303.0 1216.0 11516.0 3487.0 NaN 601.0 601.0 4088.0 3564.0 3925.0 NaN NaN 7428.0 11516.0 2006-09-30 10110.0 1252.0 270.0 NaN 2270.0 14509.0 1281.0 NaN 177.0 1238.0 2696.0 17205.0 6443.0 NaN 778.0 778.0 7221.0 4355.0 5607.0 22.0 NaN 9984.0 17205.0 2007-09-30 15386.0 1637.0 346.0 NaN 3805.0 21956.0 1832.0 NaN 337.0 1222.0 3391.0 25347.0 9280.0 NaN 1535.0 1535.0 10815.0 5368.0 9101.0 63.0 NaN 14532.0 25347.0 2008-09-30 22111.0 2422.0 509.0 NaN 3920.0 30006.0 2455.0 2379.0 492.0 839.0 6165.0 36171.0 11361.0 NaN 1745.0 2513.0 13874.0 7177.0 15129.0 9.0 NaN 22297.0 36171.0 2009-09-30 23464.0 5057.0 455.0 NaN 1444.0 31555.0 2954.0 10528.0 453.0 2011.0 15946.0 47501.0 11506.0 NaN 3502.0 4355.0 15861.0 8210.0 23353.0 77.0 NaN 31640.0 47501.0
Yahoo Example
fd = Fundamentals ('AAPL' , source = 'yahoo' ) # no frequency choice for Yahoo...
fd .balance_sheet ()
total_assets total_liabilities_net_minority_interest total_equity_gross_minority_interest total_capitalization common_stock_equity net_tangible_assets working_capital invested_capital tangible_book_value total_debt net_debt share_issued ordinary_shares_number ticker date 2019-09-30 338516000 248028000 90488000 182295000 90488000 90488000 57101000 198535000 90488000 108047000 59203000 17772944 17772944 AAPL 2018-09-30 365725000 258578000 107147000 200882000 107147000 107147000 14473000 221630000 107147000 114483000 88570000 19019944 19019944 AAPL 2017-09-30 375319000 241272000 134047000 231254000 134047000 126032000 27831000 249727000 126032000 115680000 95391000 20504804 20504804 AAPL
Marketwatch Example
fd = Fundamentals ('AAPL' , source = 'marketwatch' , freq = 'Q' )
fd .balance_sheet ()
cash_and_short_term_investments cash_only short-term_investments cash_and_short_term_investments_growth cash_and_st_investments___total_assets total_accounts_receivable accounts_receivables_net accounts_receivables_gross bad_debt_doubtful_accounts other_receivables accounts_receivable_growth accounts_receivable_turnover inventories finished_goods work_in_progress raw_materials progress_payments_and_other other_current_assets miscellaneous_current_assets total_current_assets net_property_plant_and_equipment property_plant_and_equipment_-_gross buildings land_and_improvements computer_software_and_equipment other_property_plant_and_equipment accumulated_depreciation total_investments_and_advances other_long-term_investments long-term_note_receivable intangible_assets net_goodwill net_other_intangibles other_assets tangible_other_assets total_assets assets_-_total_-_growth st_debt_and_current_portion_lt_debt short_term_debt current_portion_of_long_term_debt accounts_payable accounts_payable_growth income_tax_payable other_current_liabilities dividends_payable accrued_payroll miscellaneous_current_liabilities total_current_liabilities long-term_debt long-term_debt_excl_capitalized_leases non-convertible_debt convertible_debt capitalized_lease_obligations provision_for_risks_and_charges deferred_taxes deferred_taxes_-_credit deferred_taxes_-_debit other_liabilities other_liabilities_(excl_deferred_income) deferred_income total_liabilities non-equity_reserves total_liabilities___total_assets preferred_stock_(carrying_value) redeemable_preferred_stock non-redeemable_preferred_stock common_equity_(total) common_stock_par_carry_value retained_earnings esop_debt_guarantee cumulative_translation_adjustment_unrealized_for_exch_gain unrealized_gain_loss_marketable_securities revaluation_reserves treasury_stock common_equity___total_assets total_shareholders\'_equity total_shareholders\'_equity___total_assets accumulated_minority_interest total_equity liabilities_and_shareholders\'_equity date 2019-06-30 9.488e+10 2.29e+10 nan nan 0.2944 2.647e+10 1.415e+10 1.415e+10 nan 1.233e+10 nan 2.03 3.36e+09 3.36e+09 nan nan nan 1.026e+10 1.026e+10 1.3497e+11 3.764e+10 9.398e+10 nan nan nan nan 5.635e+10 1.1735e+11 1.1735e+11 nan nan nan nan 3.228e+10 3.228e+10 3.2224e+11 nan 2.348e+10 9.95e+09 1.353e+10 2.912e+10 nan nan 3.711e+10 nan nan 3.711e+10 8.97e+10 8.494e+10 8.494e+10 nan nan nan 3.052e+10 1.61e+10 1.61e+10 nan 4.52e+09 4.52e+09 nan 2.2578e+11 nan 0.7007 nan nan nan 9.646e+10 4.337e+10 5.372e+10 nan -1.18e+09 328M nan nan 0.2993 9.646e+10 0.2993 nan 9.646e+10 3.2224e+11 2019-09-30 1.0058e+11 2.812e+10 nan 0.0601 0.2971 4.58e+10 2.293e+10 2.293e+10 nan 2.288e+10 0.7302 1.40 4.11e+09 4.11e+09 nan nan nan 1.233e+10 1.233e+10 1.6282e+11 3.738e+10 9.596e+10 nan nan nan nan 5.858e+10 1.067e+11 1.067e+11 nan nan nan nan 3.162e+10 3.162e+10 3.3852e+11 0.0505 1.624e+10 5.98e+09 1.026e+10 4.624e+10 0.588 nan 4.324e+10 nan nan 4.324e+10 1.0572e+11 9.181e+10 9.181e+10 nan nan nan 2.955e+10 1.692e+10 1.692e+10 nan 4.04e+09 4.04e+09 nan 2.4803e+11 nan 0.7327 nan nan nan 9.049e+10 4.517e+10 4.59e+10 nan -1.46e+09 707M nan nan 0.2673 9.049e+10 0.2673 nan 9.049e+10 3.3852e+11 2019-12-31 1.0723e+11 2.299e+10 nan 0.0661 0.3148 3.995e+10 2.097e+10 2.097e+10 nan 1.898e+10 -0.1279 2.30 4.1e+09 4.1e+09 nan nan nan 1.196e+10 1.196e+10 1.6323e+11 4.429e+10 1.0525e+11 nan nan nan nan 6.096e+10 1.0173e+11 1.0173e+11 nan nan nan nan 3.137e+10 3.137e+10 3.4062e+11 0.0062 1.647e+10 6.24e+09 1.024e+10 4.511e+10 -0.0243 nan 4.058e+10 nan nan 4.058e+10 1.0216e+11 1.0028e+11 9.308e+10 nan nan 6.27e+08 2.82e+10 nan nan nan 2.045e+10 2.045e+10 nan 2.5109e+11 nan 0.7372 nan nan nan 8.953e+10 4.597e+10 4.398e+10 nan -1.26e+09 822M nan nan 0.2628 8.953e+10 0.2628 nan 8.953e+10 3.4062e+11 2020-03-31 9.513e+10 2.996e+10 nan -0.1129 0.2969 3.068e+10 1.572e+10 1.572e+10 nan 1.496e+10 -0.232 1.90 3.33e+09 3.33e+09 nan nan nan 1.461e+10 1.461e+10 1.4375e+11 4.399e+10 1.0684e+11 nan nan nan nan 6.285e+10 1.0059e+11 1.0059e+11 nan nan nan nan 3.207e+10 3.207e+10 3.204e+11 -0.0594 2.163e+10 1.121e+10 1.041e+10 3.242e+10 -0.2813 nan 4.205e+10 nan nan 4.205e+10 9.609e+10 9.714e+10 8.909e+10 nan nan 6.29e+08 2.819e+10 nan nan nan 2.056e+10 2.056e+10 nan 2.4198e+11 nan 0.7552 nan nan nan 7.843e+10 4.803e+10 3.318e+10 nan -1.83e+09 -1.47e+09 nan nan 0.2448 7.843e+10 0.2448 nan 7.843e+10 3.204e+11 2020-06-30 9.305e+10 2.73e+10 nan -0.0218 0.2932 3.208e+10 1.788e+10 1.788e+10 nan 1.419e+10 0.0456 1.85 3.98e+09 3.98e+09 nan nan nan 1.096e+10 1.096e+10 1.4007e+11 4.385e+10 1.0908e+11 nan nan nan nan 6.523e+10 1.0222e+11 1.0222e+11 nan nan nan nan 3.121e+10 3.121e+10 3.1734e+11 -0.0095 2.005e+10 1.252e+10 7.53e+09 3.533e+10 0.0896 nan 3.995e+10 nan nan 3.995e+10 9.532e+10 1.0214e+11 9.405e+10 nan nan 6.3e+08 2.819e+10 nan nan nan 1.942e+10 1.942e+10 nan 2.4506e+11 nan 0.7722 nan nan nan 7.228e+10 4.87e+10 2.414e+10 nan -1.63e+09 1.61e+09 nan nan 0.2278 7.228e+10 0.2278 nan 7.228e+10 3.1734e+11
Fundamentals(ticker, source, freq).cashflow_statement()
Returns a dataframe with cashflow statements from either Macrotrends.com, Yahoo Finance or Marketwatch. Default source is 'macrotrends'.
Class Arguments:
ticker
: valid company ticker
source
: 'yahoo', 'marketwatch', 'macrotrends', default: 'macrotrends'
freq
: 'A' (annual data), 'Q' (quarterly data), default: 'A'
Default Example
fd = Fundamentals ('AAPL' , freq = 'A' )
fd .cashflow_statement ()
net_income_to_loss total_depreciation_and_amortization__cash_flow other_noncash_items total_noncash_items change_in_accounts_receivable change_in_inventories change_in_accounts_payable change_in_assets_to_liabilities total_change_in_assets_to_liabilities cash_flow_from_operating_activities net_change_in_property,_plant,_and_equipment net_change_in_intangible_assets net_acquisitions_to_divestitures net_change_in_shortterm_investments net_change_in_longterm_investments net_change_in_investments__total investing_activities__other cash_flow_from_investing_activities net_longterm_debt net_current_debt debt_issuance_to_retirement_net__total net_common_equity_issued_to_repurchased net_total_equity_issued_to_repurchased total_common_and_preferred_stock_dividends_paid financial_activities__other cash_flow_from_financial_activities net_cash_flow stockbased_compensation common_stock_dividends_paid date 2005-09-30 1328.0 179.0 536.0 715.0 121.0 64.0 328.0 349.0 492.0 2535.0 260.0 NaN NaN 2861.0 586.0 2275.0 21.0 2556.0 NaN NaN NaN 543.0 543.0 NaN NaN 543.0 522.0 49.0 NaN 2006-09-30 1989.0 225.0 231.0 456.0 357.0 105.0 1611.0 1374.0 225.0 2220.0 657.0 28.0 NaN 1057.0 25.0 1032.0 10.0 357.0 NaN NaN NaN 318.0 318.0 NaN 6.0 324.0 2901.0 163.0 NaN 2007-09-30 3495.0 327.0 327.0 654.0 385.0 76.0 1494.0 288.0 1321.0 5470.0 735.0 251.0 NaN 2295.0 17.0 2312.0 49.0 3249.0 NaN NaN NaN 365.0 365.0 NaN 374.0 739.0 2960.0 242.0 NaN 2008-09-30 6119.0 496.0 936.0 1432.0 785.0 163.0 596.0 2397.0 2045.0 9596.0 1091.0 108.0 220.0 6722.0 38.0 6760.0 10.0 8189.0 NaN NaN NaN 483.0 483.0 NaN 633.0 1116.0 2523.0 516.0 NaN 2009-09-30 8235.0 734.0 1750.0 2484.0 939.0 54.0 92.0 233.0 560.0 10159.0 1144.0 69.0 NaN 16046.0 NaN 16046.0 175.0 17434.0 NaN NaN NaN 475.0 475.0 NaN 188.0 663.0 6612.0 710.0 NaN 2010-09-30 14013.0 1027.0 2319.0 3346.0 2142.0 596.0 6307.0 2333.0 1236.0 18595.0 2005.0 116.0 638.0 11075.0 NaN 11075.0 20.0 13854.0 NaN NaN NaN 912.0 912.0 NaN 345.0 1257.0 5998.0 879.0 NaN 2011-09-30 25922.0 1814.0 4036.0 5850.0 143.0 275.0 2515.0 2824.0 5757.0 37529.0 4260.0 3192.0 244.0 32464.0 NaN 32464.0 259.0 40419.0 NaN NaN NaN 831.0 831.0 NaN 613.0 1444.0 1446.0 1168.0 NaN 2012-09-30 41733.0 3277.0 6145.0 9422.0 5551.0 15.0 4467.0 800.0 299.0 50856.0 8295.0 1107.0 350.0 38427.0 NaN 38427.0 48.0 48227.0 NaN NaN NaN 665.0 665.0 2488.0 125.0 1698.0 931.0 1740.0 2488.0 2013-09-30 37037.0 6757.0 3394.0 10151.0 2172.0 973.0 2340.0 7283.0 6478.0 53666.0 8165.0 911.0 496.0 24042.0 NaN 24042.0 160.0 33774.0 16896.0 NaN 16896.0 22330.0 22330.0 10564.0 381.0 16379.0 3513.0 2253.0 10564.0 2014-09-30 39510.0 7946.0 5210.0 13156.0 4232.0 76.0 5938.0 5417.0 7047.0 59713.0 9571.0 242.0 3765.0 9017.0 10.0 9027.0 26.0 22579.0 11960.0 6306.0 18266.0 44270.0 44270.0 11126.0 419.0 37549.0 415.0 2863.0 11126.0 2015-09-30 53394.0 11257.0 5353.0 16610.0 417.0 238.0 5001.0 6082.0 11262.0 81266.0 11247.0 241.0 343.0 44417.0 NaN 44417.0 26.0 56274.0 27114.0 2191.0 29305.0 34710.0 34710.0 11561.0 750.0 17716.0 7276.0 3586.0 11561.0 2016-09-30 45687.0 10505.0 9634.0 20139.0 527.0 217.0 2117.0 2456.0 405.0 66231.0 12734.0 297.0 NaN 30634.0 1388.0 32022.0 924.0 45977.0 22454.0 397.0 22057.0 30797.0 30797.0 12150.0 NaN 20890.0 636.0 4210.0 12150.0 2017-09-30 48351.0 10157.0 10640.0 20797.0 2093.0 2723.0 8966.0 9073.0 4923.0 64225.0 12451.0 NaN 329.0 33147.0 395.0 33542.0 124.0 46446.0 25162.0 3852.0 29014.0 32345.0 32345.0 12769.0 1874.0 17974.0 195.0 4840.0 12769.0 2018-09-30 59531.0 10903.0 27694.0 16791.0 5322.0 828.0 9175.0 30013.0 34694.0 77434.0 13313.0 NaN 721.0 32363.0 1518.0 30845.0 745.0 16066.0 469.0 37.0 432.0 72069.0 72069.0 13712.0 2527.0 87876.0 5624.0 5340.0 13712.0 2019-09-30 55256.0 12547.0 5076.0 17623.0 245.0 289.0 1923.0 1521.0 3488.0 69391.0 10495.0 NaN 624.0 57460.0 633.0 58093.0 1078.0 45896.0 1842.0 5977.0 7819.0 66116.0 66116.0 14119.0 2922.0 90976.0 24311.0 6068.0 14119.0
Yahoo Example
fd = Fundamentals ('AAPL' , source = 'yahoo' ) # no frequency choice for Yahoo...
