InfiniteMath

https://kdudedev.github.io/InfiniteMath
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InfiniteMath is a Roblox module that allows developers to surpass standard double-precision...
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### LogarithmNotation method example

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a string with the number formatted in logarithmic notation.

```lua
print(InfiniteMath.new(1000):ScientificNotation()) -- e3.0
```

--------------------------------

### Create a basic InfiniteMath number with new

Source: https://kdudedev.github.io/InfiniteMath/api

Constructs a Number from a numeric literal. The example prints the result, which is `1`.

```lua
	print(InfiniteMath.new(1)) -- 1
```

--------------------------------

### ConvertForLeaderboards method example

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a number that can be used for OrderedDataStores to create global leaderboards that support InfiniteMath constructed numbers.

```lua
print(InfiniteMath.new(1000):ConvertForLeaderboards()) -- 31000
```

--------------------------------

### aaNotation method example

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a string with the number formatted in double letter notation. Use the AALENGTHMAX property to adjust the max letters possible.

```lua
print(InfiniteMath.new(1e+15):aaNotation()) -- 1a
```

--------------------------------

### GetSuffix method example

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a string with the number and a suffix. By default, uses abbreviated suffix (1K). Passing true uses default behavior, false returns full suffix (1 Thousand). Suffixes go up to 1e+12000, after which it defaults to scientific notation.

```lua
print(InfiniteMath.new(1000):GetSuffix()) -- 1K
print(InfiniteMath.new(1000):GetSuffix(true)) -- 1K
print(InfiniteMath.new(1000):GetSuffix(false)) -- 1 Thousand
```

--------------------------------

### LogarithmNotation: Format number in logarithmic notation

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a string with the number formatted in logarithmic notation. The example shows 1000 formatted as e3.0.

```lua
	print(InfiniteMath.new(1000):ScientificNotation()) -- e3.0

```

--------------------------------

### Convert a leaderboard value back to a Number

Source: https://kdudedev.github.io/InfiniteMath/api

Converts a number previously created by `Number:ConvertForLeaderboards` back into a constructed Number. The example creates a value from 1000, converts it, then prints the result as `1K`.

```lua
	local ValueFromStore = InfiniteMath.new(1000):ConvertForLeaderboards()
	print(InfiniteMath:ConvertFromLeaderboards(ValueFromStore)) -- 1K
```

--------------------------------

### ScientificNotation method examples

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a string with the number in scientific notation. For numbers reaching 1e+1000000, you can choose abbreviation mode for the exponent: default uses GetSuffix on exponent (1e+1M), true uses same, false uses scientific notation (1e+1e+6). Passing nil and false disables abbreviation and displays 1e+1000000.

```lua
print(InfiniteMath.new(1000):ScientificNotation()) -- 1e+3
```

```lua
print(InfiniteMath.new("1, 1e+6"):ScientificNotation()) -- 1e+1M
print(InfiniteMath.new("1, 1e+6"):ScientificNotation(true)) -- 1e+1M
print(InfiniteMath.new("1, 1e+6"):ScientificNotation(false)) -- 1e+1e+6
```

```lua
print(InfiniteMath.new("1, 1e+6"):ScientificNotation(nil, false)) -- 1e+1000000
```

--------------------------------

### GetSuffix: Get abbreviated or full suffix

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a string with the number and a suffix at the end, up to 1e+12000; after that it defaults to scientific notation. By default it returns an abbreviated suffix (1K); true uses the default behavior, false returns the full suffix (1 Thousand).

```lua
	print(InfiniteMath.new(1000):GetSuffix()) -- 1K
	print(InfiniteMath.new(1000):GetSuffix(true)) -- 1K
	print(InfiniteMath.new(1000):GetSuffix(false)) -- 1 Thousand

```

--------------------------------

### ScientificNotation: Format number in scientific notation

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a string with the number formatted in scientific notation. The example shows 1000 formatted as 1e+3.

```lua
	print(InfiniteMath.new(1000):ScientificNotation()) -- 1e+3

