Software User Manual - Information Systems
Contents
1. general purpose modelling environment for mathematical modelling It combines some ideas from spreadsheets Matlab and traditional highschool mathematics Figure 3 1 View of homepage of Open ACCEL To this end there could occur likely errors already for instance the webbrowser is not sup ported or the server is offline 3 1 Add definition 3 1 1 Functional Description This tutorial is about adding a definition to a script In order to do this the outcome of the polynomial y z will be simulated for a value of x where x will be an integer 3 1 2 Cautions and Warnings e When adding a quantity that already exists it s current definition will be overwritten See tutorial 3 2 Edit definition e If the script is currently executing it will be stopped 3 1 3 Procedures As stated the tutorial will start at the homepage of OpenACCEL www keesvanoverveld com Accel accel htm To add a definition to an OpenACCEL script click the Edit Run script tab Now the following screen will show up OCW Edit Run script Help Demo 10 Edit Analysis Genetic Optimisation Simulation Network Figure 3 2 View of Edit Run script tab of OpenACCEL At this moment it is possible to enter a definition into the script line input field Add the following new definition into the field y pow x 2 As a result OpenACCEL list down the depencies which still have to be defined In this case zx still have to2. IO Edit tab in OpenACCEL click the IO Edit tab Now the following screen will show up FOE Intro Edit Run script Help Demo 10 Edit Analysis Genetic Optimisation Simulation Network Options Show values Check units Scaipt Figure 3 14 View of IO Edit tab of OpenACCEL 15 Instead of entering definitions in sequence it is possible to enter a whole script into the Script input field from the IO Edit tab For instance copy and pasting the following Dar NNEN Intro Edit Runscript Help Demo IO Edit Analysis Genetic Optimisation Simulation Network Options Show values Check units Saript y pow x 2 x slider 0 5 5 Figure 3 15 Loading script of tutorial 3 4 through IO Edit tab Now when switching to the Edit Run script tab the script is loaded and the following screen will appear FOE Intro Edit Runscript Help Demo IO 7 Edit Analysis Genetic Optimisation Simulation Network Scipt line Iterations Enter New Pause y pow x 2 cat 2 delete x slider 0 5 5 cat 1 delete Figure 3 16 Script loaded through the IO Edit tab 3 5 4 Likely Errors e Unsupported webbrowser e Server offline 3 6 Execute model 3 6 1 Functional Description This tutorial is about the execution of a script A script can either run or pause 3 6 2 Cautions and Warnings None 16 3 6 3 Procedures To show the
3. OpenACCEL 1 5 Related documents The URD for the OpenACCEL project 1 6 Conventions No conventions are made 1 7 Problem responding Since the OpenACCEL group will be dissolved after completion of the ACCEL project the issue of problem reporting is left to C W A M van Overveld which will be the responsible lecturer of the Introduction to Modeling course Chapter 2 Overview OpenACCEL is an application designed and developed by the OpenACCEL group for the Bachelor College subject Introduction to Modeling by C W A M van Overveld at the Eind hoven University of Technology The purpose of this web based application is to aid students in getting an understanding about modeling with their second educational mathematical knowledge Chapter 3 Tutorial This chapter contains tutorials for performing actions and operations supported by OpenAC CEL All tutorials start from the homepage of OpenACCEL www keesvanoverveld com Accel accel htm The tutorials are based on the use cases described in the User Require ments Document URD All toturials will start with opening a webbrowser preferably Chrome or FireFox referencing to the homepage of OpenACCEL www keesvanoverveld com Accel accel htm which looks like OCIS Edit Run script Help Demo lO Edit Analysis Genetic Optimisation Simulation Network Introduction OpenACCEL is an open source reimplementation of ACCEL The OpenACCEL system is a light weight
