Infinite Value - Public API

InfVal

struct

Infinite-precision value type. Represents digits × 10^exponent. Immutable on the public side. Implements IComparable, IComparable<InfVal>, IEquatable<InfVal>, IConvertible.

Constructors

The optional precision parameter sets the number of significant digits. When omitted, a primitive type uses the default precision listed below, and an InfVal, a BigInteger or a string keeps the digits it holds. Throws ArgumentException if precision ≤ 0.

InfVal(in InfVal value, int? precision = null)	From another InfVal.
InfVal(in BigInteger value, int? precision = null)	From a BigInteger.
InfVal(string valStr, int? precision = null)	Parsed from a string using the default formatter. Invalid input yields 0.
InfVal(sbyte value, int? precision = null)	Default precision: 3.
InfVal(byte value, int? precision = null)	Default precision: 3.
InfVal(short value, int? precision = null)	Default precision: 5.
InfVal(ushort value, int? precision = null)	Default precision: 5.
InfVal(int value, int? precision = null)	Default precision: 10.
InfVal(uint value, int? precision = null)	Default precision: 10.
InfVal(long value, int? precision = null)	Default precision: 19.
InfVal(ulong value, int? precision = null)	Default precision: 20.
InfVal(float value, int? precision = null)	Default precision: 9. Throws ArgumentException if value is NaN or infinity.
InfVal(double value, int? precision = null)	Default precision: 17. Throws ArgumentException if value is NaN or infinity.
InfVal(decimal value, int? precision = null)	Default precision: 29.

Static Methods

InfVal ManualFactory(in BigInteger digits, int exponent)	Create an InfVal by setting its internal fields directly, without the normalization that constructors apply. Use when you need exact control over digits and exponent.
InfVal Parse(string str)	Parse using the default formatter. Throws FormatException if invalid, or InvalidOperationException if no default formatter is configured.
InfVal Parse(string str, IInfValFormatter formatter)	Parse using a specific formatter (null falls back to the Configuration default). Throws FormatException if invalid, or InvalidOperationException if formatter is null and no default is configured.
bool TryParse(string str, out InfVal result)	Try parse using the default formatter. Returns false on failure; never throws.
bool TryParse(string str, IInfValFormatter formatter, out InfVal result)	Try parse using a specific formatter (null falls back to the Configuration default).

Properties

BigInteger digits	The full digit integer. Value = digits × 10^exponent.
int exponent	The exponent. Setting it adjusts digits to preserve the represented value; if the shift exceeds current precision, digits are zeroed.
int precision	Count of significant digits.
bool isInteger	True if the value has no fractional part (can be true even with a negative exponent if all fractional digits are zero).
bool isZero	True if the value equals 0.
bool isOne	True if the value equals 1.
bool isEven	True if the value is even. Throws InvalidOperationException if the value is not an integer.
bool isPowerOfTwo	True if the value is a power of two.
int sign	Sign of the value: 1 (positive), 0 (zero), or −1 (negative).

