Macros & Scripts

Macros.

Macros are recorded while EasyNN-plus is being used. Recording is started with Record on the Macro menu or Ctrl + F2. Recording is stopped using Stop recording on the Macro menu or Ctrl + F3. EasyNN-plus macros are text files with the .ens extension. Functions are fully recorded when possible but some are only partially recorded or they are nested within other functions. The right click, grid pre-processing functions are not recorded.

Script Commands can be added to macros using Commands on the macro menu. Recording can be continued after adding script commands or recording can be stopped and the commands can be played immediately. Multiple script commands are separated with a ; character. For example, if the line f; stl; fps(0,0,1,100) is entered it will be split into three separate script commands in the macro. If the macro is then played back the commands will cause the currently open network to forget learning, start learning and then stop learning after 100 cycles. Alternatively recording can be stopped and the commands played by adding three colon characters. The example would become f; stl; fps(0,0,1,100); ::: .

Whole scripts can be added to macros using Add Expanded Script on the Macro menu. The selected script file will be expanded into its original format and then each command will be added to the macro. Recording can be continued after adding an expanded script file.

A script file can be added at the end of a macro using Add Script File on the macro menu. This will put a RunScriptFile(script file); command into the macro. When the macro is played back it will play the recorded functions and script commands. It will then run the script file and terminate the macro.

Playback is started using Play on the Macro menu, Ctrl + F4 or using Run Script File on the File menu. Macro files can also be passed to EasyNN-plus as a parameter in the same way as script files.

A macro called specscr.ens is included in the Samples folder that creates a network similar to the Species.tvq sample.

Scripts.

EasyNN-plus scripts are text files with .ens or .txt extensions and can be edited with any text editor. Script files can be loaded and run from within EasyNN-plus using Run Script File on the File menu. They can also be passed to EasyNN-plus as a parameter.

Scripts can contain commands to import the data, build the neural network, control learning, validating and querying.

Warning: Script commands call low level functions. The command parameters are validated but some error checking has to be disabled so that the scripts will run. All scripts should be designed and tested very carefully. Script commands that will overwrite existing files should only be used when backup files are available.

Script files based on the currently loaded network can be produced using Generate Script File on the File menu. The generated files will contain commands to create the grid columns and set the network controls. Commands to create the grid rows, import the data and build the neural network can then be added.

Scripts can be tested by stepping through them one line at a time. Start the script with an ess command to enable single step mode.

The pause command can be used to temporarily stop and exit from a script. When the script is restarted it will run from the line after the pause.

The commands and error messages that are produced while running the script can be directed to a log file by including the lsc command in the script. The script will stop if the lsc command fails to open the log file.

The name of a script file can be passed as an EasyNN-plus parameter in the command line.

This test line shows how to call EasyNN-plus from Start > Run.

"C:\Program Files\EasyNN-plus\EasyNN.exe" "C:\Program Files\EasyNN-plus\Samples\ascript.txt"

The script imports atest.txt and uses it to create a network. The files ascript.txt and atest.txt are included in the Samples folder.

Macro and Script Commands.

Comments: Lines starting with any non alpha character can be used for comments.

Parameters:

String parameters are checked to be valid strings.

Integer and double parameters are checked to be within the valid range.

Bit parameters are checked to be 0 (false) or above 0 (true).

Macro parameters are produced while recording.

Macro functions can be included in Scripts but they must be tested very carefully. Script command names are shown in black, macro function names are shown in red. When a macro function has exactly the same parameters as a script command it is listed below the command. All macro functions are case sensitive. Script commands in full or as short names can be in any case.