4. Procedures 3 1 4 Likely Errors 32 Bd denon sn oere lr ans ee in A AA A a 3 2 1 Functional Description an oer E Ee Er Bea hek Ee Ss 3 2 2 Cautions and Warnings sw zeen 20k Met bw det ee we deer EUR E 3 2 3 Procedures 3 2 4 Likely Errors 3 3 Manipulating input values 2 0 ea sn aam wee a dn ee ed me 4 3 3 1 Functional Description ao a Se Wee ee wee as al a 3 3 2 Cautions and Warnings sn aoaaa a da a 3 3 3 Procedures 3 3 4 Likely Errors 3 4 Delete definition 4 2 sanke BESS ee oe DEK DER BER OES RoR 3 4 1 Functional Description bi e Beken Gk eS ob de 3 42 Galtionstanad Warnings aes erha d cy ko vg Si a Be R RT A ee 3 4 3 Procedures 3 4 4 Likely Errors 3 0 Load seript irom TO 7 Edit Va A tn amp ma Med A 3 5 1 Functional Description odd ae ee ee ds Be e ee 3 5 2 Cautions and Warnings pcia a 4 wer Ge oS OS eG EOS as 3 5 3 Procedures O O KO KO MOON NN O oF BP Hs Hs qa qa Ha e e e e e e e e e e l al al ald Aa A A gt h EE WN KO AO LA FR KF KF Kad LO Dat kel ETOS TTT 3 6 Execute model 3 6 1 Functional Description sas nas ene a Ka BOO wa RS 3 6 2 Cautions and Warnings naad 4 was he ee 6 eR ver RS 900 LOCO MIES si Sd kG Oan le RE der Ee ro er de ES RT A oo Mikel BEOS zen ee ae ee aa ar ed Ae dr eee E 3 7 Optimize parameters using SPE A Sick Functional Description sa eas dc B hoe Bees de dee dl klan HY 3 7 2 Cautions and Warnings aa or eb ae Bt dk aa e Seo EL
5. Simulation Network Saript line Iterations Enter New Pause Listing x paretoHor paretoMax a b cat 2 delete a slider 50 0 100 cat 1 delete b slider 50 0 100 cat 1 delete y paretoVer paretoMin abs a b ca delete User input Figure 3 18 Script using pareto functions for the Genetic Optimisation tab Since pareto functions have been used a switch to the Genetic Optimisation tab can be made After switching to the Genetic Optimisation tab the following screen will appear en NNEN Intro Edit Runscript Help Demo 10 Edit Genetic Optimisation Simulation Network Initialisation Visualisation Individual properties Population size 25 LI Initialise Generations Generations per click 1 Generate next Algorithm settings Crossover 90 Mutation distribution Close 70 Arbitrary 15 a Random 15 Maximum on front 20 Figure 3 19 The view of the Genetic Optimisation tab Now to calculate which input values will optimize the problem an initialisation have to be made Hence click the Initialise button to initialise a generation Figure 3 20 shows a possible generation since the initialisation of a generation is completely random 18 OE Intro Edit Runscript Help Demo 10 Edit Genetic Optimisation Simulation Network Initialisation Visualisation Individual properties Population size 25 ens Ini
6. be defined OCW Intro Edit Runscript Help Demo IO Edit Analysis Genetic Optimisation Simulation Network Saript line Listing y pow x 2 gt delete Figure 3 3 Definition y pow x 2 is added to the script Next x will be defined since it still have to be done let x 3 Hence add the following definition to the script x 3 and the following screen will be shown OCW Edit Run script Help Demo lO Edit Analysis Genetic Optimisation Simulation Network Iterations New Pause pow x 2 cer delete x 3 eet delete Figure 3 4 Definition x 3 is added to the script As a result the output value of y correspond to the function y 2 3 1 4 Likely Errors e Unsupported webbrowser e Server offline e Input error misuse of functions 3 2 Edit definition 3 2 1 Functional Description This tutorial is about editing a definition to a script In order to do this the outcome of the polynomial y x will be simulated over a vector x 3 2 1 0 1 2 3 Therefore the script of tutorial 3 1 will be edited 3 2 2 Cautions and Warnings e The current definition of the quantity being edited will be overwritten e If the script is currently executing it will be stopped When adding a quantity that already exists it s current definition will be overwritten If the script is currently executing it will be stopped 3 2 3 Procedures A
7. domain of 3 11 3 2 4 Likely Errors e Unsupported webbrowser e Server offline e Input error misuse of functions syntax errors 3 3 Manipulating input values 3 3 1 Functional Description This tutorial is about manipulative input values e g sliders As in the first tutorial the polynomial y x will be simulated over a domain of 5 5 where x will be an integer Instead of using input x as a vector it is used as a slider input 3 3 2 Cautions and Warnings None 3 3 3 Procedures As stated the tutorial will start at the homepage of OpenACCEL www keesvanoverveld com Accel accel htm To add a definition to a OpenACCEL script click the Edit Run script tab Now the following screen will show up Dar NNEN Intro Edit Runscript Help Demo IO Edit Analysis Genetic Optimisation Simulation Network Saript line Enter Listing Figure 3 8 View of Edit Run script tab of Open ACCEL At this moment it is possible to enter a definition into the script line input field Add the following new definition into the field y pow x 2 As a result Open ACCEL list down the depencies which still have to be defined In this case x still have to be defined 12 OCW Intro Edit Run script Help Demo IO Edit Analysis Genetic Optimisation Simulation Network Saipt line pow x 2 Listing y pow x 2 cat 2 delete Figure 3 9 Definition y