Methods

InfVal ToExponent(int exponent, bool raw = false)	Return with a different exponent. By default adjusts digits to preserve the value. If `raw = true`, sets the exponent directly (shifts the decimal point, changing the value). Equivalent to `MovePointLeft` / `MovePointRight`.
InfVal ToDigits(in BigInteger digits)	Return with different digits, keeping the current exponent.
InfVal ToPrecision(int precision)	Return with a different precision by adjusting the exponent. Throws ArgumentException if precision ≤ 0.
InfVal RemoveTrailingZeros()	Return with all trailing digit zeros removed. Does not change the value.
InfVal MovePointLeft(int move)	Shift the decimal point left by `move` places. Changes the value.
InfVal MovePointRight(int move)	Shift the decimal point right by `move` places. Changes the value.
void Deconstruct(out BigInteger digits, out int exponent)	Deconstruct into digits and exponent. Supports tuple assignment: `(BigInteger d, int e) = iv;`
string ToString(IInfValFormatter formatter)	Format using a specific formatter (null falls back to the Configuration default). Falls back to `ToDebugString()` if neither is set.
void Format(IInfValFormatter formatter, List<string> parts, int partCount = 0)	Fill parts with the pieces of the formatted value (null formatter falls back to the Configuration default). Throws ArgumentNullException if parts is null, or ArgumentOutOfRangeException if partCount is above 16.
void Format(List<string> parts, int partCount = 0)	Same, using the Configuration default formatter.
string ToString()	Format using the Configuration default formatter. Falls back to `ToDebugString()` if no default is configured.
string ToString(IFormatProvider provider)	Same as `ToString()`. The provider is ignored; pass a CultureFormatter to `ToString(IInfValFormatter)` for culture-aware output.
string ToDebugString()	Returns `"(digits, exponent)"`, a raw representation useful for debugging.
bool Equals(InfVal other)	Value equality.
bool Equals(object obj)	Value equality. False if obj is not an InfVal.
int GetHashCode()	Hash code of the value: equal values stored at different precisions (5 and 5.0) hash the same.
int CompareTo(InfVal other)	Returns −1, 0, or 1.
int CompareTo(object obj)	Compares with an InfVal or any type castable to InfVal. Throws ArgumentException for incompatible types.

Operators: Arithmetic

+a	Identity.
-a	Negation.
a + b	Addition. Result precision = max(a.precision, b.precision).
a - b	Subtraction. Result precision = max(a.precision, b.precision).
a * b	Multiplication. Result precision = max(a.precision, b.precision).
a / b	Division. Result precision = max(a.precision, b.precision). Throws DivideByZeroException if b is zero.
a % b	Modulo. Result precision = max(a.precision, b.precision). Throws DivideByZeroException if b is zero.

Operators: Bitwise

Bitwise and shift operators require an integer value, whatever its exponent. The result keeps the precision of the more precise operand, or more when it has more digits. Throws InvalidOperationException otherwise.

~a	Bitwise NOT.
a & b	Bitwise AND.
a \| b	Bitwise OR.
a ^ b	Bitwise XOR.
a << n	Left shift by n bits.
a >> n	Right shift by n bits.

Operators: Comparison

a == b	Value equality.
a != b	Value inequality.
a < b	Less than.
a > b	Greater than.
a <= b	Less than or equal.
a >= b	Greater than or equal.

Implicit Casts: to InfVal

All numeric primitives, BigInteger, and InfVal itself convert implicitly. A (value, precision) tuple overload exists for every type below.

sbyte, byte, short, ushort	Small integer types.
int, uint, long, ulong	Standard integer types.
float, double, decimal	Floating-point types.
BigInteger	Arbitrary-precision integer.
InfVal	Copy.
(T value, int precision)	Any of the above as a tuple, setting precision explicitly.

Explicit Casts: to InfVal

(InfVal)string	Parse using the default formatter.
(InfVal)(string, int)	Parse and set precision.

Explicit Casts: from InfVal

(BigInteger)iv	Truncates to integer part (ToExponent(0).digits).
(sbyte) (byte) (short) (ushort) (int) (uint) (long) (ulong)	Cast through BigInteger. Throws OverflowException on overflow.
(float) (double) (decimal)	float and double: the nearest value, ties to even. decimal: rounded to its 28 or 29 digits. Throws OverflowException on overflow.

IInfValFormatter

interface

Implement this interface to define how an InfVal is formatted to and parsed from a string. Mark the implementing class [Serializable] so it can be used inside a FormatterAsset.

