cellpy.parameters.legacy package

Submodules

cellpy.parameters.legacy.update_headers module

class cellpy.parameters.legacy.update_headers.HeadersJournalV5(filename: str = 'filenames', mass: str = 'masses', total_mass: str = 'total_masses', loading: str = 'loadings', fixed: str = 'fixed', label: str = 'labels', cell_type: str = 'cell_types', raw_file_names: str = 'raw_file_names', cellpy_file_name: str = 'cellpy_file_names', group: str = 'groups', sub_group: str = 'sub_groups')

Bases: BaseHeaders

cell_type: str = 'cell_types'

cellpy_file_name: str = 'cellpy_file_names'

filename: str = 'filenames'

fixed: str = 'fixed'

group: str = 'groups'

label: str = 'labels'

loading: str = 'loadings'

mass: str = 'masses'

raw_file_names: str = 'raw_file_names'

sub_group: str = 'sub_groups'

total_mass: str = 'total_masses'

class cellpy.parameters.legacy.update_headers.HeadersJournalV7(filename: str = 'filename', mass: str = 'mass', total_mass: str = 'total_mass', loading: str = 'loading', nom_cap: str = 'nom_cap', experiment: str = 'experiment', fixed: str = 'fixed', label: str = 'label', cell_type: str = 'cell_type', instrument: str = 'instrument', raw_file_names: str = 'raw_file_names', cellpy_file_name: str = 'cellpy_file_name', group: str = 'group', sub_group: str = 'sub_group', comment: str = 'comment', argument: str = 'argument')

Bases: BaseHeaders

argument: str = 'argument'

cell_type: str = 'cell_type'

cellpy_file_name: str = 'cellpy_file_name'

comment: str = 'comment'

experiment: str = 'experiment'

filename: str = 'filename'

fixed: str = 'fixed'

group: str = 'group'

instrument: str = 'instrument'

label: str = 'label'

loading: str = 'loading'

mass: str = 'mass'

nom_cap: str = 'nom_cap'

raw_file_names: str = 'raw_file_names'

sub_group: str = 'sub_group'

total_mass: str = 'total_mass'

class cellpy.parameters.legacy.update_headers.HeadersRawV4(aci_phase_angle_txt: str = 'ACI_Phase_Angle', ref_aci_phase_angle_txt: str = 'Reference_ACI_Phase_Angle', ac_impedance_txt: str = 'AC_Impedance', ref_ac_impedance_txt: str = 'Reference_AC_Impedance', charge_capacity_txt: str = 'Charge_Capacity', charge_energy_txt: str = 'Charge_Energy', current_txt: str = 'Current', cycle_index_txt: str = 'Cycle_Index', data_point_txt: str = 'Data_Point', datetime_txt: str = 'DateTime', discharge_capacity_txt: str = 'Discharge_Capacity', discharge_energy_txt: str = 'Discharge_Energy', internal_resistance_txt: str = 'Internal_Resistance', is_fc_data_txt: str = 'Is_FC_Data', step_index_txt: str = 'Step_Index', sub_step_index_txt: str = 'Sub_Step_Index', step_time_txt: str = 'Step_Time', sub_step_time_txt: str = 'Sub_Step_Time', test_id_txt: str = 'Test_ID', test_time_txt: str = 'Test_Time', voltage_txt: str = 'Voltage', ref_voltage_txt: str = 'Reference_Voltage', dv_dt_txt: str = 'dV/dt', frequency_txt: str = 'Frequency', amplitude_txt: str = 'Amplitude')

Bases: BaseHeaders

ac_impedance_txt: str = 'AC_Impedance'

aci_phase_angle_txt: str = 'ACI_Phase_Angle'

amplitude_txt: str = 'Amplitude'

charge_capacity_txt: str = 'Charge_Capacity'

charge_energy_txt: str = 'Charge_Energy'

current_txt: str = 'Current'

cycle_index_txt: str = 'Cycle_Index'

data_point_txt: str = 'Data_Point'

datetime_txt: str = 'DateTime'

discharge_capacity_txt: str = 'Discharge_Capacity'

discharge_energy_txt: str = 'Discharge_Energy'

dv_dt_txt: str = 'dV/dt'

frequency_txt: str = 'Frequency'

internal_resistance_txt: str = 'Internal_Resistance'

is_fc_data_txt: str = 'Is_FC_Data'