```

--------------------------------

### SetValue: Set number value without new metatable

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Sets the value of a constructed number without creating a new Number metatable. Pass newFirst and newSecond; for example, to set the value to 100, pass 1, 3. The example shows setting 1000 to 5000 by passing 5, 4.

```lua
	local Number = InfiniteMath.new(1000)
	print(Number) -- 1000
	Number:SetValue(5, 4)
	print(Number) -- 5000

```

--------------------------------

### ConvertFromLeaderboards

Source: https://kdudedev.github.io/InfiniteMath/api

Documentation for the ConvertFromLeaderboards static function of the InfiniteMath module.

```APIDOC
## ConvertFromLeaderboards

### Description
Converts a number from a leaderboard format back to a regular number. This is a static function of the InfiniteMath module.

### Method
static function

### Parameters
- **value** (any) - Required - The value to convert from leaderboard format.

### Returns
- **number** - The converted number.
```

--------------------------------

### Convert ConvertForLeaderboards value back with InfiniteMath:ConvertFromLeaderboards

Source: https://kdudedev.github.io/InfiniteMath/api/InfiniteMath

Creates a number with InfiniteMath.new(1000), converts it for leaderboard storage, then prints the restored value (shown as 1K). Pass the leaderboard-stored number as the GivenNumber argument.

```lua
	local ValueFromStore = InfiniteMath.new(1000):ConvertForLeaderboards()
	print(InfiniteMath:ConvertFromLeaderboards(ValueFromStore)) -- 1K

```

--------------------------------

### Load InfiniteMath number from datastore

Source: https://kdudedev.github.io/InfiniteMath/docs/Datastore

Recreates an InfiniteMath number from a saved datastore value using .new() to restore its metamethods.

```lua
local Money = InfiniteMath.new(Data.Money)  
```

--------------------------------

### InfiniteMath.new

Source: https://kdudedev.github.io/InfiniteMath/api

Constructs a new InfiniteMath number from various input types.

```APIDOC
## InfiniteMath.new

### Description
Returns a new InfiniteMath constructed number. You can use numbers, correctly formatted strings, tables, and other constructed numbers.

### Method
new

### Parameters
- **val** (number | string | table | Number) - Required - The value to construct.

### Request Example
```lua
print(InfiniteMath.new(1)) -- 1
print(InfiniteMath.new("1,1000")) -- 10DTL
print(InfiniteMath.new({1, 1000})) -- 10DTL
```

### Response
#### Success Response
Returns a new InfiniteMath Number.
```

--------------------------------

### Create large numbers with strings or tables using new

Source: https://kdudedev.github.io/InfiniteMath/api

To create numbers above 1e+308, pass a correctly formatted string like "1,1000" or a table {1, 1000}. Both produce the same result, printed as `10DTL`.

```lua
	print(InfiniteMath.new("1,1000")) -- 10DTL
	print(InfiniteMath.new({1, 1000})) -- 10DTL
```

--------------------------------

### GetSuffix

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a string with the number and a suffix at the end, supporting abbreviations up to 1e+12000. By default, it returns an abbreviated suffix (e.g., 1K), but can be configured to return the full suffix (e.g., 1 Thousand).

```APIDOC
## GetSuffix

### Description
Returns a string with the number and a suffix at the end, these suffixes will go up to 1e+12000. After, it will default to returning scientific notation. By default, it will return an abbreviated suffix (1K). Using true will use the default behavior. Using false will return the full suffix (1 Thousand).

### Method
GetSuffix

### Parameters
- **abbreviation** (boolean | nil) - Optional - If true or nil, returns abbreviated suffix (e.g., 1K). If false, returns full suffix (e.g., 1 Thousand).

### Request Example
```lua
print(InfiniteMath.new(1000):GetSuffix()) -- 1K
print(InfiniteMath.new(1000):GetSuffix(true)) -- 1K
print(InfiniteMath.new(1000):GetSuffix(false)) -- 1 Thousand
```

### Response
#### Success Response
- **string** - The formatted number with suffix.

#### Response Example
```lua
"1K"
```
```

