project: Interfometry project
In matwey/Rfringe: Rfringe

Description Usage Arguments Details Value Note Author(s) See Also Examples

Creates an instance of an interferometry project.

1	project(project.id, project.notes=NULL, project.tester=NULL, project.date=NULL)

`project.id`	Character string - an identifier for the project
`project.notes`	Optional character string - additional project notes
`project.tester`	Optional character string - the tester (or any other useful information)
`project.date`	Optional character string - date of the test (or other information)

Provides an "object oriented" framework for the analysis of multiple interferograms as a group. A call of the form .thisproject <- project("myproject") creates an "instance" of a project object. All functions for processing the grouped data are returned with the function call.

A list with the following components:

`ev`	The environment of the `project()` function call
`isIntProject`	Identifies this object as an interferometry project
`project.addto`	Utility function - copies data from an interferogram into project object
`project.removefrom`	Utility function - removes interferogram data from project object
`plot.wf`	Plot function - Wavefront map
`plot.contour`	Plot function - Cross sections of wavefront along selected diameters
`plot.startest`	Plot function - Star test simulation with optional MTF plot
`plot.wf3d`	Plot function - Interactive 3d plot of wavefront (requires package `rgl`)
`plot.spm`	Plot function - Coplots of RMS, P-V, and Strehl from individual interferograms
`print.summary`	Output function - Prints basic summary statistics to the console window
`print.details`	Output function - Prints more details of estimated Zernike coefficients
`print.latex`	Output function - A printable detailed report, in pdf format (requires `pdflatex`)

These functions will rarely be accessed directly at the command line if the GUI is used.

M.L. Peck mpeck1@ix.netcom.com. Thanks to Steven Koehler for valuable programming ideas, especially his approach to object instantiation in R.

Rfringe, interferogram,

  ## Not run: 
    .thisproject <- project("myproject")  # create a project object
    .thisproject$project.addto(.thisint$ev)	#note you add an interferogram 
    						# by passing its environment
    .thisproject$plot.wf()	#Plot averaged wavefront
    .thisproject$plot.spm()	#Possibly interesting comparisons of interferograms
    .thisproject$print.summary()	#Some basic summary statistics
  
## End(Not run)