menu "ADC Battery Estimation"

    choice OCV_SOC_MODEL
        bool "Select default OCV and battery capacity model"
        default OCV_SOC_MODEL_1
        help
            Select Model

        config OCV_SOC_MODEL_1
            bool "OCV_SOC Model 1"
            help
                This model is based on TI's document: Battery Fuel Gauging Algorithm Comparison
                You can find the document here: https://www.ti.com/lit/SLUAAR3

        config OCV_SOC_MODEL_2
            bool "OCV_OSC Model 2"
            help
                This model is based on Analog Devices' document:
                "Characterizing a Lithium-Ion (Li+) Cell for Use with an Open-Circuit-Voltage (OCV) Based Fuel Gauge"
                You can find the document at:
                https://www.analog.com/en/resources/design-notes/characterizing-a-lithiumion-li-cell-for-use-with-an-opencircuitvoltage-ocv-based-fuel-gauge.html
    endchoice

    config ADC_FILTER_WINDOW_SIZE
        int "ADC Filter Window size"
        range 5 15
        default 10
        help
            The number of ADC measurements to take before filtering the battery voltage, the
            higher the value the more stable the battery voltage will be, but will take longer
            to update

    config BATTERY_CAPACITY_LPF_COEFFICIENT
        int "Battery Capacity LPF Coefficient (/10)"
        range 1 10
        default 2
        help
            First-order low-pass filter coefficient for battery capacity calculation.
            The value is divided by 10 to get the actual coefficient (e.g., 2 means 0.2).
            Lower values provide more smoothing but slower response to changes.
            Higher values provide less smoothing but faster response to changes.

    config BATTERY_STATE_SOFTWARE_ESTIMATION
        bool "Battery State Software Estimation"
        default y
        help
            Enable software-based estimation of the battery state to determine
            whether the battery is charging or discharging.

    menu "Software Estimation Configuration"
        depends on BATTERY_STATE_SOFTWARE_ESTIMATION

        config SOFTWARE_ESTIMATION_SAMPLE_COUNT
            int "Software Estimation Sample Count"
            range 10 15
            default 10
            help
                The number of samples to collect for software-based battery state estimation.
                A higher number of samples can provide more accurate estimation but may increase
                the time required for estimation.

        config SOFTWARE_ESTIMATION_SAMPLE_INTERVAL
            int "Software Estimation Sample Interval (ms)"
            range 10000 100000
            default 20000
            help
                The interval in milliseconds between each sample for software-based battery state estimation.
                A shorter interval allows for quicker detection of changes in battery state but may consume
                more power.
    endmenu

endmenu