AddCol Adds a column

bit Ask (ignored)

bit Output

bit New column

AddRow Adds a row

bit Ask (ignored)

int Type

bit Head

bit Modified

autosave Set AutoSave

string File base name

int Cycles per save

bit Save if lower error

bit Save if validating results improve

autosaveassociationsfile

asas

AutoSaveAssociationsFile

string File name

autosaveclustersfile

ascl

AutoSaveClustersFile

string File name

backto Go back to label

string Label

int Repeats

Warning: Only one backto or bt command is allowed in a script.

createcolumns Creates columns

int Number of columns

ChangeNetwork Increase nodes

int Number of nodes to add to hidden layer

int Hidden layer number 1, 2 or 3

ChangeRows Change rows

int Change to; 0 Training, 1 Validating, 2 Querying, 3 Excluded

int First row to change

int Number of rows to change

clipcolumn Clip column

clc

int Column number

bit Cut clipped column

cliprow Clip row

clr

int Row number

bit Cut clipped row

cloningoff Cloning off

cof

cloningon Cloning on

con

Close Closes the application

CloseDocument Closes the document

columntypeandmode Set columns type and mode

ctm

SetColumnsTypeAndMode

int First column to set

int Number of columns to set

int Type; 0 Input, 1 Output, 2 Exclude, 3 Serial

int Mode; 0 Real, 1 Integer, 2 Bool, 3 Text, 4 Image

CompleteEditGrid Complete edit grid cell

int Column

int Row

double Value

string String value

int Mode

int Type

createnetwork Creates a network from the Grid

int Nodes in hidden layer 1

int Nodes in hidden layer 2

int Nodes in hidden layer 3

bit Optimize hidden layer 1

bit Optimize hidden layer 2

bit Optimize hidden layer 3

createrows Creates rows

int Number of rows

DeleteCol Deletes a column

int Column

bit Ask (ignored)

DeleteRow Deletes a row

int Row

bit Ask (ignored)

bit Modified

bit Duplicate

bit Scale

disableresults Disable results columns

int First column

int Number of columns

disablesinglestep Disable single step

dss

EditCopy Copy selection to clipboard

int Column

int Row

EditCut Cut selection to clipboard

int Column

int Row

EditGrid Edit grid cell

int Column

int Row

int Type

string Column name

string Row name

EditPaste Paste from clipboard

bit Column clipped

int Column

bit Row clipped

int Row

endofscript End of script

eos

enableresults Enable results columns

int First column

int Number of columns

enablesinglestep Enable single step

ess

exit Exit

bit Prompt to save

extendrange Extend the training range

exr

ExtendRange

int Column

double Value

forget Forget

bit Restart random number sequence

ForgetLearning Forget

bit Ask

bit Restart

bit Reset errors

bit ReSeed

double Range

fixedperiodstops Set fixed period stops

fps

SetFixedStops

bit Stop after seconds

double Seconds

bit Stop after cycles

int Cycles

importbinaryfile Import binary file

ibf

SetImportBinaryFile

string File name

int Initial bytes to skip

int Bytes per column

int Columns per row

ignoreerrors Ignore errors

bit Cancel

importimagefiles Import bitmap image files

iif

ImportImageFiles

string Path to folder

string File name

int First column

int First row

bit Import all bitmaps in folder

string Prefix

importtextfile Import text file

itf

ImportTextFile

string File to import

bit Use first line as column names

bit Use first word(s) on line for row names

bit Tab delimiters

bit Comma delimiters

bit Space delimiters

bit Stop (period) delimiters

bit Colon delimiters

bit Semicolon delimiters

bit Initialize Grid for text and image modes

importxlsfile Import XLS file

ixf

ImportXLSFile

string File to import

string Sheet name

bit Set column names from first row

bit Set row names from first column

learningcontrols Set the learning controls

SetLearningControls

double Learning rate

double Momentum

bit Decay learning rate

bit Decay momentum

bit Optimize learning rate

bit Optimize momentum

logscriptcommands Log all script commands including failures.

lsc

string Log File name

networkreconfiguration Set network reconfiguration controls

SetReconfigurationControls

bit Allow manual reconfiguration

bit Grow hidden layer 1

bit Grow hidden layer 2

bit Grow hidden layer 3

NewNetwork New network from current grid

int Inputs (ignored)

int Nodes in hidden layer 1

int Outputs (ignored)

bit Reset (ignored)