Methods

string Format(in InfVal value)	Convert an InfVal to its string representation.
void Format(in InfVal value, List<string> parts, int partCount = 0)	Fill parts with the pieces of the formatted value: the number first, then a unit, or an exponent marker and its digits. Concatenating them gives what Format returns, except that a part merged from several never starts with a separator between the number and its unit, which is left out instead. `partCount` of 0 or less asks for the natural split, a positive value for exactly that many pieces, up to `InfValFormatHelper.maxPartCount` (16). Has a default implementation putting the whole output in a single part, so implementing it is optional. Throws ArgumentNullException if parts is null, or ArgumentOutOfRangeException if partCount is above 16.
bool TryParse(string text, out InfVal result)	Try to convert a string to an InfVal. Return false (and set result to default) if the string is not a valid complete number.
bool IsValidPartialInput(string text)	Return true if the text is either fully valid or a valid partial input that could still become valid (e.g. "-", "1.", "1e+"). Used by InfValInputField in `DisallowInvalid` mode.

FormatterAsset

ScriptableObject

A ScriptableObject wrapping an IInfValFormatter so it can be referenced in the inspector and shared across components. Create via Assets > Create > Infinite Value > Formatter.

Properties

IInfValFormatter formatter	The wrapped formatter instance.

CultureFormatter

class

IInfValFormatter that derives separators from a C# CultureInfo. Automatically uses native East Asian units (万/億/兆/京, 만/억/조/경, 万/亿/兆) with 4-digit stepping for ja-*, ko-*, and zh-* locales; Western units (k/M/G/...) with 3-digit stepping for all others.

Public Fields

Culture culture	The culture. Default: CurrentCulture.
int maxDisplayedDigits	Default: 8.
bool addGroupSeparatorsBeforeDecimalPoint	Default: true.
bool addGroupSeparatorsAfterDecimalPoint	Default: false.
bool limitDisplayedDecimals	Turn on the maxDisplayedDecimals limit. Default: false.
int maxDisplayedDecimals	Maximum decimals to display, in the decimal part of the number or of the abbreviated mantissa, applied when limitDisplayedDecimals is true. Values needing more are rounded to fit, and values below 1 stay in fixed point instead of switching to a unit or scientific notation, as long as they fit in maxDisplayedDigits. 0 rounds to whole numbers. Default: 2.
bool keepTrailingZeros	Default: false.

ManualFormatter

class

Fully explicit IInfValFormatter. Every formatting detail is configurable. Marked [Serializable].

Public Fields

int groupSize	Number of digits per unit level and group separator step. Default: 3 (k/M/G style). Use 4 for East Asian style (万/億/兆).
string[] unitsList	Suffix list applied at each power step (default: k, M, G, T, P, E, Z, Y). Null or empty falls back to scientific notation.
int maxDisplayedDigits	Maximum digits to show, leading zeros of values below 1 included. The last displayed digit is rounded half away from zero. 0 = unlimited. Default: 8.
string decimalSeparator	Decimal point character(s). Default: ".".
string groupSeparator	Thousands separator character(s). Default: ",".
string exponentMarker	Marker for scientific notation. Default: "e".
bool addGroupSeparatorsBeforeDecimalPoint	Add thousands separators in the integer part. Default: true.
bool addGroupSeparatorsAfterDecimalPoint	Add thousands separators in the fractional part. Default: false.
bool forceAbbreviation	Always use a unit suffix or scientific notation. Default: false.
bool limitDisplayedDecimals	Turn on the maxDisplayedDecimals limit. Default: false.
int maxDisplayedDecimals	Maximum decimals to display, in the decimal part of the number or of the abbreviated mantissa, applied when limitDisplayedDecimals is true. Values needing more are rounded to fit, and values below 1 stay in fixed point instead of switching to a unit or scientific notation, as long as they fit in maxDisplayedDigits. 0 rounds to whole numbers. Default: 2.
bool keepTrailingZeros	Keep the trailing zeros of the decimal part, padding it up to maxDisplayedDecimals when that limit is set. Default: false.

ScientificFormatter

class

IInfValFormatter that always produces scientific notation (e.g. 1.23e+6). No unit suffixes or group separators.