ref_ac_impedance_txt: str = 'Reference_AC_Impedance'

ref_aci_phase_angle_txt: str = 'Reference_ACI_Phase_Angle'

ref_voltage_txt: str = 'Reference_Voltage'

step_index_txt: str = 'Step_Index'

step_time_txt: str = 'Step_Time'

sub_step_index_txt: str = 'Sub_Step_Index'

sub_step_time_txt: str = 'Sub_Step_Time'

test_id_txt: str = 'Test_ID'

test_time_txt: str = 'Test_Time'

voltage_txt: str = 'Voltage'

class cellpy.parameters.legacy.update_headers.HeadersRawV5(aci_phase_angle_txt: str = 'ACI_Phase_Angle', ref_aci_phase_angle_txt: str = 'Reference_ACI_Phase_Angle', ac_impedance_txt: str = 'AC_Impedance', ref_ac_impedance_txt: str = 'Reference_AC_Impedance', charge_capacity_txt: str = 'Charge_Capacity', charge_energy_txt: str = 'Charge_Energy', current_txt: str = 'Current', cycle_index_txt: str = 'Cycle_Index', data_point_txt: str = 'Data_Point', datetime_txt: str = 'DateTime', discharge_capacity_txt: str = 'Discharge_Capacity', discharge_energy_txt: str = 'Discharge_Energy', internal_resistance_txt: str = 'Internal_Resistance', is_fc_data_txt: str = 'Is_FC_Data', step_index_txt: str = 'Step_Index', sub_step_index_txt: str = 'Sub_Step_Index', step_time_txt: str = 'Step_Time', sub_step_time_txt: str = 'Sub_Step_Time', test_id_txt: str = 'Test_ID', test_time_txt: str = 'Test_Time', voltage_txt: str = 'Voltage', ref_voltage_txt: str = 'Reference_Voltage', dv_dt_txt: str = 'dV/dt', frequency_txt: str = 'Frequency', amplitude_txt: str = 'Amplitude')

Bases: BaseHeaders

ac_impedance_txt: str = 'AC_Impedance'

aci_phase_angle_txt: str = 'ACI_Phase_Angle'

amplitude_txt: str = 'Amplitude'

charge_capacity_txt: str = 'Charge_Capacity'

charge_energy_txt: str = 'Charge_Energy'

current_txt: str = 'Current'

cycle_index_txt: str = 'Cycle_Index'

data_point_txt: str = 'Data_Point'

datetime_txt: str = 'DateTime'

discharge_capacity_txt: str = 'Discharge_Capacity'

discharge_energy_txt: str = 'Discharge_Energy'

dv_dt_txt: str = 'dV/dt'

frequency_txt: str = 'Frequency'

internal_resistance_txt: str = 'Internal_Resistance'

is_fc_data_txt: str = 'Is_FC_Data'

ref_ac_impedance_txt: str = 'Reference_AC_Impedance'

ref_aci_phase_angle_txt: str = 'Reference_ACI_Phase_Angle'

ref_voltage_txt: str = 'Reference_Voltage'

step_index_txt: str = 'Step_Index'

step_time_txt: str = 'Step_Time'

sub_step_index_txt: str = 'Sub_Step_Index'

sub_step_time_txt: str = 'Sub_Step_Time'

test_id_txt: str = 'Test_ID'

test_time_txt: str = 'Test_Time'

voltage_txt: str = 'Voltage'

class cellpy.parameters.legacy.update_headers.HeadersRawV6(aci_phase_angle_txt: str = 'ACI_Phase_Angle', ref_aci_phase_angle_txt: str = 'Reference_ACI_Phase_Angle', ac_impedance_txt: str = 'AC_Impedance', ref_ac_impedance_txt: str = 'Reference_AC_Impedance', charge_capacity_txt: str = 'Charge_Capacity', charge_energy_txt: str = 'Charge_Energy', current_txt: str = 'Current', cycle_index_txt: str = 'Cycle_Index', data_point_txt: str = 'Data_Point', datetime_txt: str = 'DateTime', discharge_capacity_txt: str = 'Discharge_Capacity', discharge_energy_txt: str = 'Discharge_Energy', internal_resistance_txt: str = 'Internal_Resistance', is_fc_data_txt: str = 'Is_FC_Data', step_index_txt: str = 'Step_Index', sub_step_index_txt: str = 'Sub_Step_Index', step_time_txt: str = 'Step_Time', sub_step_time_txt: str = 'Sub_Step_Time', test_id_txt: str = 'Test_ID', test_time_txt: str = 'Test_Time', voltage_txt: str = 'Voltage', ref_voltage_txt: str = 'Reference_Voltage', dv_dt_txt: str = 'dV/dt', frequency_txt: str = 'Frequency', amplitude_txt: str = 'Amplitude')

