# Message file for 3DFNEdit

Iconbar:\T3DFNEdit application.|MClick on this icon to open the edit window and enter the function to plot.

InfoW:\T3DFNEdit application
InfoW2:This application allows you to enter a 3D function (z=f(x,y)) in BASIC format, and to produce a set of mesh points for plotting as a surface.|MThe mesh may have up to 50x50 points
InfoW3:The author, Chris Johnson, can be contacted at chris@chris-johnson.org.uk
InfoW4:\Tversion number and the date it was produced.


SaveW0:\Da directory viewer to save the data in %0 format
SaveW:This \w allows you to save your data in %0 format
SaveW1:Enter the name for the file you wish to save.|MIf the full path name is entered you may then click on Save or press RETURN.|MIf you just enter the filename then you must drag the file icon to a directory viewer.
SaveW2:\Ssave the data in %0 format.|MThe full path name must be set up in the writable icon for this to work.

Input0:Enter the name of the function here.|MA name is entirely optional.
Input1:Enter the function of X and Y here.|MAll lower case characters will be converted to upper case.|MYou may have up to 240 characters in the function.
Input7:\Ssee step choices available.
Input8:This shows the number of steps used to produce the surface mesh.|MChange the value by clicking \s on the menu icon.
Input9s:You have chosen to evaluate the function with x values symmetrical about zero.|M\Senter different positive and negative values.
Input9u:You have chosen to allow different positive and negative values for the x range.|M\S to always use symmetrical values about zero.
Input4:This shows the X value range symmetrical about zero.
Input14:This shows the minimum X value.
Input15:This shows the minimum Y value.
Input16:This shows the maximum X value.
Input17:This shows the maximum Y value.
Input19:\Ssend the data to !Surface (or !3DPlotter) for plotting.
Input20:\Sclear all the data entry fields.
Input21:\Sclose this window without plotting a surface.|MThe data will not be lost, but can be recovered by reopening the window.
Input22:This shows the Y value range symmetrical about zero.
Input23s:You have chosen to evaluate the function with y values symmetrical about zero.|M\Senter different positive and negative values.
Input23u:You have chosen to allow different positive and negative values for the y range.|M\S to always use symmetrical values about zero.
Input24:Tick this option if you wish to modify a surface that is already being viewed.

HMW13:\Ton-line help facility

#Error messages
3DPBounce:3D surface plotter is not responding. Check that !Surface or !3DPlotter is running and try again
PipeBroke:Data Transfer Failed! Receiver died
Nofunc:You must enter a function before you save or plot the data
NoHelp:3DFNedit was unable to find the application help files
NoViewer:Neither !Surface nor !3DPlotter is running. Try again after a viewer application is running.
Surfstart:A viewer application is needed to plot the data. Surface has been started. Try again when it is on the iconbar.
InvXrange:The values of minimum and maximum X must be different.
InvYrange:The values of minimum and maximum Y must be different.
SwapX:The vaues of minimum and maximum X have been swapped.
SwapY:The vaues of minimum and maximum Y have been swapped.
NoEdit:This datafile appears not to have been created by 3DFNEdit, and will not be loaded.

#Menu help

Mibar0:\Rsee information about 3DFNEdit.
Mibar1:\Sopen the user guide.
Mibar2:\Squit 3DFNedit and remove its icon from the iconbar.

Minput0:\Rsave the evaluated data as a text file.|MThe file can be reloaded, or loaded into !surface or !3Dplotter
Minput1:\Ssend the data directly to !surface or !3Dplotter.|MOne of these applications must be loaded on the iconbar for this to work
Minput2:\Sopen help \w

#Warnings

#Menus
IbarMenu:3DFnEdit/Info/Help.../Quit
EditMenu:3DFnEdit/Save/Plot
StepsMenu:Steps/20/30/40/50/60/70/80/100