fd .cashflow_statement ()
operating_cash_flow investing_cash_flow financing_cash_flow end_cash_position income_tax_paid_supplemental_data interest_paid_supplemental_data capital_expenditure issuance_of_capital_stock issuance_of_debt repayment_of_debt repurchase_of_capital_stock free_cash_flow ticker date 2019-09-30 69391000 45896000 -90976000 50224000 15263000 3423000 -10495000 781000 6963000 -8805000 -66897000 58896000 AAPL 2018-09-30 77434000 16066000 -87876000 25913000 10417000 3022000 -13313000 669000 6969000 -6500000 -72738000 64121000 AAPL 2017-09-30 63598000 -46446000 -17347000 20289000 11591000 2092000 -12795000 555000 28662000 -3500000 -32900000 50803000 AAPL
Marketwatch Example
fd = Fundamentals ('AAPL' , source = 'marketwatch' , freq = 'Q' )
fd .cashflow_statement ()
net_income_before_extraordinaries net_income_growth depreciation_depletion_and_amortization depreciation_and_depletion amortization_of_intangible_assets deferred_taxes_and_investment_tax_credit deferred_taxes investment_tax_credit other_funds funds_from_operations extraordinaries changes_in_working_capital receivables accounts_payable other_assets_liabilities net_operating_cash_flow net_operating_cash_flow_growth net_operating_cash_flow___sales capital_expenditures capital_expenditures_(fixed_assets) capital_expenditures_(other_assets) capital_expenditures_growth capital_expenditures___sales net_assets_from_acquisitions sale_of_fixed_assets_and_businesses purchase_sale_of_investments purchase_of_investments sale_maturity_of_investments other_uses other_sources net_investing_cash_flow net_investing_cash_flow_growth net_investing_cash_flow___sales cash_dividends_paid_-_total common_dividends preferred_dividends change_in_capital_stock repurchase_of_common_and_preferred_stk sale_of_common_and_preferred_stock proceeds_from_stock_options other_proceeds_from_sale_of_stock issuance_reduction_of_debt_net change_in_current_debt change_in_long-term_debt issuance_of_long-term_debt reduction_in_long-term_debt other_funds1 other_uses1 other_sources1 net_financing_cash_flow net_financing_cash_flow_growth net_financing_cash_flow___sales exchange_rate_effect miscellaneous_funds net_change_in_cash free_cash_flow free_cash_flow_growth free_cash_flow_yield date 2019-06-30 1.004e+10 nan 2.93e+09 2.93e+09 nan nan 8.6e+07 nan 1.37e+09 1.443e+10 nan -2.8e+09 -214M 220M -4.31e+09 1.164e+10 nan 0.2165 -2e+09 -2e+09 nan nan -0.0372 -3.2e+08 nan 3.012e+10 -8.19e+09 3.831e+10 -2.68e+08 -3e+07 2.75e+10 nan 0.5118 -3.63e+09 -3.63e+09 nan -1.695e+10 -1.696e+10 1e+06 1e+06 nan -5.03e+09 -2.03e+09 -3e+09 nan -3e+09 -1.2e+09 -1.2e+09 nan -2.68e+10 nan -0.4988 nan nan 1.233e+10 9.64e+09 nan nan 2019-09-30 1.369e+10 0.3626 3.18e+09 3.18e+09 nan nan -3.02e+08 nan 1.19e+09 1.775e+10 nan 2.16e+09 -1.932e+10 1.788e+10 4.38e+09 1.991e+10 0.7111 0.3114 -2.78e+09 -2.78e+09 nan -0.3885 -0.0434 -1.3e+07 nan 2.8e+09 -1.81e+10 2.09e+10 -8.1e+08 nan -798M -1.029 -0.0125 -3.48e+09 -3.48e+09 nan -1.705e+10 -1.744e+10 3.9e+08 3.9e+08 nan -293M -3.95e+09 3.66e+09 6.96e+09 -3.31e+09 -213M -213M nan -2.104e+10 0.2151 -0.3291 nan nan -1.93e+09 1.713e+10 0.778 nan 2019-12-31 2.224e+10 0.6247 2.82e+09 2.82e+09 nan nan -3.49e+08 nan 1.57e+09 2.627e+10 nan 4.25e+09 5.92e+09 -1.09e+09 -555M 3.052e+10 0.5327 0.3327 -2.11e+09 -2.11e+09 nan 0.2413 -0.023 -9.58e+08 nan -1.047e+10 -3.749e+10 2.702e+10 -1.3e+08 nan -1.367e+10 -16.1278 -0.149 -3.54e+09 -3.54e+09 nan -2.07e+10 -2.071e+10 2e+06 2e+06 nan 231M -979M 1.21e+09 2.21e+09 -1e+09 -1.4e+09 -1.4e+09 nan -2.541e+10 -0.2076 -0.277 nan nan -8.56e+09 2.841e+10 0.6581 nan 2020-03-31 1.125e+10 -0.4941 2.79e+09 2.79e+09 nan nan -3.02e+08 nan 1.58e+09 1.531e+10 nan -2e+09 9.29e+09 -1.243e+10 412M 1.331e+10 -0.5638 0.2281 -1.85e+09 -1.85e+09 nan 0.1206 -0.0318 -1.76e+08 nan 1.134e+10 -2.914e+10 4.048e+10 -2.96e+08 nan 9.01e+09 1.6594 0.1545 -3.38e+09 -3.38e+09 nan -1.815e+10 -1.857e+10 4.28e+08 4.28e+08 nan 803M 5.05e+09 -4.25e+09 nan -4.25e+09 -222M -222M nan -2.094e+10 0.1758 -0.3589 nan nan 1.38e+09 1.146e+10 -0.5967 nan 2020-06-30 1.125e+10 0.0004 2.75e+09 2.75e+09 nan nan 8.33e+08 nan 1.86e+09 1.67e+10 nan -430M -1.37e+09 2.73e+09 -1.1e+09 1.627e+10 0.2224 0.2739 -1.57e+09 -1.57e+09 nan 0.1554 -0.0263 -3.39e+08 nan -3e+09 -3.018e+10 2.718e+10 -2.63e+08 nan -5.17e+09 -1.5731 -0.0869 -3.66e+09 -3.66e+09 nan -1.589e+10 -1.589e+10 nan nan nan 2.17e+09 1.12e+09 1.05e+09 8.43e+09 -7.38e+09 -1.74e+09 -1.74e+09 nan -1.912e+10 0.0871 -0.3217 nan nan -8.01e+09 1.471e+10 0.2835 0.044
Financial ratios and key metrics
Fundamentals(ticker, source, freq).ratios()
Returns a dataframe with annual or quarterly financial ratios up to 2005 from Macrotrends.com.
Class Arguments:
ticker
: valid company ticker
source
: choice has no effect, data is from Macrotrends.com
freq
: 'A' (annual data), 'Q' (quarterly data), default: 'A'
Example
fd = Fundamentals ('AAPL' , freq = 'A' )
fd .ratios ()
current_ratio longterm_debt_to_capital debt_to_equity_ratio gross_margin operating_margin ebit_margin ebitda_margin pretax_profit_margin net_profit_margin asset_turnover inventory_turnover_ratio receiveable_turnover days_sales_in_receivables roe__return_on_equity return_on_tangible_equity roa__return_on_assets roi__return_on_investment book_value_per_share operating_cash_flow_per_share free_cash_flow_per_share date 2005-09-30 2.9538 NaN NaN 29.0144 11.7938 11.7938 13.0787 12.9783 9.5327 1.2097 59.9333 15.5654 23.4495 17.8783 18.1124 11.5318 17.8783 0.3177 0.1057 0.0948 2006-09-30 2.2519 NaN NaN 28.9827 12.7000 12.7000 13.8649 14.5897 10.2977 1.1226 50.8037 15.4273 23.6593 19.9219 20.2814 11.5606 19.9219 0.4169 0.0153 0.0312 2007-09-30 2.3659 NaN NaN 33.1679 17.9307 17.9307 19.2611 20.3678 14.2200 0.9697 47.4740 15.0141 24.3106 24.0504 24.6214 13.7886 24.0504 0.5950 0.1293 0.1266 2008-09-30 2.6411 NaN NaN 35.2005 22.2107 22.2107 23.5337 23.8644 16.3213 1.0365 47.7289 15.4794 23.5798 27.4432 28.0624 16.9169 27.4432 0.8964 0.1602 0.1465 2009-09-30 2.7425 NaN NaN 40.1399 27.3628 27.3628 29.0735 28.1226 19.1936 0.9032 56.4462 8.4843 43.0207 26.0272 26.4052 17.3365 26.0272 1.2558 0.0201 0.0183
Fundamentals(ticker, source, freq).key_metrics()
Returns a dataframe with current key statistics and financial ratios from either Yahoo Finance or Finviz. Default key metrics for the 'macrotrends' and 'marketwatch' source is from Finviz.
Class Arguments:
ticker
: valid company ticker
source
: 'yahoo', 'marketwatch', 'macrotrends', default: 'macrotrends'
freq
: choice has no effect, most recent data is returned
Default Example
fd = Fundamentals ('AAPL' )
fd .key_metrics ()
index
market_cap
income
sales
book_to_sh
..
0
DJIA S&P500
1.94097e+12
5.842e+10
2.7386e+11
4.19
...
Yahoo Example
fd = Fundamentals ('AAPL' , source = 'yahoo' )
fd .key_metrics ()
payout_ratio
profit_margin
operating_margin_(ttm)
return_on_assets_(ttm)
return_on_equity_(ttm)
...
0
0.2373
0.2133
0.2452
0.1312
0.6925
...
Earnings and revenue estimates
Fundamentals( ticker, source, freq ).earnings_estimate()
Returns current earnings estimates for the current quarter, next quarter, current year and the next year from Yahoo Finance.
Class Arguments:
ticker
: valid company ticker
source
: choice has no effect, data is from Yahoo Finance
freq
: choice has no effect, most recent data is returned
Example
fd = Fundamentals ('AAPL' )
fd .earnings_estimate ('AAPL' )
date
no_of_analysts
avg_estimate
low_estimate
high_estimate
year_ago_eps
1
Current Qtr. (Sep 2020)
28
2.8
2.18
3.19
3.03
2
Next Qtr. (Dec 2020)
24
5.45
4.76
6.82
4.99
3
Current Year (2020)
35
12.97
12.36
13.52
11.89
4
Next Year (2021)
35
15.52
12.67
18
12.97
Fundamentals( ticker, source, freq ).earnings_estimate_trends()
Returns earnings estimates for the current quarter, next quarter, current year and the next year for the current date, 7 days ago, 30 days ago, 60 days ago and 90 days ago from Yahoo Finance.
Class Arguments:
ticker
: valid company ticker
source
: choice has no effect, data is from Yahoo Finance
freq
: choice has no effect, most recent data is returned
Example
fd = Fundamentals ('AAPL' )
fd .earnings_estimate_trends ()
date
current_estimate
7_days_ago
30_days_ago
60_days_ago
90_days_ago
1
Current Qtr. (Sep 2020)
2.8
2.84
2.79
2.82
2.8
2
Next Qtr. (Dec 2020)
5.45
5.44
5.22
5.21
5.22
3
Current Year (2020)
12.97
13
12.41
12.39
12.32
4
Next Year (2021)
15.52
15.54
14.94
14.86
14.73
Fundamentals( ticker, source, freq ).earnings_history()
Returns earnings estimates and actual earnings for the past 4 quarters from Yahoo Finance.
Class Arguments:
ticker
: valid company ticker
source
: choice has no effect, data is from Yahoo Finance
freq
: choice has no effect, most recent data is returned
Example
fd = Fundamentals ('AAPL' )
fd .earnings_history ()
date
eps_est
eps_actual
difference
surprise_%
1
9/29/2019
2.84
3.03
0.19
0.067
2
12/30/2019
4.55
4.99
0.44
0.097
3
3/30/2020
2.26
2.55
0.29
0.128
4
6/29/2020
2.04
2.58
0.54
0.265
Fundamentals(ticker, source, freq).revenue_estimates()
Returns revenue estimates for the current quarter, next quarter, current year and the next year from Yahoo Finance.
Class Arguments:
ticker
: valid company ticker
source
: choice has no effect, data is from Yahoo Finance
freq
: choice has no effect, most recent data is returned
Example
fd = Fundamentals ('AAPL' )
fd .revenue_estimates ()
date
no_of_analysts
avg_estimate
low_estimate
high_estimate
year_ago_sales
sales_growth_(yearest)
1
Current Qtr. (Sep 2020)
26
6.351e+10
5.255e+10
6.85e+10
6.404e+10
-0.008
2
Next Qtr. (Dec 2020)
24
1.0036e+11
8.992e+10
1.157e+11
8.85e+10
0.134
3
Current Year (2020)
33
2.7338e+11
2.6236e+11
2.8089e+11
2.6017e+11
0.051
4
Next Year (2021)
33
3.0734e+11
2.7268e+11
3.3153e+11
2.7338e+11
0.124
Fundamentals( ticker, source, freq ).growth_estimates()
Returns earnings estimates and actual earnings for the past 4 quarters from Yahoo Finance.
Class Arguments:
ticker
: valid company ticker
source
: choice has no effect, data is from Yahoo Finance
freq
: choice has no effect, most recent data is returned
Example
fd = Fundamentals ('AAPL' )
fd .growth_estimates ()
Output
aapl
industry
sector(s)
sandp_500
Current_Qtr.
-0.079
nan
nan
nan
Next_Qtr.
0.088
nan
nan
nan
Current_Year
0.088
nan
nan
nan
Next_Year
0.195
nan
nan
nan
Next_5_Years_(per_annum)
0.1246
nan
nan
nan
Past_5_Years_(per_annum)
0.0842
nan
nan
nan
Earnings Call Transcripts
The earnings call transcripts are collected from The Motley Fool and are available until Q1 2018. The data returns a simple breakdown of the sections of the earnings call which will still need to be processed further. The full html of the call is also available.
Fundamentals( ticker, source, freq ).transcripts(html = True)
Returns recent history (up to Q1 2018) of earnings call transcripts.
Function Arguments:
html = True
returns additional columns with html of transcript from Motley Fool.
Class Arguments:
ticker
: valid company ticker
source
: choice has no effect, data is the Motley Fool
freq
: choice has no effect
Example
fd = Fundamentals ('AAPL' )
fd .transcripts (html = True )
prepared_remarks questions_and_answers call_participants ticker html date time quarter link 2020-07-31 Operator Good day, everyone. Welcome to the Apple Inc. third-quarter fiscal year 2020 earnings con ... Operator [Operator instructions] Luca Maestri -- Chief Financial Officer Operator, may we plea ... Tejas Gala -- Senior Manager, Corporate Finance, and Investor Relations Tim Cook -- Chief Executiv ... AAPL <h2>Prepared Remarks:</h2> <p><strong>Operator</strong></p> <p>Good day, everyone. Welcome to the Ap ... 2020/07/31 5:00 p.m. ET Q3 2020 https://www.fool.com/earnings/call-transcripts/2020/07/31/apple-aapl-q3-2020-earnings-call-transcrip ... 2020-04-30 Operator Good day, everyone. Welcome to the Apple Inc. Second Quarter Fiscal Year 2020 Earnings Co ... Operator Yes. That will come from Shannon Cross, Cross Research. Shannon Cross -- Cross Research ... Tejas Gala -- Senior Manager, Corporate Finance and Investor Relations Tim Cook -- Chief Executive ... AAPL <h2>Prepared Remarks:</h2> <p><strong>Operator</strong></p> <p>Good day, everyone. Welcome to the Ap ... 2020/04/30 5:00 p.m. ET Q2 2020 https://www.fool.com/earnings/call-transcripts/2020/04/30/apple-inc-aapl-q2-2020-earnings-call-trans ... 2020-01-28 Operator Good day everyone. Welcome to the Apple Incorporated First Quarter Fiscal Year 2020 Earni ... Operator Yes. That will be from Amit Daryanani with Evercore. Amit Daryanani -- Evercore ISI -- ... Tejas Gala -- Senior Analyst, Corporate Finance and Investor Relations Tim Cook -- Chief Executive ... AAPL <h2>Prepared Remarks:</h2> <p><strong>Operator</strong></p> <p>Good day everyone. Welcome to the App ... 2020/01/28 5:00 p.m. ET Q1 2020 https://www.fool.com/earnings/call-transcripts/2020/01/28/apple-inc-aapl-q1-2020-earnings-call-trans ...
... ... ... ... ... ... ... ... ... ...
Insider transactions and analyst ratings
Fundamentals( ticker, source, freq ).insider_transactions()
Returns company insider transactions for the past year from Finviz.
Class Arguments:
ticker
: valid company ticker
source
: choice has no effect, data is from Finviz
freq
: choice has no effect, most recent data is returned
Example
fd = Fundamentals ('AAPL' )
fd .insider_transactions ()
insider_trading
relationship
date
transaction
cost
#shares
value_($)
#shares_total
sec_form_4
0
COOK TIMOTHY D
Chief Executive Officer
Aug 25
Sale
496.91
265160
131761779
837374
Aug 25 06:45 PM
1
KONDO CHRIS
Principal Accounting Officer
May 08
Sale
305.62
4491
1372539
7370
May 12 06:30 PM
2
JUNG ANDREA
Director
Apr 28
Option Exercise
48.95
9590
469389
33548
Apr 30 09:30 PM
3
O'BRIEN DEIRDRE
Senior Vice President
Apr 16
Sale
285.12
9137
2605141
33972
Apr 17 06:31 PM
4
Maestri Luca
Senior Vice President, CFO
Apr 07
Sale
264.44
41062
10858445
27568
Apr 09 06:30 PM
...
