Supported Plugins ================= ``bdf.read`` auto-detects cycler exports using the plugins registered in ``bdf.plugins.PLUGINS``. Each plugin pairs a *table parser* (which reads the rows and maps vendor column headers onto BDF fields) with a *metadata parser* (which extracts dataset metadata such as the test start time). You can force a plugin instead of relying on detection: .. code-block:: python import bdf df, meta = bdf.read("raw_vendor.csv", plugin="neware_csv") List the registered ids at runtime with ``bdf.plugins.list_sources()``. Below lists the currently defined plugins that convert cycler columns to bdf. Each plugin's column synonyms are grouped by BDF field; synonyms flagged *(assumed)* have been matched on a best-effort basis and have no real-file sample to test in the repository. Please make a GitHub issue if your data contradicts any of the synonyms. If you have new vendor data that is not covered by the existing plugins, or covers synonyms that are assumed, please consider contributing to the project by adding a new plugin, extending an existing plugin or donating a sample data file. .. BEGIN GENERATED: plugin-catalog .. Generated by docs/_ext/generate_plugins_doc.py from bdf.plugins.PLUGINS - do not edit by hand. ``arbin_csv`` ------------- - **Table parser:** ``txt`` (``.csv``, ``.dat``, ``.tsv``, ``.txt``) .. dropdown:: Column synonyms -- 16 BDF fields, 25 synonyms (0 assumed) **Test Time / s** -- ``test_time_second`` - ``Test Time ({unit})`` - ``Test_Time({unit})`` **Voltage / V** -- ``voltage_volt`` - ``Voltage ({unit})`` - ``Voltage({unit})`` **Current / A** -- ``current_ampere`` - ``Current ({unit})`` - ``Current({unit})`` **Unix Time / s** -- ``unix_time_second`` - ``Date Time`` -- formats: ``%m/%d/%Y %H:%M:%S%.f``, ``%m/%d/%Y %H:%M:%S``, ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` - ``Date_Time`` -- formats: ``%m/%d/%Y %H:%M:%S%.f``, ``%m/%d/%Y %H:%M:%S``, ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` **Cycle Count / 1** -- ``cycle_count`` - ``Cycle Index`` - ``Cycle_Index`` **Step ID** -- ``step_id`` - ``Step Index`` - ``Step_Index`` **Record Index / 1** -- ``record_index`` - ``Data Point`` - ``Data_Point`` **Step Time / s** -- ``step_time_second`` - ``Step Time ({unit})`` - ``Step_Time({unit})`` **Schedule Charging Capacity / Ah** -- ``schedule_charging_capacity_ah`` - ``Charge Capacity ({unit})`` **Schedule Discharging Capacity / Ah** -- ``schedule_discharging_capacity_ah`` - ``Discharge Capacity ({unit})`` **Schedule Charging Energy / Wh** -- ``schedule_charging_energy_wh`` - ``Charge Energy ({unit})`` **Schedule Discharging Energy / Wh** -- ``schedule_discharging_energy_wh`` - ``Discharge Energy ({unit})`` **Power / W** -- ``power_watt`` - ``Power ({unit})`` **DC Internal Resistance / ohm** -- ``dc_internal_resistance_ohm`` - ``Internal Resistance ({unit})`` **AC Internal Resistance / ohm** -- ``ac_internal_resistance_ohm`` - ``ACR ({unit})`` **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``Aux_Temperature_1 (C)`` - ``Aux_Temperature_1 ({unit})`` - **Metadata parser:** none ``basytec_txt`` --------------- - **Table parser:** ``txt`` (``.csv``, ``.dat``, ``.tsv``, ``.txt``) -- encoding = ``latin-1`` .. dropdown:: Column synonyms -- 10 BDF fields, 23 synonyms (17 assumed) **Test Time / s** -- ``test_time_second`` - ``Time[{unit}]`` *(assumed)* - ``Time`` *(assumed)* - ``Time[h:min:s]`` -- formats: ``%H:%M:%S.%f`` *(assumed)* **Voltage / V** -- ``voltage_volt`` - ``U[{unit}]`` - ``Voltage[{unit}]`` *(assumed)* - ``U`` *(assumed)* - ``Voltage`` *(assumed)* **Current / A** -- ``current_ampere`` - ``I[{unit}]`` - ``Current[{unit}]`` *(assumed)* - ``I`` *(assumed)* - ``Current`` *(assumed)* **Step ID** -- ``step_id`` - ``Line`` **Record Index / 1** -- ``record_index`` - ``DataSet`` **Net Capacity / Ah** -- ``net_capacity_ah`` - ``Ah[{unit}]`` *(assumed)* **Power / W** -- ``power_watt`` - ``P[{unit}]`` *(assumed)* **DC Internal Resistance / ohm** -- ``dc_internal_resistance_ohm`` - ``R-DC`` *(assumed)* **AC Internal Resistance / ohm** -- ``ac_internal_resistance_ohm`` - ``R-AC`` *(assumed)* **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``T1[{unit}]`` - ``T1[°C]`` - ``Temp[{unit}]`` *(assumed)* - ``Temp[°C]`` *(assumed)* - ``Temperature[{unit}]`` *(assumed)* - ``Temperature[°C]`` *(assumed)* - **Metadata parser:** ``txt_preamble`` -- preamble of the data file (decoded as ``latin-1``) .. dropdown:: Metadata extraction details - Identified by magic tokens: ``resultfile from basytec battery test system``, ``basytec battery test system`` - Extracted metadata fields: - ``start_time`` -- regex ``~Start of Test:\s*(.+)`` ``biologic_mpt`` ---------------- - **Table parser:** ``txt`` (``.csv``, ``.dat``, ``.mpt``, ``.tsv``, ``.txt``) -- encoding = ``latin-1`` .. dropdown:: Column synonyms -- 14 BDF fields, 40 synonyms (28 assumed) **Test Time / s** -- ``test_time_second`` - ``time/{unit}`` - ``time / {unit}`` *(assumed)* - ``t ({unit})`` *(assumed)* - ``time [{unit}]`` *(assumed)* - ``relative time({unit})`` *(assumed)* **Voltage / V** -- ``voltage_volt`` - ``Ecell/{unit}`` - ``Ewe/{unit}`` *(assumed)* - ``u/{unit}`` *(assumed)* - ``u[{unit}]`` *(assumed)* - ``Ewe ({unit})`` *(assumed)* - ``/{unit}`` *(assumed)* **Current / A** -- ``current_ampere`` - ``I/{unit}`` - ``I[{unit}]`` *(assumed)* - ``Current / {unit}`` *(assumed)* - ``Current({unit})`` *(assumed)* - ``I({unit})`` *(assumed)* - ``/{unit}`` *(assumed)* **Cycle Count / 1** -- ``cycle_count`` - ``cycle number`` - ``z cycle`` *(assumed)* **Step ID** -- ``step_id`` - ``Ns`` **Step Time / s** -- ``step_time_second`` - ``step time/{unit}`` **Net Capacity / Ah** -- ``net_capacity_ah`` - ``(Q-Qo)/{unit}`` **Charging Energy / Wh** -- ``charging_energy_wh`` - ``Energy charge/{unit}`` **Discharging Energy / Wh** -- ``discharging_energy_wh`` - ``Energy discharge/{unit}`` **Net Energy / Wh** -- ``net_energy_wh`` - ``Energy/{unit}`` **Cumulative Energy / Wh** -- ``cumulative_energy_wh`` - ``|Energy|/{unit}`` *(assumed)* **Power / W** -- ``power_watt`` - ``P/{unit}`` **Internal Resistance / ohm** -- ``internal_resistance_ohm`` - ``R/{unit}`` **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``Temperature/{unit}`` *(assumed)* - ``Temperature/°C`` *(assumed)* - ``Temperature/øc`` *(assumed)* - ``Temperature/c`` *(assumed)* - ``Temp/{unit}`` *(assumed)* - ``Temp/°C`` *(assumed)* - ``Temp/øc`` *(assumed)* - ``Temp/c`` *(assumed)* - ``T/{unit}`` *(assumed)* - ``T/°C`` *(assumed)* - ``T/øc`` *(assumed)* - ``T/c`` *(assumed)* - **Metadata parser:** ``txt_preamble`` -- preamble of the data file .. dropdown:: Metadata extraction details - Identified by magic tokens: ``bt-lab ascii file``, ``ec-lab ascii file`` - Extracted metadata fields: - ``start_time`` -- regex ``Acquisition started on\s*:\s*(.