Global Index (all files) (short | long)
| Name | Description |
|---|---|
A | |
| asknondom | Ask for the percentage of non-dominated individuals in a population |
B | |
| bin2int | BINary string to INTeger string conversion |
| bin2real | BINary string to REAL vector conversion |
| bindecod | BINary DECODing to binary, integer or real numbers |
C | |
| chkbound | CHecK the boundaries of variables and set to boundaries when outside |
| colbestind | Collect best individuals during an optimization run |
| compdiv | COMPute DIVerse things of GEA Toolbox |
| compete | COMPETition between subpopulations |
| comploc | COMPute LOCal model things of toolbox |
| compplot | COMPute PLOT things of GEA Toolbox |
D | |
| deblankall | Remove leading and trailing Spaces from string or cell array of strings |
| demoauto1 | SCRipt for optimizing Lateral control auto 1 |
| demobin1 | DEMO for optimizing a simple binary function |
| democantilever | DEMO for multiobjective optimization of cantilever beam system |
| demodebconstr | DEMO for testing DEB's MO function |
| demodopi | Demo for optimizing the double integrator (dynamic SL/SF system) |
| demofun1 | DEMO for optimizing 'De Jong's function 1 |
| demofun1cmp | DEMO for optimizing 'De Jong's function 1 with competing strategies |
| demofun2 | Demo for optimizing ROSENBROOK's valey (banana function) 2 using Evolution Strategy |
| demofunbb | DEMO for optimizing special Var2ObjV assignments |
| demogeatbx | DEMO for GEATbx, standard functions |
| demointeger1 | DEMO for optimizing integer variables/representation 1 |
| demojssp1 | DEMO for optimizing JSSP problem |
| demomop | DEMO function for multiobjective optimization including many examples |
| demoobjfun | DEMO for optimizing standard objective functions |
| demosga | DEMO for the Simple Genetic Algorithm |
| demoterm | DEMO for testing the termination options |
| demotsplib | DEMO for optimizing 'TSP Library' examples |
| demovrp | DEMO for optimizing 'Vehicle routing problems' |
E | |
| expandm | EXPAND a Matrix, utility function |
| expandvec | This function replicates a vector vec |
F | |
| fieldnames_full | Create cell array with all full fieldnames of given structure |
| fieldnames_parts | Decompose long/full fieldnames into their parts |
| findfiles | Find Files regarding a search mask |
| findfilesup | Find Files upwards the directory structure regarding a search mask |
| fitdistc | FITness DISTance Correlation computation |
G | |
| geamain2 | MAIN function for Genetic and Evolutionary Algorithm toolbox for matlab |
| geanumind | Calculate number of subpopulations and individuals for GEATbx |
| geaobjpara | Get special data from objective function (boundaries, function name, ...) |
| geaoptload | LOAD OPTions from a text file |
| geaoptprint | Print GEAOPTions structure of GEA Toolbox nicely formatted into a string |
| geaoptsave | SAVE a GEAOPTions structure to a matlab file |
| geaoptset | Create/alters GEAOPTions structure for parameter SETtings of GEA Toolbox |
| gearunstatus | Prints RUN STATUS of GEA Toolbox nicely formatted into a string |
| GEATbxReleaseNotes | Release Notes of the GEATbx |
| graf_msh | Create search space visualizations of objective functions |
H | |
| hdrload | HDRLOAD Load data from an ASCII file containing a text header. |
I | |
| initbp | CReaTe an initial Binary Population |
| initdopi | INITialzation function for DOuble Integrator objdopi |
| initfun1 | INITialzation function for de jong's FUNction 1 |
| initip | CReaTe an initial (Integer value) Population |
| initpop | INITialization of POPulation (including innoculation) |
| initpp | Create an INITial Permutation Population |
| initrp | INITialize an Real value Population |
| inteul | Integration of ODE's using EULER's formula |
| intrk4 | INtegration of ODE's using RUNGE-KUTTA-formula 4 |
L | |
| lectcmd1 | CoMmanDs for LECTure for live introduction of EA optimization |
| loadsave | LOADing of data from a file and SAVing these data and more to the same file |
M | |
| menutext | Generate a text menu of choices for user input (no graphical menu) |
| meshvar | Create search space visualizations (one- and two dimensional slices) of objective functions |
| migrate | MIGRATion of individuals between subpopulations |
| mobjbahinconstr | MultiObjective Problem (constrained): BAHIN's constrained function |
| mobjbelegundu | MultiObjective Function: BELEGUNDU's function (constrained) |
| mobjcantilever | Objective function for multiobjective cantilever beam system |
| mobjdebconstr | MultiObjective Problem (constrained): DEB's constrained function |
| mobjdtlz1 | MultiObjective Function: Deb, Thiele, Zitzler, Laumanns' multiobjective function 1 |
| mobjdtlz2 | MultiObjective Function: Deb, Thiele, Zitzler, Laumanns' multiobjective function 2 |
| mobjdtlz3 | MultiObjective Function: Deb, Thiele, Zitzler, Laumanns' multiobjective function 3 |