...
...
...
...
...
...
...
...
...
Fundamentals( ticker, source, freq ).analyst_ratings()
Returns recent history of analyst ratings from Finviz.
Class Arguments:
ticker
: valid company ticker
source
: choice has no effect, data is from Finviz
freq
: choice has no effect, most recent data is returned
Example
fd = Fundamentals ('AAPL' )
fd .analyst_ratings ()
Output
date
action
rating_institution
rating
price_target
2020-09-01 00:00:00
Reiterated
JP Morgan
Overweight
$115 → $150
2020-09-01 00:00:00
Reiterated
Cowen
Outperform
$530 → $133
2020-08-31 00:00:00
Reiterated
Monness Crespi & Hardt
Buy
$117.50 → $144
2020-08-26 00:00:00
Reiterated
Wedbush
Outperform
$515 → $600
2020-08-25 00:00:00
Reiterated
Cowen
Outperform
$470 → $530
...
...
...
...
...
Fundamentals( ticker, source, freq ).esg_score()
Returns current ESG scores from Sustainalytics published on Yahoo Finance.
Class Arguments:
ticker
: valid company ticker
source
: choice has no effect, data is from Yahoo Finance
freq
: choice has no effect, most recent data is returned
Example
fd = Fundamentals ('AAPL' )
fd .esg_score ()
date
total_esg_risk_score
risk_category
risk_percentile
environment_risk_score
social_risk_score
...
0
2020-08-25
24
Medium
33rd
0.5
13
...
Fundamentals( ticker, source, freq ).corporate_governance_score()
Returns current corporate governance scores from Institutional Shareholder Services (ISS) published on Yahoo Finance.
Class Arguments:
ticker
: valid company ticker
source
: choice has no effect, data is from Yahoo Finance
freq
: choice has no effect, most recent data is returned
Example
fd = Fundamentals ('AAPL' )
fd .corporate_governance_score ()
Output
audit
board
shareholder_rights
compensation
quality_score
ticker
date
0
1
1
1
3
1
AAPL
2020-08-25
Fundamentals( ticker, source, freq ).profile()
Returns company sector, industry, current number of employees and a company description.
Class Arguments:
ticker
: valid company ticker
source
: choice has no effect, data is from Yahoo Finance
freq
: choice has no effect
Example
fd = Fundamentals ('AAPL' )
fd .profile ()
company_name
sector
industry
number_of_employees
description
ticker
0
Apple Inc.
Technology
Consumer Electronics
137000
Apple Inc. designs, manufactures, and markets smartphones, personal computers, tablets, wearables, and accessories worldwide...
AAPL
Fundamentals( ticker, source, freq ).executives_info()
Returns current company executives with name, title, salary, age and their gender.
Class Arguments:
ticker
: valid company ticker
source
: choice has no effect, data is from Yahoo Finance
freq
: choice has no effect
Example
fd = Fundamentals ('AAPL' )
fd .executives_info ()
name
title
pay
exercised
year_born
gender
age_at_end_of_year
0
Mr. Timothy D. Cook
CEO & Director
1.156e+07
nan
1961
male
59
1
Mr. Luca Maestri
CFO & Sr. VP
3.58e+06
nan
1964
male
56
2
Mr. Jeffrey E. Williams
Chief Operating Officer
3.57e+06
nan
1964
male
56
3
Ms. Katherine L. Adams
Sr. VP, Gen. Counsel & Sec.
3.6e+06
nan
1964
female
56
4
Ms. Deirdre O'Brien
Sr. VP of People & Retail
2.69e+06
nan
1967
female
53
The functions below help to retrieve daily historical price data from Yahoo Finance
as well as most recent option prices from Yahoo Finance or CBOE.
Furthermore, the historical_futures_contracts
function enables a bulk download of historical monthly futures contracts up to the year 2000 for currencies, indices, interest rates and commodities including energy, metals and agricultural contracts. The data is downloaded from www.mrci.com but the data is not completely cleaned (yet).
import finpie .price_data
# Historical price data from Yahoo Finance, most recent option prices from Yahoo Finance and CBOE, and futures prices bulk-download...
# from finpie.price_data import price_data
import finpie
historical_prices( ticker )
Returns dataframe with daily historical prices from Yahoo Finance.
Example
historical_prices ('AAPL' )
Date
Open
High
Low
Close
Adj Close
Volume
0
1993-01-29
43.9688
43.9688
43.75
43.9375
26.1841
1003200
1
1993-02-01
43.9688
44.25
43.9688
44.25
26.3703
480500
2
1993-02-02
44.2188
44.375
44.125
44.3438
26.4262
201300
3
1993-02-03
44.4062
44.8438
44.375
44.8125
26.7055
529400
4
1993-02-04
44.9688
45.0938
44.4688
45
26.8172
531500
...
...
...
...
...
...
...
...
yahoo_option_chain( ticker )
Returns two dataframes for current put and call options from Yahoo Finance.
Example
calls , puts = yahoo_option_chain ('AAPL' )
Call options chain
contract_name
last_trade_date
strike
last_price
...
0
AAPL200828C00190000
2020-08-25 3:40PM EDT
190
310.29
...
1
AAPL200828C00195000
2020-08-25 12:36PM EDT
195
300.7
...
2
AAPL200828C00200000
2020-08-25 12:13PM EDT
200
294.8
...
3
AAPL200828C00205000
2020-08-06 3:07PM EDT
205
249.54
...
...
...
...
...
...
...
Put options chain
contract_name
last_trade_date
strike
last_price
bid
0
AAPL200828P00190000
2020-08-24 2:05PM EDT
190
0.01
...
1
AAPL200828P00195000
2020-08-10 10:38AM EDT
195
0.02
...
2
AAPL200828P00200000
2020-08-24 1:36PM EDT
200
0.01
...
3
AAPL200828P00205000
2020-08-24 10:08AM EDT
205
0.02
...
...
...
...
...
...
...
cboe_option_chain( ticker, head = False )
Returns two dataframes for current put and call options from CBOE.
Example
calls , puts = cboe_option_chain ('AAPL' )
Call options chain
expiration
calls
last_sale
net
bid
ask
vol
iv
delta
gamma
open_int
strike
underlying
0
09/25/2020
AAPL200925C00058750
46.75
-2.375
50.1
52.65
15
0.02
1
0.0002
0
58.75
110.13
1
09/25/2020
AAPL200925C00060000
49.2
1.325
48.85
51.4
33
0.02
1
0.0001
38
60
110.13
2
09/25/2020
AAPL200925C00061250
49.3
0
47.6
50.2
0
0.02
1
0.0002
0
61.25
110.13
3
09/25/2020
AAPL200925C00062500
43.1
-2.3
47.2
48.05
2
0.02
0.9989
0.0002
6
62.5
110.13
...
...
...
...
...
...
...
...
...
...
...
...
...
...
Put options chain
expiration
puts
last_sale
net
bid
ask
vol
iv
delta
gamma
open_int
strike
underlying
0
09/25/2020
AAPL200925P00058750
0.06
0
0
0.01
0
2.001
-0.001
0.0001
76
58.75
110.13
1
09/25/2020
AAPL200925P00060000
0.01
0
0
0.01
0
1.876
-0.0008
0.0001
505
60
110.13
2
09/25/2020
AAPL200925P00061250
0.03
0
0
0.01
0
1.8406
-0.0009
0.0001
17
61.25
110.13
3
09/25/2020
AAPL200925P00062500
0.01
-0.005
0
0.03
10
1.8178
-0.0011
0.0002
123
62.5
110.13
...
...
...
...
...
...
...
...
...
...
...
...
...
...
historical_futures_contracts( pandas.date_range )
Returns daily price data for a number of monthly future contracts including open interest of each contract for the given date range.
Example
historical_futures_contracts ( pd .date_range ('2020-01-01' , '2020-09-01' ) )
month
date
open
high
low
close
change
volume
open_interest
change_in_oi
future
2020-01-06
Jan20
200106
296.2
299.4
296.2
297.7
1.6
4103
2459
-811
Soybean Meal(CBOT)
2020-01-06
Mar20
200106
301.5
304.5
300.6
302.9
1.7
58930
222007
3,678
Soybean Meal(CBOT)
2020-01-06
May20
200106
305.3
308.3
304.6
306.9
1.7
23500
92983
2,616
Soybean Meal(CBOT)
...
...
...
...
...
...
...
...
...
...
...
...
futures_contracts( date )
Returns daily price data for a number of monthly future contracts including open interest of each contract for the given date.
Example
futures_prices ('2020-01-06' )
month
date
open
high
low
close
change
volume
open_interest
change_in_oi
future
2020-01-06
Jan20
200106
296.2
299.4
296.2
297.7
1.6
4103
2459
-811
Soybean Meal(CBOT)
2020-01-06
Mar20
200106
301.5
304.5
300.6
302.9
1.7
58930
222007
3,678
Soybean Meal(CBOT)
2020-01-06
May20
200106
305.3
308.3
304.6
306.9
1.7
23500
92983
2,616
Soybean Meal(CBOT)
...
...
...
...
...
...
...
...
...
...
...
...
The functions below retrieve economic data from the OECD nad EIA database.
The available OECD timeseries so far include the OECD composite leading indicators, OECD business surveys, OECD main economic indicators and OECD balance of payments.
The data can be accessed by country or for list of countries and for timeseries specific keyword arguments. Not all timeseries are available for all countries at all frequencies.
For available country codes see here .
from finpie .economic_data import oecd_data # or import finpie
# Example for instantiating class for Australia and the USA at monthly frequency with national currencies
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'M' , currency_code = 'NXCU' )
# or oecd = finpie.OecdData(...)
# Example for instantiating class for all available countries at quarterly frequency with dollar converted currencies
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'Q' , currency_code = 'CXCU' )
# or oecd = finpie.OecdData(...)
OECD Composite Leading Indicators
OecdData( country_code, **args ).cli( subject = 'amplitude' )
Returns the OECD composite leading indicator with a given measure. Only monthly data available.
Subject options:
(default) amplitude adjusted
LOLITONO - normalised
LOLITOTR_STSA - trend restored
LOLITOTR_GYSA - 12-month rate of change of the trend restored
BSCICP03 - OECD standardised BCI, amplitude adjusted
CSCICP03 - OECD standardised CCI, amplitude adjusted
LORSGPRT - ratio to trend (gdp)
LORSGPNO - normalised ( gdp )
LORSGPTD - trend ( gdp )
LORSGPOR_IXOBSA - original seasonally adjusted (gdp)
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'M' )
oecd .cli (subject = 'amplitude' )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1955-01-01 00:00:00
LOLITOAA
Amplitude adjusted (CLI)
United States
M
1955-01
IDX
0
101.484
1955-02-01 00:00:00
LOLITOAA
Amplitude adjusted (CLI)
United States
M
1955-02
IDX
0
101.838
1955-03-01 00:00:00
LOLITOAA
Amplitude adjusted (CLI)
United States
M
1955-03
IDX
0
102.131
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).cci()
Returns the OECD consumer confidence indicator. Only monthly data available.
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'M' )
oecd .cci ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1960-01-01 00:00:00
CSCICP03
OECD Standardised CCI, Amplitude adjusted (Long term average=100), sa
United States
M
1960-01
IDX
0
101.498
1960-02-01 00:00:00
CSCICP03
OECD Standardised CCI, Amplitude adjusted (Long term average=100), sa
United States
M
1960-02
IDX
0
101.243
1960-03-01 00:00:00
CSCICP03
OECD Standardised CCI, Amplitude adjusted (Long term average=100), sa
United States
M
1960-03
IDX
0
101.023
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).bci()
Returns the OECD business confidence indicator. Only monthly data available.
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'M' )
oecd .bci ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1950-01-01 00:00:00
BSCICP03
OECD Standardised BCI, Amplitude adjusted (Long term average=100), sa
United States
M
1950-01
IDX
0
101.071
1950-02-01 00:00:00
BSCICP03
OECD Standardised BCI, Amplitude adjusted (Long term average=100), sa
United States
M
1950-02
IDX
0
101.59
1950-03-01 00:00:00
BSCICP03
OECD Standardised BCI, Amplitude adjusted (Long term average=100), sa
United States
M
1950-03
IDX
0
102.282
...
...
...
...
...
...
...
...
...
OECD Main Economic Indicators
OecdData( country_code, **args ).monetary_aggregates_m1( index = True, seasonally_adjusted = True )
Returns the M1 monetary aggregate. Not available for all countries.
Arguments :
index = True
returns an index, index = False
returns level values
seasonally_adjusted = True
returns seasonally adjusted index
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .monetary_aggregates_m1 (index = True , seasonally_adjusted = True )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1992-01-01 00:00:00
MANMM101
Monetary aggregates and their components > Narrow money and components > M1 and components > M1
Czech Republic
M
1992-01
IDX
0
10.4902
1992-02-01 00:00:00
MANMM101
Monetary aggregates and their components > Narrow money and components > M1 and components > M1
Czech Republic
M
1992-02
IDX
0
10.4718
1992-03-01 00:00:00
MANMM101
Monetary aggregates and their components > Narrow money and components > M1 and components > M1
Czech Republic
M
1992-03
IDX
0
10.7145
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).monetary_aggregates_m3(index = True, seasonally_adjuted = True)
Returns the M3 monetary aggregate. Not available for all countries.
Arguments :
index = True
returns an index, index = False
returns level values
seasonally_adjusted = True
returns seasonally adjusted index
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .monetary_aggregates_m3 ( index = True , seasonally_adjuted = True )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1980-02-01 00:00:00
MABMM301
Monetary aggregates and their components > Broad money and components > M3 > M3
Korea
M
1980-02
IDX
0
0.461489
1980-03-01 00:00:00
MABMM301
Monetary aggregates and their components > Broad money and components > M3 > M3
Korea
M
1980-03
IDX
0
0.47687
1980-04-01 00:00:00
MABMM301
Monetary aggregates and their components > Broad money and components > M3 > M3
Korea
M
1980-04
IDX
0
0.488449
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).interbank_rates()
Returns interbank interest rates. Not available for all countries.
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .interbank_rates ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1990-08-01 00:00:00
IRSTCI01
Interest Rates > Immediate rates (< 24 hrs) > Call money/interbank rate > Total
Australia
M
1990-08
PC
0
14
1990-09-01 00:00:00
IRSTCI01
Interest Rates > Immediate rates (< 24 hrs) > Call money/interbank rate > Total
Australia
M
1990-09
PC
0
14
1990-10-01 00:00:00
IRSTCI01
Interest Rates > Immediate rates (< 24 hrs) > Call money/interbank rate > Total
Australia
M
1990-10
PC
0
13.43
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).short_term_rates()
Returns short-term interest rates. Not avaialable for all countries.
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .short_term_rates ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1968-01-01 00:00:00
IR3TBB01
Interest Rates > 3-month or 90-day rates and yields > Bank bills > Total
Australia
M
1968-01
PC
0
5.1
1968-02-01 00:00:00
IR3TBB01
Interest Rates > 3-month or 90-day rates and yields > Bank bills > Total
Australia
M
1968-02
PC
0
5.15
1968-03-01 00:00:00
IR3TBB01
Interest Rates > 3-month or 90-day rates and yields > Bank bills > Total
Australia
M
1968-03
PC
0
5.15
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).long_term_rates()
Returns long-term interest rates. Not available for all countries.
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .long_term_rates ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1969-07-01 00:00:00
IRLTLT01
Interest Rates > Long-term government bond yields > 10-year > Main (including benchmark)
Australia
M
1969-07
PC
0
5.8
1969-08-01 00:00:00
IRLTLT01
Interest Rates > Long-term government bond yields > 10-year > Main (including benchmark)
Australia
M
1969-08
PC
0
5.79
1969-09-01 00:00:00
IRLTLT01
Interest Rates > Long-term government bond yields > 10-year > Main
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).all_share_prices()
Returns aggregate share prices of a given country. Not available for all countries.
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .all_share_prices ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1958-01-01 00:00:00
SPASTT01
Share Prices > All shares/broad > Total > Total
Australia
M
1958-01
IDX
0
2.46886
1958-02-01 00:00:00
SPASTT01
Share Prices > All shares/broad > Total > Total
Australia
M
1958-02
IDX
0
2.55808
1958-03-01 00:00:00
SPASTT01
Share Prices > All shares/broad > Total > Total
Australia
M
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).share_prices_industrials()
Returns aggregate share prices of industrial companies from a given country. Not available for all countries.
