The Swift has a Math module which contains number of methods and constants that are available for mathematical operation. The methods and constants of Math module are listed below:
| Functions | Description |
|---|
| sin() |
Returns the trigonometric sine of an angle in radians. |
| cos() |
Returns the trigonometric cosine of an angle in radians. |
| tan() |
Returns the trigonometric tangent of an angle in radians. |
| asin() |
Returns the arc sine of a value. |
| acos() |
Returns the arc cosine of a value. |
| atan() |
Returns the arc tangent of a value. |
| atan2() |
Returns the angle theta from the conversion of rectangular coordinates (x, y) to polar coordinates (r, theta). |
| Functions | Description |
|---|
| sinh() |
Returns the hyperbolic sine of a value. |
| cosh() |
Returns the hyperbolic cosine of a value. |
| tanh() |
Returns the hyperbolic tangent of a value. |
| asinh() |
Returns the inverse hyperbolic sine of a value |
| acosh() |
Returns the inverse hyperbolic cosine of a value |
| atanh() |
Returns the inverse hyperbolic tangent of a value |
| Functions | Description |
|---|
| exp() |
Returns the exponent of e. |
| expm1() |
Returns the exponent of e minus 1, i.e., ex-1. |
| exp2() |
Returns the exponent of 2, i.e., 2x. |
| log() |
Returns the natural logarithm of a given number. |
| log1p() |
Returns the natural logarithm of (1+number), i.e., log(1+number). |
| log10() |
Returns the base-10 logarithm of a given number. |
| log2() |
Returns the base-2 (binary) logarithm of a given number. |
| Functions | Description |
|---|
| ceil() |
Rounds the given number up to the nearest integer. |
| floor() |
Rounds the given number down to the nearest integer. |
| fmod() |
Computes remainder of a division. |
| remainder() |
Computes remainder of a division. |
| remquo() |
Computes remainder and quotient of a division. |
| trunc() |
Rounds the given number towards zero. |
| rint() |
Rounds the given number to nearby integral value. |
| lrint() |
Rounds and casts the given number to Int value. |
| llrint() |
Rounds and casts the given number to Int64 value. |
| round() |
Rounds the given number to nearby integral value. |
| lround() |
Rounds and casts the given number to Int value. |
| llround() |
Rounds and casts the given number to Int64 value. |
| nearbyint() |
Rounds the given number to nearby integral value. |
| Functions | Description |
|---|
| pow() |
Returns base raised to the power of exponent. |
| sqrt() |
Returns the square root of the given number. |
| cbrt() |
Returns the cube root of the given number. |
| hypot() |
Returns square root of sum of squares of two arguments, i.e., sqrt(x2 +y2). |
| Functions | Description |
|---|
| erf() |
Returns the error function of the argument. |
| erfc() |
Returns the complementary error function of the argument. |
| tgamma() |
Returns gamma function of the argument. |
| lgamma() |
Returns log-gamma function of the argument. |
| Functions | Description |
|---|
| abs() |
Returns the absolute (positive) value of the given number. |
| fma() |
Fused multiply-add operation. |
| fmax() |
Returns the number with maximum value. |
| fmin() |
Returns the number with minimum value. |
| fdim() |
Returns positive difference. |
| frexp() |
Get significand and exponent. |
| scalbn() |
Scale significand using floating-point base exponent (Int32). |
| scalbln() |
Scale significand using floating-point base exponent (Int). |
| nextafter() |
Returns next representable value. |
| nexttoward() |
Returns next representable value toward precise value. |
| logb() |
Returns the floating-point base logarithm of a given number. |
| ilogb() |
Returns the integer part of the floating-point base logarithm of a given number. |
| copysign() |
Returns a number with magnitude of first argument and sign of second argument. |
| modf() |
Break the given number into fractional and integral parts. |