--------------------------------

### min

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the smallest number among the given arguments.

```APIDOC
## min

### Description
Returns the smallest number among the given arguments.

### Method
static

### Parameters
- **...** (number | string | table | Number) - Required - The numbers to compare.

### Returns
- **Number** - The smallest Number.
```

--------------------------------

### InfiniteMath:ConvertFromLeaderboards

Source: https://kdudedev.github.io/InfiniteMath/api

Converts a leaderboard number back to an InfiniteMath number.

```APIDOC
## InfiniteMath:ConvertFromLeaderboards

### Description
Returns a constructed number, and should be given a number created by `Number:ConvertForLeaderboards`. This is what you will display on global leaderboards using OrderedDataStores.

### Method
ConvertFromLeaderboards

### Parameters
- **GivenNumber** (number) - Required - The number from leaderboards.

### Request Example
```lua
local ValueFromStore = InfiniteMath.new(1000):ConvertForLeaderboards()
print(InfiniteMath:ConvertFromLeaderboards(ValueFromStore)) -- 1K
```

### Response
#### Success Response
Returns a constructed Number.
```

--------------------------------

### Save InfiniteMath number to datastore

Source: https://kdudedev.github.io/InfiniteMath/docs/Datastore

Saves an InfiniteMath number to a datastore. The number loses its metamethods when saved, so it must be recreated on load.

```lua
local Money = InfiniteMath.new(1)  
  
Data.Money = Money  
```

--------------------------------

### ConvertForLeaderboards: Convert number for OrderedDataStores

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a number that you can use for OrderedDataStores in order to create global leaderboards that support InfiniteMath constructed numbers.

```lua
	print(InfiniteMath.new(1000):ConvertForLeaderboards()) -- 31000

```

--------------------------------

### InfiniteMath:ConvertFromLeaderboards

Source: https://kdudedev.github.io/InfiniteMath/api/InfiniteMath

Returns a constructed number from a number created by Number:ConvertForLeaderboards. Used for displaying on global leaderboards with OrderedDataStores.

```APIDOC
## InfiniteMath:ConvertFromLeaderboards(GivenNumber)

### Description
Returns a constructed number, and should be given a number created by `Number:ConvertForLeaderboards`. This is what you will display on global leaderboards using OrderedDataStores.

### Parameters
- **GivenNumber** (number) - Required - The number from ConvertForLeaderboards.

### Returns
- **Number** - The constructed InfiniteMath number.

### Example
```lua
local ValueFromStore = InfiniteMath.new(1000):ConvertForLeaderboards()
print(InfiniteMath:ConvertFromLeaderboards(ValueFromStore)) -- 1K
```
```

--------------------------------

### log10

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the base-10 logarithm of x.

```APIDOC
## log10

### Description
Returns the base-10 logarithm of x.

### Method
static

### Parameters
- **Num** (number | string | table | Number) - Required - The number to take the base-10 logarithm of.

### Returns
- **Number** - The base-10 logarithm.
```

--------------------------------

### InfiniteMath.modf

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the integral and fractional parts of a number.

```APIDOC
## InfiniteMath.modf

### Description
Returns both the integral part of n and the fractional part (if there is one).

### Method
modf

### Parameters
- **Num** (number | string | table | Number) - Required - The number to decompose.

### Response
#### Success Response
Returns the integral part and fractional part as Numbers.
```

--------------------------------

### InfiniteMath.min

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the smallest number among the given arguments.

```APIDOC
## InfiniteMath.min

### Description
Returns the smallest number among the given arguments.

### Method
min

### Parameters
- **...** (number | string | table | Number) - Required - The numbers to compare.

### Response
#### Success Response
Returns the smallest Number.
```