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .share_prices_industrials ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1955-01-01 00:00:00
SPINTT01
Share Prices > Industrials > Total > Total
Norway
M
1955-01
IDX
0
2.38957
1955-02-01 00:00:00
SPINTT01
Share Prices > Industrials > Total > Total
Norway
M
1955-02
IDX
0
2.29226
1955-03-01 00:00:00
SPINTT01
Share Prices > Industrials > Total > Total
Norway
M
1955-03
IDX
0
2.34632
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).usd_exchange_rates_spot()
Returns USD spot exchange rates at end of month/quarter.
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
usd_exchange_rates_spot ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1983-10-01 00:00:00
LCEATT02
Labour Compensation > Earnings > All activities > Weekly
Australia
Q
1983-Q4
AUD
0
311.822
1984-01-01 00:00:00
LCEATT02
Labour Compensation > Earnings > All activities > Weekly
Australia
Q
1984-Q1
AUD
0
321.838
1984-04-01 00:00:00
LCEATT02
Labour Compensation > Earnings > All activities > Weekly
Australia
Q
1984-Q2
AUD
0
333.959
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).usd_exchange_rates_average()
Returns monthly/quarterly average USD exchange rates.
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .usd_exchange_rates_average ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1957-01-01 00:00:00
CCUSMA02
Currency Conversions > US$ exchange rate > Average of daily rates > National currency:USD
Australia
M
1957-01
AUD
0
0.598516
1957-02-01 00:00:00
CCUSMA02
Currency Conversions > US$ exchange rate > Average of daily rates > National currency:USD
Australia
M
1957-02
AUD
0
0.598015
1957-03-01 00:00:00
CCUSMA02
Currency Conversions > US$ exchange rate > Average of daily rates > National currency:USD
Australia
M
1957-03
AUD
0
0.599125
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).rer_overall()
Returns overall real exchange rates.
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .rer_overall ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1972-01-01 00:00:00
CCRETT01
Currency Conversions > Real effective exchange rates > Overall Economy > CPI
Australia
M
1972-01
IDX
0
110.762
1972-02-01 00:00:00
CCRETT01
Currency Conversions > Real effective exchange rates > Overall Economy > CPI
Australia
M
1972-02
IDX
0
109.613
1972-03-01 00:00:00
CCRETT01
Currency Conversions > Real effective exchange rates > Overall Economy > CPI
Australia
M
1972-03
IDX
0
108.894
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).exports_value(growth = False, seasonally_adjusted = True)
Returns value of exports in national currency or dollar converted, etc..
Arguments :
growth = True
returns seasonally adjusted growth
growth = False
returns monthly level values in specified currency conversion (national or dollar converted)
seasonally_adjusted = True
returns seasonally adjusted monthly level values in specified currency conversion (national or dollar converted)
Example
oecd = oecd_data .OecdData ( country_code = 'all' , currency_code = 'CXCU' , freq = 'M' )
oecd .exports_value (growth = False , seasonally_adjusted = True )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1958-01-01 00:00:00
XTEXVA01
International Trade > Exports > Value (goods) > Total
Australia
M
1958-01
USD
9
0.149812
1958-02-01 00:00:00
XTEXVA01
International Trade > Exports > Value (goods) > Total
Australia
M
1958-02
USD
9
0.133962
1958-03-01 00:00:00
XTEXVA01
International Trade > Exports > Value (goods) > Total
Australia
M
1958-03
USD
9
0.131655
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).imports_value(growth = False, seasonally_adjusted = True)
Returns value of imports in national currency or dollar converted, etc..
Arguments :
growth = True
returns seasonally adjusted growth
growth = False
returns monthly level values in specified currency conversion (national or dollar converted)
seasonally_adjusted = True
returns seasonally adjusted monthly level values in specified currency conversion (national or dollar converted)
Example
oecd = oecd_data .OecdData ( country_code = 'all' , currency_code = 'CXCU' , freq = 'M' )
oecd .imports_value (growth = False , seasonally_adjusted = True )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1958-01-01 00:00:00
XTIMVA01
International Trade > Imports > Value (goods) > Total
Australia
M
1958-01
USD
9
0.155267
1958-02-01 00:00:00
XTIMVA01
International Trade > Imports > Value (goods) > Total
Australia
M
1958-02
USD
9
0.150965
1958-03-01 00:00:00
XTIMVA01
International Trade > Imports > Value (goods) > Total
Australia
M
1958-03
USD
9
0.138973
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).unemployment_rate()
Returns unemployment rates.
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .unemployment_rate ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1978-02-01 00:00:00
LRHUTTTT
Labour Force Survey - quarterly rates > Harmonised unemployment - monthly rates > Total > All persons
Australia
M
1978-02
PC
0
6.64535
1978-03-01 00:00:00
LRHUTTTT
Labour Force Survey - quarterly rates > Harmonised unemployment - monthly rates > Total > All persons
Australia
M
1978-03
PC
0
6.30344
1978-04-01 00:00:00
LRHUTTTT
Labour Force Survey - quarterly rates > Harmonised unemployment - monthly rates > Total > All persons
Australia
M
1978-04
PC
0
6.26811
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).cpi_total(growth = False, seasonally_adjusted = True)
Returns the consumer price index.
Arguments :
growth = True
returns yoy growth
growth = False
returns index
growth = False
and seasonally_adjusted = True
returns seasonally adjusted index
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .cpi_total (growth = False , seasonally_adjusted = True )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1985-01-01 00:00:00
CPALTT01
Consumer Price Index > All items > Total > Total
Japan
M
1985-01
IDX
0
85.7678
1985-02-01 00:00:00
CPALTT01
Consumer Price Index > All items > Total > Total
Japan
M
1985-02
IDX
0
85.6816
1985-03-01 00:00:00
CPALTT01
Consumer Price Index > All items > Total > Total
Japan
M
1985-03
IDX
0
85.6816
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).cpi_city_total()
Returns the consumer price index for cities.
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .cpi_city_total ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1961-01-01 00:00:00
CPALCY01
Consumer Price Index > All items > All items: City > Total
Canada
M
1961-01
IDX
0
13.4288
1961-02-01 00:00:00
CPALCY01
Consumer Price Index > All items > All items: City > Total
Canada
M
1961-02
IDX
0
13.4288
1961-03-01 00:00:00
CPALCY01
Consumer Price Index > All items > All items: City > Total
Canada
M
1961-03
IDX
0
13.3779
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).cpi_non_food_non_energy(growth = False, seasonally_adjusted = True)
Returns non-food and non-energy consumer price index .
Arguments :
growth = True
returns yoy growth
growth = False
returns index
growth = False
and seasonally_adjusted = True
returns seasonally adjusted index
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .cpi_non_food_non_energy (growth = False , seasonally_adjusted = True )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1957-01-01 00:00:00
CPGRLE01
Consumer Price Index > OECD Groups > All items non-food non-energy > Total
United States
M
1957-01
IDX
0
11.7649
1957-02-01 00:00:00
CPGRLE01
Consumer Price Index > OECD Groups > All items non-food non-energy > Total
United States
M
1957-02
IDX
0
11.8062
1957-03-01 00:00:00
CPGRLE01
Consumer Price Index > OECD Groups > All items non-food non-energy > Total
United States
M
1957-03
IDX
0
11.8474
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).cpi_energy(growth = False, seasonally_adjusted = True)
Returns consumer price index for energy (fuel, electricity, etc.).
Arguments :
growth = True
returns yoy growth
growth = False
returns index
growth = False
and seasonally_adjusted = True
returns seasonally adjusted index
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .cpi_energy (growth = False , seasonally_adjusted = True )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1991-01-01 00:00:00
CPGREN01
Consumer Price Index > OECD Groups > Energy (Fuel, electricity & gasoline) > Total
Germany
M
1991-01
IDX
0
46.028
1991-02-01 00:00:00
CPGREN01
Consumer Price Index > OECD Groups > Energy (Fuel, electricity & gasoline) > Total
Germany
M
1991-02
IDX
0
45.7485
1991-03-01 00:00:00
CPGREN01
Consumer Price Index > OECD Groups > Energy (Fuel, electricity & gasoline) > Total
Germany
M
1991-03
IDX
0
44.0713
...
...
...
...
...
...
...
...
...
Business tendency and consumer opinion
OecdData( country_code, **args ).business_tendency_survey( sector )
Returns national business tendency survey for given sector.
Sector arguments:
(default) retail
construction
services
manufacturing
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .business_tendency_survey ('retail' )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1996-01-01 00:00:00
BRCICP02
Business tendency surveys (retail trade) > Confidence indicators > Composite indicators > National indicator
Austria
M
1996-01
PC
0
-19.4
1996-02-01 00:00:00
BRCICP02
Business tendency surveys (retail trade) > Confidence indicators > Composite indicators > National indicator
Austria
M
1996-02
PC
0
-15.1
1996-03-01 00:00:00
BRCICP02
Business tendency surveys (retail trade) > Confidence indicators > Composite indicators > National indicator
Austria
M
1996-03
PC
0
-13.4
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).consumer_opinion_survey( measure = 'national' )
Returns national consumer opinion survey.
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .consumer_opinion_survey ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1974-09-01 00:00:00
CSCICP02
Consumer opinion surveys > Confidence indicators > Composite indicators > National indicator
Australia
M
1974-09
PC
0
-9
1974-10-01 00:00:00
CSCICP02
Consumer opinion surveys > Confidence indicators > Composite indicators > National indicator
Australia
M
1974-10
PC
0
-9
1974-11-01 00:00:00
CSCICP02
Consumer opinion surveys > Confidence indicators > Composite indicators > National indicator
Australia
M
1974-11
PC
0
-8
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).gdp_deflator()
Returns the quarterly GDP deflator. Not available for all countries.
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'Q' )
oecd .gdp_deflator ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1960-01-01 00:00:00
NAGIGP01
National Accounts > National Accounts Deflators > Gross Domestic Product > GDP Deflator
Australia
Q
1960-Q1
IDX
0
6.78408
1960-04-01 00:00:00
NAGIGP01
National Accounts > National Accounts Deflators > Gross Domestic Product > GDP Deflator
Australia
Q
1960-Q2
IDX
0
6.93289
1960-07-01 00:00:00
NAGIGP01
National Accounts > National Accounts Deflators > Gross Domestic Product > GDP Deflator
Australia
Q
1960-Q3
IDX
0
6.9521
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).gdp_total( growth = False, index = False )
Returns total GDP at constant prices.
Arguments :
growth = True
returns seasonally adjusted yoy growth
growth = False
and index = True
returns seasonally adjusted index
growth = False
and index = False
returns seasonally adjusted level values
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'Q' )
oecd .gdp_total (growth = False , index = False )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1959-07-01 00:00:00
NAEXKP01
National Accounts > GDP by Expenditure > Constant Prices > Gross Domestic Product - Total
Australia
Q
1959-Q3
AUD
9
62.496
1959-10-01 00:00:00
NAEXKP01
National Accounts > GDP by Expenditure > Constant Prices > Gross Domestic Product - Total
Australia
Q
1959-Q4
AUD
9
63.043
1960-01-01 00:00:00
NAEXKP01
National Accounts > GDP by Expenditure > Constant Prices > Gross Domestic Product - Total
Australia
Q
1960-Q1
AUD
9
64.683
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).gdp_final_consumption()
Returns GDP final consumption at constant prices.
Arguments :
growth = True
returns seasonally adjusted yoy growth
growth = False
and index = True
returns seasonally adjusted index
growth = False
and index = False
returns seasonally adjusted level values
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'Q' )
oecd .gdp_final_consumption (growth = False , index = False )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1959-07-01 00:00:00
NAEXKP02
National Accounts > GDP by Expenditure > Constant Prices > Private Final Consumption Expenditure
Australia
Q
1959-Q3
AUD
9
33.383
1959-10-01 00:00:00
NAEXKP02
National Accounts > GDP by Expenditure > Constant Prices > Private Final Consumption Expenditure
Australia
Q
1959-Q4
AUD
9
34.303
1960-01-01 00:00:00
NAEXKP02
National Accounts > GDP by Expenditure > Constant Prices > Private Final Consumption Expenditure
Australia
Q
1960-Q1
AUD
9
35.111
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).gdp_government_consumption()
Returns government consumption at constant prices.
Arguments :
growth = True
returns seasonally adjusted yoy growth
growth = False
and index = True
returns seasonally adjusted index
growth = False
and index = False
returns seasonally adjusted level values
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'Q' )
oecd .gdp_government_consumption (growth = False , index = False )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1959-07-01 00:00:00
NAEXKP03
National Accounts > GDP by Expenditure > Constant Prices > Government Final Consumption Expenditure
Australia
Q
1959-Q3
AUD
9
9.626
1959-10-01 00:00:00
NAEXKP03
National Accounts > GDP by Expenditure > Constant Prices > Government Final Consumption Expenditure
Australia
Q
1959-Q4
AUD
9
9.56
1960-01-01 00:00:00
NAEXKP03
National Accounts > GDP by Expenditure > Constant Prices > Government Final Consumption Expenditure
Australia
Q
1960-Q1
AUD
9
10.004
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).gdp_fixed_capital_formation(growth = False, index = False)
Returns fixed capital formation at constant prices.
Arguments :
growth = True
returns seasonally adjusted yoy growth
growth = False
and index = True
returns seasonally adjusted index
growth = False
and index = False
returns seasonally adjusted level values
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'Q' )
oecd .gdp_fixed_capital_formation (growth = False , index = False )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1959-07-01 00:00:00
NAEXKP04
National Accounts > GDP by Expenditure > Constant Prices > Gross Fixed Capital Formation
Australia
Q
1959-Q3
AUD
9
10.278
1959-10-01 00:00:00
NAEXKP04
National Accounts > GDP by Expenditure > Constant Prices > Gross Fixed Capital Formation
Australia
Q
1959-Q4
AUD
9
9.984
1960-01-01 00:00:00
NAEXKP04
National Accounts > GDP by Expenditure > Constant Prices > Gross Fixed Capital Formation
Australia
Q
1960-Q1
AUD
9
10.25
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).gdp_exports(growth = False, index = False)
Returns export value for GDP calculation.
Arguments :
growth = True
returns seasonally adjusted yoy growth
growth = False
and index = True
returns seasonally adjusted index
growth = False
and index = False
returns seasonally adjusted level values
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'Q' )
oecd .gdp_exports (growth = False , index = False )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1959-07-01 00:00:00
NAEXKP06
National Accounts > GDP by Expenditure > Constant Prices > Exports of Goods and Services
Australia
Q
1959-Q3
AUD
9
3.991
1959-10-01 00:00:00
NAEXKP06
National Accounts > GDP by Expenditure > Constant Prices > Exports of Goods and Services
Australia
Q
1959-Q4
AUD
9
5.172
1960-01-01 00:00:00
NAEXKP06
National Accounts > GDP by Expenditure > Constant Prices > Exports of Goods and Services
Australia
Q
1960-Q1
AUD
9
4.603
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).gdp_imports(growth = False, index = False)
Returns import value for GDP calculation.
Arguments :
growth = True
returns seasonally adjusted yoy growth
growth = False
and index = True
returns seasonally adjusted index
growth = False
and index = False
returns seasonally adjusted level values
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'Q' )
oecd .gdp_imports (growth = False , index = False )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1959-07-01 00:00:00
NAEXKP07
National Accounts > GDP by Expenditure > Constant Prices > Less: Imports of Goods and Services
Australia
Q
1959-Q3
AUD
9
3.226
1959-10-01 00:00:00
NAEXKP07
National Accounts > GDP by Expenditure > Constant Prices > Less: Imports of Goods and Services
Australia
Q
1959-Q4
AUD
9
3.422
1960-01-01 00:00:00
NAEXKP07
National Accounts > GDP by Expenditure > Constant Prices > Less: Imports of Goods and Services
Australia
Q
1960-Q1
AUD
9
3.58
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).total_manufacturing_index( index = True, seasonally_adjusted = True )
Returns total manufacturing index.
Arguments :
index = True
returns index index = False
returns monthly or quarterly levels depending on frequency
seasonally\_adjusted = True
returns seasonally adjusted values
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .total_manufacturing_index (index = True , seasonally_adjusted = True )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1956-01-01 00:00:00
PRMNTO01
Production > Manufacturing > Total manufacturing > Total manufacturing
Austria
M
1956-01
IDX
0
11.2315
1956-02-01 00:00:00
PRMNTO01
Production > Manufacturing > Total manufacturing > Total manufacturing
Austria
M
1956-02
IDX
0
11.0611
1956-03-01 00:00:00
PRMNTO01
Production > Manufacturing > Total manufacturing > Total manufacturing
Austria
M
1956-03
IDX
0
11.2976
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).total_industry_production_ex_construction(index = True, seasonally_adjusted = True)
Returns total industry production excluding construction.