Public Fields

string decimalSeparator	Default: ".".
string exponentMarker	Default: "e".
int maxDisplayedDigits	Default: 8.
bool keepTrailingZeros	Default: false.

AlphabeticFormatter

class

IInfValFormatter for idle-game style notation with letter suffixes: 12.35a, 4.56b, ..., 1aa, 1.5ab, etc. Suffixes are generated from a configurable alphabet and cached automatically.

Public Fields

string alphabet	Source string for generating suffixes. Default: "abcdefghijklmnopqrstuvwxyz".
int maxDisplayedDigits	Default: 4.
string decimalSeparator	Default: ".".
string groupSeparator	Default: ",".
bool addGroupSeparatorsBeforeDecimalPoint	Default: false.
bool addGroupSeparatorsAfterDecimalPoint	Default: false.
bool limitDisplayedDecimals	Turn on the maxDisplayedDecimals limit. Default: false.
int maxDisplayedDecimals	Maximum decimals to display, in the decimal part of the number or of the abbreviated mantissa, applied when limitDisplayedDecimals is true. Values needing more are rounded to fit, and values below 1 stay in fixed point instead of switching to a unit or scientific notation, as long as they fit in maxDisplayedDigits. 0 rounds to whole numbers. Default: 2.
bool keepTrailingZeros	Default: false.

ConwayGuyFormatter

class

IInfValFormatter that names each power of a thousand with the Conway-Guy system: 1.5 Thousand, 2.34 Quinquadecillion, 1 Millinillion for 10³⁰⁰³, 150 Millionths for 1.5e-4. Names are generated for any magnitude, on the short or the long scale, and values that fit in maxDisplayedDigits are written in full. In Format into parts, the space before a name is a part of its own, left out when 2 parts are asked for: ["1.5", " ", "Million"], or ["1.5", "Million"]. Parsing ignores case and whitespace.

Public Fields

bool longScale	Use the long scale, where each -illion is a million times the previous one and the powers between them are -illiard (10⁹ Milliard, 10¹² Billion, 10¹⁵ Billiard), instead of the short scale (10⁹ Billion, 10¹² Trillion). Default: false.
bool capitalizeNames	Write the first letter of each name in upper case. Default: true.
int maxDisplayedDigits	Default: 4.
string decimalSeparator	Default: ".".
string groupSeparator	Default: ",".
bool addGroupSeparatorsBeforeDecimalPoint	Default: false.
bool addGroupSeparatorsAfterDecimalPoint	Default: false.
bool limitDisplayedDecimals	Turn on the maxDisplayedDecimals limit. Default: false.
int maxDisplayedDecimals	Maximum decimals to display, in the decimal part of the number or of the abbreviated mantissa, applied when limitDisplayedDecimals is true. Values needing more are rounded to fit, and values below 1 stay in fixed point instead of switching to a fraction name, as long as they fit in maxDisplayedDigits. 0 rounds to whole numbers. Default: 2.
bool keepTrailingZeros	Default: false.

Culture

class

Serializable wrapper around CultureInfo so it can be stored in the inspector and serialized with the scene. Used by CultureFormatter. Implicitly converts to CultureInfo.

Enum

Type { InvariantCulture, CurrentCulture, SpecificCulture }	How the CultureInfo is determined.

Constructors

Culture(Type type)	Create using InvariantCulture or CurrentCulture.
Culture(string name)	Create a SpecificCulture by name (e.g. "fr-FR").

Properties

CultureInfo info	The underlying CultureInfo instance.

Implicit Cast

(CultureInfo)culture	Implicit conversion to CultureInfo via `.info`.

InfValFormatHelper

static class

Low-level utilities for implementing IInfValFormatter. Provides full formatting, parsing, partial-input validation, culture helpers, and unit validation.

