Convert an alpha confidence level to a standard deviation range | |

Calculate Amplitude Distribution | |

Calculate the total area of a series using Simpson’s rule | |

N-point neighboring point averaging | |

Calculate the generalized binomial coefficient | |

N-point block average | |

N-point block maximum | |

N-point block median | |

N-point block minimum | |

N-point block RMS | |

Calculate closed loop area | |

Convert a confidence level (%) to a standard deviation range | |

Number of samples in each column | |

Maximum value in each column | |

Mean value for each column | |

Median value for each column | |

Minimum value for each column | |

Apply REDUCE function to each column | |

Calculates the RMS for each column | |

Standard deviation of each column | |

Calculate the confidence level for a given density function and x value | |

Calculates the integral of a series using the trapezoidal rule. | |

Calculate derivative | |

Calculate 2 point series difference | |

Perform a derivative on XY data | |

Return the minimum positive real value | |

Add error bars to graph | |

Exponential Moving Average | |

Calculates the derivative of a series in the frequency domain | |

Calculates the integral of a series in the frequency domain | |

Generate normally distributed random series | |

Generate binomial distributed random series | |

Generate gamma distributed random series | |

Generate uniformly distributed random series | |

Generate Poisson distributed random series | |

Calculate the 2D derivative of an array | |

Calculate the frequency of values in a series | |

Calculate the square root of the sum of squares | |

Grids XYZ data using the inverse distance method | |

Normalize series to percentage terms | |

Calculates the integral of a series using Simpson’s rule. | |

Return the numeric representation of positive infinity | |

Interpolate XYZ data to arbitrary XY coordinates using the inverse distance method | |

Return z value of the probability of X <= z for a normal distribution | |

Return z value for input probability based on normal pdf | |

Calculate the kurtosis of a series | |

Calculate derivative from the left | |

Return length of series | |

Zero phase moving average | |

Zero phase exponential moving average | |

General Linear Least Squares Regression | |

Determine linear regression | |

Linear regression of two or more series | |

Zero phase moving RMS | |

Calculate max | |

Calculate mean | |

N-point median filtering on a series | |

Calculate median | |

N-point moving average | |

N-point moving average with end point padding | |

N-point moving maximum | |

N-point moving median | |

N-point moving minimum | |

N-point moving RMS | |

N-point moving standard deviation | |

Return the unordered combinations of N items in groups of K | |

Calculate Partial sum | |

Calculate Pascal's Triangle | |

Return the probability density function for a normal distribution | |

Calculate Pearson's Linear Correlation Coefficient | |

Estimate the percentile of a series | |

Calculate the area of a regular polygon | |

Find the roots of a polynomial in ascending powers | |

Calculate the probability of X <= z for a normal distribution | |

Calculate derivative from right | |

Root Mean Square | |

Find the roots of a polynomial in descending powers | |

Apply REDUCE function to each row of a matrix | |

Return length of series | |

Grids XYZ data using spline interpolation | |

Calculate the skewness of a series | |

Performs two-dimensional cubic spline fitting | |

Display statistics, STDEV and ERROR | |

Calculate summary statistics for one or more series | |

Calculate the standard error of a series or table | |

Calculate Standard Deviation | |

Generate Singular Value Decomposition of a matrix | |

Solves for x in A *^ x = b using singular value decomposition | |

Calculate the total area of a series using the trapezoidal rule | |

Fit a line to a series | |

Calculate x value for a given density function and confidence level |