Bases: BaseHeaders

ac_impedance_txt: str = 'AC_Impedance'

aci_phase_angle_txt: str = 'ACI_Phase_Angle'

amplitude_txt: str = 'Amplitude'

charge_capacity_txt: str = 'Charge_Capacity'

charge_energy_txt: str = 'Charge_Energy'

current_txt: str = 'Current'

cycle_index_txt: str = 'Cycle_Index'

data_point_txt: str = 'Data_Point'

datetime_txt: str = 'DateTime'

discharge_capacity_txt: str = 'Discharge_Capacity'

discharge_energy_txt: str = 'Discharge_Energy'

dv_dt_txt: str = 'dV/dt'

frequency_txt: str = 'Frequency'

internal_resistance_txt: str = 'Internal_Resistance'

is_fc_data_txt: str = 'Is_FC_Data'

ref_ac_impedance_txt: str = 'Reference_AC_Impedance'

ref_aci_phase_angle_txt: str = 'Reference_ACI_Phase_Angle'

ref_voltage_txt: str = 'Reference_Voltage'

step_index_txt: str = 'Step_Index'

step_time_txt: str = 'Step_Time'

sub_step_index_txt: str = 'Sub_Step_Index'

sub_step_time_txt: str = 'Sub_Step_Time'

test_id_txt: str = 'Test_ID'

test_time_txt: str = 'Test_Time'

voltage_txt: str = 'Voltage'

class cellpy.parameters.legacy.update_headers.HeadersRawV7(aci_phase_angle_txt: str = 'aci_phase_angle', ref_aci_phase_angle_txt: str = 'ref_aci_phase_angle', ac_impedance_txt: str = 'ac_impedance', ref_ac_impedance_txt: str = 'ref_ac_impedance', charge_capacity_txt: str = 'charge_capacity', charge_energy_txt: str = 'charge_energy', current_txt: str = 'current', cycle_index_txt: str = 'cycle_index', data_point_txt: str = 'data_point', datetime_txt: str = 'date_time', discharge_capacity_txt: str = 'discharge_capacity', discharge_energy_txt: str = 'discharge_energy', internal_resistance_txt: str = 'internal_resistance', power_txt: str = 'power', is_fc_data_txt: str = 'is_fc_data', step_index_txt: str = 'step_index', sub_step_index_txt: str = 'sub_step_index', step_time_txt: str = 'step_time', sub_step_time_txt: str = 'sub_step_time', test_id_txt: str = 'test_id', test_time_txt: str = 'test_time', voltage_txt: str = 'voltage', ref_voltage_txt: str = 'reference_voltage', dv_dt_txt: str = 'dv_dt', frequency_txt: str = 'frequency', amplitude_txt: str = 'amplitude', channel_id_txt: str = 'channel_id', data_flag_txt: str = 'data_flag', test_name_txt: str = 'test_name')

Bases: BaseHeaders

ac_impedance_txt: str = 'ac_impedance'

aci_phase_angle_txt: str = 'aci_phase_angle'

amplitude_txt: str = 'amplitude'

channel_id_txt: str = 'channel_id'

charge_capacity_txt: str = 'charge_capacity'

charge_energy_txt: str = 'charge_energy'

current_txt: str = 'current'

cycle_index_txt: str = 'cycle_index'

data_flag_txt: str = 'data_flag'

data_point_txt: str = 'data_point'

datetime_txt: str = 'date_time'

discharge_capacity_txt: str = 'discharge_capacity'

discharge_energy_txt: str = 'discharge_energy'

dv_dt_txt: str = 'dv_dt'

frequency_txt: str = 'frequency'

internal_resistance_txt: str = 'internal_resistance'

is_fc_data_txt: str = 'is_fc_data'

power_txt: str = 'power'

ref_ac_impedance_txt: str = 'ref_ac_impedance'

ref_aci_phase_angle_txt: str = 'ref_aci_phase_angle'

