1001 A layer of PEs with transfer function y = x\nAxon
1002 A layer of PEs with transfer function y = x+bias\nBiasAxon
1007 A layer of PEs with transfer function y = sign(x+bias)\nThresholdAxon
1025 A layer of PEs with transfer function y = tanh(x+bias)\nTanhAxon
1027 A layer of PEs with transfer function y = 1 / (1+exp(-x-bias))\nSigmoidAxon
1029 Passes data between the PEs in two axons\nSynapse
1030 Fully connects each PE in its input axon to every PE in its output axon, i.e. performs a matrix multiplication\nFullSynapse
1031 Arbitrarily connects PEs from its input axon to the PEs in its output axon, i.e. performs a sparse matrix multiplication\nArbitrarySynapse
1032 Attaches a tapped delay line (TDL) to every PE at its input, i.e. a multivariate TDL memory structure\nTDNNAxon
1033 Attaches a Gamma memory to every PE at its input\nGammaAxon
1301 A layer of PEs with transfer function y = beta*x + bias\nLinearAxon
1302 A piecewise linear version of the SigmoidAxon\nLinearSigmoidAxon
1303 A piecewise linear version of the TanhAxon\nLinearTanhAxon
1304 A layer of PEs with the soft-max transfer function, typically used as the output layer in classification networks\nSoftMaxAxon
1306 A layer of PEs with normalized local feedback through individual time constants\nIntegratorAxon
1307 A layer of PEs with transfer function y = exp[-beta*(x+bias)^2]\nGaussianAxon
1308 Attaches a Laguarre memory to every PE at its input\nLaguarreAxon
1309 Saturated version of the IntegratorAxon (0,1)\nSigmoidIntegratorAxon
1310 Saturated version of the IntegratorAxon (-1,1)\nTanhIntegratorAxon
1311 A layer of fuzzy PEs with a standard bell transfer function\nBellFuzzyAxon
1313 The layer of PEs from the input duplicated N times\nExpanderSynapse
1314 layer of PEs with transfer function y = xi*(1 / (1+exp(-xi-bias)))/sum(xi)\nNormalizedSigmoidAxon
1315 The layer of PEs from the input are contracted by a factor of N\nContractorSynapse
1316 A layer of PEs with N outputs and 2N inputs such that each output is the product of 2 inputs\nCombinerAxon
1317 layer of PEs with transfer function y = xi/sum(xi)\nNormalizedAxon
1318 A fully connected synapse that excludes the connections between modules\nModularSynapse
1319 The layer of PEs from the input are fed to the first N PEs of the output\nTopCombinerSynapse
1320 The layer of PEs from the input are fed to the last N PEs of the output\nBottomCombinerSynapse
1321 A layer of fuzzy PEs with a gaussian transfer function\nGaussianFuzzyAxon
1323 Last Synapse for Support Vector Machines\nSVMOutputSynapse
1324 The layer of PEs from the input are fed to a subset of PEs of the output\nCombinerSynapse
1603 A layer of PEs where only one is active, i.e. set to one, at any given time\nWinnerTakeAllAxon
1606 A layer of PEs with local feedback through individual time constants\nContextAxon
1607 Saturated version of the ContextAxon (-1,1)\nTanhContextAxon
1608 Saturated version of the ContextAxon (0,1)\nSigmoidContextAxon
2001 Backpropagation support for Axon\nBackAxon
2002 Backpropagation support for BiasAxon\nBackBiasAxon
2003 Backpropagation support for TanhAxon\nBackTanhAxon
2004 Backpropagation support for SigmoidAxon\nBackSigmoidAxon
2006 Backpropagation support for TDNNAxon\nBackTDNNAxon
2007 Backpropagation support for GammaAxon\nBackGammaAxon
2008 Backpropagation support for Synapse\nBackSynapse
2009 Backpropagation support for FullSynapse\nBackFullSynapse
2010 Backpropagation support for ArbritrarySynapse\nBackArbitrarySynapse
2011 Backpropagation support for all error criteria\nBackCriteriaControl
2012 Backpropagation support for LaguarreAxon\nBackLaguarreAxon
2015 Backpropagation support for LinearAxon\nBackLinearAxon
2018 Backpropagation support for NormalizedSigmoidAxon\nBackNormalizedSigmoidAxon
2019 Backpropagation support for BellFuzzyAxon\nBackBellFuzzyAxon
2021 Backpropagation support for CombinerAxon\nBackCombinerAxon