+)`` ``digatron_csv`` ---------------- - **Table parser:** ``txt`` (``.csv``, ``.dat``, ``.tsv``, ``.txt``) .. dropdown:: Column synonyms -- 18 BDF fields, 27 synonyms (10 assumed) **Test Time / s** -- ``test_time_second`` - ``Program Duration#{unit}`` - ``Prog Time`` *(assumed)* - ``Program Time`` *(assumed)* **Voltage / V** -- ``voltage_volt`` - ``Voltage#{unit}`` - ``Voltage`` *(assumed)* **Current / A** -- ``current_ampere`` - ``Current#{unit}`` - ``Current`` *(assumed)* **Unix Time / s** -- ``unix_time_second`` - ``Timestamp`` -- formats: ``%Y-%m-%d %H:%M:%S%.f%:z``, ``%Y-%m-%d %H:%M:%S%:z``, ``%Y-%m-%dT%H:%M:%S``, ``%Y-%m-%d %H:%M:%S`` **Step ID** -- ``step_id`` - ``Step`` **Step Type** -- ``step_type`` - ``Status`` **Ambient Temperature / degC** -- ``ambient_temperature_celsius`` - ``Tenv#{unit}`` **Step Time / s** -- ``step_time_second`` - ``Step Duration#{unit}`` - ``Step Time`` *(assumed)* **Charging Capacity / Ah** -- ``charging_capacity_ah`` - ``AhCha#{unit}`` **Discharging Capacity / Ah** -- ``discharging_capacity_ah`` - ``AhDch#{unit}`` **Net Capacity / Ah** -- ``net_capacity_ah`` - ``AhAccu#{unit}`` - ``AhAccu`` *(assumed)* **Step Cumulative Capacity / Ah** -- ``step_cumulative_capacity_ah`` - ``AhStep#{unit}`` **Charging Energy / Wh** -- ``charging_energy_wh`` - ``WhCha#{unit}`` **Discharging Energy / Wh** -- ``discharging_energy_wh`` - ``WhDch#{unit}`` **Net Energy / Wh** -- ``net_energy_wh`` - ``WhAccu#{unit}`` - ``WhAccu`` *(assumed)* **Step Cumulative Energy / Wh** -- ``step_cumulative_energy_wh`` - ``WhStep#{unit}`` **Power / W** -- ``power_watt`` - ``Watt`` *(assumed)* - ``Power#{unit}`` *(assumed)* **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``T1#{unit}`` - ``logtemp001`` *(assumed)* - **Metadata parser:** none ``landt_csv`` ------------- - **Table parser:** ``txt`` (``.csv``, ``.dat``, ``.tsv``, ``.txt``) -- truncate_ragged_lines = ``True`` .. dropdown:: Column synonyms -- 16 BDF fields, 16 synonyms (0 assumed) **Test Time / s** -- ``test_time_second`` - ``test_time_s`` **Voltage / V** -- ``voltage_volt`` - ``voltage_V`` **Current / A** -- ``current_ampere`` - ``current_A`` **Unix Time / s** -- ``unix_time_second`` - ``date_time_iso_string`` -- formats: ``%m/%d/%Y %H:%M:%S`` **Cycle Count / 1** -- ``cycle_count`` - ``cycle_index`` **Step ID** -- ``step_id`` - ``step_index`` **Step Type** -- ``step_type`` - ``step_name`` **Record Index / 1** -- ``record_index`` - ``channel_index`` **Step Time / s** -- ``step_time_second`` - ``step_time_s`` **Step Charging Capacity / Ah** -- ``step_charging_capacity_ah`` - ``charge_capacity_{unit}`` **Step Discharging Capacity / Ah** -- ``step_discharging_capacity_ah`` - ``discharge_capacity_{unit}`` **Step Charging Energy / Wh** -- ``step_charging_energy_wh`` - ``charge_energy_{unit}`` **Step Discharging Energy / Wh** -- ``step_discharging_energy_wh`` - ``discharge_energy_{unit}`` **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``temperature_1_{unit}`` **Temperature T2 / degC** -- ``temperature_t2_celsius`` - ``temperature_2_{unit}`` **Temperature T3 / degC** -- ``temperature_t3_celsius`` - ``temperature_3_{unit}`` - **Metadata parser:** none ``landt_txt`` ------------- - **Table parser:** ``txt`` (``.csv``, ``.dat``, ``.tsv``, ``.txt``) -- truncate_ragged_lines = ``True`` .. dropdown:: Column synonyms -- 10 BDF fields, 30 synonyms (20 assumed) **Test Time / s** -- ``test_time_second`` - ``Test({unit})`` - ``Test ({unit})`` *(assumed)* - ``test_time_s`` *(assumed)* - ``Test Time ({unit})`` *(assumed)* - ``Test Time`` *(assumed)* **Voltage / V** -- ``voltage_volt`` - ``Volts`` - ``Volt`` *(assumed)* - ``Voltage`` *(assumed)* - ``V`` *(assumed)* **Current / A** -- ``current_ampere`` - ``Amps`` - ``Amp`` *(assumed)* - ``Current`` *(assumed)* - ``A`` *(assumed)* - ``I({unit})`` *(assumed)* **Unix Time / s** -- ``unix_time_second`` - ``DPt-Time`` -- formats: ``%Y-%m-%d %H:%M:%S`` **Cycle Count / 1** -- ``cycle_count`` - ``Cyc#`` - ``Cycle`` *(assumed)* - ``Cycle#`` *(assumed)* - ``Cycle Index`` *(assumed)* **Step ID** -- ``step_id`` - ``Step`` - ``Step#`` *(assumed)* - ``Step Index`` *(assumed)* **Record Index / 1** -- ``record_index`` - ``Rec#`` - ``Record`` *(assumed)* - ``Record#`` *(assumed)* **Step Time / s** -- ``step_time_second`` - ``Step({unit})`` - ``Step Time ({unit})`` *(assumed)* - ``step_time_s`` *(assumed)* **Step Cumulative Capacity / Ah** -- ``step_cumulative_capacity_ah`` - ``Amp-hr`` **Step Cumulative Energy / Wh** -- ``step_cumulative_energy_wh`` - ``Watt-hr`` - **Metadata parser:** none ``maccor_csv`` -------------- - **Table parser:** ``txt`` (``.csv``, ``.dat``, ``.tsv``, ``.txt``) .. dropdown:: Column synonyms -- 12 BDF fields, 20 synonyms (8 assumed) **Test Time / s** -- ``test_time_second`` - ``Test Time ({unit})`` *(assumed)* - ``Test Time({unit})`` *(assumed)* - ``Test Time [{unit}]`` **Voltage / V** -- ``voltage_volt`` - ``Voltage`` *(assumed)* - ``Voltage [{unit}]`` **Current / A** -- ``current_ampere`` - ``Current`` *(assumed)* - ``Current [{unit}]`` **Unix Time / s** -- ``unix_time_second`` - ``DPT Time`` -- formats: ``%d-%b-%y %I:%M:%S %p``, ``%d-%b-%y %H:%M:%S``, ``%Y-%m-%d %H:%M:%S``, ``%m/%d/%Y %H:%M`` **Cycle Count / 1** -- ``cycle_count`` - ``Cycle C`` **Step Count / 1** -- ``step_count`` - ``Step`` **Ambient Temperature / degC** -- ``ambient_temperature_celsius`` - ``Temperature Chamber [{unit}]`` **Record Index / 1** -- ``record_index`` - ``Rec`` **Step Time / s** -- ``step_time_second`` - ``Step Time ({unit})`` *(assumed)* - ``Step Time [{unit}]`` **Step Cumulative Capacity / Ah** -- ``step_cumulative_capacity_ah`` - ``Capacity`` *(assumed)* - ``Capacity [{unit}]`` **Step Cumulative Energy / Wh** -- ``step_cumulative_energy_wh`` - ``Energy`` *(assumed)* - ``Energy [{unit}]`` **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``Temp 1`` *(assumed)* - ``Temperature Cell [{unit}]`` - **Metadata parser:** ``txt_preamble`` -- preamble of the data file .. dropdown:: Metadata extraction details - Identified by magic tokens: ``today's date ,``, ``date of test:,`` - Extracted metadata fields: - ``start_time`` -- regex ``Date of Test:,(.