8. execution of a model the history operator will be used Hence add the following definitions to the script input field Dar NNEN Intro Edit Runscript Help Demo IO Edit Analysis Genetic Optimisation Simulation Network Saript line b b 1 1 Iterations New Run Listing b is Arg to a b cat 2 delete y b b 1 1 cat 4 delete Figure 3 17 Script which is paused using the history operator Now when the definitions are added to the script line the result will increment by one contin uously When clicking the Pause button the script will stop executing and the result will stop incrementing Hence when clicking the Run button the result will increment again 3 6 4 Likely Errors When an error occurs during the execution of the model execution is aborted and the error is displayed on screen You can either try to run the model again right away or modify the model and then try again 3 7 Optimize parameters using SPEA 3 7 1 Functional Description This tutorial is about optimising parameters using Pareto 3 7 2 Cautions and Warnings e The Pareto functions are not used hence the Genetic Optimisation tab cannot be displayed 3 7 3 Procedures In order to optimize parameters using SPEA Pareto functions are needed Hence use the following script for the rest of this tutorial 17 Da IAS Intro Edit Run script Help Demo lO Edit Analysis Genetic Optimisation
9. pow x 2 is added to the script Next x will be defined since it still have to be done As stated x will vary between 5 5 therefore let x be an input variable containing a slider with a default value of 0 a minimum of 5 and a maximum of 5 Hence x slider 0 5 5 Dar NNEN Intro Edit Runscript Help Demo IO Edit Analysis Genetic Optimisation Simulation Network Saript line x slider 0 5 5 New Pause Iterations y pow x 2 eet delete x slider 0 55 delete Figure 3 10 Definition x slider 0 5 5 is added to the script Now when slide through the domain of x the output value of y will change as well corre sponding to the function y x over a domain of 5 5 3 3 4 Likely Errors e Unsupported webbrowser e Server offline 3 4 Delete definition 3 4 1 Functional Description This tutorial is about deleting a definition from a script and it starts where tutorial 3 3 ends 3 4 2 Cautions and Warnings e Deleting a quantity definition is permanent It cannot be recovered 13 e When deleting a quantity that is being used in other quantity definitions you must redefine it before you can run the script 3 4 3 Procedures As stated this tutorial will start where tutorial 3 3 has ended hence the following screen has to appear on the screen OE Intro Edit Runscript Help Demo IO Edit Analysis Genetic Optimisation
10. the OpenACCEL languange These errors can be recovered by following the error message which will pop up when such syntax error occur A 2 Runtime errors Runtime errors are errors which can occur during compilation of a script 25 Appendix B Glossary ACCEL The ACCEL system is a light weight general purpose mod elling environment for mathematical modelling It combines some ideas from spreadsheets Matlab and traditional high school mathematics OpenACCEL Have the same functionalities as ACCEL instead it will be opensourced Optimisation method which uses SPEA SPEA An algorithm which is used to calculate the Pareto front The set of all Pareto optimal outcomes 26 Index Definitions Add 8 Delete 13 Edit 10 Execution Pause 17 Run 17 Functions Pareto 17 18 Slider 12 14 Vector 10 11 Genetic Optimisation Crossover 24 Generations per click 24 Initialise 24 Maximum on front 24 Mutation distribution 24 Population size 24 OpenACCEL 5 7 8 Operator History 17 Pareto front 19 24 26 SPEA 17 26 27
