A floating-point type with extended precision, typically larger than `double` and used for high-precision arithmetic. The size and precision depend on the platform but are often 80 or 128 bits.
Read about return values of quantexpd128 function .
1st Parameter Type : long double
A floating-point type with extended precision, typically larger than `double` and used for high-precision arithmetic. The size and precision depend on the platform but are often 80 or 128 bits.
1st Parameter
The input value for which the quantized exponential will be computed.
Read more about parameters of quantexpd128 in parameters section
The quantexpd128function in C language Determines the exponent of a decimal floating-point number (_Decimal128). Note: This is part of the optional decimal floating-point arithmetic support.
The quantexpd128 function computes the quantum exponent of a _Decimal128 number. The quantum exponent is the power of 10 that the significand of the decimal floating-point number has to be scaled by to produce the given number. This function provides the highest precision among the quantexp family and is crucial for applications requiring extreme precision in decimal calculations, such as financial or scientific computations.
The quantexpd128function takes 1
parameter:
•
long double `x`: The input value for which the quantized exponential will be computed.
Computes the exponential of the input `x` using a quantized representation for 128-bit floating-point values. This function is designed for applications requiring very high precision and accuracy, such as advanced scientific computing and high-performance numerical analysis. Returns the quantized exponential result as a `long double`.
The quantexpd128 function return value :
Returns the quantum exponent of x
Output
This example demonstrates the use of quantexpd128 to determine the quantum exponents of two _Decimal128 numbers with different scales and precisions.