plot2 module <region>

This module defines the region of the plane that is to be contoured and displayed.

{x region} <x_region>
The lower and upper limits of the first plane dimension. The first number must be less than the second number.

{y region} <y_region>
The lower and upper limits of the second plane dimension. The first number must be less than the second number.

{points : ppm : Hz} <region_reference>
The x and y regions may be defined in points, ppm or Hz.

{whole} <whole>
Display the region that encloses all the data sets.

{saved positions} <select>
The limits of a region may be saved. This allows an easy way to accurately move back to a previous position.

{position name} <position_name>
Each saved position has its own name. A listing of all saved positions is given. Note, these are not actually saved to disk unless you answer 'yes' to the question about whether you want to save the parameters when you quit the program.

{insert} <insert>
Insert the current position (defined by the x, y region) in the list, with the specified name. If the name is already used then confirmation is requested.

{go to} <go_to>
Go to the position selected from the listing.

{delete} <delete>
Delete the position selected from the listing.

{no : yes} <stats_use_file>
Determines whether statistics printed to file (as well as display).

{statistics file} <statistics_file>
The file used if statistics printed to file.

{stats} <stats>
Calculate various statistics for the chosen region. If there is a rectangle drawn on the display then the statistics for this sub-region are calculated instead.

{whole} <whole>
Displays the entire region (big enough to enclose all data sets).

{peaks} <peaks>
Popup the peaks module.

{folding} <folding>
Popup the fold module.

{apply} <apply>
Calculate the contours and display the result. The current parameters (e.g. the region and contour levels) as defined are the ones used.

{dismiss}
Close the module (the parameters are remembered).

{help}
Display this message.

Azara help: plot2/region / W. Boucher / azara@bioc.cam.ac.uk