ref_voltage_txt: str = 'reference_voltage'

step_index_txt: str = 'step_index'

step_time_txt: str = 'step_time'

sub_step_index_txt: str = 'sub_step_index'

sub_step_time_txt: str = 'sub_step_time'

test_id_txt: str = 'test_id'

test_name_txt: str = 'test_name'

test_time_txt: str = 'test_time'

voltage_txt: str = 'voltage'

class cellpy.parameters.legacy.update_headers.HeadersStepTableV7(test: str = 'test', ustep: str = 'ustep', cycle: str = 'cycle', step: str = 'step', test_time: str = 'test_time', step_time: str = 'step_time', sub_step: str = 'sub_step', type: str = 'type', sub_type: str = 'sub_type', info: str = 'info', voltage: str = 'voltage', current: str = 'current', charge: str = 'charge', discharge: str = 'discharge', point: str = 'point', internal_resistance: str = 'ir', internal_resistance_change: str = 'ir_pct_change', rate_avr: str = 'rate_avr')

Bases: BaseHeaders

charge: str = 'charge'

current: str = 'current'

cycle: str = 'cycle'

discharge: str = 'discharge'

info: str = 'info'

internal_resistance: str = 'ir'

internal_resistance_change: str = 'ir_pct_change'

point: str = 'point'

rate_avr: str = 'rate_avr'

step: str = 'step'

step_time: str = 'step_time'

sub_step: str = 'sub_step'

sub_type: str = 'sub_type'

test: str = 'test'

test_time: str = 'test_time'

type: str = 'type'

ustep: str = 'ustep'

voltage: str = 'voltage'

class cellpy.parameters.legacy.update_headers.HeadersSummaryV5(cycle_index: str = 'Cycle_Index', data_point: str = 'Data_Point', test_time: str = 'Test_Time', datetime: str = 'DateTime', discharge_capacity_raw: str = 'Discharge_Capacity', charge_capacity_raw: str = 'Charge_Capacity', discharge_capacity: str = 'discharge_capacity_u_mAh_g', charge_capacity: str = 'charge_capacity_u_mAh_g', cumulated_charge_capacity: str = 'cumulated_charge_capacity_u_mAh_g', cumulated_discharge_capacity: str = 'cumulated_discharge_capacity_u_mAh_g', coulombic_efficiency: str = 'Coulombic_Efficiency(percentage)', cumulated_coulombic_efficiency: str = 'cumulated_coulombic_efficiency_u_percentage', coulombic_difference: str = 'coulombic_difference_u_mAh_g', cumulated_coulombic_difference: str = 'cumulated_coulombic_difference_u_mAh_g', discharge_capacity_loss: str = 'discharge_capacity_loss_u_mAh_g', charge_capacity_loss: str = 'charge_capacity_loss_u_mAh_g', cumulated_discharge_capacity_loss: str = 'cumulated_discharge_capacity_loss_u_mAh_g', cumulated_charge_capacity_loss: str = 'cumulated_charge_capacity_loss_u_mAh_g', ir_discharge: str = 'IR_Discharge(Ohms)', ir_charge: str = 'IR_Charge(Ohms)', ocv_first_min: str = 'OCV_First_Min(V)', ocv_second_min: str = 'OCV_Second_Min(V)', ocv_first_max: str = 'OCV_First_Max(V)', ocv_second_max: str = 'OCV_Second_Max(V)', end_voltage_discharge: str = 'End_Voltage_Discharge(V)', end_voltage_charge: str = 'End_Voltage_Charge(V)', cumulated_ric_disconnect: str = 'RIC_Disconnect(none)', cumulated_ric_sei: str = 'RIC_SEI(none)', cumulated_ric: str = 'RIC(none)', normalized_cycle_index: str = 'Normalized_Cycle_Index', normalized_charge_capacity: str = 'normalized_charge_capacity', normalized_discharge_capacity: str = 'normalized_discharge_capacity', low_level: str = 'Low_Level(percentage)', high_level: str = 'High_Level(percentage)', shifted_charge_capacity: str = 'Charge_Endpoint_Slippage(mAh/g)', shifted_discharge_capacity: str = 'Discharge_Endpoint_Slippage(mAh/g)', temperature_last: str = 'Last_Temperature(C)', temperature_mean: str = 'Average_Temperature(C)', areal_charge_capacity: str = 'areal_charge_capacity_u_mAh_cm2', areal_discharge_capacity: str = 'areal_discharge_capacity_u_mAh_cm2', charge_c_rate: str = 'Charge_C_rate', discharge_c_rate: str = 'Discharge_C_rate')

