openHySim 0.0.8

A package contains OpenSeesPy 3.6.0, OpenFrescoPy 2.7.2, and personal subroutines

openHySim Package

Purpose

This package includes OpenSeesPy 3.6.0 and OpenFrescoPy 2.7.2 (64-bit versions) bundled together. Additionally, it features custom subroutines, such as the 'ritz' command for deriving stiffness and mass matrices. These enhancements reflect developments in OpenSees and OpenFresco over the past decade.

In 2023, with Matlab/Simulink 2021a being the final version to support xpcTarget, we transitioned our SpeedGoat real-time machine to the newer Matlab/Simulink Real-time OS, which employs a micro-core system for real-time modules and includes advanced features like the AI/ML/RL toolbox. However, during this transition, we noted that OpenFrescoPy was not fully integrated or adapted for Python interpretation, a gap that impacted our hybrid testing toolkit.

To address this, we gathered the most recent API files for hybrid testing in a Windows 64-bit environment and enhanced the OpenFrescoPy modules. Consequently, we successfully merged OpenSeesPy and OpenFrescoPy into a single .pyd dynamic library.

Additinal toolkit is particularly beneficial for students who may find configuring a hybrid testing environment challenging, as it simplifies the learning process.

Quick Tutorial

pip install openHySim
from openHySim import *

Then you can use the command listed below.