open Open a network file

string File to open

order Set the sort order

Order

bit 0 Descending, 1 Ascending

paste Paste clip

pause Pause and leave script

bit 0 No prompt, 1 Prompt to continue

query Query from file

SetFileQuery

string Query file

string Results file

bit No row names in query file

bit No column names in query file

bit Tab delimiters

bit Comma delimiters

bit Space delimiters

bit Stop (period) delimiters

bit Colon delimiters

bit Semicolon delimiters

bit Show results file

bit Comma delimiters in results file

refresh Refresh display when paused

reset Reset AutoSave

bit Saved error

bit Saved validating

readbinaryfile Read binary file

rbf

string File name

int Bytes to skip

int Bytes to read

int Repeats

rowtype Set row types

int First row to set

int Number of rows to set

int Type; 0 Training, 1 Validating, 2 Querying, 3 Exclude

RunScriptFile Run a script file

string Script file name

bit Edit (ignored)

save Save

string File name

bit Do not change Window title

SetAutoSave Set auto save

string File name

int Cycles per save

bit Error decrease

bit Validating increase

bit Do not ask

bit Details on exit

setbinarysizes Set binary sizes

sbs

int Bytes per Column

int Columns per row

setjoglevel Sets the jog level

SetJogLevel

int 0 None, 1 Low, 2 Medium, 3 High

setnoisel Sets the noise level

SetNoise

int Noise level 1 to 10

int On/Off 1/0

setview Sets the view

SetView

int View; 0 Blank, 1 Grid, 2 Associations, 3 Learning graph, 4 Network,

5 Errors, 6 Importance, 7 Sensitivity, 8 Predictions, 9 Column graph

bit Sort; 0 Ascending, 1 Descending

Warning: Forcing inappropriate views using SetView, setview or sv in a macro may cause a crash.

Warning: When running from the command line, a script or macro that includes any SetView,

setview or sv may cause a crash if the script or macro fails before it reaches the end.

This is because the view does not exist during command line runs. To avoid the

problem the change of view is delayed until the script has ended.

showwindow Shows the Window

int 0 Hide, 1 Normal, 2 Minimize, 3 Maximize, 4 Show but no activate, 5 Show and activate

Warning: If a script or macro includes showwindow(0) or sw(0) EasyNN-plus will run hidden.

It will remain hidden until another showwindow is executed with a parameter greater

than zero. Scripts and macros that do not make EasyNN-plus visible may leave the

process hidden and running. If the script or macro ends or fails while EasyNN-plus is

hidden an attempt is made to become visible. Do not assume that this will always be

successful. Some script failures cannot be detected by an hidden process.

Windows Task Manager can be used to kill hidden processes.

specialfiles Special files

SpecialFiles

bit Save weights biases

bit Save all the grid

bit Save the graph points

bit Save the weights connections

string Terminal file name for immediate save

bit Save as comma delimited files (csv)

bit Save example errors

bit Save sensitivities

bit Save importances

StartAssociating Start associating

bit Skip excluded columns

bit Clear existing associations

StartForecasting Start forecasting

int Period

int Steps

startlearning Start learning

stl

StartLearning

Warning: The time taken by a process between starting and stopping is recorded

for use as the maximum wait time in the WaitForStop function. When the

macro is played back the recorded maximum wait time is increased by a

generous margin to allow for timing variations. This margin is normally

sufficient for quite wide variations but on much slower systems or when the

system is heavily loaded some problems may occur.

stoplearning Stop learning or associating

spl

Stop

targeterrorstops Set the target error stops

tes

SetLearningStops

bit 0/1 Average error / all errors

double Target error

validatingcontrols Set the validating controls

SetValidatingControls

int Training cycles before first validating cycle

int Training cycles per validating cycle

int Percentage of training examples to change to validating

validatingstops Set the validating stops

SetValidatingStops

double Percentage validating that must be in range or correct

double +/- Range percentage

bit 0/1 Test in range / correct after rounding

bit Stop if validating examples decreases

bit Stop if target score reached

int Target score

bit Inhibit range and correct validating

bit Stop if average validating error is increasing

wait Wait

int Milliseconds to wait

waitforstop Waits for stop

wfs

WaitForStop

int Maximum milliseconds to wait

int Wait for; 14 Learning, 16 Associating, 23 Forecasting

Macros & Scripts

Notepad

Functions