Bases: BaseHeaders

areal_charge_capacity: str = 'areal_charge_capacity_u_mAh_cm2'

areal_discharge_capacity: str = 'areal_discharge_capacity_u_mAh_cm2'

charge_c_rate: str = 'Charge_C_rate'

charge_capacity: str = 'charge_capacity_u_mAh_g'

charge_capacity_loss: str = 'charge_capacity_loss_u_mAh_g'

charge_capacity_raw: str = 'Charge_Capacity'

coulombic_difference: str = 'coulombic_difference_u_mAh_g'

coulombic_efficiency: str = 'Coulombic_Efficiency(percentage)'

cumulated_charge_capacity: str = 'cumulated_charge_capacity_u_mAh_g'

cumulated_charge_capacity_loss: str = 'cumulated_charge_capacity_loss_u_mAh_g'

cumulated_coulombic_difference: str = 'cumulated_coulombic_difference_u_mAh_g'

cumulated_coulombic_efficiency: str = 'cumulated_coulombic_efficiency_u_percentage'

cumulated_discharge_capacity: str = 'cumulated_discharge_capacity_u_mAh_g'

cumulated_discharge_capacity_loss: str = 'cumulated_discharge_capacity_loss_u_mAh_g'

cumulated_ric: str = 'RIC(none)'

cumulated_ric_disconnect: str = 'RIC_Disconnect(none)'

cumulated_ric_sei: str = 'RIC_SEI(none)'

cycle_index: str = 'Cycle_Index'

data_point: str = 'Data_Point'

datetime: str = 'DateTime'

discharge_c_rate: str = 'Discharge_C_rate'

discharge_capacity: str = 'discharge_capacity_u_mAh_g'

discharge_capacity_loss: str = 'discharge_capacity_loss_u_mAh_g'

discharge_capacity_raw: str = 'Discharge_Capacity'

end_voltage_charge: str = 'End_Voltage_Charge(V)'

end_voltage_discharge: str = 'End_Voltage_Discharge(V)'

high_level: str = 'High_Level(percentage)'

ir_charge: str = 'IR_Charge(Ohms)'

ir_discharge: str = 'IR_Discharge(Ohms)'

low_level: str = 'Low_Level(percentage)'

normalized_charge_capacity: str = 'normalized_charge_capacity'

normalized_cycle_index: str = 'Normalized_Cycle_Index'

normalized_discharge_capacity: str = 'normalized_discharge_capacity'

ocv_first_max: str = 'OCV_First_Max(V)'

ocv_first_min: str = 'OCV_First_Min(V)'

ocv_second_max: str = 'OCV_Second_Max(V)'

ocv_second_min: str = 'OCV_Second_Min(V)'

shifted_charge_capacity: str = 'Charge_Endpoint_Slippage(mAh/g)'

shifted_discharge_capacity: str = 'Discharge_Endpoint_Slippage(mAh/g)'

temperature_last: str = 'Last_Temperature(C)'

temperature_mean: str = 'Average_Temperature(C)'

test_time: str = 'Test_Time'