Static Fields

string[] defaultExponentMarkers	Standard exponent markers accepted during parsing: `{ "e", "E" }`.
const int maxPartCount	Highest part count the `Format` overloads filling a `List<string>` accept: `16`.

Static Methods: Formatting

string Format(in InfVal value, int maxDisplayedDigits, string[] unitsList, string decimalPoint, string groupSeparator, string exponentMarker, bool addGroupSeparatorsBeforeDecimalPoint, bool addGroupSeparatorsAfterDecimalPoint, bool forceAbbreviation, bool keepTrailingZeros, int unitStep = 3, int maxDisplayedDecimals = -1)	Convert an InfVal to a string with full control. `unitStep`: 3 for k/M/G (default), 4 for East Asian 万/億.
void Format(in InfVal value, int maxDisplayedDigits, string[] unitsList, string decimalPoint, string groupSeparator, string exponentMarker, bool addGroupSeparatorsBeforeDecimalPoint, bool addGroupSeparatorsAfterDecimalPoint, bool forceAbbreviation, bool keepTrailingZeros, List<string> parts, int partCount = 0, int unitStep = 3, int maxDisplayedDecimals = -1)	Same, filling parts with the pieces instead of returning one string. Throws ArgumentNullException if parts is null, or ArgumentOutOfRangeException if partCount is above 16.

Static Methods: Parsing

bool TryParse(string text, string[] unitsList, string decimalPoint, string groupSeparator, string[] exponentMarkers, out InfVal result, int unitStep = 3)	Try to parse a string. Returns false on failure.
InfVal Parse(string text, string[] unitsList, string decimalPoint, string groupSeparator, string[] exponentMarkers, int unitStep = 3)	Parse a string. Throws FormatException on failure.
bool IsValidPartialInput(string text, string[] unitsList, string decimalPoint, string groupSeparator, string[] exponentMarkers, int unitStep = 3)	True if the text is fully valid or is a valid partial input (e.g. "-", "1.", "1e+").

Static Methods: Culture & Validation

string GetDecimalSeparator(CultureInfo culture)	Returns the decimal separator for the culture. Falls back to "." if null.
string GetGroupSeparator(CultureInfo culture)	Returns the group separator for the culture. Falls back to "," if null.
bool AreUnitsValid(string[] unitsList)	True if the array is a valid list of unit suffixes. Logs errors to the Unity console on invalid entries.

MathInfVal

static class

Math operations for InfVal, analogous to Mathf.