--------------------------------

### aaNotation: Format number in double letter notation

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a string with the number formatted in double letter notation. Use the AALENGTHMAX property to adjust the max letters possible.

```lua
	print(InfiniteMath.new(1e+15):aaNotation()) -- 1a

```

--------------------------------

### InfiniteMath.clamp

Source: https://kdudedev.github.io/InfiniteMath/api

Clamps a number between a minimum and maximum value.

```APIDOC
## InfiniteMath.clamp

### Description
Clamps a number between a minimum and maximum value.

### Method
clamp

### Parameters
- **Num** (number | string | table | Number) - Required - The number to clamp.
- **Min** (number | string | table | Number) - Required - The minimum value.
- **Max** (number | string | table | Number) - Required - The maximum value.

### Response
#### Success Response
Returns the clamped Number.
```

--------------------------------

### ConvertForLeaderboards

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a number that can be used for OrderedDataStores to create global leaderboards that support InfiniteMath constructed numbers.

```APIDOC
## ConvertForLeaderboards

### Description
Returns a number that you can use for OrderedDataStores in order to create global leaderboards that support InfiniteMath constructed numbers.

### Method
ConvertForLeaderboards

### Parameters
None

### Request Example
```lua
print(InfiniteMath.new(1000):ConvertForLeaderboards()) -- 31000
```

### Response
#### Success Response
- **number** - A number suitable for use in OrderedDataStores.

#### Response Example
```lua
31000
```
```

--------------------------------

### InfiniteMath.sign

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the sign of a number.

```APIDOC
## InfiniteMath.sign

### Description
Returns the sign of the number. Negative numbers return -1, positive numbers return 1, 0 returns 0.

### Method
sign

### Parameters
- **Num** (number | string | table | Number) - Required - The number to get the sign of.

### Response
#### Success Response
Returns the sign as a number.
```

--------------------------------

### LogarithmNotation

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a string with the number formatted in logarithmic notation. This method provides a compact representation of large numbers using logarithms.

```APIDOC
## LogarithmNotation

### Description
Returns a string with the number formatted in logarithmic notation.

### Method
LogarithmNotation

### Parameters
None

### Request Example
```lua
print(InfiniteMath.new(1000):ScientificNotation()) -- e3.0
```

### Response
#### Success Response
- **string** - The number formatted in logarithmic notation.

#### Response Example
```lua
"e3.0"
```
```

--------------------------------

### log

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the logarithm of x with the given base. Default base is constant e (2.7182818).

```APIDOC
## log

### Description
Returns the logarithm of x with the given base. Default base is constant e (2.7182818).

### Method
static

### Parameters
- **Num** (number | string | table | Number) - Required - The number to take the logarithm of.
- **Base** (number) - Optional - The base of the logarithm. Defaults to e.

### Returns
- **Number** - The logarithm.
```

--------------------------------

### InfiniteMath.log

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the logarithm of a number with a given base.

```APIDOC
## InfiniteMath.log

### Description
Returns the logarithm of x with the given base. Default base is constant e (2.7182818).

### Method
log

### Parameters
- **Num** (number | string | table | Number) - Required - The number to take the logarithm of.
- **Base** (number) - Optional - The base of the logarithm. Defaults to e.

### Response
#### Success Response
Returns the logarithm Number.
```

--------------------------------

### modf

Source: https://kdudedev.github.io/InfiniteMath/api

Returns both the integral part of n and the fractional part (if there is one).

```APIDOC
## modf

### Description
Returns both the integral part of n and the fractional part (if there is one).

### Method
static

### Parameters
- **Num** (number | string | table | Number) - Required - The number to decompose.

### Returns
- **Number** - The integral part and fractional part.
```

--------------------------------

### InfiniteMath.log10

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the base-10 logarithm of a number.

```APIDOC
## InfiniteMath.log10

### Description
Returns the base-10 logarithm of x.

### Method
log10

### Parameters
- **Num** (number | string | table | Number) - Required - The number to take the base-10 logarithm of.

### Response
#### Success Response
Returns the base-10 logarithm Number.
```

