3.3.2.36 List

List-cmd

Lists objects in the current project in the Script window.

Syntax

list option [name]

Notes:

• The list generated depends on the option supplied.
• You need only supply the first letter of the option.
• Do not include a dash when specifying the option.
• There is also a List() function, which finds the index number of a specified value in a dataset.

Options

Examples and Notes

Examples and notes on the use of the list command are broken down by command option.

@; List all registry-stored persistent system variables

Syntax: list a

DO NOT precede the switch with a dash(-) character. When used by itself, as in ...

list @;

... ALL persistent variables stored at HKEY_CURRENT_USER\SOFTWARE\OriginLab\SysVar will be listed. To filter the list of persistent variables use letters in combination with the asterisk (*) wildcard character, as in the following examples:

list @A*  // lists all persistent sys vars at HKEY_CURRENT_USER\SOFTWARE\OriginLab\SysVar that begin with the letter "A"

See the delete @ command and also see list -svr, below.

a; List all session variables

Syntax: list a
As of 8.1 SR0, an optional argument [name] is supported to find specific variables. For example:

list -as str*;

eg; List all embeded graphs in active worksheet

Syntax: list eg

f; List the Origin C functions that can be called from LabTalk

Syntax: list f

Note: The @OC system variable affects this option for the list command. Its default value is 1, which allows Origin C functions to be called. Setting its value to 0 turns off the ability to call Origin C functions.

ff; List all fitting functions

Syntax: list ff [<wildCardName>]

If wildCardName is not specified, all fitting functions are listed. If wildCardName is specified, the output is limited to those functions whose names include the wild card string. For example:

list ff Gauss*;

lg; List the GetN tree of the last executed X-Function

This command returns the GetN tree of the last executed X-Function:

//Active worksheet and fill some data in column A
colsplit irng:=col(A) nrows:=3;
list -lg; // The colsplit X-Funtion's GUI tree will be listed

o; List all objects and labels in the current layer

Syntax: list o

This command returns three attributes of the objects in the active graph window layer:

1. index
2. type
3. name

The types are as follows:

An asterisk character (*) appearing next to the value Type in the output indicates the style holder is in use. For example, enter the command:

list o;  // First make a graph the active window by selecting it.

And see output similar to the following:

1 0 YL, 0x0cfd2bd0
2 0 XB, 0x0d02eff0
3 3 __BCO2, 0x0d02f108
4 0 Legend, 0x0cb78fd8
5 7* _202, 0x0cfb90f0

op UID; list operations in the whole project

Syntax: list op [UID]

List all analysis operations in the project, or the operations specified with UID.

list op 812; //812 is UID

opi/opo; list operations whose input/output is in active sheet

Syntax: list opi/opo

List operations related to active worksheet:

list opi;  // list operations with UID whose input is in active sheet
list opo;  // list operations with UID whose output is in active sheet

1:ClassName: XFOperation(rnormalize), UID = 803, GUID = , duration=0
  Input:
    <DataRange>	UID = 804	Plots:	0
	(0) X: [Book1]Sheet1!A	c1 = 0, c2 = 0  r1 = 0  r2 = -1
	(1) S: <empty>	c1 = -1000000001, c2 = -1000000001  r1 = -1000000001  r2 = -1000000001
  Output:
    <DataRange>	UID = 805	Locked: 00000000000000000000000000000000	Plots:	0
	(0) X: [Book1]Sheet1!C"Normalized1"	c1 = 2, c2 = 2  r1 = 0  r2 = -1
	(1) S: <empty>	c1 = -1000000001, c2 = -1000000001  r1 = -1000000001  r2 = -1000000001

The UID number obtained here can be used to open Change Parameters' dialog for the corresponding tool using run -auc UID. Eg:

run -auc 803; // Open Normalize Columns dialog

rc; total number of data ranges in the opened project

Syntax: list -rc

list -rc;  // total number of data ranges in the opened project

rn; list existing named ranges

(2025) Syntax: list -rn

rrvs L/P/D<more options>; list all the dataplots using virtual datasets

Syntax: list -rrvs L<more options>
To list all the data plots in the active graph layer that use virtual datasets