Static Methods

InfVal Abs(in InfVal value)	Absolute value.
bool Approximately(in InfVal a, in InfVal b, int significantDigits)	True if a and b are equal when both rounded half away from zero to `significantDigits` significant digits. Throws ArgumentException if significantDigits <= 0.
InfVal Clamp(in InfVal value, in InfVal min, in InfVal max)	Clamp between min and max (both inclusive).
InfVal Clamp01(in InfVal value)	Clamp between 0 and 1.
InfVal ClosestPowerOfTwo(in InfVal value)	Nearest power of two.
InfVal NextPowerOfTwo(in InfVal value)	Next power of two ≥ value: 1 for a value up to 1, 0 for a negative value.
InfVal PreviousPowerOfTwo(in InfVal value)	Previous power of two ≤ value: 0 for a value below 1.
InfVal Repeat(in InfVal value, in InfVal length)	Loop value so it is never < 0 or ≥ length. With a negative length, the result lies in (length, 0], as `Mathf.Repeat`. Throws ArgumentException if length is zero.
InfVal PingPong(in InfVal value, in InfVal length)	Oscillate between 0 and length. Throws ArgumentException if length is zero.
InfVal DeltaAngle(in InfVal current, in InfVal target)	Shortest difference between two angles (degrees), in (−180, 180] as `Mathf.DeltaAngle`.
double Log(in InfVal value)	Natural logarithm.
double Log(in InfVal value, double logBase)	Logarithm in a specified base.
double Log10(in InfVal value)	Base-10 logarithm.
InfVal Floor(in InfVal value)	Largest integer ≤ value.
InfVal Ceil(in InfVal value)	Smallest integer ≥ value.
InfVal Round(in InfVal value)	Round to the nearest integer, halves away from zero. Result has the same exponent as the input.
InfVal Round(in InfVal value, int decimals)	Round to a number of digits after the decimal point, halves away from zero. A negative `decimals` rounds to tens, hundreds, and so on. Result has the same exponent as the input.
InfVal Truncate(in InfVal value)	Integer part (truncates toward zero). Result has the same exponent as the input.
InfVal DecimalPart(in InfVal value)	Fractional part.
InfVal Max(in InfVal a, in InfVal b)	Larger of two values.
InfVal Max(params InfVal[] values)	Largest of any number of values. Throws ArgumentException if empty.
InfVal Min(in InfVal a, in InfVal b)	Smaller of two values.
InfVal Min(params InfVal[] values)	Smallest of any number of values. Throws ArgumentException if empty.
int MaxExponent(in InfVal a, in InfVal b)	Higher exponent of the two.
int MaxExponent(params InfVal[] values)	Highest exponent among all values. Throws ArgumentException if empty.
int MinExponent(in InfVal a, in InfVal b)	Lower exponent of the two.
int MinExponent(params InfVal[] values)	Lowest exponent among all values. Throws ArgumentException if empty.
int MaxPrecision(in InfVal a, in InfVal b)	Higher precision of the two.
int MaxPrecision(params InfVal[] values)	Highest precision among all values. Throws ArgumentException if empty.
int MinPrecision(in InfVal a, in InfVal b)	Lower precision of the two.
int MinPrecision(params InfVal[] values)	Lowest precision among all values. Throws ArgumentException if empty.
InfVal Pow(in InfVal value, int power, bool conservePrecision = true)	Raise to an integer power. Negative power computes 1/value^\|power\|. With `conservePrecision` false, a positive power returns the exact result. Throws DivideByZeroException for a zero value and a negative power.
InfVal Sqrt(in InfVal value, bool conservePrecision = true)	Square root. Throws ArgumentException if value < 0.
InfVal NthRoot(in InfVal value, int n, bool conservePrecision = true)	Nth root, truncated. A negative `n` gives the reciprocal of the root. Throws ArgumentException if n = 0, or if value < 0 and n is even. Throws DivideByZeroException for a zero value and a negative n.
InfVal GreatestCommonDivisor(in InfVal a, in InfVal b)	GCD of two values.
InfVal RandomRange(in InfVal min, in InfVal max)	Uniformly random value in [min, max], with as many decimals as the bound that has the most. A value built from an integer type is padded with decimals to its type's default precision. Throws ArgumentException if min > max.
InfVal RandomIntegerRange(in InfVal min, in InfVal max)	Uniformly random integer in [min, max], with at least the precision of the more precise bound. Throws ArgumentException if no integer lies between min and max.

InterpolateInfVal

static class

Interpolation methods for InfVal. The clamped parameter (default true) clamps t to [0, 1]. The Angle variants wrap correctly around 360 degrees using MathInfVal.DeltaAngle.