+)`` ``neware_csv`` -------------- - **Table parser:** ``txt`` (``.csv``, ``.dat``, ``.tsv``, ``.txt``) .. dropdown:: Column synonyms -- 13 BDF fields, 43 synonyms (31 assumed) **Test Time / s** -- ``test_time_second`` - ``Total Time`` -- formats: ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` *(assumed)* - ``Total Time({unit})`` - ``Test Time({unit})`` *(assumed)* - ``TotalTime({unit})`` *(assumed)* - ``totaltime_s`` *(assumed)* - ``总时间({unit})`` *(assumed)* - ``测试时间({unit})`` *(assumed)* **Voltage / V** -- ``voltage_volt`` - ``Voltage({unit})`` - ``电压({unit})`` *(assumed)* - ``Voltage [{unit}]`` *(assumed)* **Current / A** -- ``current_ampere`` - ``Current({unit})`` - ``电流({unit})`` *(assumed)* - ``Current [{unit}]`` *(assumed)* **Unix Time / s** -- ``unix_time_second`` - ``Date`` -- formats: ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` - ``DateTime`` -- formats: ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` *(assumed)* - ``Date_Time`` -- formats: ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` *(assumed)* **Cycle Count / 1** -- ``cycle_count`` - ``Cycle Index`` - ``Cycle`` *(assumed)* **Step ID** -- ``step_id`` - ``Step Index`` - ``Step`` *(assumed)* **Step Time / s** -- ``step_time_second`` - ``Time`` -- formats: ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` *(assumed)* - ``Time({unit})`` - ``Relative Time({unit})`` *(assumed)* - ``State Time({unit})`` *(assumed)* - ``StepTime({unit})`` *(assumed)* - ``Step Time({unit})`` *(assumed)* - ``steptime_s`` *(assumed)* - ``时间({unit})`` *(assumed)* **Step Charging Capacity / Ah** -- ``step_charging_capacity_ah`` - ``Chg. Cap.({unit})`` - ``Chg.Capacity({unit})`` *(assumed)* - ``Charge Capacity({unit})`` *(assumed)* **Step Discharging Capacity / Ah** -- ``step_discharging_capacity_ah`` - ``DChg. Cap.({unit})`` - ``DChg.Capacity({unit})`` *(assumed)* - ``Discharge Capacity({unit})`` *(assumed)* **Step Cumulative Capacity / Ah** -- ``step_cumulative_capacity_ah`` - ``Capacity({unit})`` **Step Charging Energy / Wh** -- ``step_charging_energy_wh`` - ``Chg. Energy({unit})`` - ``Chg.Energy({unit})`` *(assumed)* - ``Charge Energy({unit})`` *(assumed)* **Step Discharging Energy / Wh** -- ``step_discharging_energy_wh`` - ``DChg. Energy({unit})`` - ``DChg.Energy({unit})`` *(assumed)* - ``Discharge Energy({unit})`` *(assumed)* **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``Temperature(°C)`` *(assumed)* - ``温度(°C)`` *(assumed)* - **Metadata parser:** none ``neware_xlsx`` --------------- - **Table parser:** ``excel`` (``.xls``, ``.xlsm``, ``.xlsx``) -- sheet_name = ``record`` .. dropdown:: Column synonyms -- 13 BDF fields, 43 synonyms (31 assumed) **Test Time / s** -- ``test_time_second`` - ``Total Time`` -- formats: ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` *(assumed)* - ``Total Time({unit})`` - ``Test Time({unit})`` *(assumed)* - ``TotalTime({unit})`` *(assumed)* - ``totaltime_s`` *(assumed)* - ``总时间({unit})`` *(assumed)* - ``测试时间({unit})`` *(assumed)* **Voltage / V** -- ``voltage_volt`` - ``Voltage({unit})`` - ``电压({unit})`` *(assumed)* - ``Voltage [{unit}]`` *(assumed)* **Current / A** -- ``current_ampere`` - ``Current({unit})`` - ``电流({unit})`` *(assumed)* - ``Current [{unit}]`` *(assumed)* **Unix Time / s** -- ``unix_time_second`` - ``Date`` -- formats: ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` - ``DateTime`` -- formats: ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` *(assumed)* - ``Date_Time`` -- formats: ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` *(assumed)* **Cycle Count / 1** -- ``cycle_count`` - ``Cycle Index`` - ``Cycle`` *(assumed)* **Step ID** -- ``step_id`` - ``Step Index`` - ``Step`` *(assumed)* **Step Time / s** -- ``step_time_second`` - ``Time`` -- formats: ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` *(assumed)* - ``Time({unit})`` - ``Relative Time({unit})`` *(assumed)* - ``State Time({unit})`` *(assumed)* - ``StepTime({unit})`` *(assumed)* - ``Step Time({unit})`` *(assumed)* - ``steptime_s`` *(assumed)* - ``时间({unit})`` *(assumed)* **Step Charging Capacity / Ah** -- ``step_charging_capacity_ah`` - ``Chg. Cap.({unit})`` - ``Chg.Capacity({unit})`` *(assumed)* - ``Charge Capacity({unit})`` *(assumed)* **Step Discharging Capacity / Ah** -- ``step_discharging_capacity_ah`` - ``DChg. Cap.({unit})`` - ``DChg.Capacity({unit})`` *(assumed)* - ``Discharge Capacity({unit})`` *(assumed)* **Step Cumulative Capacity / Ah** -- ``step_cumulative_capacity_ah`` - ``Capacity({unit})`` **Step Charging Energy / Wh** -- ``step_charging_energy_wh`` - ``Chg. Energy({unit})`` - ``Chg.Energy({unit})`` *(assumed)* - ``Charge Energy({unit})`` *(assumed)* **Step Discharging Energy / Wh** -- ``step_discharging_energy_wh`` - ``DChg. Energy({unit})`` - ``DChg.Energy({unit})`` *(assumed)* - ``Discharge Energy({unit})`` *(assumed)* **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``Temperature(°C)`` *(assumed)* - ``温度(°C)`` *(assumed)* - **Metadata parser:** none ``arbin_xlsx`` -------------- - **Table parser:** ``excel`` (``.xls``, ``.xlsm``, ``.xlsx``) -- sheet_pattern = ``^Channel[_-]`` .. dropdown:: Column synonyms -- 16 BDF fields, 25 synonyms (0 assumed) **Test Time / s** -- ``test_time_second`` - ``Test Time ({unit})`` - ``Test_Time({unit})`` **Voltage / V** -- ``voltage_volt`` - ``Voltage ({unit})`` - ``Voltage({unit})`` **Current / A** -- ``current_ampere`` - ``Current ({unit})`` - ``Current({unit})`` **Unix Time / s** -- ``unix_time_second`` - ``Date Time`` -- formats: ``%m/%d/%Y %H:%M:%S%.f``, ``%m/%d/%Y %H:%M:%S``, ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` - ``Date_Time`` -- formats: ``%m/%d/%Y %H:%M:%S%.f``, ``%m/%d/%Y %H:%M:%S``, ``%Y-%m-%d %H:%M:%S%.f``, ``%Y-%m-%d %H:%M:%S``, ``%Y/%m/%d %H:%M:%S`` **Cycle Count / 1** -- ``cycle_count`` - ``Cycle Index`` - ``Cycle_Index`` **Step ID** -- ``step_id`` - ``Step Index`` - ``Step_Index`` **Record Index / 1** -- ``record_index`` - ``Data Point`` - ``Data_Point`` **Step Time / s** -- ``step_time_second`` - ``Step Time ({unit})`` - ``Step_Time({unit})`` **Schedule Charging Capacity / Ah** -- ``schedule_charging_capacity_ah`` - ``Charge Capacity ({unit})`` **Schedule Discharging Capacity / Ah** -- ``schedule_discharging_capacity_ah`` - ``Discharge Capacity ({unit})`` **Schedule Charging Energy / Wh** -- ``schedule_charging_energy_wh`` - ``Charge Energy ({unit})`` **Schedule Discharging Energy / Wh** -- ``schedule_discharging_energy_wh`` - ``Discharge Energy ({unit})`` **Power / W** -- ``power_watt`` - ``Power ({unit})`` **DC Internal Resistance / ohm** -- ``dc_internal_resistance_ohm`` - ``Internal Resistance ({unit})`` **AC Internal Resistance / ohm** -- ``ac_internal_resistance_ohm`` - ``ACR ({unit})`` **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``Aux_Temperature_1 (C)`` - ``Aux_Temperature_1 ({unit})`` - **Metadata parser:** none ``novonix_csv`` --------------- - **Table parser:** ``txt`` (``.csv``, ``.dat``, ``.tsv``, ``.txt``) .. dropdown:: Column synonyms -- 16 BDF fields, 40 synonyms (26 assumed) **Test Time / s** -- ``test_time_second`` - ``Run Time ({unit})`` - ``Run-Time ({unit})`` *(assumed)* - ``Runtime ({unit})`` *(assumed)* - ``Test Time ({unit})`` *(assumed)* - ``TestTime({unit})`` *(assumed)* **Voltage / V** -- ``voltage_volt`` - ``Potential ({unit})`` - ``Voltage ({unit})`` *(assumed)* - ``Cell Voltage ({unit})`` *(assumed)* **Current / A** -- ``current_ampere`` - ``Current ({unit})`` - ``Cell Current ({unit})`` *(assumed)* **Unix Time / s** -- ``unix_time_second`` - ``Date and Time`` -- formats: ``%Y-%m-%d %H:%M:%S`` - ``Unix Time ({unit})`` *(assumed)* - ``UnixTime ({unit})`` *(assumed)* **Cycle Count / 1** -- ``cycle_count`` - ``Cycle Number`` - ``Cycle`` *(assumed)* - ``Cycle #`` *(assumed)* - ``Cycle#`` *(assumed)* **Step Count / 1** -- ``step_count`` - ``Step Number`` - ``Step #`` *(assumed)* - ``Step#`` *(assumed)* **Step ID** -- ``step_id`` - ``Step position`` **Step Type** -- ``step_type`` - ``Step Type`` **Ambient Temperature / degC** -- ``ambient_temperature_celsius`` - ``Ambient Temperature (°C)`` *(assumed)* - ``Ambient Temperature (C)`` *(assumed)* - ``Ambient Temp (°C)`` *(assumed)* - ``Ambient Temp (C)`` *(assumed)* **Step Time / s** -- ``step_time_second`` - ``Step Time ({unit})`` - ``StepTime({unit})`` *(assumed)* **Net Capacity / Ah** -- ``net_capacity_ah`` - ``Capacity ({unit})`` - ``Net Capacity ({unit})`` *(assumed)* **Net Energy / Wh** -- ``net_energy_wh`` - ``Net Energy ({unit})`` *(assumed)* **Step Net Energy / Wh** -- ``step_net_energy_wh`` - ``Energy ({unit})`` **Power / W** -- ``power_watt`` - ``Power({unit})`` - ``Power ({unit})`` *(assumed)* **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``Temperature (°C)`` - ``Temperature (C)`` *(assumed)* **Temperature T2 / degC** -- ``temperature_t2_celsius`` - ``Circuit Temperature (°C)`` - ``Circuit Temperature (C)`` *(assumed)* - ``Circuit Temp (°C)`` *(assumed)* - ``Circuit Temp (C)`` *(assumed)* - **Metadata parser:** ``txt_preamble`` -- preamble of the data file .. dropdown:: Metadata extraction details - Identified by magic tokens: ``[summary]``, ``[data]``, ``novonix uhpc data file``, ``novonix`` ``neware_nda`` -------------- - **Table parser:** ``nda`` (``.nda``, ``.ndax``) .. dropdown:: Column synonyms -- 12 BDF fields, 12 synonyms (0 assumed) **Test Time / s** -- ``test_time_second`` - ``total_time_{unit}`` **Voltage / V** -- ``voltage_volt`` - ``voltage_{unit}`` **Current / A** -- ``current_ampere`` - ``current_{unit}`` **Unix Time / s** -- ``unix_time_second`` - ``unix_time_{unit}`` **Cycle Count / 1** -- ``cycle_count`` - ``cycle_count`` **Step Count / 1** -- ``step_count`` - ``step_count`` **Step ID** -- ``step_id`` - ``step_index`` **Step Type** -- ``step_type`` - ``step_type`` **Record Index / 1** -- ``record_index`` - ``index`` **Step Time / s** -- ``step_time_second`` - ``step_time_{unit}`` **Step Net Capacity / Ah** -- ``step_net_capacity_ah`` - ``capacity_{unit}`` **Step Net Energy / Wh** -- ``step_net_energy_wh`` - ``energy_{unit}`` - **Metadata parser:** none ``bdf_json`` ------------ - **Table parser:** ``json`` (``.json``) .. dropdown:: Column synonyms -- 58 BDF fields, 126 synonyms (0 assumed) **Test Time / s** -- ``test_time_second`` - ``Test Time / ms`` - ``test_time_millisecond`` - ``Test Time / {unit}`` - ``test_time_second`` **Voltage / V** -- ``voltage_volt`` - ``Voltage / {unit}`` - ``voltage_volt`` **Current / A** -- ``current_ampere`` - ``Current / {unit}`` - ``current_ampere`` **Unix Time / s** -- ``unix_time_second`` - ``Unix Time / ms`` - ``unix_time_millisecond`` - ``Unix Time / {unit}`` - ``unix_time_second`` **Cycle Count / 1** -- ``cycle_count`` - ``Cycle Count / 1`` - ``cycle_count`` **Step Count / 1** -- ``step_count`` - ``Step Count / 1`` - ``step_count`` **Step ID** -- ``step_id`` - ``Step ID`` - ``step_id`` **Step Type** -- ``step_type`` - ``Step Type`` - ``step_type`` **Ambient Temperature / degC** -- ``ambient_temperature_celsius`` - ``Ambient Temperature / {unit}`` - ``ambient_temperature_celsius`` **Step Record Index / 1** -- ``step_record_index`` - ``Step Index / 1`` - ``step_index`` - ``Step Record Index / 1`` - ``step_record_index`` **Record Index / 1** -- ``record_index`` - ``Record Index / 1`` - ``record_index`` **Step Time / s** -- ``step_time_second`` - ``Step Time / {unit}`` - ``step_time_second`` **Charging Capacity / Ah** -- ``charging_capacity_ah`` - ``Charging Capacity / {unit}`` - ``charging_capacity_ah`` **Step Charging Capacity / Ah** -- ``step_charging_capacity_ah`` - ``Step Charging Capacity / {unit}`` - ``step_charging_capacity_ah`` **Cycle Charging Capacity / Ah** -- ``cycle_charging_capacity_ah`` - ``Cycle Charging Capacity / {unit}`` - ``cycle_charging_capacity_ah`` **Schedule Charging Capacity / Ah** -- ``schedule_charging_capacity_ah`` - ``Schedule Charging Capacity / {unit}`` - ``schedule_charging_capacity_ah`` **Discharging Capacity / Ah** -- ``discharging_capacity_ah`` - ``Discharging Capacity / {unit}`` - ``discharging_capacity_ah`` **Step Discharging Capacity / Ah** -- ``step_discharging_capacity_ah`` - ``Step Discharging Capacity / {unit}`` - ``step_discharging_capacity_ah`` **Cycle Discharging Capacity / Ah** -- ``cycle_discharging_capacity_ah`` - ``Cycle Discharging Capacity / {unit}`` - ``cycle_discharging_capacity_ah`` **Schedule Discharging Capacity / Ah** -- ``schedule_discharging_capacity_ah`` - ``Schedule Discharging Capacity / {unit}`` - ``schedule_discharging_capacity_ah`` **Net Capacity / Ah** -- ``net_capacity_ah`` - ``Net Capacity / {unit}`` - ``net_capacity_ah`` **Step Net Capacity / Ah** -- ``step_net_capacity_ah`` - ``Step Net Capacity / {unit}`` - ``step_net_capacity_ah`` **Cycle Net Capacity / Ah** -- ``cycle_net_capacity_ah`` - ``Cycle Net Capacity / {unit}`` - ``cycle_net_capacity_ah`` **Cumulative Capacity / Ah** -- ``cumulative_capacity_ah`` - ``Cumulative Capacity / {unit}`` - ``cumulative_capacity_ah`` **Step Cumulative Capacity / Ah** -- ``step_cumulative_capacity_ah`` - ``Step Capacity / Ah`` - ``step_capacity_ah`` - ``Step Cumulative Capacity / {unit}`` - ``step_cumulative_capacity_ah`` **Cycle Cumulative Capacity / Ah** -- ``cycle_cumulative_capacity_ah`` - ``Cycle Cumulative Capacity / {unit}`` - ``cycle_cumulative_capacity_ah`` **Charging Energy / Wh** -- ``charging_energy_wh`` - ``Charging Energy / {unit}`` - ``charging_energy_wh`` **Step Charging Energy / Wh** -- ``step_charging_energy_wh`` - ``Step Charging Energy / {unit}`` - ``step_charging_energy_wh`` **Cycle Charging Energy / Wh** -- ``cycle_charging_energy_wh`` - ``Cycle Charging Energy / {unit}`` - ``cycle_charging_energy_wh`` **Schedule Charging Energy / Wh** -- ``schedule_charging_energy_wh`` - ``Schedule Charging Energy / {unit}`` - ``schedule_charging_energy_wh`` **Discharging Energy / Wh** -- ``discharging_energy_wh`` - ``Discharging Energy / {unit}`` - ``discharging_energy_wh`` **Step Discharging Energy / Wh** -- ``step_discharging_energy_wh`` - ``Step Discharging Energy / {unit}`` - ``step_discharging_energy_wh`` **Cycle Discharging Energy / Wh** -- ``cycle_discharging_energy_wh`` - ``Cycle Discharging Energy / {unit}`` - ``cycle_discharging_energy_wh`` **Schedule Discharging Energy / Wh** -- ``schedule_discharging_energy_wh`` - ``Schedule Discharging Energy / {unit}`` - ``schedule_discharging_energy_wh`` **Net Energy / Wh** -- ``net_energy_wh`` - ``Net Energy / {unit}`` - ``net_energy_wh`` **Step Net Energy / Wh** -- ``step_net_energy_wh`` - ``Step Net Energy / {unit}`` - ``step_net_energy_wh`` **Cycle Net Energy / Wh** -- ``cycle_net_energy_wh`` - ``Cycle Net Energy / {unit}`` - ``cycle_net_energy_wh`` **Cumulative Energy / Wh** -- ``cumulative_energy_wh`` - ``Cumulative Energy / {unit}`` - ``cumulative_energy_wh`` **Step Cumulative Energy / Wh** -- ``step_cumulative_energy_wh`` - ``Step Energy / Wh`` - ``step_energy_wh`` - ``Step Cumulative Energy / {unit}`` - ``step_cumulative_energy_wh`` **Cycle Cumulative Energy / Wh** -- ``cycle_cumulative_energy_wh`` - ``Cycle Cumulative Energy / {unit}`` - ``cycle_cumulative_energy_wh`` **Power / W** -- ``power_watt`` - ``Power / {unit}`` - ``power_watt`` **Internal Resistance / ohm** -- ``internal_resistance_ohm`` - ``Internal Resistance / {unit}`` - ``internal_resistance_ohm`` **DC Internal Resistance / ohm** -- ``dc_internal_resistance_ohm`` - ``DC Internal Resistance / {unit}`` - ``dc_internal_resistance_ohm`` **AC Internal Resistance / ohm** -- ``ac_internal_resistance_ohm`` - ``AC Internal Resistance / {unit}`` - ``ac_internal_resistance_ohm`` **Real Impedance / ohm** -- ``real_impedance_ohm`` - ``Real Impedance / {unit}`` - ``real_impedance_ohm`` **Imaginary Impedance / ohm** -- ``imaginary_impedance_ohm`` - ``Imaginary Impedance / {unit}`` - ``imaginary_impedance_ohm`` **Absolute Impedance / ohm** -- ``absolute_impedance_ohm`` - ``Absolute Impedance / {unit}`` - ``absolute_impedance_ohm`` **Phase / deg** -- ``phase_degree`` - ``Phase / {unit}`` - ``phase_degree`` **Frequency / Hz** -- ``frequency_hertz`` - ``Frequency / {unit}`` - ``frequency_hertz`` **Ambient Pressure / Pa** -- ``ambient_pressure_pa`` - ``Ambient Pressure / {unit}`` - ``ambient_pressure_pa`` **Applied Pressure / Pa** -- ``applied_pressure_pa`` - ``Applied Pressure / {unit}`` - ``applied_pressure_pa`` **Surface Pressure / Pa** -- ``surface_pressure_pa`` - ``Surface Pressure / {unit}`` - ``surface_pressure_pa`` **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``Temperature T1 / {unit}`` - ``temperature_t1_celsius`` **Temperature T2 / degC** -- ``temperature_t2_celsius`` - ``Temperature T2 / {unit}`` - ``temperature_t2_celsius`` **Temperature T3 / degC** -- ``temperature_t3_celsius`` - ``Temperature T3 / {unit}`` - ``temperature_t3_celsius`` **Temperature T4 / degC** -- ``temperature_t4_celsius`` - ``Temperature T4 / {unit}`` - ``temperature_t4_celsius`` **Temperature T5 / degC** -- ``temperature_t5_celsius`` - ``Temperature T5 / {unit}`` - ``temperature_t5_celsius`` **Surface Temperature / degC** -- ``surface_temperature_celsius`` - ``Surface Temperature / {unit}`` - ``surface_temperature_celsius`` - **Metadata parser:** none ``bdf_ndjson`` -------------- - **Table parser:** ``ndjson`` (``.ndjson``) .. dropdown:: Column synonyms -- 58 BDF fields, 126 synonyms (0 assumed) **Test Time / s** -- ``test_time_second`` - ``Test Time / ms`` - ``test_time_millisecond`` - ``Test Time / {unit}`` - ``test_time_second`` **Voltage / V** -- ``voltage_volt`` - ``Voltage / {unit}`` - ``voltage_volt`` **Current / A** -- ``current_ampere`` - ``Current / {unit}`` - ``current_ampere`` **Unix Time / s** -- ``unix_time_second`` - ``Unix Time / ms`` - ``unix_time_millisecond`` - ``Unix Time / {unit}`` - ``unix_time_second`` **Cycle Count / 1** -- ``cycle_count`` - ``Cycle Count / 1`` - ``cycle_count`` **Step Count / 1** -- ``step_count`` - ``Step Count / 1`` - ``step_count`` **Step ID** -- ``step_id`` - ``Step ID`` - ``step_id`` **Step Type** -- ``step_type`` - ``Step Type`` - ``step_type`` **Ambient Temperature / degC** -- ``ambient_temperature_celsius`` - ``Ambient Temperature / {unit}`` - ``ambient_temperature_celsius`` **Step Record Index / 1** -- ``step_record_index`` - ``Step Index / 1`` - ``step_index`` - ``Step Record Index / 1`` - ``step_record_index`` **Record Index / 1** -- ``record_index`` - ``Record Index / 1`` - ``record_index`` **Step Time / s** -- ``step_time_second`` - ``Step Time / {unit}`` - ``step_time_second`` **Charging Capacity / Ah** -- ``charging_capacity_ah`` - ``Charging Capacity / {unit}`` - ``charging_capacity_ah`` **Step Charging Capacity / Ah** -- ``step_charging_capacity_ah`` - ``Step Charging Capacity / {unit}`` - ``step_charging_capacity_ah`` **Cycle Charging Capacity / Ah** -- ``cycle_charging_capacity_ah`` - ``Cycle Charging Capacity / {unit}`` - ``cycle_charging_capacity_ah`` **Schedule Charging Capacity / Ah** -- ``schedule_charging_capacity_ah`` - ``Schedule Charging Capacity / {unit}`` - ``schedule_charging_capacity_ah`` **Discharging Capacity / Ah** -- ``discharging_capacity_ah`` - ``Discharging Capacity / {unit}`` - ``discharging_capacity_ah`` **Step Discharging Capacity / Ah** -- ``step_discharging_capacity_ah`` - ``Step