OpenSeesPy commands those already implemented,

    uniaxialMaterial
	  APDFMD, APDMD, APDVFD, ASD_SMA_3K
    testUniaxialMateria
    setStrain
    getStrain
    getStress
    getTangent
    getDampTangent
    wipe
    model
    node
    fix
    element
      KikuchiBearing,	YamamotoBiaxialHDR,	MNS", &OPS_MultipleNormalSpring,	multipleNormalSpring,	MSS,	multipleShearSpring,  inerter,  linearElasticSpring, twoNodeLink,	elastomericBearingUFRP,	elastomericBearingPlasticity,	elastomericBearingBoucWen,	elastomericBearing,	RJWatsonEqsBearing,	singleFPBearing, flatSliderBearing,	adapter,	actuator,	corotActuator, genericClient,	genericCopy, beamColumnJoint,	elastic2dGNL,	element2dGNL,	inelastic2dYS03, inelastic2dYS02,	inelastic2dYS01, Joint3D,	Joint3d,	Joint2D, LehighJoint2D, zeroLengthContact2D, zeroLengthContact3D, zeroLengthContactASDimplex,	zeroLengthRocking, bbarBrickWithSensitivity, bbarBrick, stdBrick, bbarBrickUP, bbarQuadUP, 20NodeBrick, 20_8_BrickUP, 9_4_QuadUP,	brickUP, quadUP, nineNodeMixedQuad, nineNodeQuad, bbarQuad, mixedQuad, enhancedQuad, quadWithSensitivity, quad, stdQuad, quad9n, quad8n, tri6n, dispBeamColumnWithSensitivity, elasticForceBeamColumn, dispBeamColumnThermal, forceBeamColumnThermal, forceBeamColumnWarping, elasticForceBeamColumnWarping, dispBeamColumnInt, fTruss, PFEMElementCompressible, PFEMElementBubble, MINI, TaylorHood2D, VS3D4, elastomericBearingBoucWenMod, AV3D4, AC3D8, ASI3D8, CorotTruss2, Truss2, QuadBeamEmbedContact, Brick8FiberOverlay, Quad4FiberOverlay, quad3d, elasticTubularJoint, TPB1D, Truss, TrussSection, corotTruss, corotTrussSection, zeroLengthContactNTS2D, zeroLengthInterface2D, nt2d, componentElement, zeroLengthImpact3D, modElasticBeam2d, elasticTimoshenkoBeam, pyMacro2D, SimpleContact2D, N4BiaxialTruss, SimpleContact3D, BeamContact3D, BeamContact3Dp, PileToe3D, TFPbearing,	TFP, FPBearingPTV, TripleFrictionPendulum, TripleFrictionPendulumX, HDR, LeadRubberX, ElastomericX, MVLEM, SFI_MVLEM, MVLEM_3D, SFI_MVLEM_3D, E_SFI_MVLEM_3D, MasonPan12, MasonPan3D, BeamGT, MultiFP2d, shell, shellMITC4, shellNL, ShellNL, shellMITC9, shellDKGQ, shellDKGT, shellNLDKGQ, shellNLDKGT, ASDShellQ4, CoupledZeroLength, ZeroLengthCoupled, BeamContact2D, 	BeamContact2Dp, BeamEndContact3D,	BeamEndContact3Dp, tri31, SSPquad, SSPQuad, SSPquadUP, SSPQuadUP, SSPbrick, SSPBrick, SSPbrickUP, SSPBrickUP,	SurfaceLoad, elasticBeamColumn, elasticBeamColumnWarping, dispBeamColumnWarping, dispBeamColumnAsym, beamWithHinges, forceBeamColumn, nonlinearBeamColumn, dispBeamColumn, timoshenkoBeamColumn, dispBeamColumn3dID, dispBeamColumnNL, forceBeamColumnCBDI, forceBeamColumnCSBDI, mixedBeamColumn, mixedBeamColumnAsym, zeroLength,	zeroLengthSection, zeroLengthND, FourNodeTetrahedron, TenNodeTetrahedron, CatenaryCable, ASDEmbeddedNodeElement, gradientInelasticBeamColumn, RockingBC, InertiaTruss, ASDAbsorbingBoundary2D, ASDAbsorbingBoundary3D, PML, PML2D_3, PML2D_5, PML2D_12, PML2DVISCOUS, mixedBeamColumn3d, mixedBeamColumn2d, mixedBeamColumn3dS, mixedBeamColumn2dS, inerterTruss2d, semiloofBeam, semiloofPlate, semiloofShell, FSIFluidBoundaryElemeng2D, FSIFluidElement2D, FSIInterfaceElement2D, Inno3DPnPJoint, ASDShellT3
    timeSeries
    pattern
		  Linear, Rectangular, Path, Constant, Trig, Sine, Ramp
    load
    system
    numberer
    constraints
    integrator
	  LoadControl, DisplacementControl, ParallelDisplacementControl, ArcLength, ArcLength1, HSConstraint, MinUnbalDispNorm, HarmonicSteadyState, HarmonicSS, Newmark, GimmeMCK, ZZTop, TRBDF2, Bathe, TRBDF3, Bathe3, Houbolt, BackwardEuler, PFEM, NewmarkExplicit, NewmarkHSIncrLimit, NewmarkHSIncrReduct, NewmarkHSFixedNumIter, HHT, HHT_TP, HHTGeneralized, HHTGeneralized_TP, HHTExplicit, HHTExplicit_TP, HHTGeneralizedExplicit, HHTGeneralizedExplicit_TP, HHTHSIncrLimit, HHTHSIncrLimit_TP, HHTHSIncrReduct, HHTHSIncrReduct_TP, HHTHSFixedNumIter, HHTHSFixedNumIter_TP, GeneralizedAlpha, GuiLambdaExplicit, CRExplicit, KRAlphaExplicit, KRAlphaExplicit_TP, AlphaOS, AlphaOS_TP, AlphaOSGeneralized, AlphaOSGeneralized_TP, Collocation, CollocationHSIncrReduct, CollocationHSIncrLimit, CollocationHSFixedNumIter, Newmark1, WilsonTheta, CentralDifference, CentralDifferenceAlternative, CentralDifferenceNoDamping, ExplicitDifference
    algorithm
    analysis
	  SDFAnalysis
    analyze
    test
    section
    fiber
	  fiber2d, fiber3d
    patch
    layer
	  layer2d
    geomTransf
    beamIntegration
    loadConst
    eleLoad
    reactions
    nodeReaction
    eigen
	  ritz
    modalProperties
    responseSpectrumAnalysis
    nDMaterial
	  ASDPlasticMaterial (a lot), InitStrainNDMaterial, Parallele3DMaterial,
    block2D
    block3D
    rayleigh
    wipeAnalysis
    setTime
    remove
    mass
    equalDOF
    nodeEigenvector
    getTime
    setCreep
    eleResponse
    sp
    fixX
    fixY
    fixZ
    reset
    initialize
    getLoadFactor
    build
    printModel
    printA
    printB
    printX
    printGID
    testNorm
    testNorms
    testIter
    recorder
    database
    save
    restore
    eleForce
    eleDynamicalForce
    nodeUnbalance
    nodeDisp
    setNodeDisp
    nodeVel
    setNodeVel
    nodeAccel
    setNodeAccel
    nodeResponse
    nodeCoord
    setNodeCoord
    getPatterns
    getFixedNodes
    getFixedDOFs
    getConstrainedNodes
    getConstrainedDOFs
    getRetainedNodes
    getRetainedDOFs
    updateElementDomain
    getNDM
    getNDF
    eleNodes
    eleType
    nodeDOFs
    nodeMass
    nodePressure
    setNodePressure
    nodeBounds
    start
    stop
    modalDamping
    modalDampingQ
    setElementRayleighDampingFactors
    region
    setPrecision
    searchPeerNGA
    domainChange
    record
    metaData
    defaultUnits
    stripXML
    convertBinaryToText
    convertTextToBinary
    getEleTags
    getCrdTransfTags
    getNodeTags
    getParamTags
    getParamValue
    sectionForce
    sectionDeformation
    sectionStiffness
    sectionFlexibility
    sectionLocation
    sectionWeight
    sectionTag
    sectionDisplacement
    cbdiDisplacement        
    basicDeformation
    basicForce
    basicStiffness
    InitialStateAnalysis
    totalCPU
    solveCPU
    accelCPU
    numFact
    numIter
    systemSize
    version
    pyversion
    setMaxOpenFiles
    limitCurve
    imposedMotion
    imposedSupportMotion
    groundMotion
    equalDOF_Mixed
    rigidLink
    rigidDiaphragm
    ShallowFoundationGen
    setElementRayleighFactors
    mesh
    remesh
    parameter
    addToParameter
    updateParameter
    setParameter
    getPID
    getNP
    barrier
    send
    recv
    Bcast
    frictionModel
    computeGradients
    sensitivityAlgorithm
    sensNodeDisp
    sensNodeVel
    sensNodeAccel
    sensLambda
    sensSectionForce
    sensNodePressure
    getNumElements
    getEleClassTags
    getEleLoadClassTags
    getEleLoadTags
    getEleLoadData
    getNodeLoadTags
    getNodeLoadData
    randomVariable
    getRVTags
    getRVParamTag
    getRVValue
    getMean
    getStdv
    getPDF
    getCDF
    getInverseCDF
    correlate
    performanceFunction
    gradPerformanceFunction
    transformUtoX
    wipeReliability
    updateMaterialStage
    sdfResponse
    probabilityTransformation
    startPoint
    randomNumberGenerator
    reliabilityConvergenceCheck
    searchDirection
    meritFunctionCheck
    stepSizeRule
    rootFinding            
    functionEvaluator
    gradientEvaluator
    getNumThreads
    setNumThreads
    logFile
    setStartNodeTag
    hystereticBackbone
    stiffnessDegradation
    strengthDegradation
    strengthControl
    unloadingRule
    partition
    pressureConstraint
    domainCommitTag
    runFOSMAnalysis
    findDesignPoint
    runFORMAnalysis
    getLSFTags
    runImportanceSamplingAnalysis
    IGA
    NDTest
    neesUpload
    nodeRitzVector