| mobjfonseca1 | Multi-OBJective function: FONSECA's MO-function 1 |
| mobjfonseca2 | Multi-OBJective function: FONSECA's MO-function 2 |
| mobjkita | MultiObjective Function: KITA's function (constrained) |
| mobjquagliarella | MultiObjective Problem: QUAGLIARELLA's function |
| mobjrandobjv1 | MultiObjective Problem: Pohlheim-Bagot random-valued multi-objective function 1 |
| mobjsoland | MultiOBJective function for SOLAND function (constrains as objectives) |
| mutate | high level MUTATion function |
| mutbin | MUTation for BINary representation |
| mutbmd | real value Mutation like Discrete Breeder genetic algorithm |
| mutcomb | MUTation for combinatorial problems |
| mutes1 | MUTation by Evolutionary Strategies 1, derandomized Self Adaption |
| mutes2 | MUTation by Evolutionary Strategies 2, derandomized self adaption |
| mutexch | MUTation by eXCHange |
| mutint | MUTation for INTeger representation |
| mutinvert | MUTation by INVERTing variables |
| mutmove | MUTation by MOVEing variables |
| mutrand | MUTation RANDom |
| mutrandbin | MUTation RANDom of binary variables |
| mutrandint | MUTation RANDom of integer variables |
| mutrandperm | MUTation RANDom of binary variables |
| mutrandreal | MUTation RANDom of real variables |
| mutreal | real value Mutation like Discrete Breeder genetic algorithm |
| mutswap | MUTation by SWAPping variables |
| mutswaptyp | MUTation by SWAPping variables of identical type |
O | |
| obj4wings | OBJective function FOUR-WINGS. |
| objauto2 | OBJective function for lateral AUTO controller system 2 |
| objbran | OBJective function for BRANin rcos function |
| objdopi | OBJective function for DOuble Integrator |
| objeaso | OBJective function for EASom function |
| objfletwell | OBJective function after FLETcher and PoWELL |
| objfractal | OBJective function Fractal Mandelbrot |
| objfun1 | OBJective function for de jong's FUNction 1 |
| objfun10 | OBJective function for ackley`s path FUNction 10 |
| objfun11 | OBJective function for langermann's function 11 |
| objfun12 | OBJective function for michalewicz's function 12 |
| objfun168 | OBJective function as combination of 3 standard obj. functions |
| objfun1a | OBJective function for axis parallel hyper-ellipsoid |
| objfun1b | OBJective function for rotated hyper-ellipsoid |
| objfun1c | OBJective function for moved axis parallel hyper ellipsoid 1c |
| objfun2 | OBJective function for rosenbrock's FUNction |
| objfun6 | OBJective function for rastrigins FUNction 6 |
| objfun7 | OBJective function for schwefel's FUNction |
| objfun8 | OBJective function for griewangk's FUNction |
| objfun9 | OBJective function for sum of different power FUNction 9 |
| objfunoptset | Create/alter OPTions structure for parameter SETtings of OBJective FUNctions |
| objgold | OBJective function for GOLDstein-price function |
| objharv | OBJective function for HARVest problem |
| objint1 | OBJective function for INT function 1 |
| objint2 | OBJective function for INT function 1 |
| objint3 | OBJective function for INT function 3 |
| objint4 | OBJective function for INT function 4 |
| objlinq | OBJective function for discrete LINear Quadratic problem |
| objlinq2 | OBJective function for LINear Quadratic problem 2 |
| objlive1 | OBJective function 1 for live introduction of EA optimization in lecture |
| objlive2 | OBJective function 1 for live introduction of EA optimization in lecture |
| objone1 | OBJective function for ONEmax function 1 |
| objpush | OBJective function for PUSH-cart problem |
| objridge | OBJective function RIDGE |
| objsharifi1 | OBJective function for 5-x1^2-2*x2^2-x1 |
| objsixh | OBJective function for SIX Hump camelback function |
| objswtest1 | OBJective function for de jong's FUNction 1 |
| objteststr1 | OBJective function: Structure Testing AND |
| objtsp1 | OBJective function for the traveling salesman example |
| objtsplib | OBJective function for the traveling salesman library |
| objvrp | OBJective function for the vehicle routing problem |
P | |
| paraoptexample | Create/alter PARAOPTions structure |
| paraoptload | LOAD PARAOPTions from a text file |
| paraoptpropexample | Create a default PARAOPTions cell array containing the definition of possible options |
| paraoptsave | SAVE a PARAOPTions structure to a text or matlab file |
| paraoptset | Create/alter PARAOPTions structure |
| path_gea | Set all paths for the GEA toolbox (Matlab search path) |
| plotauto | PLOTing of AUTO lateral control results |
| plotdopi | PLOTing of DO(Ppel)uble Integration results |
| plotmesh | PLOT of objective functions as MESH Plot |
| plotmop | PLOT properties of MultiObjective functions |
| plotobjfun | PLOTing of OBJective FUNction data during optimization |
| plotstd | change appearance of PLOT in a STanDard way |
| plottsplib | PLOTing of results of TSP optimization (TSPLIB examples) |