--------------------------------

### ConvertFromLeaderboards

Source: https://kdudedev.github.io/InfiniteMath/api

Returns a constructed number from a number created by Number:ConvertForLeaderboards. This is used to display numbers on global leaderboards using OrderedDataStores.

```APIDOC
## ConvertFromLeaderboards

### Description
Returns a constructed number, and should be given a number created by `Number:ConvertForLeaderboards`. This is what you will display on global leaderboards using OrderedDataStores.

### Method
method

### Parameters
- **GivenNumber** (number) - Required - The number to convert back to a Number object.

### Returns
- **Number** - The constructed Number object.

### Example
```lua
local ValueFromStore = InfiniteMath.new(1000):ConvertForLeaderboards()
print(InfiniteMath:ConvertFromLeaderboards(ValueFromStore)) -- 1K
```
```

--------------------------------

### clamp

Source: https://kdudedev.github.io/InfiniteMath/api

Clamps a number between a minimum and maximum value.

```APIDOC
## clamp

### Description
Clamps a number between a minimum and maximum value.

### Method
static

### Parameters
- **Num** (number | string | table | Number) - Required - The number to clamp.
- **Min** (number | string | table | Number) - Required - The minimum value.
- **Max** (number | string | table | Number) - Required - The maximum value.

### Returns
- **Number** - The clamped Number.
```

--------------------------------

### ScientificNotation: Disable abbreviation with nil and false

Source: https://kdudedev.github.io/InfiniteMath/api/Number

You can also use nil and false to stop the abbreviation functionality and instead just display 1e+1000000.

```lua
	print(InfiniteMath.new("1, 1e+6"):ScientificNotation(nil, false)) -- 1e+1000000

```

--------------------------------

### ScientificNotation: Abbreviation modes for large exponents

Source: https://kdudedev.github.io/InfiniteMath/api/Number

When a number reaches 1e+1000000, you can choose an abbreviation mode for the amount of zeros in the scientific notation. By default it uses GetSuffix on the exponent (1e+1M); true also uses the default behavior, false uses scientific notation (1e+1e+6).

```lua
	print(InfiniteMath.new("1, 1e+6"):ScientificNotation()) -- 1e+1M
	print(InfiniteMath.new("1, 1e+6"):ScientificNotation(true)) -- 1e+1M
	print(InfiniteMath.new("1, 1e+6"):ScientificNotation(false)) -- 1e+1e+6

```

--------------------------------

### InfiniteMath.sign

Source: https://kdudedev.github.io/InfiniteMath/api/InfiniteMath

Returns the sign of the number: -1 for negative, 1 for positive, 0 for zero. This static method takes a number-like input and returns an integer.

```APIDOC
## InfiniteMath.sign(Num)

### Description
Returns the sign of the number. Negative numbers return -1, positive numbers return 1, 0 returns 0.

### Method
static function

### Parameters
- `Num` (number | string | table | Number) - The number to evaluate.

### Returns
- `number` (integer) - The sign: -1, 1, or 0.

```

--------------------------------

### InfiniteMath.fmod

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the remainder of the division of a by b.

```APIDOC
## InfiniteMath.fmod

### Description
Returns the remainder of the division of a by b that rounds the quotient towards zero.

### Method
fmod

### Parameters
- **a** (number | string | table | Number) - Required - The dividend.
- **b** (number | string | table | Number) - Required - The divisor.

### Response
#### Success Response
Returns the remainder Number.
```

--------------------------------

### Reverse: Convert constructed number to regular number

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Attempts to return the constructed number converted into a regular number. If the constructed number is above 1e+308 it will instead return INF.

```lua
	print(InfiniteMath.new("1, 3"):Reverse()) -- 1000

