@neutrium/utilities - v3.1.0
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    Interface DecimalScientificAdapter

    Immutable Decimal scientific context, with tier-preserving configuration.

    interface DecimalScientificAdapter {
        config: Readonly<DecimalConfig>;
        id: string;
        identity: object;
        tier: "scientific";
        abs(value: ScientificDecimal): ScientificDecimal;
        acos(value: ScientificDecimal): ScientificDecimal;
        acosh(value: ScientificDecimal): ScientificDecimal;
        add(a: ScientificDecimal, b: ScientificDecimal): ScientificDecimal;
        asin(value: ScientificDecimal): ScientificDecimal;
        asinh(value: ScientificDecimal): ScientificDecimal;
        atan(value: ScientificDecimal): ScientificDecimal;
        atan2(y: ScientificDecimal, x: ScientificDecimal): ScientificDecimal;
        atanh(value: ScientificDecimal): ScientificDecimal;
        cbrt(value: ScientificDecimal): ScientificDecimal;
        ceil(value: ScientificDecimal): ScientificDecimal;
        compare(a: ScientificDecimal, b: ScientificDecimal): number;
        cos(value: ScientificDecimal): ScientificDecimal;
        cosh(value: ScientificDecimal): ScientificDecimal;
        div(a: ScientificDecimal, b: ScientificDecimal): ScientificDecimal;
        exp(value: ScientificDecimal): ScientificDecimal;
        floor(value: ScientificDecimal): ScientificDecimal;
        from(value: unknown): ScientificDecimal;
        isFinite(value: ScientificDecimal): boolean;
        isInteger(value: ScientificDecimal): boolean;
        isNaN(value: ScientificDecimal): boolean;
        isValue(value: unknown): value is ScientificDecimal;
        ln(value: ScientificDecimal): ScientificDecimal;
        log(value: ScientificDecimal, base: ScientificDecimal): ScientificDecimal;
        mul(a: ScientificDecimal, b: ScientificDecimal): ScientificDecimal;
        neg(value: ScientificDecimal): ScientificDecimal;
        pi(): ScientificDecimal;
        pow(
            value: ScientificDecimal,
            exponent: NumericInput<ScientificDecimal>,
        ): ScientificDecimal;
        rem(a: ScientificDecimal, b: ScientificDecimal): ScientificDecimal;
        round(value: ScientificDecimal): ScientificDecimal;
        sin(value: ScientificDecimal): ScientificDecimal;
        sinh(value: ScientificDecimal): ScientificDecimal;
        sqrt(value: ScientificDecimal): ScientificDecimal;
        sub(a: ScientificDecimal, b: ScientificDecimal): ScientificDecimal;
        tan(value: ScientificDecimal): ScientificDecimal;
        tanh(value: ScientificDecimal): ScientificDecimal;
        toNumber(value: ScientificDecimal): number;
        toString(value: ScientificDecimal): string;
        trunc(value: ScientificDecimal): ScientificDecimal;
        withConfig(options: DecimalConfigInput): DecimalScientificAdapter;
    }

    Hierarchy (View Summary)

    Index
    config id identity tier
    abs acos acosh add asin asinh atan atan2 atanh cbrt ceil compare cos cosh div exp floor from isFinite isInteger isNaN isValue ln log mul neg pi pow rem round sin sinh sqrt sub tan tanh toNumber toString trunc withConfig
    config: Readonly<DecimalConfig>

    Frozen Decimal settings captured when the adapter is created.

    id: string

    Diagnostic backend name, not a compatibility key.

    identity: object

    Stable backend compatibility identity, shared across tiers and configurations.

    tier: "scientific"

    Complete scientific capability tier.

    • Remainder using backend semantics; Decimal uses its modulo setting.

      Parameters

      • a: ScientificDecimal
      • b: ScientificDecimal

      Returns ScientificDecimal

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