Syntax: list -rrvs P<more options>
To list all the data plots in the active graph window that use virtual datasets

Syntax: list -rrvs D<more options>
To list all the data plots in the entire project that use virtual datasets

<more options> determines how to dump virtual data information. The following two letters are possible:

For example, to dump all the data plots in the project that use virtual datasets, regardless of whether the corresponding range can be found, use:

list -rrvs DRN;

The output would be something like:

Page: Graph1
	Frame Index = 1
(1):   bPlotType = 103	UID = 0	op = 0x0C53E298
	->s           	= 02B35FA4  VM1
	Virtual Series uid = 1340 	Range = 12CC9EC8
	->dependent   	= NULL
	->pXdependent 	= NULL
	->pDrawData 	= NULL
Page: Graph2
	Frame Index = 1
(1):   bPlotType = 103	UID = 0	op = 0x0C53EEA0
	->s           	= 02B360C4  VM2
	Virtual Series uid = 1346 	Range = 12CC9BA8
	->dependent   	= NULL
	->pXdependent 	= NULL
	->pDrawData 	= NULL

s; List all datasets (previously known as series)

Syntax: list s

sl; List all loose datasets

Syntax: list sl

See Datasets for information on loose datasets. Also, see list so.

so; List all orphaned datasets

Syntax: list so

This option exists to clean up "orphaned" datasets, possibly created in older versions of Origin. Orphaned datasets can be created in a couple of ways. Typically, they are left-over datasets created for internal use but which, for some reason, failed to be deleted when the associated object or process that was using it, was destroyed.

Note: The so option will also return loose datasets created without declaration (e.g. temp = {1,2,3,4,5}).

soc; dump count of orphaned datasets

Syntax: list soc [var]

...where [var] is an optional variable for holding the count of orphaned datasets.

list soc v1; // put count of orphaned datasets to variable v1.

st; List all datasets with storage

Syntax: list st

Origin datasets (worksheet columns, matrix objects, etc.), like other Origin objects, can store metadata. Use this list command switch to return the name and UID of storage-containing datasets.

Note: In rare instances, this has allowed creation of a bloated project file whose file size is disproportionately large compared to the project's visible data, causing problems of opening, working with and saving of the project file. Use the -st switch to check for the presence of datasets with associated storage.

If you find datasets with storage, you can further examine to see what the storage object may hold. Open the Script Window or Command Window and enter the name of dataset, prefixing that dataset name with...

dataset.

... and appending

.info.

As for example...

dataset.Book1_B.info.=;

At this point, you may find a named object that looks suspect and you could delete the problem object using something like...

dataset.Book1_B.info.Remove(SYSTEM)

... where SYSTEM is the name of the suspect object.

See also, Accessing Dataset Storage

svr; List all persistent system variables in Origin

Syntax: list svr

This is a comprehensive list of persistent system variables, including those whose values have been modified by the user and thus, stored in the registry. See the introductory note at LabTalk System Variable List for more information.

v; List all numeric variables

Syntax: list v

Output is in the form Index VariableName Type Value.

The third column displayed indicates the type of the variable:

For example:

list v;   // List all numeric variables in the Script Window

Project:
1 X 3 10
2 Y 3 7
3 FITNPTS 5 60

For another way to view LabTalk variables, see also the variable editor, Language Reference: Object Reference: Alphabetical Listing of Objects: Ed (object).

vs; List all string variables

Syntax: list vs

Does not include String Registers!

vt; List all tree variables

Syntax: list vt

xf; List X-Functions

Syntax: list xf [<wildcardName>]

If wildCardName is not specified, all X-Functions are listed. If wildCardName is specified, the output is limited to those X-Functions whose names include the wild card string. For example:

list xf impi*;

Produces the following output:

impIgorPro
impImage
impinfo

An X-Function, lx, exists which does the same thing, but allows for more flexible control of the output.

See Also:

Ed (object) to provide script access for the Code Builder.

Edit command to open the LabTalk Variables and Functions dialog.

Document (command) to loop over objects.

Delete (command) to delete LabTalk variables.