Discharging Capacity / {unit}`` - ``step_discharging_capacity_ah`` **Cycle Discharging Capacity / Ah** -- ``cycle_discharging_capacity_ah`` - ``Cycle Discharging Capacity / {unit}`` - ``cycle_discharging_capacity_ah`` **Schedule Discharging Capacity / Ah** -- ``schedule_discharging_capacity_ah`` - ``Schedule Discharging Capacity / {unit}`` - ``schedule_discharging_capacity_ah`` **Net Capacity / Ah** -- ``net_capacity_ah`` - ``Net Capacity / {unit}`` - ``net_capacity_ah`` **Step Net Capacity / Ah** -- ``step_net_capacity_ah`` - ``Step Net Capacity / {unit}`` - ``step_net_capacity_ah`` **Cycle Net Capacity / Ah** -- ``cycle_net_capacity_ah`` - ``Cycle Net Capacity / {unit}`` - ``cycle_net_capacity_ah`` **Cumulative Capacity / Ah** -- ``cumulative_capacity_ah`` - ``Cumulative Capacity / {unit}`` - ``cumulative_capacity_ah`` **Step Cumulative Capacity / Ah** -- ``step_cumulative_capacity_ah`` - ``Step Capacity / Ah`` - ``step_capacity_ah`` - ``Step Cumulative Capacity / {unit}`` - ``step_cumulative_capacity_ah`` **Cycle Cumulative Capacity / Ah** -- ``cycle_cumulative_capacity_ah`` - ``Cycle Cumulative Capacity / {unit}`` - ``cycle_cumulative_capacity_ah`` **Charging Energy / Wh** -- ``charging_energy_wh`` - ``Charging Energy / {unit}`` - ``charging_energy_wh`` **Step Charging Energy / Wh** -- ``step_charging_energy_wh`` - ``Step Charging Energy / {unit}`` - ``step_charging_energy_wh`` **Cycle Charging Energy / Wh** -- ``cycle_charging_energy_wh`` - ``Cycle Charging Energy / {unit}`` - ``cycle_charging_energy_wh`` **Schedule Charging Energy / Wh** -- ``schedule_charging_energy_wh`` - ``Schedule Charging Energy / {unit}`` - ``schedule_charging_energy_wh`` **Discharging Energy / Wh** -- ``discharging_energy_wh`` - ``Discharging Energy / {unit}`` - ``discharging_energy_wh`` **Step Discharging Energy / Wh** -- ``step_discharging_energy_wh`` - ``Step Discharging Energy / {unit}`` - ``step_discharging_energy_wh`` **Cycle Discharging Energy / Wh** -- ``cycle_discharging_energy_wh`` - ``Cycle Discharging Energy / {unit}`` - ``cycle_discharging_energy_wh`` **Schedule Discharging Energy / Wh** -- ``schedule_discharging_energy_wh`` - ``Schedule Discharging Energy / {unit}`` - ``schedule_discharging_energy_wh`` **Net Energy / Wh** -- ``net_energy_wh`` - ``Net Energy / {unit}`` - ``net_energy_wh`` **Step Net Energy / Wh** -- ``step_net_energy_wh`` - ``Step Net Energy / {unit}`` - ``step_net_energy_wh`` **Cycle Net Energy / Wh** -- ``cycle_net_energy_wh`` - ``Cycle Net Energy / {unit}`` - ``cycle_net_energy_wh`` **Cumulative Energy / Wh** -- ``cumulative_energy_wh`` - ``Cumulative Energy / {unit}`` - ``cumulative_energy_wh`` **Step Cumulative Energy / Wh** -- ``step_cumulative_energy_wh`` - ``Step Energy / Wh`` - ``step_energy_wh`` - ``Step Cumulative Energy / {unit}`` - ``step_cumulative_energy_wh`` **Cycle Cumulative Energy / Wh** -- ``cycle_cumulative_energy_wh`` - ``Cycle Cumulative Energy / {unit}`` - ``cycle_cumulative_energy_wh`` **Power / W** -- ``power_watt`` - ``Power / {unit}`` - ``power_watt`` **Internal Resistance / ohm** -- ``internal_resistance_ohm`` - ``Internal Resistance / {unit}`` - ``internal_resistance_ohm`` **DC Internal Resistance / ohm** -- ``dc_internal_resistance_ohm`` - ``DC Internal Resistance / {unit}`` - ``dc_internal_resistance_ohm`` **AC Internal Resistance / ohm** -- ``ac_internal_resistance_ohm`` - ``AC Internal Resistance / {unit}`` - ``ac_internal_resistance_ohm`` **Real Impedance / ohm** -- ``real_impedance_ohm`` - ``Real Impedance / {unit}`` - ``real_impedance_ohm`` **Imaginary Impedance / ohm** -- ``imaginary_impedance_ohm`` - ``Imaginary Impedance / {unit}`` - ``imaginary_impedance_ohm`` **Absolute Impedance / ohm** -- ``absolute_impedance_ohm`` - ``Absolute Impedance / {unit}`` - ``absolute_impedance_ohm`` **Phase / deg** -- ``phase_degree`` - ``Phase / {unit}`` - ``phase_degree`` **Frequency / Hz** -- ``frequency_hertz`` - ``Frequency / {unit}`` - ``frequency_hertz`` **Ambient Pressure / Pa** -- ``ambient_pressure_pa`` - ``Ambient Pressure / {unit}`` - ``ambient_pressure_pa`` **Applied Pressure / Pa** -- ``applied_pressure_pa`` - ``Applied Pressure / {unit}`` - ``applied_pressure_pa`` **Surface Pressure / Pa** -- ``surface_pressure_pa`` - ``Surface Pressure / {unit}`` - ``surface_pressure_pa`` **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``Temperature T1 / {unit}`` - ``temperature_t1_celsius`` **Temperature T2 / degC** -- ``temperature_t2_celsius`` - ``Temperature T2 / {unit}`` - ``temperature_t2_celsius`` **Temperature T3 / degC** -- ``temperature_t3_celsius`` - ``Temperature T3 / {unit}`` - ``temperature_t3_celsius`` **Temperature T4 / degC** -- ``temperature_t4_celsius`` - ``Temperature T4 / {unit}`` - ``temperature_t4_celsius`` **Temperature T5 / degC** -- ``temperature_t5_celsius`` - ``Temperature T5 / {unit}`` - ``temperature_t5_celsius`` **Surface Temperature / degC** -- ``surface_temperature_celsius`` - ``Surface Temperature / {unit}`` - ``surface_temperature_celsius`` - **Metadata parser:** none ``bdf_ipc`` ----------- - **Table parser:** ``ipc`` (``.arrow``, ``.feather``, ``.ftr``, ``.ipc``) .. dropdown:: Column synonyms -- 58 BDF fields, 126 synonyms (0 assumed) **Test Time / s** -- ``test_time_second`` - ``Test Time / ms`` - ``test_time_millisecond`` - ``Test Time / {unit}`` - ``test_time_second`` **Voltage / V** -- ``voltage_volt`` - ``Voltage / {unit}`` - ``voltage_volt`` **Current / A** -- ``current_ampere`` - ``Current / {unit}`` - ``current_ampere`` **Unix Time / s** -- ``unix_time_second`` - ``Unix Time / ms`` - ``unix_time_millisecond`` - ``Unix Time / {unit}`` - ``unix_time_second`` **Cycle Count / 1** -- ``cycle_count`` - ``Cycle Count / 1`` - ``cycle_count`` **Step Count / 1** -- ``step_count`` - ``Step Count / 1`` - ``step_count`` **Step ID** -- ``step_id`` - ``Step ID`` - ``step_id`` **Step Type** -- ``step_type`` - ``Step Type`` - ``step_type`` **Ambient Temperature / degC** -- ``ambient_temperature_celsius`` - ``Ambient Temperature / {unit}`` - ``ambient_temperature_celsius`` **Step Record Index / 1** -- ``step_record_index`` - ``Step Index / 1`` - ``step_index`` - ``Step Record Index / 1`` - ``step_record_index`` **Record Index / 1** -- ``record_index`` - ``Record Index / 1`` - ``record_index`` **Step Time / s** -- ``step_time_second`` - ``Step Time / {unit}`` - ``step_time_second`` **Charging Capacity / Ah** -- ``charging_capacity_ah`` - ``Charging