| plotvrp | PLOTing of results of VRP optimization |
| prprintf | Pretty Print formated of variable |
R | |
| rankgoal | perform goal preference calculation between multiple objective values |
| ranking | RANK-based fitness assignment, single and multi objective, linear and nonlinear |
| rankplt | RANK two multi objective values Partially Less Than |
| rankshare | SHARing between individuals |
| recdis | RECombination DIScrete |
| recdp | RECombination Double Point |
| recdprs | RECombination Double Point with Reduced Surrogate |
| recgp | RECombination Generalized Position |
| recint | RECombination extended INTermediate |
| reclin | RECombination extended LINe |
| reclinex | EXtended LINe RECombination |
| recmp | RECombination Multi-Point, low level function |
| recombin | high level RECOMBINation function |
| recpm | RECombination Partial Matching |
| recsh | RECombination SHuffle |
| recshrs | RECombination SHuffle with Reduced Surrogate |
| recsp | RECombination Single Point |
| recsprs | RECombination Single Point with Reduced Surrogate |
| reins | high-level RE-INSertion function |
| reinsloc | RE-INSertion of offspring in population replacing parents LOCal |
| reinsreg | REINSertion of offspring in REGional population model replacing parents |
| rep | REPlicate a matrix, utility function |
| res_auto_good_1 | different best results from optimizations |
| reslook | LOOK at saved RESults |
| reslook2 | LOOK at saved RESults |
| reslook2s | LOOK at saved GEATbx binary RESults 2 (plot) |
| resplot | RESult PLOTing of GEA Toolbox optimization |
S | |
| samadd | Add new highdimensional points to an existing Sammon-Map using Distance Mapping |
| samdata | Collection of example data for sammon mapping |
| samfun | Objective function for Sammon mapping, calculates derivatives as well |
| sammon | Multidimensional scaling (SAMMON mapping) |
| samplot | Plot function for Multidimensional scaling (SAMMON mapping) |
| savebindata | SAVing BINary DATA to a file by appending variables |
| savebindata2 | SAVing BINary DATA to a file and provide the data with any name |
| savebindatasp | SAVing BINary DATA to a file with a Secure Protokoll |
| selection | high level SELECTion function |
| sellocal | SELection in a LOCAL neighbourhood |
| selrws | SELection by Roulette Wheel Selection |
| selsus | SELection by Stochastic Universal Sampling |
| seltour | SELection by TOURnament |
| seltrunc | SELection by TRUNCation |
| simdopi1 | M-file description of the SIMULINK system named SIMDOPI1 |
| simdopiv | SIMulation Modell of DOPpelIntegrator, s-function, Vectorized |
| simlinq1 | M-file description of the SIMULINK system named SIMLINQ1 |
| simlinq2 | Modell of Linear Quadratic Problem, s-function |
| straddname | Add a special name to a string/file name |
| straddtime | Add a date and time string to a string base |
T | |
| tbx3bin | ToolBoX function to define parameters for optimization of binary variables |
| tbx3comp | ToolBoX function to define parameters for COMPeting subpopulation |
| tbx3es1 | ToolBoX function to define parameters for locally oriented optimization of real variables |
| tbx3guifun1 | ToolBoX function to define parameters for optimization, test of gui |
| tbx3int | ToolBoX function to define parameters for optimization of integer variables |
| tbx3moo1 | ToolBoX function to define parameters for multi-objective optimization 1 |
| tbx3output | ToolBoX function to define parameters for output on screen (visualization) |
| tbx3output2 | ToolBoX function to define parameters for output on screen (visualization) 2 |
| tbx3perm | ToolBoX function to define parameters for optimization of permutation variables |
| tbx3plot1 | ToolBoX function to define parameters for grafical display options |
| tbx3real | ToolBoX function to define parameters for optimization of real variables |
| tbx3sga | ToolBoX function to define parameters for the Simple Genetic Algorithm (SGA) |
| tbx3silent | ToolBoX function to define parameters for no textual and graphical output during an optimization |
| tbx3steadyga | ToolBoX function to define parameters for the Steady State Genetic Algorithm (SSGA) |
| tbx3textless | ToolBoX function to define parameters for a silent optimization (minimal output on screen) |
| terminat | TERMINATion function |
| toolboxpath | Set all paths for GEA toolbox (old version, obsolete, use path_gea instead) |
| tsp_readlib | TSP utility function, reads TSPLIB data files |
| tsp_uscity | TSP utility function, reads US City definitions |
V | |
| visuminmaxdiff | Compute minimum and maximum of provided data and a scaling difference between both |
| vrpconvind | Conversion of individuals in routes and routes in individuals for the VRP |
| vrpgetdata | Get the data for the example vehicle routing problems |
| GEATbx: | Main page Tutorial Algorithms M-functions Parameter/Options Example functions www.geatbx.com |