```

--------------------------------

### InfiniteMath.floor

Source: https://kdudedev.github.io/InfiniteMath/api

Rounds a number down to the nearest integer.

```APIDOC
## InfiniteMath.floor

### Description
Rounds a number down to the nearest integer.

### Method
floor

### Parameters
- **Num** (number | string | table | Number) - Required - The number to round down.

### Response
#### Success Response
Returns the rounded down Number.
```

--------------------------------

### ScientificNotation

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a string with the number formatted in scientific notation. Supports abbreviation modes for the exponent when the number reaches 1e+1000000, allowing either abbreviated suffixes or full scientific notation for the exponent.

```APIDOC
## ScientificNotation

### Description
Returns a string with the number formatted in scientific notation. When a number reaches `1e+1000000` you can choose an abbreviation mode for the amount of zeros in the scientific notation. By default, it will use GetSuffix on the exponent `1e+1M`, but you can also choose to have it use scientific notation `1e+1e+6`. You can also use nil and false to stop the functionality and instead just display `1e+1000000`.

### Method
ScientificNotation

### Parameters
- **abbreviation** (boolean | nil) - Optional - If true or nil, uses abbreviated suffix for exponent (e.g., 1e+1M). If false, uses scientific notation for exponent (e.g., 1e+1e+6).
- **secondAbbreviation** (boolean | nil) - Optional - If false, disables abbreviation and displays full exponent (e.g., 1e+1000000).

### Request Example
```lua
print(InfiniteMath.new(1000):ScientificNotation()) -- 1e+3
print(InfiniteMath.new("1, 1e+6"):ScientificNotation()) -- 1e+1M
print(InfiniteMath.new("1, 1e+6"):ScientificNotation(true)) -- 1e+1M
print(InfiniteMath.new("1, 1e+6"):ScientificNotation(false)) -- 1e+1e+6
print(InfiniteMath.new("1, 1e+6"):ScientificNotation(nil, false)) -- 1e+1000000
```

### Response
#### Success Response
- **string** - The number formatted in scientific notation.

#### Response Example
```lua
"1e+3"
```
```

--------------------------------

### floor

Source: https://kdudedev.github.io/InfiniteMath/api

Rounds a number down to the nearest integer.

```APIDOC
## floor

### Description
Rounds a number down to the nearest integer.

### Method
static

### Parameters
- **Num** (number | string | table | Number) - Required - The number to round down.

### Returns
- **Number** - The rounded down Number.
```

--------------------------------

### aaNotation

Source: https://kdudedev.github.io/InfiniteMath/api/Number

Returns a string with the number formatted in double letter notation. The maximum number of letters can be adjusted using the AALENGTHMAX property.

```APIDOC
## aaNotation

### Description
Returns a string with the number formatted in double letter notation. Use the AALENGTHMAX property to adjust the max letters possible.

### Method
aaNotation

### Parameters
None

### Request Example
```lua
print(InfiniteMath.new(1e+15):aaNotation()) -- 1a
```

### Response
#### Success Response
- **string** - The number formatted in double letter notation.

#### Response Example
```lua
"1a"
```
```

--------------------------------

### sign

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the sign of the number. Negative numbers return -1, positive numbers return 1, 0 returns 0.

```APIDOC
## sign

### Description
Returns the sign of the number. Negative numbers return -1, positive numbers return 1, 0 returns 0.

### Method
static

### Parameters
- **Num** (number | string | table | Number) - Required - The number to evaluate.

### Returns
- **number** - The sign: -1, 0, or 1.
```

--------------------------------

### InfiniteMath.ceil

Source: https://kdudedev.github.io/InfiniteMath/api

Rounds a number up to the nearest integer.

```APIDOC
## InfiniteMath.ceil

### Description
Rounds a number up to the nearest integer.

### Method
ceil

### Parameters
- **Num** (number | string | table | Number) - Required - The number to round up.

### Response
#### Success Response
Returns the rounded up Number.
```