Capacity / {unit}`` - ``charging_capacity_ah`` **Step Charging Capacity / Ah** -- ``step_charging_capacity_ah`` - ``Step Charging Capacity / {unit}`` - ``step_charging_capacity_ah`` **Cycle Charging Capacity / Ah** -- ``cycle_charging_capacity_ah`` - ``Cycle Charging Capacity / {unit}`` - ``cycle_charging_capacity_ah`` **Schedule Charging Capacity / Ah** -- ``schedule_charging_capacity_ah`` - ``Schedule Charging Capacity / {unit}`` - ``schedule_charging_capacity_ah`` **Discharging Capacity / Ah** -- ``discharging_capacity_ah`` - ``Discharging Capacity / {unit}`` - ``discharging_capacity_ah`` **Step Discharging Capacity / Ah** -- ``step_discharging_capacity_ah`` - ``Step Discharging Capacity / {unit}`` - ``step_discharging_capacity_ah`` **Cycle Discharging Capacity / Ah** -- ``cycle_discharging_capacity_ah`` - ``Cycle Discharging Capacity / {unit}`` - ``cycle_discharging_capacity_ah`` **Schedule Discharging Capacity / Ah** -- ``schedule_discharging_capacity_ah`` - ``Schedule Discharging Capacity / {unit}`` - ``schedule_discharging_capacity_ah`` **Net Capacity / Ah** -- ``net_capacity_ah`` - ``Net Capacity / {unit}`` - ``net_capacity_ah`` **Step Net Capacity / Ah** -- ``step_net_capacity_ah`` - ``Step Net Capacity / {unit}`` - ``step_net_capacity_ah`` **Cycle Net Capacity / Ah** -- ``cycle_net_capacity_ah`` - ``Cycle Net Capacity / {unit}`` - ``cycle_net_capacity_ah`` **Cumulative Capacity / Ah** -- ``cumulative_capacity_ah`` - ``Cumulative Capacity / {unit}`` - ``cumulative_capacity_ah`` **Step Cumulative Capacity / Ah** -- ``step_cumulative_capacity_ah`` - ``Step Capacity / Ah`` - ``step_capacity_ah`` - ``Step Cumulative Capacity / {unit}`` - ``step_cumulative_capacity_ah`` **Cycle Cumulative Capacity / Ah** -- ``cycle_cumulative_capacity_ah`` - ``Cycle Cumulative Capacity / {unit}`` - ``cycle_cumulative_capacity_ah`` **Charging Energy / Wh** -- ``charging_energy_wh`` - ``Charging Energy / {unit}`` - ``charging_energy_wh`` **Step Charging Energy / Wh** -- ``step_charging_energy_wh`` - ``Step Charging Energy / {unit}`` - ``step_charging_energy_wh`` **Cycle Charging Energy / Wh** -- ``cycle_charging_energy_wh`` - ``Cycle Charging Energy / {unit}`` - ``cycle_charging_energy_wh`` **Schedule Charging Energy / Wh** -- ``schedule_charging_energy_wh`` - ``Schedule Charging Energy / {unit}`` - ``schedule_charging_energy_wh`` **Discharging Energy / Wh** -- ``discharging_energy_wh`` - ``Discharging Energy / {unit}`` - ``discharging_energy_wh`` **Step Discharging Energy / Wh** -- ``step_discharging_energy_wh`` - ``Step Discharging Energy / {unit}`` - ``step_discharging_energy_wh`` **Cycle Discharging Energy / Wh** -- ``cycle_discharging_energy_wh`` - ``Cycle Discharging Energy / {unit}`` - ``cycle_discharging_energy_wh`` **Schedule Discharging Energy / Wh** -- ``schedule_discharging_energy_wh`` - ``Schedule Discharging Energy / {unit}`` - ``schedule_discharging_energy_wh`` **Net Energy / Wh** -- ``net_energy_wh`` - ``Net Energy / {unit}`` - ``net_energy_wh`` **Step Net Energy / Wh** -- ``step_net_energy_wh`` - ``Step Net Energy / {unit}`` - ``step_net_energy_wh`` **Cycle Net Energy / Wh** -- ``cycle_net_energy_wh`` - ``Cycle Net Energy / {unit}`` - ``cycle_net_energy_wh`` **Cumulative Energy / Wh** -- ``cumulative_energy_wh`` - ``Cumulative Energy / {unit}`` - ``cumulative_energy_wh`` **Step Cumulative Energy / Wh** -- ``step_cumulative_energy_wh`` - ``Step Energy / Wh`` - ``step_energy_wh`` - ``Step Cumulative Energy / {unit}`` - ``step_cumulative_energy_wh`` **Cycle Cumulative Energy / Wh** -- ``cycle_cumulative_energy_wh`` - ``Cycle Cumulative Energy / {unit}`` - ``cycle_cumulative_energy_wh`` **Power / W** -- ``power_watt`` - ``Power / {unit}`` - ``power_watt`` **Internal Resistance / ohm** -- ``internal_resistance_ohm`` - ``Internal Resistance / {unit}`` - ``internal_resistance_ohm`` **DC Internal Resistance / ohm** -- ``dc_internal_resistance_ohm`` - ``DC Internal Resistance / {unit}`` - ``dc_internal_resistance_ohm`` **AC Internal Resistance / ohm** -- ``ac_internal_resistance_ohm`` - ``AC Internal Resistance / {unit}`` - ``ac_internal_resistance_ohm`` **Real Impedance / ohm** -- ``real_impedance_ohm`` - ``Real Impedance / {unit}`` - ``real_impedance_ohm`` **Imaginary Impedance / ohm** -- ``imaginary_impedance_ohm`` - ``Imaginary Impedance / {unit}`` - ``imaginary_impedance_ohm`` **Absolute Impedance / ohm** -- ``absolute_impedance_ohm`` - ``Absolute Impedance / {unit}`` - ``absolute_impedance_ohm`` **Phase / deg** -- ``phase_degree`` - ``Phase / {unit}`` - ``phase_degree`` **Frequency / Hz** -- ``frequency_hertz`` - ``Frequency / {unit}`` - ``frequency_hertz`` **Ambient Pressure / Pa** -- ``ambient_pressure_pa`` - ``Ambient Pressure / {unit}`` - ``ambient_pressure_pa`` **Applied Pressure / Pa** -- ``applied_pressure_pa`` - ``Applied Pressure / {unit}`` - ``applied_pressure_pa`` **Surface Pressure / Pa** -- ``surface_pressure_pa`` - ``Surface Pressure / {unit}`` - ``surface_pressure_pa`` **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``Temperature T1 / {unit}`` - ``temperature_t1_celsius`` **Temperature T2 / degC** -- ``temperature_t2_celsius`` - ``Temperature T2 / {unit}`` - ``temperature_t2_celsius`` **Temperature T3 / degC** -- ``temperature_t3_celsius`` - ``Temperature T3 / {unit}`` - ``temperature_t3_celsius`` **Temperature T4 / degC** -- ``temperature_t4_celsius`` - ``Temperature T4 / {unit}`` - ``temperature_t4_celsius`` **Temperature T5 / degC** -- ``temperature_t5_celsius`` - ``Temperature T5 / {unit}`` - ``temperature_t5_celsius`` **Surface Temperature / degC** -- ``surface_temperature_celsius`` - ``Surface Temperature / {unit}`` - ``surface_temperature_celsius`` - **Metadata parser:** none ``bdf_xlsx`` ------------ - **Table parser:** ``excel`` (``.xls``, ``.xlsm``, ``.xlsx``) .. dropdown:: Column synonyms -- 58 BDF fields, 126 synonyms (0 assumed) **Test Time / s** -- ``test_time_second`` - ``Test Time / ms`` - ``test_time_millisecond`` - ``Test Time / {unit}`` - ``test_time_second`` **Voltage / V** -- ``voltage_volt`` - ``Voltage / {unit}`` - ``voltage_volt`` **Current / A** -- ``current_ampere`` - ``Current / {unit}`` - ``current_ampere`` **Unix Time / s** -- ``unix_time_second`` - ``Unix Time / ms`` - ``unix_time_millisecond`` - ``Unix Time / {unit}`` - ``unix_time_second`` **Cycle Count / 1** -- ``cycle_count`` - ``Cycle Count / 1`` - ``cycle_count`` **Step Count / 