2022 Backpropagation support for NormalizedAxon\nBackNormalizedAxon
2023 Backpropagation support for GaussianFuzzyAxon\nBackGaussianFuzzyAxon
2222 Backpropagation support for IntegratorAxon\nBackIntegratorAxon
2224 Backpropagation support for SigmoidIntegratorAxon\nBackSigmoidIntegratorAxon
2225 Backpropagation support for TanhIntegratorAxon\nBackTanhIntegratorAxon
2226 Backpropagation support for ContextAxon\nBackContextAxon
2227 Backpropagation support for SigmoidContextAxon\nBackSigmoidContextAxon
2228 Backpropagation support for TanhContextAxon\nBackTanhContextAxon
3901 Boxcar metric\nL1Criterion
3902 Standard euclidean metric, mean squared error (MSE)\nL2Criterion
3903 Arbitrary moment metric\nLpCriterion
3904 Approximation to the max metric, using tan(MSE)\nLinfinityCriterion
3905 Euclidean metric, mean squared error (MSE), modified for temporal data\nL2TemporalCriterion
3906 Modified version of the L2Criterion for implementation of Support Vector Machines\nSVML2Criterion
4006 FullSynapse with Hebbian learning\nHebbianFull
4007 FullSynapse with Oja's unsupervised learning\nOjasFull
4008 FullSynapse with Sanger's unsupervised learning\nSangersFull
4009 FullSynapse with standard competitive learning\nStandardFull
4010 FullSynapse with conscience competitive learning\nConscienceFull
4011 FullSynapse with 1D neighborhood Kohonen SOFM learning\nLineKohonen
4012 FullSynapse with square 2D neighborhood Kohonen SOFM learning\nSquareKohonen
4013 FullSynapse with diamond 2D neighborhood Kohonen SOFM learning\nDiamondKohonen
4014 First Synapse for Support Vector Machines\nSVMInputSynapse
10915 Weight update with fixed step size\nStep
10916 Weight update with fixed step size and momentum\nMomentum
10917 Weight update with the Delta-Bar-Delta algorithm\nDeltaBarDelta
10918 Weight update with the Quickprop algorithm\nQuickprop
10919 Weight update by the Conjugate Gradient method\nConjugateGradient
10920 Weight update for Support Vector Machines\nSVMStep
13201 Displays data as a matrix of floating point numbers\nMatrixViewer
13202 Stores data across time for use with temporal probes\nDataStorage
13204 Displays temporal data, typically stored within a DataStorage component, as multichannel traces\nMegaScope
13206 Displays temporal data in 3D state space\nStateSpaceProbe
13207 Converts data from the time domain into the frequency domain\nSpectralTransform
13208 Displays network data as a bitmap image\nImageViewer
13209 Displays pairs of data channels in a 2D scatter plot\nScatterPlot
13210 Displays data as an editable matrix of floating point numbers\nMatrixEditor
13222 Displays data as a bar chart\nBarChart
13223 Displays data as a Hinton Graph\nHinton
13225 Collects data in an ASCII text or binary file\nDataWriter
15204 Sends global control messages when data falls below or above a user defined threshold\nThresholdTransmitter
15205 Sends global control messages when the data change falls below or above a user defined threshold\nDeltaTransmitter
15206 Connects a DataStorage component to the data at several access points\nDataStorageTransmitter
17900 Alters the data with a linear schedule during a simulation\nLinearScheduler
17901 Alters the data with an exponential schedule during a simulation\nExpScheduler
17902 Alters the data with a logrithmic schedule during a simulation\nLogScheduler
25408 Generates function input data\nFunction
25409 Generates noise input data\nNoise
25410 Reads input data from the file system\nFile
25411 A user defined input through dynamic link libraries\nDLLInput
25412 A user defined preprocessor through dynamic link libraries\nDLLPreprocessor
25413 A user defined input through an OLE function call (setInputData)\nOLEInput
29200 Simulation control for recurrent systems\nDynamicControl
29201 Simulation control for static backprop\nBackStaticControl
29202 Simulation control for static systems\nStaticControl
