Function reference • nanoAFMr

All functions
`AFM.artificialImage()`	Create an artificial AFMdata object
`AFM.crop()`	Crops an AFM image
`AFM.dataType()`	Get AFMdata object type: image, frequency, force, spectroscopy
`AFM.flatten()`	Flattens AFM Image
`AFM.flattenCheck()`	Check AFM image Flattening Process
`AFM.flattenFindLine()`	Find Lines on AFM Image
`AFM.flattenLine()`	Line Flatten Fit Parameters
`AFM.getLine()`	AFM horizontal or vertical profile line
`AFM.getSampleImages()`	Sample AFM image file names
`AFM.hhcf()`	Height-Height Correlation Function for AFM Image
`AFM.histogram()`	Histogram of AFM image
`AFM.history()`	History of AFM file generation
`AFM.import()`	Imports AFM file
`AFM.isFileValid()`	Valid AFM file
`AFM.isImage()`	checks if the object is an AFM image
`AFM.linePlot()`	Plots AFM line
`AFM.lineProfile()`	Line Profile
`AFM.math.params()`	Math Parameters for AFMdata Object
`AFM.partial()`	Identifies Partial AFM Image
`AFM.raster()`	Raster data frame
`AFM.readDB()`	Reads AFM object from SQL DB
`AFM.selectChannel()`	AFM select channels
`AFM.setLine()`	Set Pixels along Horizontal or Vertial Line of the AFM image
`AFM.specData()`	read spectroscopy channel data
`AFM.specHeader()`	read spectroscopy channel header info
`AFM.writeDB()`	Write AFM object to SQL DB
`AFMdata()` `AFMdata()`	AFM image class
`AFMinfo()`	AFMinfo object
`AFMinfo.item()`	Specific information about AFM image
`get.Hsd()`	Computes the standard deviation in height Hsd
`initialize(<AFMdata>)`	Constructor method of AFMImage Class.
`plot(<AFMdata>)`	Graph of AFMdata object
`print(<AFMdata>)`	Print AFMdata object
`summary(<AFMdata>)`	summary of AFMdata object
`summary(<AFMinfo>)`	summary for AFMinfo object
`summary(<AFMmath>)`	Summary of computed AFM image parameters

Reference

All functions