get row indices in returned by get_board_data() 2d array which contain other data

<summary> get other channels for this board </summary> <param name="board_id"></param> <param name="preset">preset for device</param> <returns>array o

get list of other channels in resulting data table for a board :param board_id: Board Id :type board_id: int :param preset: p

Calculate oxygen level.

get oxygen level

<summary> calc oxygen level from ppg values </summary> <param name="coef1">appxorimation coef for power of 2</param> <param name="coef2">approximation

get oxygen level from ppg :param ppg_ir: input array :type ppg_ir: NDArray[Shape["*"], Float64] :param ppg_red: input array

get row index in returned by get_board_data() 2d array which contains package nums

<summary> get row index in returned by get_board_data() 2d array which holds package nums </summary> <param name="board_id"></param> <param name="pres

get package num channel for a board :param board_id: Board Id :type board_id: int :param preset: preset :type preset:

get row indices in returned by get_board_data() 2d array which contain PPG data, for some boards we can not split EEG\EMG\... and return the same arra

<summary> get row indeces which hold ppg data </summary> <param name="board_id"></param> <param name="preset">preset for device</param> <returns>array

get list of ppg channels in resulting data table for a board :param board_id: Board Id :type board_id: int :param preset: pre

Calculate PSD.

get PSD @param data data to process @param start_pos starting position to calc PSD @param end_pos end position to calc PSD, total_

<summary> calculate PSD </summary> <param name="data">data for PSD</param> <param name="start_pos">start pos</param> <param name="end_pos">end pos, en

calculate PSD :param data: data to calc psd, len of data must be even :type data: NDArray[Shape["*"], Float64] :param samplin

<summary> calculate PSD using Welch method </summary> <param name="data">data for log PSD</param> <param name="nfft">FFT Size</param> <param name="ove

calculate PSD using Welch method :param data: data to calc psd :type data: NDArray[Shape["*"], Float64] :param nfft: FFT Wind

Get Railed Percentage.

get railed percentage

<summary> get railed percentage </summary> <param name="data"></param> <param name="gain"></param> <returns>railed</returns>

get railed percentage :param data: input array :type data: NDArray[Shape["*"], Float64] :param gain: gain :type gain:

get row indices in returned by get_board_data() 2d array which contain resistance data

<summary> get resistance channels for this board </summary> <param name="board_id"></param> <param name="preset">preset for device</param> <returns>ar

get list of resistance channels in resulting data table for a board :param board_id: Board Id :type board_id: int :param pres

<summary> get row indices which hold rotation data </summary> <param name="board_id"></param> <param name="preset">preset for device</param> <returns>

get list of rotation channels in resulting data table for a board :param board_id: Board Id :type board_id: int :param preset

<summary> get sampling rate for this board id </summary> <param name="board_id"></param> <param name="preset">preset for device</param> <returns>sampl

get sampling rate for a board :param board_id: Board Id :type board_id: int :param preset: preset :type preset: int

get row indices in returned by get_board_data() 2d array which contain temperature data

<summary> get temperature channels for this board </summary> <param name="board_id"></param> <param name="preset">preset for device</param> <returns>a

get list of temperature channels in resulting data table for a board :param board_id: Board Id :type board_id: int :param pre

get row index in returned by get_board_data() 2d array which contains timestamps