class cellpy.parameters.legacy.update_headers.HeadersSummaryV6(cycle_index: str = 'cycle_index', data_point: str = 'data_point', test_time: str = 'test_time', datetime: str = 'date_time', discharge_capacity_raw: str = 'discharge_capacity', charge_capacity_raw: str = 'charge_capacity', test_name: str = 'test_name', data_flag: str = 'data_flag', channel_id: str = 'channel_id', discharge_capacity: str = 'discharge_capacity_u_mAh_g', charge_capacity: str = 'charge_capacity_u_mAh_g', cumulated_charge_capacity: str = 'cumulated_charge_capacity_u_mAh_g', cumulated_discharge_capacity: str = 'cumulated_discharge_capacity_u_mAh_g', coulombic_efficiency: str = 'coulombic_efficiency_u_percentage', cumulated_coulombic_efficiency: str = 'cumulated_coulombic_efficiency_u_percentage', coulombic_difference: str = 'coulombic_difference_u_mAh_g', cumulated_coulombic_difference: str = 'cumulated_coulombic_difference_u_mAh_g', discharge_capacity_loss: str = 'discharge_capacity_loss_u_mAh_g', charge_capacity_loss: str = 'charge_capacity_loss_u_mAh_g', cumulated_discharge_capacity_loss: str = 'cumulated_discharge_capacity_loss_u_mAh_g', cumulated_charge_capacity_loss: str = 'cumulated_charge_capacity_loss_u_mAh_g', ir_discharge: str = 'ir_discharge_u_Ohms', ir_charge: str = 'ir_charge_u_Ohms', ocv_first_min: str = 'ocv_first_min_u_V', ocv_second_min: str = 'ocv_second_min_u_V', ocv_first_max: str = 'ocv_first_max_u_V', ocv_second_max: str = 'ocv_second_max_u_V', end_voltage_discharge: str = 'end_voltage_discharge_u_V', end_voltage_charge: str = 'end_voltage_charge_u_V', cumulated_ric_disconnect: str = 'cumulated_ric_disconnect_u_none', cumulated_ric_sei: str = 'cumulated_ric_sei_u_none', cumulated_ric: str = 'cumulated_ric_u_none', normalized_cycle_index: str = 'normalized_cycle_index', normalized_charge_capacity: str = 'normalized_charge_capacity', normalized_discharge_capacity: str = 'normalized_discharge_capacity', low_level: str = 'low_level_u_percentage', high_level: str = 'high_level_u_percentage', shifted_charge_capacity: str = 'shifted_charge_capacity_u_mAh_g', shifted_discharge_capacity: str = 'shifted_discharge_capacity_u_mAh_g', temperature_last: str = 'temperature_last_u_C', temperature_mean: str = 'temperature_mean_u_C', areal_charge_capacity: str = 'areal_charge_capacity_u_mAh_cm2', areal_discharge_capacity: str = 'areal_discharge_capacity_u_mAh_cm2', charge_c_rate: str = 'charge_c_rate', discharge_c_rate: str = 'discharge_c_rate')

Bases: BaseHeaders

areal_charge_capacity: str = 'areal_charge_capacity_u_mAh_cm2'

areal_discharge_capacity: str = 'areal_discharge_capacity_u_mAh_cm2'

channel_id: str = 'channel_id'

charge_c_rate: str = 'charge_c_rate'

charge_capacity: str = 'charge_capacity_u_mAh_g'

charge_capacity_loss: str = 'charge_capacity_loss_u_mAh_g'

charge_capacity_raw: str = 'charge_capacity'

coulombic_difference: str = 'coulombic_difference_u_mAh_g'

coulombic_efficiency: str = 'coulombic_efficiency_u_percentage'

cumulated_charge_capacity: str = 'cumulated_charge_capacity_u_mAh_g'

cumulated_charge_capacity_loss: str = 'cumulated_charge_capacity_loss_u_mAh_g'

cumulated_coulombic_difference: str = 'cumulated_coulombic_difference_u_mAh_g'

cumulated_coulombic_efficiency: str = 'cumulated_coulombic_efficiency_u_percentage'

cumulated_discharge_capacity: str = 'cumulated_discharge_capacity_u_mAh_g'

cumulated_discharge_capacity_loss: str = 'cumulated_discharge_capacity_loss_u_mAh_g'

cumulated_ric: str = 'cumulated_ric_u_none'

cumulated_ric_disconnect: str = 'cumulated_ric_disconnect_u_none'

cumulated_ric_sei: str = 'cumulated_ric_sei_u_none'

cycle_index: str = 'cycle_index'

data_flag: str = 'data_flag'

data_point: str = 'data_point'

datetime: str = 'date_time'

discharge_c_rate: str = 'discharge_c_rate'

discharge_capacity: str = 'discharge_capacity_u_mAh_g'

discharge_capacity_loss: str = 'discharge_capacity_loss_u_mAh_g'

discharge_capacity_raw: str = 'discharge_capacity'

end_voltage_charge: str = 'end_voltage_charge_u_V'

end_voltage_discharge: str = 'end_voltage_discharge_u_V'

high_level: str = 'high_level_u_percentage'

ir_charge: str = 'ir_charge_u_Ohms'

ir_discharge: str = 'ir_discharge_u_Ohms'

low_level: str = 'low_level_u_percentage'

normalized_charge_capacity: str = 'normalized_charge_capacity'