1** -- ``step_count`` - ``Step Count / 1`` - ``step_count`` **Step ID** -- ``step_id`` - ``Step ID`` - ``step_id`` **Step Type** -- ``step_type`` - ``Step Type`` - ``step_type`` **Ambient Temperature / degC** -- ``ambient_temperature_celsius`` - ``Ambient Temperature / {unit}`` - ``ambient_temperature_celsius`` **Step Record Index / 1** -- ``step_record_index`` - ``Step Index / 1`` - ``step_index`` - ``Step Record Index / 1`` - ``step_record_index`` **Record Index / 1** -- ``record_index`` - ``Record Index / 1`` - ``record_index`` **Step Time / s** -- ``step_time_second`` - ``Step Time / {unit}`` - ``step_time_second`` **Charging Capacity / Ah** -- ``charging_capacity_ah`` - ``Charging Capacity / {unit}`` - ``charging_capacity_ah`` **Step Charging Capacity / Ah** -- ``step_charging_capacity_ah`` - ``Step Charging Capacity / {unit}`` - ``step_charging_capacity_ah`` **Cycle Charging Capacity / Ah** -- ``cycle_charging_capacity_ah`` - ``Cycle Charging Capacity / {unit}`` - ``cycle_charging_capacity_ah`` **Schedule Charging Capacity / Ah** -- ``schedule_charging_capacity_ah`` - ``Schedule Charging Capacity / {unit}`` - ``schedule_charging_capacity_ah`` **Discharging Capacity / Ah** -- ``discharging_capacity_ah`` - ``Discharging Capacity / {unit}`` - ``discharging_capacity_ah`` **Step Discharging Capacity / Ah** -- ``step_discharging_capacity_ah`` - ``Step Discharging Capacity / {unit}`` - ``step_discharging_capacity_ah`` **Cycle Discharging Capacity / Ah** -- ``cycle_discharging_capacity_ah`` - ``Cycle Discharging Capacity / {unit}`` - ``cycle_discharging_capacity_ah`` **Schedule Discharging Capacity / Ah** -- ``schedule_discharging_capacity_ah`` - ``Schedule Discharging Capacity / {unit}`` - ``schedule_discharging_capacity_ah`` **Net Capacity / Ah** -- ``net_capacity_ah`` - ``Net Capacity / {unit}`` - ``net_capacity_ah`` **Step Net Capacity / Ah** -- ``step_net_capacity_ah`` - ``Step Net Capacity / {unit}`` - ``step_net_capacity_ah`` **Cycle Net Capacity / Ah** -- ``cycle_net_capacity_ah`` - ``Cycle Net Capacity / {unit}`` - ``cycle_net_capacity_ah`` **Cumulative Capacity / Ah** -- ``cumulative_capacity_ah`` - ``Cumulative Capacity / {unit}`` - ``cumulative_capacity_ah`` **Step Cumulative Capacity / Ah** -- ``step_cumulative_capacity_ah`` - ``Step Capacity / Ah`` - ``step_capacity_ah`` - ``Step Cumulative Capacity / {unit}`` - ``step_cumulative_capacity_ah`` **Cycle Cumulative Capacity / Ah** -- ``cycle_cumulative_capacity_ah`` - ``Cycle Cumulative Capacity / {unit}`` - ``cycle_cumulative_capacity_ah`` **Charging Energy / Wh** -- ``charging_energy_wh`` - ``Charging Energy / {unit}`` - ``charging_energy_wh`` **Step Charging Energy / Wh** -- ``step_charging_energy_wh`` - ``Step Charging Energy / {unit}`` - ``step_charging_energy_wh`` **Cycle Charging Energy / Wh** -- ``cycle_charging_energy_wh`` - ``Cycle Charging Energy / {unit}`` - ``cycle_charging_energy_wh`` **Schedule Charging Energy / Wh** -- ``schedule_charging_energy_wh`` - ``Schedule Charging Energy / {unit}`` - ``schedule_charging_energy_wh`` **Discharging Energy / Wh** -- ``discharging_energy_wh`` - ``Discharging Energy / {unit}`` - ``discharging_energy_wh`` **Step Discharging Energy / Wh** -- ``step_discharging_energy_wh`` - ``Step Discharging Energy / {unit}`` - ``step_discharging_energy_wh`` **Cycle Discharging Energy / Wh** -- ``cycle_discharging_energy_wh`` - ``Cycle Discharging Energy / {unit}`` - ``cycle_discharging_energy_wh`` **Schedule Discharging Energy / Wh** -- ``schedule_discharging_energy_wh`` - ``Schedule Discharging Energy / {unit}`` - ``schedule_discharging_energy_wh`` **Net Energy / Wh** -- ``net_energy_wh`` - ``Net Energy / {unit}`` - ``net_energy_wh`` **Step Net Energy / Wh** -- ``step_net_energy_wh`` - ``Step Net Energy / {unit}`` - ``step_net_energy_wh`` **Cycle Net Energy / Wh** -- ``cycle_net_energy_wh`` - ``Cycle Net Energy / {unit}`` - ``cycle_net_energy_wh`` **Cumulative Energy / Wh** -- ``cumulative_energy_wh`` - ``Cumulative Energy / {unit}`` - ``cumulative_energy_wh`` **Step Cumulative Energy / Wh** -- ``step_cumulative_energy_wh`` - ``Step Energy / Wh`` - ``step_energy_wh`` - ``Step Cumulative Energy / {unit}`` - ``step_cumulative_energy_wh`` **Cycle Cumulative Energy / Wh** -- ``cycle_cumulative_energy_wh`` - ``Cycle Cumulative Energy / {unit}`` - ``cycle_cumulative_energy_wh`` **Power / W** -- ``power_watt`` - ``Power / {unit}`` - ``power_watt`` **Internal Resistance / ohm** -- ``internal_resistance_ohm`` - ``Internal Resistance / {unit}`` - ``internal_resistance_ohm`` **DC Internal Resistance / ohm** -- ``dc_internal_resistance_ohm`` - ``DC Internal Resistance / {unit}`` - ``dc_internal_resistance_ohm`` **AC Internal Resistance / ohm** -- ``ac_internal_resistance_ohm`` - ``AC Internal Resistance / {unit}`` - ``ac_internal_resistance_ohm`` **Real Impedance / ohm** -- ``real_impedance_ohm`` - ``Real Impedance / {unit}`` - ``real_impedance_ohm`` **Imaginary Impedance / ohm** -- ``imaginary_impedance_ohm`` - ``Imaginary Impedance / {unit}`` - ``imaginary_impedance_ohm`` **Absolute Impedance / ohm** -- ``absolute_impedance_ohm`` - ``Absolute Impedance / {unit}`` - ``absolute_impedance_ohm`` **Phase / deg** -- ``phase_degree`` - ``Phase / {unit}`` - ``phase_degree`` **Frequency / Hz** -- ``frequency_hertz`` - ``Frequency / {unit}`` - ``frequency_hertz`` **Ambient Pressure / Pa** -- ``ambient_pressure_pa`` - ``Ambient Pressure / {unit}`` - ``ambient_pressure_pa`` **Applied Pressure / Pa** -- ``applied_pressure_pa`` - ``Applied Pressure / {unit}`` - ``applied_pressure_pa`` **Surface Pressure / Pa** -- ``surface_pressure_pa`` - ``Surface Pressure / {unit}`` - ``surface_pressure_pa`` **Temperature T1 / degC** -- ``temperature_t1_celsius`` - ``Temperature T1 / {unit}`` - ``temperature_t1_celsius`` **Temperature T2 / degC** -- ``temperature_t2_celsius`` - ``Temperature T2 / {unit}`` - ``temperature_t2_celsius`` **Temperature T3 / degC** -- ``temperature_t3_celsius`` - ``Temperature T3 / {unit}`` - ``temperature_t3_celsius`` **Temperature T4 / degC** -- ``temperature_t4_celsius`` - ``Temperature T4 / {unit}`` - ``temperature_t4_celsius`` **Temperature T5 / degC** -- ``temperature_t5_celsius`` - ``Temperature T5 / {unit}`` - ``temperature_t5_celsius`` **Surface Temperature / degC** -- ``surface_temperature_celsius`` - ``Surface Temperature / {unit}`` - ``surface_temperature_celsius`` - **Metadata parser:** none .. END GENERATED: plugin-catalog