::mfp::math::number::ceil(1) :

ceil(x), where x is a float value, returns the smallest integer no smaller than x.

::mfp::math::number::ceil(2) :

ceil(x,y), where x is a float value and y is a positive integer, returns the smallest float value with y digits after decimal point no smaller than x.

::mfp::math::number::conv_bin_to_dec(1) :

conv_bin_to_dec(x) converts a non-negative binary value or string x (can be float or integer) to a decimal value.

::mfp::math::number::conv_bin_to_hex(1) :

conv_bin_to_hex(x) converts a non-negative binary value or string x (can be float or integer) to a hexadecimal string.

::mfp::math::number::conv_bin_to_oct(1) :

conv_bin_to_oct(x) converts a non-negative binary value or string x (can be float or integer) to an octal string.

::mfp::math::number::conv_dec_to_bin(1) :

conv_dec_to_bin(x) converts a non-negative decimal value or string x (can be float or integer) to a binary string.

::mfp::math::number::conv_dec_to_hex(1) :

conv_dec_to_hex(x) converts a non-negative decimal value or string x (can be float or integer) to a hexadecimal string.

::mfp::math::number::conv_dec_to_oct(1) :

conv_dec_to_oct(x) converts a non-negative decimal value or string x (can be float or integer) to an octal string.

::mfp::math::number::conv_hex_to_bin(1) :

conv_hex_to_bin(x) converts a non-negative hexadecimal value or string x (can be float or integer) to a binary string.

::mfp::math::number::conv_hex_to_dec(1) :

conv_hex_to_dec(x) converts a non-negative hexadecimal value or string x (can be float or integer) to a decimal value.

::mfp::math::number::conv_hex_to_oct(1) :

conv_hex_to_oct(x) converts a non-negative hexadecimal value or string x (can be float or integer) to an octal string.

::mfp::math::number::conv_oct_to_bin(1) :

conv_oct_to_bin(x) converts a non-negative octal value or string x (can be float or integer) to a binary string.

::mfp::math::number::conv_oct_to_dec(1) :

conv_oct_to_dec(x) converts a non-negative octal value or string x (can be float or integer) to a decimal value.

::mfp::math::number::conv_oct_to_hex(1) :

conv_oct_to_hex(x) converts a non-negative octal value or string x (can be float or integer) to a hexadecimal string.

::mfp::math::number::fact(1) :

Function fact(x) calculates factorial of a non-negative integer x.

::mfp::math::number::floor(1) :

floor(x), where x is a float value, returns the largest integer no larger than x.

::mfp::math::number::floor(2) :

floor(x,y), where x is a float value and y is a positive integer, returns the largest float value with y digits after decimal point no larger than x.

::mfp::math::number::is_prime(1) :

Function Is_Prime(x) is used to determine if a positive integer x(>=2) is a prime number or not. If x is not a positive integer or it is less than 2, return false.

::mfp::math::number::mod(2) :

mod(x,y) returns the remainder of x/y (y must be positive). If x and y are not integers, they will be converted to integer numbers first.

::mfp::math::number::round(1) :

round(x) returns rounded integer value of x.

::mfp::math::number::round(2) :

round(x,y) returns rounded value of x with y digits after decimal point.