The math.FMA function in Golang is part of the math package and is used to perform a fused multiply-add operation. This function calculates the result of multiplying two floating-point numbers and then adding a third floating-point number to the product, all in a single operation. The advantage of using math.FMA is that it performs the …
The math.Min function in Golang is part of the math package and is used to find the smaller of two floating-point numbers. This function is useful in scenarios where you need to determine the minimum value between two numbers, such as in comparisons, conditional logic, or finding the smallest value in a dataset.
The math.Min function in Golang is part of the math package and is used to find the smaller of two floating-point numbers. This function is particularly useful in scenarios where you need to determine the minimum value between two numbers, such as in comparisons, conditional logic, or when finding the minimum value in a dataset.
The math.Dim function in Golang is part of the math package and is used to compute the positive difference between two floating-point numbers. Specifically, it calculates the difference x – y only if x is greater than y; otherwise, it returns zero. This function is useful in scenarios where you need to compute only non-negative …
The math.Signbit function in Golang is part of the math package and is used to determine the sign of a floating-point number. This function checks whether a given floating-point number is negative and returns a boolean value. It is particularly useful when you need to check for negative values in numerical computations, such as in …
The math.Copysign function in Golang is part of the math package and is used to create a floating-point number with the magnitude of one number and the sign of another. This function is particularly useful when you need to assign the sign of one value to another, such as when working with directional values, vector …
The math.RoundToEven function in Golang is part of the math package and is used to round a floating-point number to the nearest integer, with ties rounded to the nearest even integer. This method of rounding is known as "bankers’ rounding" and is commonly used in financial and statistical calculations to reduce bias that can accumulate …
The math.Round function in Golang is part of the math package and is used to round a floating-point number to the nearest integer. This function follows the rules of rounding half away from zero, meaning it rounds 0.5 and above up to the next integer, and anything below 0.5 down to the nearest integer. This …
The math.Remainder function in Golang is part of the math package and is used to calculate the remainder of the division of two floating-point numbers. Unlike the math.Mod function, which returns a positive remainder, math.Remainder returns the IEEE 754 floating-point remainder, which can be negative. The result is the remainder of x/y rounded to the …
The math.Modf function in Golang is part of the math package and is used to split a floating-point number into its integer and fractional components. This function returns two values: the integer part and the fractional part of the given floating-point number. It is particularly useful in scenarios where you need to separately handle the …
The math.Mod function in Golang is part of the math package and is used to calculate the remainder of the division of two floating-point numbers. This function is particularly useful in scenarios where you need to determine the fractional remainder of a division operation, such as in periodic calculations, cyclic operations, or wrapping around data …
The math.Trunc function in Golang is part of the math package and is used to truncate a floating-point number towards zero, effectively removing the fractional part and returning the integer portion of the number. This function is particularly useful when you need to disregard the decimal portion of a number without rounding, which can be …
The math.Floor function in Golang is part of the math package and is used to round a floating-point number down to the largest integer that is less than or equal to the original number. This function is particularly useful when you need to ensure that a value rounds down to the nearest whole number, such …
The math.Ceil function in Golang is part of the math package and is used to round a floating-point number up to the smallest integer that is greater than or equal to the original number. This function is particularly useful when you need to ensure that a value rounds up to the nearest whole number, such …
The math.Abs function in Golang is part of the math package and is used to calculate the absolute value of a floating-point number. The absolute value of a number is its non-negative value, regardless of its sign. This function is particularly useful when you need to ensure that numeric computations use only positive values, such …
The strings.Join function in Golang is part of the strings package and is used to concatenate elements of a slice of strings into a single string, with a specified separator between each element. This function is particularly useful when you need to create a string from a collection of substrings, such as when generating CSV …
The strings.TrimSuffix function in Golang is part of the strings package and is used to remove a specified suffix from a string. If the string ends with the specified suffix, the function returns the string without that suffix. If the string does not end with the suffix, the original string is returned unchanged. This function …
The strings.TrimSpace function in Golang is part of the strings package and is used to remove all leading and trailing whitespace from a string. This function is particularly useful for cleaning up input data by eliminating any extra spaces, tabs, or newline characters that may be present at the start or end of a string.
The strings.TrimRight function in Golang is part of the strings package and is used to remove all trailing characters specified in a cutset from a string. This function is useful for cleaning up strings by removing unwanted characters from the end, such as whitespace, punctuation, or other specific characters.
The strings.TrimPrefix function in Golang is part of the strings package and is used to remove a specified prefix from a string. If the string begins with the specified prefix, the function returns the string without that prefix. If the string does not begin with the prefix, the original string is returned unchanged. This function …
The strings.TrimLeftFunc function in Golang is part of the strings package and is used to remove all leading characters from a string based on a user-defined function. This function allows for more flexible trimming, as it enables you to specify complex criteria for which characters should be removed from the beginning of a string.
The strings.TrimLeft function in Golang is part of the strings package and is used to remove all leading characters specified in a cutset from a string. This function is useful for cleaning up strings by removing unwanted characters from the start of the string, such as whitespace, punctuation, or other specific characters.
The strings.TrimFunc function in Golang is part of the strings package and is used to remove all leading and trailing Unicode code points from a string based on a user-defined function. This function allows for greater flexibility when trimming strings, as it enables you to define complex criteria for what constitutes a character that should …
The strings.Trim function in Golang is part of the strings package and is used to remove all leading and trailing Unicode code points specified in a cutset from a string. This function is useful for cleaning up strings by removing unwanted characters from the start and end, such as whitespace, punctuation, or other specific characters.
The strings.ToUpper function in Golang is part of the strings package and is used to convert all characters in a string to uppercase. This function is useful for standardizing text input, performing case-insensitive comparisons, and formatting output text to adhere to specific style requirements.