Methods for Calculating Gradient Surface Metrics
Estimate the Areal Autocorrelation Function
Find Local Valleys
Calculate a Least Squares Polynomial Surface
Flattened Surface Area
Area Above the Bearing Area Curve
Calculates the Rotated Bearing Area Curve
Finds the Best Fit Polynomial Surface
Calculate Texture Metric for Single Pixel
Degree to Radian Conversion
Estimate Maximum Correlation Length
Estimate Minimum Correlation Length
Radian to Degree Conversion
Fourier Transform Shift
Finds the Flattest Part of the Bearing Area Curve
Find Local Peaks
Calculate Texture Metrics per Pixel
Value of the Bearing Area Curve at a Specified Value
Extend edges of a matrix.
Plots the Bearing Area Curve
Removes the Best Fit Polynomial Surface
Rotates a matrix 180 degrees.
Ten-Point Height
Calculates the Average Roughness of a Surface
Surface Bearing Index
Core Fluid Retention Index
Calculate Correlation Length
Height Intervals of the Bearing Area Curve
Root Mean Square Slope of Surface
Root Area Mean Square Slope of Surface
Surface Area Ratio
Summit Density
Calculate the fractal dimension of a raster.
Calculate the fractal dimension of a raster (C function).
Simpson's Rule Empirical Area Under a Curve
Core Roughness Depth
Calculates the Kurtosis of Raster Values
Determines the Slopes Along the Bearing Area Curve
Determines the Average Slope Along Larger Segments of the Bearing Area...
Calculates the Mean Peak Height of a Surface Image
Calculates the Maximum Peak Height of a Surface Image
Reduced Peak Height
Calculates the Root Mean Square Roughness of a Surface
Radial Wavelength Metrics
Mean Summit Curvature
Calculates the Skewness of Raster Values
Texture Direction Metrics
Estimate Texture Aspect Ratio
Surface Area
Calculates the Maximum Valley Depth of a Surface Image
Valley Fluid Retention Index
Reduced Valley Depth
Calculate Texture Metrics per Pixel
Calculate Texture Metric for Single Pixel
Offset Raster or Matrix Values
Methods for calculating gradient surface metrics for continuous analysis of landscape features.