Arguments :
index = True
returns index index = False
returns monthly or quarterly levels depending on frequency
seasonally\_adjusted = True
returns seasonally adjusted values
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .total_industrial_production_ex_construction (index = True , seasonally_adjusted = True )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1955-01-01 00:00:00
PRINTO01
Production > Industry > Total industry > Total industry excluding construction
Austria
M
1955-01
IDX
0
10.7655
1955-02-01 00:00:00
PRINTO01
Production > Industry > Total industry > Total industry excluding construction
Austria
M
1955-02
IDX
0
10.7772
1955-03-01 00:00:00
PRINTO01
Production > Industry > Total industry > Total industry excluding construction
Austria
M
1955-03
IDX
0
10.7544
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).total_construction(index = True, seasonally_adjusted = True)
Returns total construction index.
Arguments :
index = True
returns index index = False
returns monthly or quarterly levels depending on frequency
seasonally\_adjusted = True
returns seasonally adjusted values
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .total_construction (index = True , seasonally_adjusted = True )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1996-01-01 00:00:00
PRCNTO01
Production > Construction > Total construction > Total
Austria
M
1996-01
IDX
0
56.1
1996-02-01 00:00:00
PRCNTO01
Production > Construction > Total construction > Total
Austria
M
1996-02
IDX
0
57.8
1996-03-01 00:00:00
PRCNTO01
Production > Construction > Total construction > Total
Austria
M
1996-03
IDX
0
57
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).total_retail_trade(index = True, seasonally_adjusted = True)
Returns total retail trade index.
Arguments :
index = True
returns index index = False
returns monthly or quarterly levels depending on frequency
seasonally\_adjusted = True
returns seasonally adjusted values
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .total_retail_trade (index = True , seasonally_adjusted = True )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1955-01-01 00:00:00
SLRTTO02
Sales > Retail trade > Total retail trade > Value
Austria
M
1955-01
IDX
0
5.65006
1955-02-01 00:00:00
SLRTTO02
Sales > Retail trade > Total retail trade > Value
Austria
M
1955-02
IDX
0
5.72288
1955-03-01 00:00:00
SLRTTO02
Sales > Retail trade > Total retail trade > Value
Austria
M
1955-03
IDX
0
5.63975
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).passenger_car_registrations(index = True, seasonally_adjusted = True)
Returns index for passenger car registrations.
Arguments :
index = True
returns index index = False
returns monthly or quarterly levels depending on frequency
seasonally\_adjusted = True
returns seasonally adjusted values
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .passenger_car_registrations (index = True , seasonally_adjusted = True )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1994-01-01 00:00:00
SLRTCR03
Sales > Retail trade > Car registration > Passenger cars
Australia
M
1994-01
IDX
0
83.9795
1994-02-01 00:00:00
SLRTCR03
Sales > Retail trade > Car registration > Passenger cars
Australia
M
1994-02
IDX
0
86.7998
1994-03-01 00:00:00
SLRTCR03
Sales > Retail trade > Car registration > Passenger cars
Australia
M
1994-03
IDX
0
85.8574
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).construction_permits_issued(index = True, seasonally_adjusted = True)
Returns index for construction permits issued.
Arguments :
index = True
returns index index = False
returns monthly or quarterly levels depending on frequency
seasonally\_adjusted = True
returns seasonally adjusted values
Example
oecd = oecd_data .OecdData ( country_code = 'all' , freq = 'M' )
oecd .construction_permits_issued (index = True , seasonally_adjusted = True )
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1955-01-01 00:00:00
ODCNPI03
Orders > Construction > Permits issued > Dwellings / Residential buildings
Australia
M
1955-01
IDX
0
32.3003
1955-02-01 00:00:00
ODCNPI03
Orders > Construction > Permits issued > Dwellings / Residential buildings
Australia
M
1955-02
IDX
0
40.88
1955-03-01 00:00:00
ODCNPI03
Orders > Construction > Permits issued > Dwellings / Residential buildings
Australia
M
1955-03
IDX
0
35.8331
...
...
...
...
...
...
...
...
...
OECD Business Tendency Survey
OecdData( country_code, **args ).economic_situation_survey()
Returns national economic situation survey.
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'M' )
oecd .economic_situation_survey ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1978-01-01 00:00:00
CSESFT
Future tendency
United States
M
1978-01
PC
0
8
1978-02-01 00:00:00
CSESFT
Future tendency
United States
M
1978-02
PC
0
11
1978-03-01 00:00:00
CSESFT
Future tendency
United States
M
1978-03
PC
0
-3
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).consumer_confidence_survey()
Returns national consumer confidence survey.
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'M' )
oecd .consumer_confidence_survey ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1960-01-01 00:00:00
CSCICP02
National indicator
United States
M
1960-01
PC
0
107.594
1960-02-01 00:00:00
CSCICP02
National indicator
United States
M
1960-02
PC
0
105.191
1960-03-01 00:00:00
CSCICP02
National indicator
United States
M
1960-03
PC
0
102.788
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).consumer_price_inflation_survey()
Returns consumer price inflation survey.
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'M' )
oecd .consumer_price_inflation_survey ()
TIME
SUBJECT
Subject
Country
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1978-01-01 00:00:00
CSINFT
Future tendency
United States
M
1978-01
PC
0
6.1
1978-02-01 00:00:00
CSINFT
Future tendency
United States
M
1978-02
PC
0
8.5
1978-03-01 00:00:00
CSINFT
Future tendency
United States
M
1978-03
PC
0
7.5
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).current_account( percent_of_gdp = False )
Returns the current account as value or as percent of GDP.
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'Q' )
oecd .current_account (percent_of_gdp = True )
TIME
SUBJECT
Subject
Country
MEASURE
Measure
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1960-01-01 00:00:00
B6BLTT02
Current account balance as % of GDP
United States
STSA
Indicators in percentage
Q
1960-Q1
PC
0
0.257994
1960-04-01 00:00:00
B6BLTT02
Current account balance as % of GDP
United States
STSA
Indicators in percentage
Q
1960-Q2
PC
0
0.391809
1960-07-01 00:00:00
B6BLTT02
Current account balance as % of GDP
United States
STSA
Indicators in percentage
Q
1960-Q3
PC
0
0.612899
...
...
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).goods_balance( xm = 'balance' )
Returns the imported, exported goods or good balance of the current account.
xm arguments:
(default) balance
exports
imports
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'Q' )
oecd .goods_balance (xm = 'exports' )
TIME
SUBJECT
Subject
Country
MEASURE
Measure
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1960-01-01 00:00:00
B6CRTD01
Goods, credits (exports)
United States
CXCU
US-Dollar converted
Q
1960-Q1
USD
6
4664
1960-04-01 00:00:00
B6CRTD01
Goods, credits (exports)
United States
CXCU
US-Dollar converted
Q
1960-Q2
USD
6
5058
1960-07-01 00:00:00
B6CRTD01
Goods, credits (exports)
United States
CXCU
US-Dollar converted
Q
1960-Q3
USD
6
4736
...
...
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).services_balance( xm = 'balance' )
Returns the imported, exported services or services balance of the current account.
xm arguments:
(default) balance
exports
imports
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'Q' )
oecd .goods_balance (xm = 'balance' )
TIME
SUBJECT
Subject
Country
MEASURE
Measure
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1960-01-01 00:00:00
B6BLSE01
Services, balance
United States
CXCU
US-Dollar converted
Q
1960-Q1
USD
6
-239
1960-04-01 00:00:00
B6BLSE01
Services, balance
United States
CXCU
US-Dollar converted
Q
1960-Q2
USD
6
-205
1960-07-01 00:00:00
B6BLSE01
Services, balance
United States
CXCU
US-Dollar converted
Q
1960-Q3
USD
6
-758
...
...
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).financial_account( assets_or_liabs = None )
Returns the assets, liabilities or net financial account in specified currency.
assets\_or\_liabs arguments:
(default) None
assets
liabs
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'Q' , currency = 'CXCU' )
oecd .financial_account (assets_or_liabs = None )
TIME
SUBJECT
Subject
Country
MEASURE
Measure
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1960-01-01 00:00:00
B6FATT01
Financial account, net
United States
CXCU
US-Dollar converted
Q
1960-Q1
USD
6
358
1960-04-01 00:00:00
B6FATT01
Financial account, net
United States
CXCU
US-Dollar converted
Q
1960-Q2
USD
6
414
1960-07-01 00:00:00
B6FATT01
Financial account, net
United States
CXCU
US-Dollar converted
Q
1960-Q3
USD
6
159
...
...
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).direct_investment( assets_or_liabs = None )
Returns the assets, liabilities or net direct investment of the financial account.
(default) None
assets
liabs
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'Q' , currency = 'CXCU' )
oecd .direct_investment (assets_or_liabs = None )
TIME
SUBJECT
Subject
Country
MEASURE
Measure
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1960-01-01 00:00:00
B6FADI01
Direct investment, net
United States
CXCU
US-Dollar converted
Q
1960-Q1
USD
6
591
1960-04-01 00:00:00
B6FADI01
Direct investment, net
United States
CXCU
US-Dollar converted
Q
1960-Q2
USD
6
560
1960-07-01 00:00:00
B6FADI01
Direct investment, net
United States
CXCU
US-Dollar converted
Q
1960-Q3
USD
6
595
...
...
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).portfolio_investment( assets_or_liabs = None )
Returns the assets, liabilities or net portfolio investment of the financial account.
(default) None
assets
liabs
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'Q' , currency = 'CXCU' )
oecd .portfolio_investment (assets_or_liabs = None )
TIME
SUBJECT
Subject
Country
MEASURE
Measure
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1960-01-01 00:00:00
B6FAPI10
Portfolio investment, net
United States
CXCU
US-Dollar converted
Q
1960-Q1
USD
6
69
1960-04-01 00:00:00
B6FAPI10
Portfolio investment, net
United States
CXCU
US-Dollar converted
Q
1960-Q2
USD
6
139
1960-07-01 00:00:00
B6FAPI10
Portfolio investment, net
United States
CXCU
US-Dollar converted
Q
1960-Q3
USD
6
-27
...
...
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).other_investment( assets_or_liabs = None )
Returns the assets, liabilities or net other investments of the financial account.
(default) None
assets
liabs
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'Q' , currency = 'CXCU' )
oecd .other_investment (assets_or_liabs = None )
TIME
SUBJECT
Subject
Country
MEASURE
Measure
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1960-01-01 00:00:00
B6FAOI01
Other investment, net
United States
CXCU
US-Dollar converted
Q
1960-Q1
USD
6
-143
1960-04-01 00:00:00
B6FAOI01
Other investment, net
United States
CXCU
US-Dollar converted
Q
1960-Q2
USD
6
-110
1960-07-01 00:00:00
B6FAOI01
Other investment, net
United States
CXCU
US-Dollar converted
Q
1960-Q3
USD
6
331
...
...
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).financial_derivatives()
Returns the net financial derivatives of the financial account.
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'Q' , currency = 'CXCU' )
oecd .financial_derivatives ()
TIME
SUBJECT
Subject
Country
MEASURE
Measure
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1960-01-01 00:00:00
B6FAFD01
Financial derivatives, net
United States
CXCU
US-Dollar converted
Q
1960-Q1
USD
6
0
1960-04-01 00:00:00
B6FAFD01
Financial derivatives, net
United States
CXCU
US-Dollar converted
Q
1960-Q2
USD
6
0
1960-07-01 00:00:00
B6FAFD01
Financial derivatives, net
United States
CXCU
US-Dollar converted
Q
1960-Q3
USD
6
0
...
...
...
...
...
...
...
...
...
...
...
OecdData( country_code, **args ).reserve_assets()
Returns the net reserve assets of the financial account.
Example
oecd = oecd_data .OecdData ( country_code = 'USA' , freq = 'Q' , currency = 'CXCU' )
oecd .reserve_assets ()
TIME
SUBJECT
Subject
Country
MEASURE
Measure
FREQUENCY
TIME
Unit Code
PowerCode Code
Value
1960-01-01 00:00:00
B6FARA01
Reserve assets, net acquisition of financial assets
United States
CXCU
US-Dollar converted
Q
1960-Q1
USD
6
-159
1960-04-01 00:00:00
B6FARA01
Reserve assets, net acquisition of financial assets
United States
CXCU
US-Dollar converted
Q
1960-Q2
USD
6
-175
1960-07-01 00:00:00
B6FARA01
Reserve assets, net acquisition of financial assets
United States
CXCU
US-Dollar converted
Q
1960-Q3
USD
6
-740
...
...
...
...
...
...
...
...
...
...
...
The available EIA data so far only includes timeseries from the EIA petroleum data set. No API key is required but a future version may feature the option to use the EIA API directly.
Not all timeseries are available at all frequencies.
For available petroleum time series codes see here .
from finpie .economic_data import eia_data # or import finpie
# Example for instantiating class for Australia and the USA at monthly frequency with national currencies
eia = eia_data .EiaData ()
# or eia = finpie.EiaData(...)
eia .freq = 'm' # for monthly frequency if available (default)
# eia.freq = 'a' for annual frequency if available
eia .barrels = 'mbblpd' # (default)
# eia.barrels = 'mbbl'
eia .id = False # default, id = True returns EIA series id for column names
EiaData().eia_petroleum_series( series = 'all', sheet_name = 'all' )
Returns timeseries for the given series id.
series
options: any EIA petroleum series id
Example
eia = eia_data .EiaData ()
eia .eia_petroleum_series ( series_id , sheet_name = 'all' )
EiaData().weekly_balance( series = 'all', sma = False )
Returns timeseries for the weekly EIA balance.
series
options:
'all' - returns all series (default)
'crude oil production' - returns weekly crude oil production
'refiner inputs and utilisation' - returns refinery inputs, weekly capacity and utilisation
'refiner and blender net inputs' - returns net input of blending components
'refiner and blender net production' - returns net refinery product production
'ethanol plant production' - returns fuel ethanol production
'stocks' - returns weekly crude and product stocks
'days of supply' - returns number of days of supply available
'imports' - returns weekly imports of crude and products
'exports' - returns weekly exports of crude and products
'imports' - returns weekly imports of crude and products
'net imports incl spr' - returns weekly net imports of crude and total products
'product supplied' - returns volume of supplied products
sma
options:
sma = True
returns 4 week averages
sma = False
returns actual values
Example
eia = eia_data .EiaData ()
eia .weekly_balance (series = 'all' )
crude_oil_production refiner_inputs_and_utilisation
refiner_and_blender_net_inputs ... Weekly U.S. Field Production of Crude Oil (Thousand Barrels per Day)
Weekly U.S. Refiner Net Input of Crude Oil (Thousand Barrels per Day) Weekly U.S. Gross Inputs into Refineries (Thousand Barrels per Day) Weekly U. S. Operable Crude Oil Distillation Capacity (Thousand Barrels per Calendar Day)
Weekly U.S. Percent Utilization of Refinery Operable Capacity (Percent) Weekly U.S. Imports of Crude Oil and Petroleum Products (Thousand Barrels per Day) Weekly U.S. Imports of Crude Oil (Thousand Barrels per Day) Weekly U.S. Commercial Crude Oil Imports Excluding SPR (Thousand Barrels per Day) Weekly U.S. Crude Oil Imports by SPR (Thousand Barrels per Day) Weekly U.S. Crude Oil Imports for SPR by Others (Thousand Barrels per Day) ... date ...
1982-08-20 NaN 11722 NaN NaN NaN NaN NaN 3459 172 NaN ... 1982-08-27 NaN 11918 NaN NaN NaN NaN NaN 3354 339 NaN ... 1982-09-24 NaN 12375 NaN NaN NaN NaN NaN 3494 176 NaN ...
... ... ... ... ... ... ... ... ... ... ... ...
EiaData().last_weekly_balance( breakdown = False )
Returns timeseries for the weekly EIA balance.
Arguments:
breakdown = False
returns week ending stocks
breakdown = True
returns a breakdown by production, imports, exports, etc. of crude and products
Example
eia = eia_data .EiaData ()
eia .last_weekly_balance ( breakdown = False )
supply 9/11/20 9/4/20 difference_week_ago percent_change_week_ago 9/13/19 difference_year_ago percent_change_year_ago 0 Crude Oil 1141.778 1148.294 -6.516 -0.6 1061.944 79.833 7.5 1 Commercial (Excluding SPR) 496.045 500.434 -4.389 -0.9 417.126 78.918 18.9 2 Strategic Petroleum Reserve (SPR) 645.733 647.860 -2.127 -0.3 644.818 0.915 0.1 3 Total Motor Gasoline 231.524 231.905 -0.381 -0.2 229.685 1.840 0.8
... ... ... ... ... ... ... ... ...