11. 4 3 Operation Steps Result Intro Click on the Intro tab The screen will change to the Intro view Edit Run script Click on the Edit Run script The screen will change to the tab Edit Run script view 22 Help Demo Genetic Optimisation Script Show values Hide values Check units Do not check units Click on the Help Demo tab Click on the Genetic Optimi sation tab Enter a script in the Script in put field Click on Show values button Click on Hide values button Click on Check units button Click on Do not check units button The screen will change to the Help Demo view The screen will change to the Genetic Optimisation view A script is loaded into Ope nACCEL Shows the current values of the script Hides the current values of the script Shows the units of each value of the script Hides the units of each value of the script Table 4 3 Operations in the IO Edit tab 4 3 4 Examples Copy paste a given script into the Seript input field 4 3 5 Possible Errors None 4 3 6 Related Operations e Section 4 1 e Section 4 2 e Section 4 4 4 4 Genetic Optimisation 4 4 1 Functional Description This screen is shown when a user clicks on the Genetic Optimisation tab from the homepage 4 4 2 Cautions and Warnings The Genetic Optimisation tab can only be used when Pareto functions are declared in the script 4 4 3 Formal Description The user
12. EINDHOVEN UNIVERSITY OF TECHNOLOGY OPENACCEL Software User Manual Project Manager Authors Erikos Alkalai Edward Brinkmann 0720803 Quality Manager Carl van Dueren den Hollander 0743652 Due Luu Philippe Denissen 0719003 Kevin de Ridder 0745581 Senior Management Leo van Gansewinkel 0781263 Lou Somers Loc Tran 0766987 Roel Jacobs 0767494 Advisor Roy Stoof 0767157 Erik Scheffers Jacco Snoeren 0772658 Customer Kees van Overveld June 26 2014 Abstract This document is the Software User Manual for OpenACCEL which is developed by team OpenACCELL and will be used by all Bachelor College students to help them get an under standing of mathematical modeling OpenACCEL is a web based application which is part of the Software Engineering Project 21P35 at Eindhoven University of Technology This document complies with the Software Requirements Document SRD from the Soft ware Engineering Standard as specified by the European Space Agency ESA Contents 1 Introduction 1 1 Intended readership lie ll R ioe na E ot Bae oe he BSS Lo RUIDOSO ei aerden ee ES ae Se a A eS Sek SS 1 4 How to use this document 24 42 o2 e Oe Se Soe a pda AS 1 5 Related documents 1 6 Conventions 1 7 Problem responding 2 Overview 3 Tutorial Sh LIT dado a a an AO ee Bede ee ede a 3 1 1 Functional Description oee or rde ne de DP EB en ed 3 1 2 Cautions and Warnings do RAR he Bk ome od 3 1 3
13. OCCONTES 4e sr ar ak Beuk en dns Bn embee Bl en e 2 adt o ns aak Haar te hen WREE ord aak Gh bd We Has 4 Reference A lt 0 lt lt soy oat Ge aen eeh waden 28 ace Mn Ube RN A amp 4 1 1 Functional Description nao Ae ee Benet Ber Bn ee wel doa 4 1 2 Cautions and Warnings ms enn eme wee da den A a Ao da ba Alo Formal Descriptio s sa s waea a a ke ed tdl o A IA a bol Beke Ba Ado ROSSI H 1 0 e o ts A dn Se a 4 1 6 Related Operations saae pann iane a pa ip e a 10 Edity Riopa e BS ee Bed ee A a RT ee E 4 2 1 Functional Description 4 4 6 aan oe ek hant Bie es BS rd 4 2 2 Cautions and Warnings sn a bo Bte ant etter ee Be a ale Ai 420 Hormel Descriptio 2 0 6 sis ux So e e de ara a N AD IIA dede Posse BIO Ox ads dic e a et os oh ee me ad 4 2 6 Related Operations A MOS EI eri Gh Bee oe A A NAO oe we E 4 3 1 Functional Description en ae tea a ei a be 4 3 2 Cautions and Warnings 2 eat a amet OS Re ee ae eh ewe do Fonna Descriptiva en Soe a an Metteke Re ee dee ER E Ast EMPLEOS rk Skis a a edo ds B pla Be Bede e eS eB Ao BOS BIOS za so boeie a hs ee a GOR Gk ot eh ae ere wes ef 4 3 6 Related Operations oa a a a a a AA Genetic Optimisation s e e 64 4068s ts da a a 4 4 1 Functional Description o ao a a a 0 0 02 eee ee AAD Cautions and Warnings 4 9 ura ds ed AAG Formal Descriptions aten ds Bee a de aw ied ea RE a AAA p a 1 T TTT 44S Possible T GNT 4 46 Related Operations A Error Messages