normalized_cycle_index: str = 'normalized_cycle_index'

normalized_discharge_capacity: str = 'normalized_discharge_capacity'

ocv_first_max: str = 'ocv_first_max_u_V'

ocv_first_min: str = 'ocv_first_min_u_V'

ocv_second_max: str = 'ocv_second_max_u_V'

ocv_second_min: str = 'ocv_second_min_u_V'

shifted_charge_capacity: str = 'shifted_charge_capacity_u_mAh_g'

shifted_discharge_capacity: str = 'shifted_discharge_capacity_u_mAh_g'

temperature_last: str = 'temperature_last_u_C'

temperature_mean: str = 'temperature_mean_u_C'

test_name: str = 'test_name'

test_time: str = 'test_time'

class cellpy.parameters.legacy.update_headers.HeadersSummaryV7(cycle_index: str = 'cycle_index', data_point: str = 'data_point', test_time: str = 'test_time', datetime: str = 'date_time', discharge_capacity_raw: str = 'discharge_capacity', charge_capacity_raw: str = 'charge_capacity', test_name: str = 'test_name', data_flag: str = 'data_flag', channel_id: str = 'channel_id', coulombic_efficiency: str = 'coulombic_efficiency', cumulated_coulombic_efficiency: str = 'cumulated_coulombic_efficiency', discharge_capacity: str = 'discharge_capacity_gravimetric', charge_capacity: str = 'charge_capacity_gravimetric', cumulated_charge_capacity: str = 'cumulated_charge_capacity_gravimetric', cumulated_discharge_capacity: str = 'cumulated_discharge_capacity_gravimetric', coulombic_difference: str = 'coulombic_difference_gravimetric', cumulated_coulombic_difference: str = 'cumulated_coulombic_difference_gravimetric', discharge_capacity_loss: str = 'discharge_capacity_loss_gravimetric', charge_capacity_loss: str = 'charge_capacity_loss_gravimetric', cumulated_discharge_capacity_loss: str = 'cumulated_discharge_capacity_loss_gravimetric', cumulated_charge_capacity_loss: str = 'cumulated_charge_capacity_loss_gravimetric', areal_charge_capacity: str = 'charge_capacity_areal', areal_discharge_capacity: str = 'discharge_capacity_areal', shifted_charge_capacity: str = 'shifted_charge_capacity_gravimetric', shifted_discharge_capacity: str = 'shifted_discharge_capacity_gravimetric', ir_discharge: str = 'ir_discharge', ir_charge: str = 'ir_charge', ocv_first_min: str = 'ocv_first_min', ocv_second_min: str = 'ocv_second_min', ocv_first_max: str = 'ocv_first_max', ocv_second_max: str = 'ocv_second_max', end_voltage_discharge: str = 'end_voltage_discharge', end_voltage_charge: str = 'end_voltage_charge', cumulated_ric_disconnect: str = 'cumulated_ric_disconnect', cumulated_ric_sei: str = 'cumulated_ric_sei', cumulated_ric: str = 'cumulated_ric', normalized_cycle_index: str = 'normalized_cycle_index', normalized_charge_capacity: str = 'normalized_charge_capacity', normalized_discharge_capacity: str = 'normalized_discharge_capacity', low_level: str = 'low_level', high_level: str = 'high_level', temperature_last: str = 'temperature_last', temperature_mean: str = 'temperature_mean', charge_c_rate: str = 'charge_c_rate', discharge_c_rate: str = 'discharge_c_rate')

Bases: BaseHeaders

areal_charge_capacity: str = 'charge_capacity_areal'

areal_discharge_capacity: str = 'discharge_capacity_areal'

channel_id: str = 'channel_id'

charge_c_rate: str = 'charge_c_rate'

charge_capacity: str = 'charge_capacity_gravimetric'

charge_capacity_loss: str = 'charge_capacity_loss_gravimetric'

charge_capacity_raw: str = 'charge_capacity'

coulombic_difference: str = 'coulombic_difference_gravimetric'

coulombic_efficiency: str = 'coulombic_efficiency'

cumulated_charge_capacity: str = 'cumulated_charge_capacity_gravimetric'

cumulated_charge_capacity_loss: str = 'cumulated_charge_capacity_loss_gravimetric'

cumulated_coulombic_difference: str = 'cumulated_coulombic_difference_gravimetric'