--------------------------------

### InfiniteMath.abs

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the absolute value of a number.

```APIDOC
## InfiniteMath.abs

### Description
Returns the absolute value (distance from 0).

### Method
abs

### Parameters
- **Num** (number | string | table | Number) - Required - The number to get the absolute value of.

### Response
#### Success Response
Returns the absolute value Number.
```

--------------------------------

### InfiniteMath.max

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the largest number among the given arguments.

```APIDOC
## InfiniteMath.max

### Description
Returns the largest number among the given arguments.

### Method
max

### Parameters
- **...** (number | string | table | Number) - Required - The numbers to compare.

### Response
#### Success Response
Returns the largest Number.
```

--------------------------------

### sqrt

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the square root of a number.

```APIDOC
## sqrt

### Description
Returns the square root of a number.

### Method
static

### Parameters
- **Num** (number | string | table | Number) - Required - The number to compute the square root of.

### Returns
- **Number** - The square root.
```

--------------------------------

### max

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the largest number among the given arguments.

```APIDOC
## max

### Description
Returns the largest number among the given arguments.

### Method
static

### Parameters
- **...** (number | string | table | Number) - Required - The arguments to compare.

### Returns
- **Number** - The largest number.
```

--------------------------------

### InfiniteMath.sqrt

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the square root of a number.

```APIDOC
## InfiniteMath.sqrt

### Description
Returns the square root of a number.

### Method
sqrt

### Parameters
- **Num** (number | string | table | Number) - Required - The number to get the square root of.

### Response
#### Success Response
Returns the square root Number.
```

--------------------------------

### InfiniteMath.fmod

Source: https://kdudedev.github.io/InfiniteMath/api/InfiniteMath

Returns the remainder of the division of a by b that rounds the quotient towards zero.

```APIDOC
## InfiniteMath.fmod(a, b)

### Description
Returns the remainder of the division of a by b that rounds the quotient towards zero.

### Parameters
- **a** (number | string | table | Number) - Required - The dividend.
- **b** (number | string | table | Number) - Required - The divisor.

### Returns
- **Number** - The remainder.
```

--------------------------------

### fmod

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the remainder of the division of a by b that rounds the quotient towards zero.

```APIDOC
## fmod

### Description
Returns the remainder of the division of a by b that rounds the quotient towards zero.

### Method
static

### Parameters
- **a** (number | string | table | Number) - Required - The dividend.
- **b** (number | string | table | Number) - Required - The divisor.

### Returns
- **Number** - The remainder.
```

--------------------------------

### InfiniteMath.round

Source: https://kdudedev.github.io/InfiniteMath/api

Rounds a number to the nearest integer.

```APIDOC
## InfiniteMath.round

### Description
Rounds a number to the nearest integer.

### Method
round

### Parameters
- **Num** (number | string | table | Number) - Required - The number to round.

### Response
#### Success Response
Returns the rounded Number.
```

--------------------------------

### round

Source: https://kdudedev.github.io/InfiniteMath/api

Rounds a number to the nearest integer.

```APIDOC
## round

### Description
Rounds a number to the nearest integer.

### Method
static

### Parameters
- **Num** (number | string | table | Number) - Required - The number to round.

### Returns
- **Number** - The rounded Number.
```

--------------------------------

### ceil

Source: https://kdudedev.github.io/InfiniteMath/api

Rounds a number up to the nearest integer.

```APIDOC
## ceil

### Description
Rounds a number up to the nearest integer.

### Method
static

### Parameters
- **Num** (number | string | table | Number) - Required - The number to round up.

### Returns
- **Number** - The rounded up Number.
```

--------------------------------

### abs

Source: https://kdudedev.github.io/InfiniteMath/api

Returns the absolute value (distance from 0) of a number.

```APIDOC
## abs

### Description
Returns the absolute value (distance from 0).

### Method
static

### Parameters
- **Num** (number | string | table | Number) - Required - The number to get the absolute value of.

### Returns
- **Number** - The absolute value.
```
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