14. Simulation Network Saript line x slider 0 5 5 Iterations New Pause cer delete eere delete Figure 3 11 Result after completing tutorial 3 3 Now this tutorial is about deleting definitions In OpenACCEL it is very intuitive and easy to delete definitions since the only thing to do is to click on delete right next to a definition Dar NNEN Intro Edit Runscript Help Demo IO Edit Analysis Genetic Optimisation Simulation Network Saript line x slider 0 5 5 Iterations New Pause ooo Figure 3 12 How to delete a definition from a script What is left is deleting a definition hence click delete right of x slider 0 5 5 and the definition is deleted successfully 14 OCW Intro Edit Run script Help Demo IO Edit Analysis Genetic Optimisation Simulation Network Saipt line pow x 2 Listing y pow x 2 eer delete Enter Figure 3 13 The view after deleting the x slider 0 5 5 definition 3 4 4 Likely Errors e Unsupported webbrowser e Server offline 3 5 Load script from IO Edit tab 3 5 1 Functional Description This tutorial is about loading a script from the IO Edit tab 3 5 2 Cautions and Warnings e Loading a script will overwrite your current script 3 5 3 Procedures This tutorial will start from the homepage of OpenACCEL www keesvanoverveld com Accel accel htm To load a demo script from the
15. and Recovery Procedures A l Syntax errors A 2 Runtime errors B Glossary 15 15 15 15 16 16 16 16 16 16 18 19 19 19 19 19 19 20 20 20 20 20 20 21 21 2l 21 21 Zil 21 22 22 22 22 22 22 22 23 23 23 24 24 24 25 Document Status Sheet Document Status Overview General Document title Software User Manual Identification SUM1 0 pdf Author K A de Ridder Document status Draft Document History Reason of change 0 1 20 06 2014 K A de Ridder Initial version 1 0 26 06 2014 K A de Ridder amp T L Tran Approved Document Change Records since previous issue General Datum June 26 2014 Document title Software User Manual Identification SUM1 0 pdf Changes Page Paragraph Reason to change Chapter 1 Introduction 1 1 Intended readership This document is intended for all end users of the OpenACCEL which are students and teachers at the Eindhoven University of Technology TU e 1 2 Applicability This document applies to the ACCEL website 1 3 Purpose The purpose of OpenACCEL is as stated in the URD to aid students in understanding and building mathematical models 1 4 How to use this document First time users are encouraged to read chapter 4 which will give a basic understanding about OpenACCEL Also users are encouraged to attend the new Introduction to Modeling courses which will be all about getting an understanding of modeling and the usage of
16. can perform the operation as given in table 4 4 23 Operation Intro Edit Run script Help Demo 10 Edit Population size Initialise Generations per click Generate next Crossover Mutation distribution Maximum on front Steps Click on the Intro tab Click on the Edit Run script tab Click on the Help Demo tab Click on the IO Edit tab Set the population size Click the Initialise button Set the number of generation per click Click the button Set the crossover percentage Generate next Set the mutation distribution Set the maximum on front percentage Result The screen will change to the Intro view The screen will change to the Edit Run script view The screen will change to the Help Demo view The screen will change to the IO Edit view The percentage of the pop ulation that mates with ea chother Table 4 4 Operations in the Genetic Optimisation tab 4 4 4 Examples Click the initialise button to see which individuals are on the pareto front to see which input values will optimise the model 4 4 5 Possible Errors None 4 4 6 Related Operations e Section 4 1 e Section 4 2 e Section 4 3 24 Appendix A Error Messages and Recovery Procedures This chapter is about which errors can occur throughout using OpenACCEL Also the recovery procedures will be explained A 1 Syntax errors Syntax errors are errors which can occur by wrong use of
17. dded to the script A definition is added to the script The script is paused and the pause button switched to a run button The script start running and the run button switched to a pause button The whole deleted script will be Iteration Enter a number of iterations The script will run the num in the zteration input field ber of iterations enter Delete Click on delete next to a def The definition will be deleted inition from the script Table 4 2 Operations in the Edit Run script tab 4 2 4 Examples First set the number of iterations to 1500 Next add a definition for instance a b After add another definition b b 1 1 Now a is incrementing by one continuously hence when clicking the pause button the result stops incrementing Now when clicking the run button the result starts incrementing again till 1500 since the number of iterations is set to 1500 Finally when clicking the new button the whole script gets deleted Alternatively it is possible to click the delete next to each definition 4 2 5 Possible Errors None 4 2 6 Related Operations e Section 4 1 e Section 4 3 e Section 4 4 4 3 IO Edit 4 3 1 Functional Description This screen is shown when a user clicks on the IO Edit tab from the homepage 4 3 2 Cautions and Warnings None 4 3 3 Formal Description The user can perform the operation as given in table
