| Maptitude GISDK Help |
Here is a summary of the math GISDK functions:
| GISDK Function | Summary |
|---|---|
| Abs() | Computes the absolute value of a number |
| Acos() | Computes the arc cosine of a value |
| Acosh() | Computes the hyperbolic arc cosine of a value |
| ArrayMax() | Determines the largest value in an array of numbers |
| ArrayMin() | Determines the smallest value in an array of numbers |
| Asin() | Computes the arc sine of a number |
| Asinh() | Computes the hyperbolic arc sine of a value |
| Atan() | Computes the arc tangent of a number |
| Atan2() | Computes the angle between the x-axis and the coordinates x_num, y_num |
| Atanh() | Computes the hyperbolic arc tangent of a number |
| Avg() | Computes the average value of the elements of an array |
| Ceil() | Returns the next larger integer after a value |
| Cos() | Computes the cosine of an angle expressed in radians |
| Cosh() | Computes the hyperbolic cosine of an angle expressed in radians |
| Exp() | Returns the value of the constant e raised to a power |
| Factorial() | Returns the factorial of an integer value |
| Floor() | Returns the next smaller integer before a value |
| IRR() | Computes the internal rate of return for a series of cash flows |
| Kurtosis() | Returns the kurtosis of an array of numbers |
| Log() | Returns the natural logarithm of a number |
| Log10() | Returns the common logarithm of a number |
| Max() | Returns the larger of two values |
| Mean() | Computes the mean (average) of the elements of an array |
| Median() | Computes the median of the elements of an array |
| Min() | Returns the smaller of two values |
| Mod() | Returns the remainder (modulus) when one number is divided by another |
| NullToZero() | Converts a null numeric value to zero |
| Percentile() | Returns the value at which a given percentile is reached |
| Pow() | Computes the value of a number raised to a power |
| RandomNumber() | Generates a random number between 0.0 and 1.0 |
| RandSamples() | Return an array of random samples of the given type of random distribution and parameters defined in the options array |
| RealToInt() | Converts a real number to an integer |
| Round() | Returns a value rounded to a specified number of decimal places |
| SetRandomSeed() | Seeds the RandomNumber() function |
| Sign() | Computes the sign of a number |
| Sin() | Computes the sine of an angle expressed in radians |
| Sinh() | Computes the hyperbolic sine of an angle |
| Skew() | Returns the skew of values in an array |
| Sqrt() | Returns the square root of a number |
| Std() | Computes the standard deviation of an array of numbers |
| StringToInt() | Converts a string to an integer value |
| StringToReal() | Converts a string to a real number |
| Sum() | Computes the sum of an array of numbers |
| Tan() | Computes the tangent of an angle expressed in radians |
| Tanh() | Computes the hyperbolic tangent of an angle |
| Value() | Converts a string to a real number |
| Var() | Returns the variance of an array of numbers |
| ZeroToNull() | Converts a zero numeric value to null |
Here is a summary of GISDK functions that do bitwise operations on integers:
| GISDK Function | Summary |
|---|---|
| BitwiseAnd() | Computes the bitwise AND of two integers |
| BitwiseNot() | Computes the bitwise NOT of an integer |
| BitwiseOr() | Computes the bitwise OR of two integers |
| BitwiseXor() | Computes the bitwise exclusive OR of an integer |
| ShiftLeft() | Does a left arithmetic shift of the bits in an integer |
| ShiftRight() | Does a right arithmetic shift of the bits in an integer |
| ©2025 Caliper Corporation | www.caliper.com |