and the OpenFrescoPy commands,

	expControlPoint,
	expSignalFilter,
	expControl, 
	expSetup, 
	expSite, 
	expTangentStiff, 
	expElement, 
	expRecorder, 
	recordExp, 
	startLabServer, 
	setupLabServer, 
	stepLabServer, 
	stopLabServer, 
	startSimAppSiteServer, 
	startSimAppElemServer, 
	wipeExp, 
	removeExp, 
	version

Requirements

Win64OpenSSL-3 (currently, Win64OpenSSL-3.1.4.msi is used); Magicsplat Tcl 6.13 (currently, tcl-8.6.13-installer-1.13.1-x64.msi is used)

Additional Info

contact: [e-mail]

For RTHS tools

{一些RTHS实验需要的工具 适用于课题组设备的混合实验工具，本项目在伯克利的基础上更改，为课题组内部资料，请勿外传}

simulink

用于speedgoat实时机交互

xpc和scgt

xpcC版本：openfresco通过xpcAPI和speedgoat通信，仅支持到matlab2020a
scgt版本：这是openfresco通过scgt(共享内存)和speedgoat通信，目前支持到matlab2020a（理论可以支持任何版本matlab），由于matlab2020a以后编译器改版问题，现有程序纯在bug，无法编译。

experiment和virtualexperiment1和virtualexperiment2

experiment版本需要opensees，openfresco，speedgoat（XPC、simulink）和MTS形成一个闭环。正式实验版本。
virtualexperiment1版本需要opensees，openfresco，speedgoat（XPC、simulink）和MTS形成一个闭环。但是MTS使用的虚拟设置。用于测试实验设备通信等。
virtualexperiment2版本需要opensees，openfresco，speedgoat（XPC、simulink）形成一个闭环。它直接在speedgoat模拟MTS，形成刚度甚至时滞信息。

修改记录（和伯克利比较）

之前的修改：修改求解设置，否则无法编译
20240130：修改了子积分步差一步的问题，增加了两个unit delay 模块。
20240130：修改MTS零位置问题，咱们MTS通道1和2的零位置分别是180mm和200mm，MTS需要的单位是mm和kN。

1. xpc
   1. experiment
      1. 1dof
      2. 2dof
   2. virtualexperiment1
      1. 1dof
      2. 2dof
   3. virtualexperiment2
      1. 1dof
      2. 2dof
2. scgt
   1. experiment
      1. 1dof
      2. 2dof
   2. virtualexperiment1
      1. 1dof
      2. 2dof
   3. virtualexperiment2
      1. 1dof
      2. 2dof