18. s stated the tutorial will start where tutorial 3 1 ends hence the following screen is the start screen of this tutorial 10 DIE IA Intro Edit Run script Help Demo 10 Edit Genetic Optimisation Simulation Network Saript line Iterations New Pause Listing Results y pow x 2 delete y 9 x 3 cat 3 delete Figure 3 5 Representation of y x with z 3 From here the script will be edited Instead of having an output value of y over one 1 value of x a vector will be used as input so x 3 2 1 0 1 2 3 In order to edit a definition click on the x 3 definition 1 Next edit the definition from the input field 2 oct Intro Edit Runscript Help Demo IO Edit Analysis Genetic Optimisation Simulation Network Saript line Iterations Listing mis delete CS cer delete Figure 3 6 Steps described to edit a script Next edit x and let x be a vector 3 2 1 0 1 2 3 Hence x 3 2 1 0 1 2 3 and the following screen will be shown oct Intro Edit Runscript Help Demo IO Edit Analysis Genetic Optimisation Simulation Network Scipt line Iterations Enter New Pause Listing Results y pow x 2 cet 2 delete X 3 2 1 0 1 2 3 r delete Figure 3 7 Definition x 3 2 1 0 1 2 3 is added to the script As a result the output values of y correspond to the function y x 3 over a
19. tialise Generations Generations per click 1 Generate next Algorithm settings Crossover 90 Mutation distribution Close 70 Arbitrary 15 Random 15 Maximum on front 20 Figure 3 20 The view of the Genetic Optimisation tab Figure 3 20 now shows which input values will give the optimised outcome These optimised values are the on the so called Pareto front and are visualised with the red dots Hence when clicking these red dots information will be given about which input values gives the optimised output values 3 7 4 Likely Errors e Unsupported webbrowser e Server offline e Pareto functions are not used 19 Chapter 4 Reference This chapter is about the references which occur based on the tabs of the OpenACCEL webpage http www keesvanoverveld com Accel accel htm 4 1 Intro 4 1 1 Functional Description This screen is shown when a user goes to the OpenACCEL website It shows an introduction page which declares to what extend OpenACCEL can be used for 4 1 2 Cautions and Warnings None unless the website is offline or the website is not supported by the browser used 4 1 3 Formal Description The user can perform the operation as given in table 4 1 Operation Edit Run script Help Demo 10 Edit Genetic Optimisation 4 1 4 Examples Steps Click on the Edit Run script tab Click on the Help Demo tab Click on the IO Edit tab Click on the Gene
20. tic Optimi sation tab Result The screen will change to the Edit Run script view The screen will change to the Help Demo view The screen will change to the IO Edit view The screen will change to the Genetic Optimisation view Table 4 1 Operations in the Intro tab From the Intro tab homepage click any tab and the view will change to the tab clicked 20 4 1 5 Possible Errors None 4 1 6 Related Operations e Section 4 2 e Section 4 3 e Section 4 4 4 2 Edit Run script 4 2 1 Functional Description This screen is shown when a user clicks on the Edit Run script tab from the homepage 4 2 2 Cautions and Warnings None 4 2 3 Formal Description The user can perform the operation as given in table 4 2 Operation Intro Help Demo IO Edit Genetic Optimisation Add definition Enter Pause Run New Steps Click on the Intro tab Click on the Help Demo tab Click on the IO Edit tab Click on the Genetic Optimi sation tab Enter a definition in the Seript line input field Click on the Enter a defini tion in the Script line input field Click on the Pause button Click on the Run button Click on the New button 21 Result The screen will change to the Intro view The screen will change to the Help Demo view The screen will change to the IO Edit view The screen will change to the Genetic Optimisation view A definition is a
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