Static Methods

InfVal Linear(in InfVal min, in InfVal max, float t, bool clamped = true)	Linear interpolation.
InfVal SmoothStep(in InfVal min, in InfVal max, float t, bool clamped = true)	Smooth-step interpolation (ease in and out).
InfVal EaseIn(in InfVal min, in InfVal max, float t, float easePower, bool clamped = true)	Ease-in interpolation. `easePower` controls the curve strength.
InfVal EaseOut(in InfVal min, in InfVal max, float t, float easePower, bool clamped = true)	Ease-out interpolation.
InfVal EaseInAndOut(in InfVal min, in InfVal max, float t, float easePower, bool clamped = true)	Ease-in-and-out interpolation.
float InverseLinear(in InfVal min, in InfVal max, in InfVal value)	Inverse linear: returns the t that would produce `value`. Throws ArgumentException if min == max.
InfVal LinearAngle(in InfVal minAngle, in InfVal maxAngle, float t, bool clamped = true)	Linear interpolation that wraps around 360 degrees.
InfVal SmoothStepAngle(in InfVal minAngle, in InfVal maxAngle, float t, bool clamped = true)	SmoothStep that wraps around 360 degrees.
InfVal EaseInAngle(in InfVal minAngle, in InfVal maxAngle, float t, float easePower, bool clamped = true)	EaseIn that wraps around 360 degrees.
InfVal EaseOutAngle(in InfVal minAngle, in InfVal maxAngle, float t, float easePower, bool clamped = true)	EaseOut that wraps around 360 degrees.
InfVal EaseInAndOutAngle(in InfVal minAngle, in InfVal maxAngle, float t, float easePower, bool clamped = true)	EaseInAndOut that wraps around 360 degrees.

Configuration

ScriptableObject

Project-wide settings for Infinite Value. Asset path: Assets/Resources/Infinite Value Configuration. Opened via Tools > Infinite Value > Configuration. Created automatically on first domain reload if missing.

Static Properties

Configuration asset	The loaded Configuration asset instance.
string folderPath	Project-relative path to the Infinite Value folder (for example `Assets/Infinite Value`), derived from the source file location.
IInfValFormatter defaultFormatter	The formatter used by `InfVal.ToString()`, `Parse()`, and `TryParse()` when no formatter is specified explicitly.

InfValInputField

MonoBehaviour

Converts an InputField or TMP_InputField component on the same GameObject into an InfVal input field. Add via Add Component > UI > InfVal Input Field Converter.

Enums

ValidateType { None, ChangeColor, DisallowInvalid }	How invalid input is handled. `ChangeColor` tints the text; `DisallowInvalid` blocks characters that would make the input invalid.
ForceSign { None, Positive, Negative }	Force the value to be positive, negative, or unconstrained.

Public Fields

FormatterAsset formatter	Formatter override. Null falls back to the Configuration default.
ValidateType validateType	How invalid input is treated. Default: None.
Color validColor	Text color when the input is valid. Default: black.
Color invalidColor	Text color when the input is invalid. Default: red.
bool integerOnly	Treat non-integer values as invalid. Default: false.
ForceSign forceSign	Restrict to positive or negative values. Default: None.
bool nonZero	Treat zero as invalid. Default: false.
Selectable[] interactablesIfValid	UI Selectables enabled only when the input is valid.
bool redrawOnEndEdit	Replace typed text with a clean formatted representation on end edit. Default: true.

Properties

IInfValFormatter activeFormatter	The formatter in use: the assigned FormatterAsset's formatter if set, otherwise Configuration.defaultFormatter.
InfVal value	Get or set the current InfVal. Setting it updates the displayed text.
bool isValid	Whether the current value passes all validation constraints.
Component target	The underlying InputField or TMP_InputField component.
InputField inputField	Target cast to InputField; null if target is a TMP_InputField.
TMP_InputField TMP_inputField	Target cast to TMP_InputField; null if target is an InputField.

Methods

T GetTarget<T>()	Return the target component cast to type T; null if the cast fails.
void FindTargetComponent()	Search for an InputField or TMP_InputField on the same GameObject and initialize it. Called automatically on Reset and Awake.
string FormatInfValToString(in InfVal value)	Format an InfVal using this component's active formatter.

Public API

Value type

InfVal

Formatting

IInfValFormatter

FormatterAsset

CultureFormatter

ManualFormatter

ScientificFormatter

AlphabeticFormatter

ConwayGuyFormatter

Culture

InfValFormatHelper

Math

MathInfVal

InterpolateInfVal

Configuration

Configuration

UI

InfValInputField