EiaData().crude_production()
Returns monthly crude production by PADD and state.
Example
eia = eia_data .EiaData ()
eia .crude_production ()
Output
U.S. Field Production of Crude Oil (Thousand Barrels per Day) East Coast (PADD 1) Field Production of Crude Oil (Thousand Barrels per Day) Florida Field Production of Crude Oil (Thousand Barrels per Day) New York Field Production of Crude Oil (Thousand Barrels per Day) Pennsylvania Field Production of Crude Oil (Thousand Barrels per Day) Virginia Field Production of Crude Oil (Thousand Barrels per Day) ... date ... 1920-01-15 1097.0 NaN NaN NaN NaN NaN ... 1920-02-15 1145.0 NaN NaN NaN NaN NaN ... 1920-03-15 1167.0 NaN NaN NaN NaN NaN ...
... ... ... ... ... ... ... ...
EiaData().crude_supply_and_disposition( series = 'all' )
Returns monthly crude supply and disposition.
series
options:
'all' - returns all series (default)
'supply' - returns weekly crude oil production
'disposition' - returns stock change, exports, refinery and blender net input of crude oil, etc.
'ending stocks' - returns monthly crude ending stocks
'spr stocks' - returns month end SPR stocks
'spr imports' - returns monthly SPR imports
Example
eia = eia_data .EiaData ()
eia .crude_supply_and_disposition (series = 'supply' )
U.S. Field Production of Crude Oil (Thousand Barrels) Alaska Field Production of Crude Oil (Thousand Barrels) Lower 48 States Field Production of Crude Oil (Thousand Barrels) U.S. Imports of Crude Oil (Thousand Barrels) U.S. Crude Oil Imports Excluding SPR (Thousand Barrels) U.S. Crude Oil SPR Imports from All Countries (Thousand Barrels) U.S. Supply Adjustment of Crude Oil (Thousand Barrels) date 1920-01-15 34008.0 NaN NaN 6294.0 NaN NaN NaN 1920-02-15 33193.0 NaN NaN 4940.0 NaN NaN NaN 1920-03-15 36171.0 NaN NaN 6503.0 NaN NaN NaN 1920-04-15 34945.0 NaN NaN 6186.0 NaN NaN NaN
... ... ... ... ... ... ... ...
Returns monthly rig counts.
Example
eia = eia_data .EiaData ()
eia .rig_count ()
U.S. Crude Oil and Natural Gas Rotary Rigs in Operation (Count) U.S. Onshore Crude Oil and Natural Gas Rotary Rigs in Operation (Count) U.S. Offshore Crude Oil and Natural Gas Rotary Rigs in Operation (Count) U.S. Crude Oil Rotary Rigs in Operation (Count) U.S. Natural Gas Rotary Rigs in Operation (Count) U.S. Crude Oil and Natural Gas Active Well Service Rigs in operation (Count) date 1973-01-15 1219.0 1120.0 99.0 NaN NaN 1549.0 1973-02-15 1126.0 1037.0 89.0 NaN NaN 1677.0 1973-03-15 1049.0 959.0 90.0 NaN NaN 1805.0 1973-04-15 993.0 914.0 79.0 NaN NaN 1898.0
... ... ... ... ... ... ...
EiaData().crude_reserves()
Returns annual proven crude reserves and discoveries (last data point is from 2018).
Example
eia = eia_data .EiaData ()
eia .crude_reserves ()
Output
U.S. Crude Oil Proved Reserves (Million Barrels) U.S. Crude Oil Reserves Adjustments (Million Barrels) U.S. Crude Oil Reserves Revision Increases (Million Barrels) U.S. Crude Oil Reserves Revision Decreases (Million Barrels) U.S. Crude Oil Reserves Sales (Million Barrels) U.S. Crude Oil Reserves Acquisitions (Million Barrels) U.S. Crude Oil Reserves Extensions and Discoveries (Million Barrels) U.S. Crude Oil Reserves Extensions (Million Barrels) U.S. Crude Oil Reserves New Field Discoveries (Million Barrels) U.S. Crude Oil New Reservoir Discoveries in Old Fields (Million Barrels) U.S. Crude Oil Estimated Production from Reserves (Million Barrels) date 1900-06-30 2900 NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN 1901-06-30 3000 NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN 1902-06-30 3200 NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN 1903-06-30 3400 NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN
... ... ... ... ... ... ... ... ... ... ... ...
EiaData().weekly_refinery_inputs( series = 'all', sma = False )
Returns weekly import and export data.
Arguments:
series = 'all'
- returns weekly refinery inputs and net inputs
series = 'inputs'
- returns weekly crude inputs, capcaity and utilisation
series = 'net'
- returns weekly net inputs of blending components
sma = True
- returns 4 week average
Example
eia = eia_data .EiaData ()
eia .weekly_refinery_inputs ( series = 'inputs' )
Weekly U.S. Refiner Net Input of Crude Oil (Thousand Barrels per Day) Weekly U.S. Gross Inputs into Refineries (Thousand Barrels per Day) Weekly U. S. Operable Crude Oil Distillation Capacity (Thousand Barrels per Calendar Day) Weekly U.S. Percent Utilization of Refinery Operable Capacity (Percent) date 1982-08-20 11722.0 NaN NaN NaN 1982-08-27 11918.0 NaN NaN NaN 1982-09-24 12375.0 NaN NaN NaN 1982-10-01 12303.0 NaN NaN NaN
... ... ... ... ...
EiaData().refinery_utilisation()
Returns monthly refinery utilisation.
Example
eia = eia_data .EiaData ()
eia .refinery_utilisation ()
U.S. Gross Inputs to Refineries (Thousand Barrels Per Day) U. S. Operable Crude Oil Distillation Capacity (Thousand Barrels per Calendar Day) U. S. Operating Crude Oil Distillation Capacity (Thousand Barrels per Day) U. S. Idle Crude Oil Distillation Capacity (Thousand Barrels per Day) U.S. Percent Utilization of Refinery Operable Capacity date 1985-01-15 11583.0 15659.0 14361.0 1298.0 74.0 1985-02-15 11485.0 15559.0 14293.0 1266.0 73.8 1985-03-15 11484.0 15582.0 14268.0 1314.0 73.7 1985-04-15 11969.0 15640.0 14605.0 1035.0 76.5
... ... ... ... ... ...
EiaData().refinery_yield()
Returns monthly refinery yield by product.
Example
eia = eia_data .EiaData ()
eia .refinery_yield ()
U.S. Refinery Yield of Hydrocarbon Gas Liquids (Percent) U.S. Refinery Yield of Finished Motor Gasoline (Percent) U.S. Refinery Yield of Aviation Gasoline (Percent) U.S. Refinery Yield of Kerosene-Type Jet Fuel (Percent) U.S. Refinery Yield of Kerosene (Percent) U.S. Refinery Yield of Distillate Fuel Oil (Percent) ... date
1993-01-15 NaN 47.5 0.1 9.7 0.5 21.6 ...
1993-02-15 NaN 47.1 0.1 9.7 0.5 20.8 ...
1993-03-15 NaN 45.4 0.2 9.7 0.4 21.3 ...
... ... ... ... ... ... ... ...
EiaData().crude_acquistion_cost()
Returns monthly crude acquistion cost of refiners.
Example
eia = eia_data .EiaData ()
eia .crude_acquisition_cost ()
U.S. Crude Oil Composite Acquisition Cost by Refiners (Dollars per Barrel) U.S. Crude Oil Domestic Acquisition Cost by Refiners (Dollars per Barrel) U.S. Crude Oil Imported Acquisition Cost by Refiners (Dollars per Barrel) date 1974-01-15 7.46 6.72 9.59 1974-02-15 8.57 7.08 12.45 1974-03-15 8.68 7.05 12.73 1974-04-15 9.13 7.21 12.72
... ... ... ...
EiaData().crude_inputs_quality()
Returns monthly crude inputs quality.
Example
eia = eia_data .EiaData ()
eia .crude_inputs_quality ()
U.S. Sulfur Content (Weighted Average) of Crude Oil Input to Refineries (Percent) U.S. API Gravity (Weighted Average) of Crude Oil Input to Refineries (Degrees) date 1985-01-15 0.88 32.64 1985-02-15 0.88 32.87 1985-03-15 0.93 32.75 1985-04-15 0.90 32.58
... ... ...
Returns annual number of U.S. refineries and capacity by refinery unit.
Example
eia = eia_data .EiaData ()
eia .refineries ()
U.S. Number of Operable Refineries as of January 1 (Count) U.S. Number of Operating Refineries as of January 1 (Count) U.S. Number of Idle Refineries as of January 1 (Count) U.S. Refinery Annual Operable Atmospheric Crude Oil Distillation Capacity as of January 1 (Barrels per Calendar Day) U.S. Refinery Annual Operating Atmospheric Crude Oil Distillation Capacity as of January 1 (Barrels per Calendar Day) U.S. Refinery Annual Idle Atmospheric Crude Oil Distillation Capacity as of January 1 (Barrels per Calendar Day) ... date 1982-06-30 301.0 254.0 47.0 17889734.0 16103579.0 1786155.0 ... 1983-06-30 258.0 233.0 25.0 16859337.0 14960647.0 1898690.0 ... 1984-06-30 247.0 214.0 33.0 16137141.0 14837685.0 1299456.0 ...
... ... ... ... ... ... ... ...
EiaData().weekly_xm( padds = False, sma = False )
Returns weekly import and export data.
Arguments:
padds = True
- returns weekly imports by PADD
padds = True
- returns weekly imports and exports by product
sma = True
- returns 4-week average
Example
eia = eia_data .EiaData ()
eia .weekly_xm ( padds = True )
Weekly U.S. Imports of Crude Oil and Petroleum Products (Thousand Barrels per Day) Weekly East Coast (PADD 1) Imports of Crude Oil and Petroleum Products (Thousand Barrels per Day) Weekly Midwest (PADD 2) Imports of Crude Oil and Petroleum Products (Thousand Barrels per Day) Weekly Gulf Coast (PADD 3) Imports of Crude Oil and Petroleum Products (Thousand Barrels per Day) Weekly Rocky Mountain (PADD 4) Imports of Crude Oil and Petroleum Products (Thousand Barrels per Day) Weekly West Coast (PADD 5) Imports of Crude Oil and Petroleum Products (Thousand Barrels per Day) date 1991-02-08 6877.0 NaN NaN NaN NaN NaN 1991-02-15 6573.0 NaN NaN NaN NaN NaN 1991-02-22 6221.0 NaN NaN NaN NaN NaN 1991-03-01 6188.0 NaN NaN NaN NaN NaN
... ... ... ... ... ... ...
EiaData().monthly_xm( net = False, xm = 'both', by = False )
Returns monthly import and export data.
Arguments:
net = True
- returns monthly net imports by country of origin
net = False
and xm = 'both'
- returns monthly imports and exports by product
net = False
and xm = 'm'
- returns monthly imports by product
net = False
and xm = 'x'
- returns monthly exports by product
net = False
and xm = 'm'
and by = True
- returns monthly imports by country of origin
net = False
and xm = 'x'
and by = True
- returns monthly exports by destination
Example
eia = eia_data .EiaData ()
eia .monthly_xm ( net = True )
U.S. Net Imports of Crude Oil and Petroleum Products (Thousand Barrels per Day) U.S. Net Imports from Persian Gulf Countries of Crude Oil and Petroleum Products (Thousand Barrels per Day) U.S. Net Imports from OPEC Countries of Crude Oil and Petroleum Products (Thousand Barrels per Day) U.S. Net Imports from Algeria of Crude Oil and Petroleum Products (Thousand Barrels per Day) U.S. Net Imports from Angola of Crude Oil and Petroleum Products (Thousand Barrels per Day) U.S. Net Imports from Congo (Brazzaville) of Crude Oil and Petroleum Products (Thousand Barrels per Day) date 1973-01-15 5646.0 NaN NaN NaN NaN NaN 1973-02-15 6246.0 NaN NaN NaN NaN NaN 1973-03-15 6386.0 NaN NaN NaN NaN NaN
... ... ... ... ... ... ...
EiaData().weekly_imports_by_country( sma = False )
Returns weekly imports by country.
Arguments:
sma = True
- returns 4 week average
Example
eia = eia_data .EiaData ()
eia .weekly_top_imports_by_country ( sma = False )
Weekly U.S. Imports from Canada of Crude Oil (Thousand Barrels per Day) Weekly U.S. Imports from Saudi Arabia of Crude Oil (Thousand Barrels per Day) Weekly U.S. Imports from Mexico of Crude Oil (Thousand Barrels per Day) Weekly U.S. Imports from Iraq of Crude Oil (Thousand Barrels per Day) Weekly U.S. Imports from Venezuela of Crude Oil (Thousand Barrels per Day) Weekly U.S. Imports from Colombia of Crude Oil (Thousand Barrels per Day) ... date 2010-06-04 1869.0 1230.0 1284.0 538.0 638.0 259.0 ... 2010-06-11 2320.0 488.0 871.0 369.0 630.0 243.0 ... 2010-06-18 1875.0 1048.0 1289.0 1069.0 542.0 448.0 ...
... ... ... ... ... ... ... ...
EiaData().crude_imports_quality()
Returns monthly crude import quality.
Example
eia = eia_data .EiaData ()
eia .crude_quality ()
U.S. Percent Total Imported by API Gravity of Crude Gravity 20.0 percent or less (%) U.S. Percent Total Imported by API Gravity of Crude Gravity 20.1 to 25.0 percent (%) U.S. Percent Total Imported by API Gravity of Crude Gravity 25.1 to 30.0 percent (%) U.S. Percent Total Imported by API Gravity of Crude Gravity 30.1 to 35.0 percent (%) U.S. Percent Total Imported by API Gravity of Crude Gravity 35.1 to 40.0 percent (%) U.S. Percent Total Imported by API Gravity of Crude Gravity 40.1 to 45.0% U.S. Percent Total Imported by API Gravity of Crude Gravity 45.1% or more (%) date 1983-01-15 2.72 32.83 6.44 30.73 15.98 9.30 2.00 1983-02-15 5.92 27.70 10.92 23.09 19.97 8.65 3.75 1983-03-15 4.10 26.62 9.17 23.10 26.10 8.07 2.83 1983-04-15 3.76 21.87 10.50 20.91 27.77 10.31 4.88
... ... ... ... ... ... ... ...
EiaData().weekly_stocks( padds = False, sma = False )
Returns weekly crude and product stocks.
Arguments:
padds = True
- returns weekly stocks by PADD for crude and a coarse product categories
sma = True
- returns 4-week average
Example
eia = eia_data .EiaData ()
eia .weekly_stocks ( padds = True )
commercial_crude distillates Weekly Cushing, OK Ending Stocks excluding SPR of Crude Oil (Thousand Barrels) Weekly East Coast (PADD 1) Ending Stocks excluding SPR of Crude Oil (Thousand Barrels) Weekly Gulf Coast (PADD 3) Ending Stocks excluding SPR of Crude Oil (Thousand Barrels) Weekly Midwest (PADD 2) Ending Stocks excluding SPR of Crude Oil (Thousand Barrels) Weekly Rocky Mountain (PADD 4) Ending Stocks excluding SPR of Crude Oil (Thousand Barrels) Weekly U.S. Ending Stocks excluding SPR of Crude Oil (Thousand Barrels) Weekly West Coast (PADD 5) Ending Stocks excluding SPR of Crude Oil (Thousand Barrels) Weekly Central Atlantic (PADD 1B) Ending Stocks of Distillate Fuel Oil (Thousand Barrels) ... date ... 1982-08-20 NaN NaN NaN NaN NaN 338764.0 NaN NaN ... 1982-08-27 NaN NaN NaN NaN NaN 336138.0 NaN NaN ... 1982-09-24 NaN NaN NaN NaN NaN 335586.0 NaN NaN ...
... ... ... ... ... ... ... ... ... ...
EiaData().monthly_product_stocks( padds = False )
Returns monthly product stocks.
Arguments:
padds = True
- returns monthly stocks by PADD for crude and a coarse product categories
Example
eia = eia_data .EiaData ()
eia .monthly_product_stocks ( padds = False )
U.S. Ending Stocks of Total Gasoline (Thousand Barrels) U.S. Ending Stocks of Distillate Fuel Oil (Thousand Barrels) U.S. Ending Stocks of Distillate Fuel Oil, 0 to 15 ppm Sulfur (Thousand Barrels) U.S. Ending Stocks of Distillate Fuel Oil, Greater than 15 to 500 ppm Sulfur (Thousand Barrels) U.S. Ending Stocks of Distillate Fuel Oil, Greater Than 500 ppm Sulfur (Thousand Barrels) U.S. Ending Stocks of Residual Fuel Oil (Thousand Barrels) U.S. Ending Stocks of Propane and Propylene (Thousand Barrels) ... date 1936-01-15 NaN NaN NaN NaN NaN 83083.0 NaN ... 1936-02-15 NaN NaN NaN NaN NaN 81563.0 NaN ... 1936-03-15 NaN NaN NaN NaN NaN 80870.0 NaN ...