cumulated_coulombic_efficiency: str = 'cumulated_coulombic_efficiency'

cumulated_discharge_capacity: str = 'cumulated_discharge_capacity_gravimetric'

cumulated_discharge_capacity_loss: str = 'cumulated_discharge_capacity_loss_gravimetric'

cumulated_ric: str = 'cumulated_ric'

cumulated_ric_disconnect: str = 'cumulated_ric_disconnect'

cumulated_ric_sei: str = 'cumulated_ric_sei'

cycle_index: str = 'cycle_index'

data_flag: str = 'data_flag'

data_point: str = 'data_point'

datetime: str = 'date_time'

discharge_c_rate: str = 'discharge_c_rate'

discharge_capacity: str = 'discharge_capacity_gravimetric'

discharge_capacity_loss: str = 'discharge_capacity_loss_gravimetric'

discharge_capacity_raw: str = 'discharge_capacity'

end_voltage_charge: str = 'end_voltage_charge'

end_voltage_discharge: str = 'end_voltage_discharge'

high_level: str = 'high_level'

ir_charge: str = 'ir_charge'

ir_discharge: str = 'ir_discharge'

low_level: str = 'low_level'

normalized_charge_capacity: str = 'normalized_charge_capacity'

normalized_cycle_index: str = 'normalized_cycle_index'

normalized_discharge_capacity: str = 'normalized_discharge_capacity'

ocv_first_max: str = 'ocv_first_max'

ocv_first_min: str = 'ocv_first_min'

ocv_second_max: str = 'ocv_second_max'

ocv_second_min: str = 'ocv_second_min'

shifted_charge_capacity: str = 'shifted_charge_capacity_gravimetric'

shifted_discharge_capacity: str = 'shifted_discharge_capacity_gravimetric'

temperature_last: str = 'temperature_last'

temperature_mean: str = 'temperature_mean'

test_name: str = 'test_name'

test_time: str = 'test_time'

cellpy.parameters.legacy.update_headers.check()

cellpy.parameters.legacy.update_headers.get_column_name_mapper(old_columns: BaseHeaders, new_columns: BaseHeaders) → Tuple[Dict[str, str], List[str], List[str]]

Create a dictionary that maps old column names to new column names.

Parameters

• old_columns – The BaseHeaders for the old format.

• new_columns – The BaseHeaders for the new format.

Returns

Translation dictionary, list of missing keys in new format, list of missing keys in old format.

cellpy.parameters.legacy.update_headers.rename_columns(df: DataFrame, old: BaseHeaders, new: BaseHeaders, remove_missing_in_new: bool = False, populate_missing_in_old: bool = True) → DataFrame

Rename the column headers of a cells dataframe.

Usage:

>>>  old_format_headers = HeadersSummaryV6()
>>>  new_format_headers = HeadersSummaryV7()
>>>  df_new_format = rename_columns(df_old_format, old_format_headers, new_format_headers)

Parameters

• df – The dataframe.

• old – The BaseHeaders for the old format.

• new – The BaseHeaders for the new format.

• remove_missing_in_new – remove the columns that are not defined in the new format.

• populate_missing_in_old – add “new-format” missing columns (with np.NAN).

Returns

Dataframe with updated columns

cellpy.parameters.legacy.update_headers.rename_fid_columns(fid_table: DataFrame, old_version: int, new_version: int = 8, **kwargs) → DataFrame

cellpy.parameters.legacy.update_headers.rename_raw_columns(raw: DataFrame, old_version: int, new_version: int = 8, **kwargs) → DataFrame

cellpy.parameters.legacy.update_headers.rename_step_columns(steps: DataFrame, old_version: int, new_version: int = 8, **kwargs) → DataFrame

cellpy.parameters.legacy.update_headers.rename_summary_columns(summary: DataFrame, old_version: int, new_version: int = 8, **kwargs) → DataFrame

Rename the summary headers to new format.

Parameters

• summary – summary dataframe in old format.

• old_version – old format (cellpy_file_format (might use summary format number instead soon)).

• new_version – new format (cellpy_file_format (might use summary format number instead soon)).

• **kwargs – remove_missing_in_new (bool): remove the columns that are not defined in the new format. populate_missing_in_old (bool): add “new-format” missing columns (with np.NAN).

Returns

summary (pandas.DataFrame) with column headers in the new format.

Module contents