The GMP function uses arbitrary-length integers to perform mathematical operations. The GMP function contains the GMP number as an argument.
Example: Program to perform the division of GMP numbers when numeric strings as GMP numbers are passed as arguments.
PHP
<?php// PHP program to perform division of// GMP numbers passed as arguments// strings as GMP numbers$num1 = "-6";$num2 = "2";// calculates the quotient when// $num1 is divided by $num2$quo = gmp_div_q($num1, $num2); echo $quo;?> |
Output:
-3
The complete list of GMP functions are given below:
|
PHP GMP Function |
Description |
|---|---|
| gmp_abs() | Calculate the absolute value of a GMP number |
| gmp_add() | It is used to add two GMP numbers. |
| gmp_clrbit() | The gmp_clrbit() function sets the bit at a specified index in a GMP number to 0. |
| gmp_cmp() | Compare two GMP numbers. |
| gmp_com() | Calculate the one’s complement of a GMP number |
| gmp_div_q() | Perform the division of GMP numbers( |
| gmp_div_qr() | The division operation between two GMP numbers |
| gmp_div_r() | Performs the division operation between two GMP numbers |
| gmp_divexact() | Check whether a GMP number |
| gmp_export() | That exports to a binary string. |
| gmp_fact() | Calculate the factorial of a GMP number |
| gmp_gcd() | Calculate the GCD of 2 GMP numbers |
| gmp_gcdext() | Calculates the GCD and and multipliers of a given equation |
| gmp_hamdist() | Find the hamming distance between two GMP numbers |
| gmp_import() | That imports a GMP numb |
| gmp_intval() | Converts a GMP number to an integer. |
| gmp_invert() | Find the modular inverse of a GMP number |
| gmp_jacobi() | Computes the Jacobi symbol of two GMP numbers |
| gmp_legendre() | Computes the Legendre symbol of two GMP numbers |
| gmp_mod() | Find the modulo of a GMP number( |
| gmp_mul() | It is used to multiply two GMP numb |
| gmp_neg() | Returns the negative of a GMP number |
| gmp_nextprime() | Calculate the prime number just greater than a given GMP number |
| gmp_perfect_square() | Checks if the given GMP number |
| gmp_popcount() | Find the population count of a GMP number |
| gmp_pow() | Calculate the power raised to a number of a GMP number and an integer |
| gmp_prob_prime() | Check how much the possibility of a given GMP number |
| gmp_random_bits() | Generates a random number. |
| gmp_random_range() | Generated lies between the range min to max. |
| gmp_random_seed() | Sets the RNG to see |
| gmp_root() | Returns the integer part of the N-th root of a GMP number |
| gmp_rootrem() | Calculate the nth root of a GMP number (GNU Multiple Precision: For large numbers) |
| gmp_scan0() Fun | It is used to scan “0” in a GMP numb |
| gmp_scan1() | It is used to scan “1” in the GMP number |
| gmp_setbit() | Set the bit index in the given $num. |
| gmp_sign() | Checks the sign of a given GMP number |
| gmp_sqrt() | Calculate the square root of a GMP number |
| gmp_sqrtrem() | Calculate the square root of a GMP number |
| gmp_strval() | Returns the string value of a GMP number. |
| gmp_sub() | Returns the subtraction of the two GMP numbers. |
| gmp_testbit() | Checks if the specified bit of a given GMP number |
| gmp_xor() | Calculate the XOR of 2 GMP numbers |
| gmp_random() | Random numbers will be between zero and the number of bits per limb |