... ... ... ... ... ... ... ... ...
EiaData().monthly_refinery_stocks()
Returns monthly refinery stocks.
Example
eia = eia_data .EiaData ()
eia .monthly_refinery_stocks ()
U.S. Crude Oil and Petroleum Products Stocks at Refineries (Thousand Barrels) U.S. Crude Oil Stocks at Refineries (Thousand Barrels) U.S. Total Petroleum Products Stocks at Refineries (Thousand Barrels) U.S. Hydrocarbon Gas Liquids Stocks at Refineries (Thousand Barrels) U.S. Refinery Stocks of Natural Gas Liquids (Thousand Barrels) U.S. Refinery Stocks of Ethane (Thousand Barrels) U.S. Refinery Stocks of Propane (Thousand Barrels) U.S. Refinery Stocks of Normal Butane (Thousand Barrels) ... date 1981-01-15 NaN 119156.0 NaN NaN NaN NaN NaN NaN ... 1981-02-15 NaN 125167.0 NaN NaN NaN NaN NaN NaN ... 1981-03-15 NaN 128448.0 NaN NaN NaN NaN NaN NaN ...
... ... ... ... ... ... ... ... ... ...
EiaData().monthly_tank_and_pipeline_stocks()
Returns monthly tank and pipeline stocks.
Example
eia = eia_data .EiaData ()
eia .monthly_tank_and_pipeline_stocks ()
U.S. Crude Oil Stocks at Tank Farms and Pipelines (Thousand Barrels) East Coast (PADD 1) Crude Oil Stocks at Tank Farms and Pipelines (Thousand Barrels) Midwest (PADD 2) Crude Oil Stocks at Tank Farms and Pipelines (Thousand Barrels) Cushing, OK Ending Stocks of Crude Oil (Thousand Barrels) Gulf Coast (PADD 3) Crude Oil Stocks at Tank Farms and Pipelines (Thousand Barrels) Rocky Mountain (PADD 4) Crude Oil Stocks at Tank Farms and Pipelines (Thousand Barrels) West Coast (PADD 5) Crude Oil Stocks at Tank Farms and Pipelines (Thousand Barrels) ... date 1981-01-15 211030.0 2615.0 70627.0 NaN 94631.0 13169.0 29988.0 ... 1981-02-15 212835.0 3684.0 67137.0 NaN 96435.0 13458.0 32121.0 ... 1981-03-15 222457.0 2570.0 71186.0 NaN 101831.0 13872.0 32998.0 ...
... ... ... ... ... ... ... ... ...
EiaData().weekly_product_supplied( sma = False )
Returns weekly product supplied.
Arguments:
sma = True
- returns 4-week average
Example
eia = eia_data .EiaData ()
eia .weekly_product_supplied ()
Weekly U.S. Product Supplied of Petroleum Products (Thousand Barrels per Day) Weekly U.S. Product Supplied of Finished Motor Gasoline (Thousand Barrels per Day) Weekly U.S. Product Supplied of Kerosene-Type Jet Fuel (Thousand Barrels per Day) Weekly U.S. Product Supplied of Distillate Fuel Oil (Thousand Barrels per Day) Weekly U.S. Product Supplied of Residual Fuel Oil (Thousand Barrels per Day) Weekly U.S. Product Supplied of Propane and Propylene (Thousand Barrels per Day) Weekly U.S. Product Supplied of Other Oils (Thousand Barrels per Day) ... date 1990-11-09 16588.0 NaN NaN NaN NaN NaN NaN ... 1990-11-16 17019.0 NaN NaN NaN NaN NaN NaN ... 1990-11-23 15686.0 NaN NaN NaN NaN NaN NaN ...
... ... ... ... ... ... ... ... ...
EiaData().monthly_product_supplied()
Returns monthly product supplied.
Example
eia = eia_data .EiaData ()
eia .monthly_product_supplied ()
U.S. Product Supplied of Crude Oil and Petroleum Products (Thousand Barrels per Day) U.S. Product Supplied of Crude Oil (Thousand Barrels per Day) U.S. Product Supplied of Hydrocarbon Gas Liquids (Thousand Barrels per Day) U.S. Product Supplied of Natural Gas Liquids (Thousand Barrels per Day) U.S. Product Supplied of Ethane (Thousand Barrels per Day) U.S. Product Supplied of Propane (Thousand Barrels per Day) U.S. Product Supplied of Normal Butane (Thousand Barrels per Day) U.S. Product Supplied of Isobutane (Thousand Barrels per Day) ... date 1936-01-15 NaN NaN NaN NaN NaN NaN NaN NaN ... 1936-02-15 NaN NaN NaN NaN NaN NaN NaN NaN ... 1936-03-15 NaN NaN NaN NaN NaN NaN NaN NaN ...
... ... ... ... ... ... ... ... ... ...
EiaData().product_prices_sales_and_stock( series = 'all' )
Returns monthly sales prices, sales volume (in thousand gallons per day) and product stocks.
Arguments:
series = 'all'
- returns sales prices, sales volume and product stocks
series = 'retail'
- returns sales prices as dollars per gallon
series = 'volume'
- returns sales volume in thousand gallons per day
series = 'stocks'
- returns product stocks in thousand barrels
Example
eia = eia_data .EiaData ()
eia .product_prices_sales_and_stock ('retail' )
U.S. Total Gasoline Through Company Outlets Price by All Sellers (Dollars per Gallon) U.S. Regular Gasoline Through Company Outlets Price by All Sellers (Dollars per Gallon) U.S. Gasoline Midgrade Through Company Outlets Price by All Sellers (Dollars per Gallon) U.S. Premium Gasoline Through Company Outlets Price by All Sellers (Dollars per Gallon) U.S. Aviation Gasoline Retail Sales by Refiners (Dollars per Gallon) U.S. Kerosene-Type Jet Fuel Retail Sales by Refiners (Dollars per Gallon) U.S. Propane Retail Sales by All Sellers (Dollars per Gallon) U.S. Kerosene Retail Sales by Refiners (Dollars per Gallon) ... date 1975-07-15 NaN NaN NaN NaN NaN 0.292 NaN NaN ... 1975-08-15 NaN NaN NaN NaN NaN 0.295 NaN NaN ... 1975-09-15 NaN NaN NaN NaN NaN 0.296 NaN NaN ...
... ... ... ... ... ... ... ... ... ...
The functions below retrieve news headlines based on keyword searches from Barrons
, CNBC
, the Financial Times
, the New York Times
, Reuters
, Seeking Alpha
and the Wall Street Journal
. The keyword for Seeking Alpha is simply the relevant stock ticker.
The scrape is based on Selenium and may not be very stable if the website layouts change.
Furthermore, some of the functions can run for a long-time so it is recommended to use a reasonable datestop
value.
Some downloads may fail occasionally as access to the website could be blocked.
# Importing the NewsData class
from finpie import NewsData #
news = NewsData ('XOM' , 'exxon mobil' )
news .head = False # default = false, ensures selenium headless mode
news .verbose = True # default = False, prints total number of collected articles
NewsData(ticker, keywords).barrons()
Returns the news headlines from Barrons.com for the specified keywords.
Example
# retrieve news article for a given search term
news = NewsData ('XOM' , 'exxon mobil' )
df = news .barrons (datestop = '2020-06-01' )
# filter news headlines with a keyword list
news .filterz = [ 'exxon' , 'mobil' , 'oil' , 'energy' ]
df = news .filter_data (df )
NewsData(ticker, keywords).cnbc()
Returns the news headlines from CNBC for the specified keywords.
Example
# retrieve news article for a given search term
news = NewsData ('XOM' , 'exxon mobil' )
df = news .cnbc (datestop = '2020-06-01' )
# filter news headlines with a keyword list
news .filterz = [ 'exxon' , 'mobil' , 'oil' , 'energy' ]
df = news .filter_data (df )
NewsData(ticker, keywords).ft()
Returns the news headlines from the Financial Times for the specified keywords.
Example
# retrieve news article for a given search term
news = NewsData ('XOM' , 'exxon mobil' )
df = news .ft (datestop = '2020-06-01' )
# filter news headlines with a keyword list
news .filterz = [ 'exxon' , 'mobil' , 'oil' , 'energy' ]
df = news .filter_data (df )
date
link
headline
description
tag
date_retrieved
ticker
comments
author
newspaper
search_term
id
source
2020-07-31 00:00:00
/content/64d7e86e-079c-4502-a9a4-5ab7439c732f
Big Oil gets smaller as Chevron and Exxon losses mount to $9.4bn
...destruction in the second quarter was unprecedented in the history of modern oil markets,” Neil Chapman, Exxon senior vice-president, told analysts on an investor call. “To put it in context, absolute...
Oil & Gas industry
2020-09-16 14:20:31.865540
XOM
nan
nan
FT
exxon mobil
FTBig Oil gets smaller as Chevron and Exxon losses mount to $9.4bn/content/64d7e86e-079c-4502-a9a4-5ab7439c732f
ft
2020-05-27 00:00:00
/content/c43ead81-5af3-44de-af1e-b108d6491354
Exxon shareholders vote against splitting chair and CEO roles
...Exxon, said the appointment of a lead director had helped improve oversight. A separate resolution calling for increased transparency about Exxon’s lobbying activity won 37.5 per cent support, a...
Oil & Gas industry
2020-09-16 14:20:31.865540
XOM
nan
nan
FT
exxon mobil
FTExxon shareholders vote against splitting chair and CEO roles/content/c43ead81-5af3-44de-af1e-b108d6491354
ft
2020-05-12 00:00:00
/content/c54ee229-f4e7-43c8-87a5-e383099542fb
Big Exxon shareholder to vote against chief
...company to disclose its lobbying activities, arguing it was falling behind global peers by failing to act on climate change. Wednesday’s move by LGIM, whose roughly $1bn stake makes it a top-20 Exxon...
Corporate governance
2020-09-16 14:20:31.865540
XOM
nan
nan
FT
exxon mobil
FTBig Exxon shareholder to vote against chief/content/c54ee229-f4e7-43c8-87a5-e383099542fb
ft
...
...
...
...
...
...
...
...
...
...
...
...
...
NewsData(ticker, keywords).nyt()
Returns the news headlines from the New York Times for the specified keywords.
Example
# retrieve news article for a given search term
news = NewsData ('XOM' , 'exxon mobil' )
df = news .nyt (datestop = '2020-06-01' )
# filter news headlines with a keyword list
news .filterz = [ 'exxon' , 'mobil' , 'oil' , 'energy' ]
df = news .filter_data (df )
date
link
headline
description
tag
author
comments
date_retrieved
ticker
newspaper
search_term
id
source
2020-09-08 00:00:00
/aponline/2020/09/08/business/ap-financial-markets-stocks.html?searchResultPosition=2
Exxon, Tesla Fall; Nikola, Beyond Meat Rise
Stocks that moved heavily or traded substantially Tuesday:
Business
The Associated Press
nan
2020-09-16 14:22:13.032245
XOM
NYT
exxon mobil
NYTExxon, Tesla Fall; Nikola, Beyond Meat Rise/aponline/2020/09/08/business/ap-financial-markets-stocks.html?searchResultPosition=2
nyt
2020-09-08 00:00:00
/reuters/2020/09/08/business/08reuters-exxon-mobil-spending-exclusive.html?searchResultPosition=3
Exclusive: Exxon Downsizes Global Empire as Wall Street Worries About Dividend
Ill-timed bets on rising demand have Exxon Mobil Corp facing a shortfall of about $48 billion through 2021, according to a Reuters tally and Wall Street estimates, a situation that will require the top U.S. oil company to make deep cuts to its staff and projects.
Business
Reuters
nan
2020-09-16 14:22:13.032245
XOM
NYT
exxon mobil
NYTExclusive: Exxon Downsizes Global Empire as Wall Street Worries About Dividend/reuters/2020/09/08/business/08reuters-exxon-mobil-spending-exclusive.html?searchResultPosition=3
nyt
2020-09-03 00:00:00
/reuters/2020/09/03/business/03reuters-refinery-operations-exxon-beaumont.html?searchResultPosition=4
Exxon Beaumont, Texas, Refinery Restarts Large Crude Unit: Sources
Exxon Mobil Corp restarted the large crude distillation unit (CDU) at its 369,024 barrel-per-day (bpd) Beaumont, Texas, refinery on Thursday, said sources familiar with plant operations.
Business
Reuters
nan
2020-09-16 14:22:13.032245
XOM
NYT
exxon mobil
NYTExxon Beaumont, Texas, Refinery Restarts Large Crude Unit: Sources/reuters/2020/09/03/business/03reuters-refinery-operations-exxon-beaumont.html?searchResultPosition=4
nyt
...
...
...
...
...
...
...
...
...
...
...
...
...
NewsData(ticker, keywords).reuters()
Returns the news headlines from Reuters for the specified keywords.
Example
# retrieve news article for a given search term
news = NewsData ('XOM' , 'exxon mobil' )
df = news .reuters ()
# filter news headlines with a keyword list
news .filterz = [ 'exxon' , 'mobil' , 'oil' , 'energy' ]
df = news .filter_data (df )
df .drop_duplicates ('headline' , inplace = True ) # Reuters returns duplicate articles if articles were updated after publication...
date
link
headline
description
date_retrieved
ticker
comments
author
tag
newspaper
search_term
id
source
2020-09-16 00:00:00
/article/idUSL4N2GD12G
FACTBOX-Oil refiners shut plants as demand losses may never return
Plc, Exxon Mobil Corp,Viva Energy Group and Ampol Ltd - all welcomed
2020-09-16 15:37:54.994138
XOM
nan
nan
nan
Reuters
exxon mobil
ReutersFACTBOX-Oil refiners shut plants as demand losses may never return/article/idUSL4N2GD12G
reuters
2020-09-15 00:00:00
/article/idUSKBN26707N
U.S. presidential candidate Biden rips Trump's record on ethanol
Exxon Mobil Corp and billionaire investor Carl Icahn.Biden's team has
2020-09-16 15:37:54.994138
XOM
nan
nan
nan
Reuters
exxon mobil
ReutersU.S. presidential candidate Biden rips Trump's record on ethanol/article/idUSKBN26707N
reuters
2020-09-15 00:00:00
/article/idUSKBN2660I3
Column: Australia still addicted to fossil fuel with oil, gas subsidies - Russell
for subsidising the four oil refineries, owned by BP Plc, Exxon Mobil
2020-09-16 15:37:54.994138
XOM
nan
nan
nan
Reuters
exxon mobil
ReutersColumn: Australia still addicted to fossil fuel with oil, gas subsidies - Russell/article/idUSKBN2660I3
reuters
...
...
...
...
...
...
...
...
...
...
...
...
...
NewsData(ticker, keywords).seeking_alpha(datestop, press_releases = False)
Returns the news headlines from Seeking Alpha for the specified keywords.
It can happen that access to SeekingAlpha requires to solve a captcha by pressing and holding a button when run for the first time in a program. Will try to fix this in future versions. press_releases = True
will get press releases instead of news headlines.
Example
# retrieve news article for a given search term
news = NewsData ('XOM' , 'exxon mobil' )
df = news .seeking_alpha (datestop = '2020-06-01' )
# filter news headlines with a keyword list
news .filterz = [ 'exxon' , 'mobil' , 'oil' , 'energy' ]
df = news .filter_data (df )
date
link
headline
author
comments
date_retrieved
ticker
description
tag
newspaper
search_term
id
source
2020-09-15 00:00:00
/news/3614409-options-traders-pricing-in-exxon-dividend-cut-analyst-says?source=content_type:react|section:News|sectionAsset:News|first_level_url:symbol|button:Author|lock_status:No|line:1
Options traders pricing in Exxon dividend cut, analyst says
SA News
0 comments
2020-09-16 15:14:23.575898
XOM
nan
nan
SA - News
exxon mobil
SA - NewsOptions traders pricing in Exxon dividend cut, analyst says/news/3614409-options-traders-pricing-in-exxon-dividend-cut-analyst-says?source=content_type:react|section:News|sectionAsset:News|first_level_url:symbol|button:Author|lock_status:No|line:1
sa
2020-09-14 00:00:00
/news/3613801-connecticut-latest-state-to-sue-exxon-over-climate-change?source=content_type:react|section:News|sectionAsset:News|first_level_url:symbol|button:Author|lock_status:No|line:2
Connecticut latest state to sue Exxon over climate change
SA News
0 comments
2020-09-16 15:14:23.575898
XOM
nan
nan
SA - News
exxon mobil
SA - NewsConnecticut latest state to sue Exxon over climate change/news/3613801-connecticut-latest-state-to-sue-exxon-over-climate-change?source=content_type:react|section:News|sectionAsset:News|first_level_url:symbol|button:Author|lock_status:No|line:2
sa
2020-09-10 00:00:00
/news/3612953-exxon-rated-new-buy-mkm-shares-slip?source=content_type:react|section:News|sectionAsset:News|first_level_url:symbol|button:Author|lock_status:No|line:3
Exxon rated new Buy at MKM but shares slip
SA News
0 comments
2020-09-16 15:14:23.575898
XOM
nan
nan
SA - News
exxon mobil
SA - NewsExxon rated new Buy at MKM but shares slip/news/3612953-exxon-rated-new-buy-mkm-shares-slip?source=content_type:react
section:News
...