29203 Simulation control for recurrent backprop and backprop through time\nBackDynamicControl
32012 Runs the NeuroSolutions for Excel add-in. Requires the installation of Excel and NeuroSolutions for Excel.\nNeuroSolutions for Excel
32013 Launches the Custom Solution Wizard utility to create a DLL from your NeuroSolutions breadboard. Requires that CSW be installed.\nCustom Solution Wizard
32014 Launches the NeuralExpert utility to guide you through the construction of a new neural network.\nNeuralExpert
32015 Launches the TestingWizard to run a testing set through your neural network and display the results.\nTestingWizard
32073 Launches the NeuralBuilder utility to contruct a new neural network Recommended for advanced users.\nNeuralBuilder
32786 Get the selection cursor\nSelection Cursor
32791 Pointer object which can be used for demonstration purposes\nArrowEngine
32792 Edit cell which can be used to enter user-defined parameters\nEditEngine
32794 Aligns selected components to all have the same top edge\nAlign Top
32796 Aligns selected components to all have the same left edge\nAlign Left
32797 Aligns selected components to all have the same right edge\nAlign Right
32798 Aligns selected components to all have the same bottom edge\nAlign Bottom
32806 Distributes selected components within the horizontal space between the left-most and right-most components\nSpace Across
32807 Distributes selected components within the vertical space between the top-most and bottom-most components\nSpace Down
32809 Brings the selected components to the front of the view\nBring to Front
32810 Sends the selected components to the back of the view\nSend to Back
32827 Displays the MacroWizard\nMacroWizard
32875 A user defined postprocessor through dynamic link libraries\nDLLPostProcessor
32885 Start the simulation\nStart
32886 Pause the simulation\nPause
32888 Reset the network\nReset
32889 Stops the recording of the current macro and displays the MacroWizard\nStop Recording
32890 Pauses the recording of the current macro\nPause Recording
32896 Hide the display windows\nHide Windows
32902 Randomize the network weights\nRandomize
32903 Jog the network weights\nJog
32904 Creates a new macro and begins recording\nRecord New
32908 Copy the selection and write it to a Clipboard file\nCopy to File
32909 Insert Clipboard file contents\nPaste from File
32911 Centers the selected components horizontally\nCenter Horizontal
32913 Centers the selected components horizontally and vertically\nCenter Objects
32914 Centers the selected components vertically\nCenter Vertical
32920 Used to add text to a breadboard\nTextBoxEngine
32924 Button which can be used to run a macro\nButtonEngine
32966 Run the simulation for one epoch\nStep Epoch
32967 Run the simulation for one exemplar\nStep Exemplar
32973 Set the Epoch and Exemplar counters to zero without resetting the network\nZero Counters
32981 A user defined transformer through dynamic link libraries\nTransformer
32986 Run the simulation for one sample\nStep Sample
33009 Top-level simulation control based on Genetic Algorithms\nGeneticControl
33041 Graphs temporal data stored in the attached DataStorage component.\nDataGraph
33045 ID_NSVMInputSynapse
57600 Create a new document\nNew
57601 Open an existing document\nOpen
57603 Save the active document\nSave
57632 Delete the selection\nDelete
57634 Copy the selection and put it on the Clipboard\nCopy
57635 Cut the selection and put it on the Clipboard\nCut
57637 Insert Clipboard contents\nPaste
57643 Undo the last action\nUndo
57648 Open another window for the active document\nNew Window
57650 Arrange windows so they overlap\nCascade Windows
57651 Arrange windows as non-overlapping tiles\nTile Windows
57664 Display program information, version number and copyright\nAbout
57669 Display help for clicked on buttons, menus and windows\nContext Help