...
...
...
...
...
...
...
...
...
...
...
...
NewsData(ticker, keywords).wsj()
Returns the news headlines from the Wall Street Journal for the specified keywords.
Example
# retrieve news article for a given search term
news = NewsData ('XOM' , 'exxon mobil' )
df = news .wsj (datestop = '2020-06-01' )
# filter news headlines with a keyword list
news .filterz = [ 'exxon' , 'mobil' , 'oil' , 'energy' ]
df = news .filter_data (df )
date
link
headline
description
author
tag
date_retrieved
ticker
newspaper
search_term
id
comments
source
2020-09-13 00:00:00
/articles/exxon-used-to-be-americas-most-valuable-company-what-happened-oil-gas-11600037243?mod=searchresults&page=1&pos=1
Exxon Used to Be America’s Most Valuable Company. What Happened?
The oil giant doubled down on oil and gas at what now looks to be the worst possible time. Investors are fleeing and workers are grumbling about the direction of a company some see as out of touch.
Christopher M. Matthews
Business
2020-09-16 15:19:39.733511
XOM
WSJ
exxon mobil
WSJExxon Used to Be America’s Most Valuable Company. What Happened?/articles/exxon-used-to-be-americas-most-valuable-company-what-happened-oil-gas-11600037243?mod=searchresults&page=1&pos=1
nan
wsj
2020-09-10 00:00:00
/articles/oil-major-bp-gives-a-taste-of-how-it-will-go-green-11599745648?mod=searchresults&page=1&pos=2
Oil Major BP Gives a Taste of How It Will Go Green
A deal to buy into wind farms off the coast of New York and Massachusetts showcases the British company’s ambitions in the clean-energy sector—and the risks it is taking.
Rochelle Toplensky
Heard on the Street
2020-09-16 15:19:39.733511
XOM
WSJ
exxon mobil
WSJOil Major BP Gives a Taste of How It Will Go Green/articles/oil-major-bp-gives-a-taste-of-how-it-will-go-green-11599745648?mod=searchresults&page=1&pos=2
nan
wsj
2020-09-08 00:00:00
/articles/oil-prices-drop-on-faltering-recovery-in-demand-11599562101?mod=searchresults&page=1&pos=3
Oil Prices Tumble on Faltering Recovery in Demand
Oil prices slumped to their lowest level in nearly three months, under pressure from a stalling recovery in demand and planned production expansions by OPEC that threaten to add to an existing glut of crude.
Joe Wallace
Oil Markets
2020-09-16 15:19:39.733511
XOM
WSJ
exxon mobil
WSJOil Prices Tumble on Faltering Recovery in Demand/articles/oil-prices-drop-on-faltering-recovery-in-demand-11599562101?mod=searchresults&page=1&pos=3
nan
wsj
...
...
...
...
...
...
...
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...
Returns dataframe of tickers traded on the Nasdaq exchange.
Example
Symbol
Security Name
0
AACG
ATA Creativity Global - American Depositary Shares, each representing two common shares
1
AACQ
Artius Acquisition Inc. - Class A Common Stock
2
AACQU
Artius Acquisition Inc. - Unit consisting of one ordinary share and one third redeemable warrant
3
AACQW
Artius Acquisition Inc. - Warrant
4
AAL
American Airlines Group, Inc. - Common Stock
...
...
...
Returns 100.000+ global tickers from Gurufocus.com. Note that companies are listed in different countries or exchanges with different ticker symbols.
Example
Symbol
Company
0
QNCO.Israel
(Y.Z) Queenco Ltd
1
ONE.Canada
01 Communique Laboratory Inc
2
DFK.Germany
01 Communique Laboratory Inc
3
OCQLF
01 Communique Laboratory Inc
4
01C.Poland
01Cyberaton SA
5
1PG.Australia
1 Page Ltd
6
I8Y.Germany
1 Page Ltd
8
8458.Taiwan
1 Production Film Co
9
DRI.Austria
1&1 Drillisch AG
10
DRI.Switzerland
1&1 Drillisch AG
...
...
...
cftc( report_type = 'futures_traders', year = 2000 )
Returns the CFTC reports for the given report type and period. Information on the data can be found here .
report_type
options:
'disaggregated_futures': Disaggregated Futures Only Reports
'disaggregated_combined': Disaggregated Futures-and-Options Combined Reports
'futures_traders' (default): Traders in Financial Futures ; Futures Only Reports
'futures_traders_combined': Traders in Financial Futures ; Futures-and-Options Combined Reports
'futures': Futures Only Reports
'futures_combined': Futures-and-Options Combined Reports
'commodity_index': Commodity Index Trader Supplement
If the year
parameter is smaller than 2016, all available data will be returned.
Example
cftc (report_type = 'futures' , year = 2020 )
market_and_exchange_names cftc_contract_market_code cftc_market_code_in_initials cftc_region_code cftc_commodity_code open_interest_(all) noncommercial_positions-long_(all) noncommercial_positions-short_(all) noncommercial_positions-spreading_(all) commercial_positions-long_(all) commercial_positions-short_(all) _total_reportable_positions-long_(all) total_reportable_positions-short_(all) nonreportable_positions-long_(all) nonreportable_positions-short_(all) open_interest_(old) noncommercial_positions-long_(old) noncommercial_positions-short_(old) noncommercial_positions-spreading_(old) commercial_positions-long_(old) commercial_positions-short_(old) total_reportable_positions-long_(old) total_reportable_positions-short_(old) nonreportable_positions-long_(old) nonreportable_positions-short_(old) open_interest_(other) noncommercial_positions-long_(other) noncommercial_positions-short_(other) noncommercial_positions-spreading_(other) commercial_positions-long_(other) commercial_positions-short_(other) total_reportable_positions-long_(other) total_reportable_positions-short_(other) nonreportable_positions-long_(other) nonreportable_positions-short_(other) change_in_open_interest_(all) change_in_noncommercial-long_(all) change_in_noncommercial-short_(all) change_in_noncommercial-spreading_(all) change_in_commercial-long_(all) change_in_commercial-short_(all) change_in_total_reportable-long_(all) change_in_total_reportable-short_(all) change_in_nonreportable-long_(all) change_in_nonreportable-short_(all) %_of_open_interest_(oi)_(all) %_of_oi-noncommercial-long_(all) %_of_oi-noncommercial-short_(all) %_of_oi-noncommercial-spreading_(all) %_of_oi-commercial-long_(all) %_of_oi-commercial-short_(all) %_of_oi-total_reportable-long_(all) %_of_oi-total_reportable-short_(all) %_of_oi-nonreportable-long_(all) %_of_oi-nonreportable-short_(all) %_of_open_interest_(oi)(old) %_of_oi-noncommercial-long_(old) %_of_oi-noncommercial-short_(old) %_of_oi-noncommercial-spreading_(old) %_of_oi-commercial-long_(old) %_of_oi-commercial-short_(old) %_of_oi-total_reportable-long_(old) %_of_oi-total_reportable-short_(old) %_of_oi-nonreportable-long_(old) %_of_oi-nonreportable-short_(old) %_of_open_interest_(oi)_(other) %_of_oi-noncommercial-long_(other) %_of_oi-noncommercial-short_(other) %_of_oi-noncommercial-spreading_(other) %_of_oi-commercial-long_(other) %_of_oi-commercial-short_(other) %_of_oi-total_reportable-long_(other) %_of_oi-total_reportable-short_(other) %_of_oi-nonreportable-long_(other) %_of_oi-nonreportable-short_(other) traders-total_(all) traders-noncommercial-long_(all) traders-noncommercial-short_(all) traders-noncommercial-spreading_(all) traders-commercial-long_(all) traders-commercial-short_(all) traders-total_reportable-long_(all) traders-total_reportable-short_(all) traders-total_(old) traders-noncommercial-long_(old) traders-noncommercial-short_(old) traders-noncommercial-spreading_(old) traders-commercial-long_(old) traders-commercial-short_(old) traders-total_reportable-long_(old) traders-total_reportable-short_(old) traders-total_(other) traders-noncommercial-long_(other) traders-noncommercial-short_(other) traders-noncommercial-spreading_(other) traders-commercial-long_(other) traders-commercial-short_(other) traders-total_reportable-long_(other) traders-total_reportable-short_(other) concentration-gross_lt_=_4_tdr-long_(all) concentration-gross_lt_=4_tdr-short_(all) concentration-gross_lt_=8_tdr-long_(all) concentration-gross_lt_=8_tdr-short_(all) concentration-net_lt_=4_tdr-long_(all) concentration-net_lt_=4_tdr-short_(all) concentration-net_lt_=8_tdr-long_(all) concentration-net_lt_=8_tdr-short_(all) concentration-gross_lt_=4_tdr-long_(old) concentration-gross_lt_=4_tdr-short_(old) concentration-gross_lt_=8_tdr-long_(old) concentration-gross_lt_=8_tdr-short_(old) concentration-net_lt_=4_tdr-long_(old) concentration-net_lt_=4_tdr-short_(old) concentration-net_lt_=8_tdr-long_(old) concentration-net_lt_=8_tdr-short_(old) concentration-gross_lt_=4_tdr-long_(other) concentration-gross_lt_=4_tdr-short(other) concentration-gross_lt_=8_tdr-long_(other) concentration-gross_lt_=8_tdr-short(other) concentration-net_lt_=4_tdr-long_(other) concentration-net_lt_=4_tdr-short_(other) concentration-net_lt_=8_tdr-long_(other) concentration-net_lt_=8_tdr-short_(other) contract_units cftc_contract_market_code_(quotes) cftc_market_code_in_initials_(quotes) cftc_commodity_code_(quotes) date 2020-11-17 WHEAT-SRW - CHICAGO BOARD OF TRADE 001602 CBT 0 1 432714 127007 108586 108258 162186 168899 397451 385743 35263 46971 290010 100877 91806 55396 107265 114199 263538 261401 26472 28609 142704 49751 40401 29241 54921 54700 133913 124342 8791 18362 -8804 -14010 1027 6421 -1417 -14619 -9006 -7171 202 -1633 100 29.4 25.1 25 37.5 39 91.9 89.1 8.1 10.9 100 34.8 31.7 19.1 37 39.4 90.9 90.1 9.1 9.9 100 34.9 28.3 20.5 38.5 38.3 93.8 87.1 6.2 12.9 392 113 120 114 83 127 268 301 373 106 121 89 73 122 233 281 223 54 55 39 49 87 128 161 16.8 12.4 25.5 19.5 14.1 8.2 21.6 13.4 15.9 9.2 25.9 17.1 15.4 8 25.1 14.9 24.4 27.7 36.3 37.9 17.3 16.3 26.4 23.8 (CONTRACTS OF 5,000 BUSHELS) 001602 CBT 1 2020-11-10 WHEAT-SRW - CHICAGO BOARD OF TRADE 001602 CBT 0 1 441518 141017 107559 101837 163603 183518 406457 392914 35061 48604 309149 117977 91684 53973 110678 132654 282628 278311 26521 30838 132369 45187 38022 25717 52925 50864 123829 114603 8540 17766 -17695 -3704 4074 -3266 -11418 -16834 -18388 -16026 693 -1669 10000 3109 2404 2301 3701 4106 9201 8900 709 1100 10000 3802 2907 1705 3508 4209 9104 9000 806 1000 10000 3401 2807 1904 4000 3804 9305 8606 605 1304 389 120 106 108 87 127 273 286 373 111 111 86 77 121 239 270 220 52 52 35 49 88 125 155 1605 1301 2504 2008 1308 900 2106 1405 1500 1000 2504 1802 1405 809 2406 1600 2508 2709 3805 3808 1709 1601 2706 2404 (CONTRACTS OF 5,000 BUSHELS) 001602 CBT 1 2020-11-03 WHEAT-SRW - CHICAGO BOARD OF TRADE 001602 CBT 0 1 459213 144721 103485 105103 175021 200352 424845 408940 34368 50273 335930 124897 93364 58310 126302 151768 309509 303442 26421 32488 123283 43831 34128 22786 48719 48584 115336 105498 7947 17785 1309 -6915 -4209 -2235 11389 7396 2239 952 -930 357 100 31.5 22.5 22.9 38.1 43.6 92.5 89.1 7.5 10.9 100 37.2 27.8 17.4 37.6 45.2 92.1 90.3 7.9 9.7 100 35.6 27.7 18.5 39.5 39.4 93.6 85.6 6.4 14.4 393 119 108 106 91 130 275 290 382 111 114 88 76 122 243 274 204 46 47 31 51 84 116 146 15.7 13.7 24.5 21.7 12.4 8.7 20.2 14.6 14.5 11.9 24.3 19.6 12.9 9.4 22.4 16.3 25.8 28.7 38.9 39.2 17.1 16.7 27.5 24.4 (CONTRACTS OF 5,000 BUSHELS) 001602 CBT 1 2020-10-27 WHEAT-SRW - CHICAGO BOARD OF TRADE 001602 CBT 0 1 457904 151636 107694 107338 163632 192956 422606 407988 35298 49916 340631 132614 101843 60118 120105 145840 312837 307801 27794 32830 117273 45561 32390 20681 43527 47116 109769 100187 7504 17086 13223 2593 5188 788 7089 7666 10470 13642 2753 -419 100 33.1 23.5 23.4 35.7 42.1 92.3 89.1 7.7 10.9 100 38.9 29.9 17.6 35.3 42.8 91.8 90.4 8.2 9.6 100 38.9 27.6 17.6 37.1 40.2 93.6 85.4 6.4 14.6 402 129 115 106 82 125 271 294 388 119 120 88 68 118 240 276 206 49 48 29 49 82 112 149 14.8 13.2 23.8 21.4 11.8 8.9 19.9 15.6 14.3 11.6 23.9 20.5 13.2 10.1 22.3 16.9 25.6 29.2 38.6 39 16.9 18.2 28.2 25.7 (CONTRACTS OF 5,000 BUSHELS) 001602 CBT 1 2020-10-20 WHEAT-SRW - CHICAGO BOARD OF TRADE 001602 CBT 0 1 444681 149043 102506 106550 156543 185290 412136 394346 32545 50335 334451 132530 99016 60133 116411 141422 309074 300571 25377 33880 110230 43092 30069 19838 40132 43868 103062 93775 7168 16455 28174 13140 9401 1205 11140 14955 25485 25561 2689 2613 100 33.5 23.1 24 35.2 41.7 92.7 88.7 7.3 11.3 100 39.6 29.6 18 34.8 42.3 92.4 89.9 7.6 10.1 100 39.1 27.3 18 36.4 39.8 93.5 85.1 6.5 14.9 390 122 109 105 79 126 261 291 379 117 113 84 69 121 232 275 200 49 42 29 46 83 108 145 14.9 13.5 24.2 21.1 11.7 9.4 20 15.9 14.3 10.9 24.7 19.1 13.4 9.9 22.3 17.3 27.4 30.6 39.7 40.8 18 18.9 27.9 27.1 (CONTRACTS OF 5,000 BUSHELS) 001602 CBT 1
2020-10-13 ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ...
Barrons, www.barrons.com
CBOE, www.cboe.com
CFTC, www.cftc.gov
CNBC, www.cnbc.com
Financial Times, www.ft.com
Finviz, www.finviz.com
Gurufocus, www.gurufocus.com
Investing.com, www.investing.com
MarketWatch, www.marketwatch.com
Macrotrends, www.macrotrends.net
Moore Research Center, www.mrci.com
Motley Fool, www.fool.com
NASDAQ, www.nasdaq.com
OECD, www.oecd.org
Reuters, www.reuters.com
Seeking Alpha, www.seekingalpha.com
Wall Street Journal, www.wsj.com
Yahoo Finance, www.finance.yahoo.com
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