Autodesk Robot Structural Analysis Robot API New Features

Transcription

1 Autodesk Robot Structural Analysis 2016 Robot API New Features

2 Robot API New Features 2016 ii Table of Contents RobotOM space 1 Robot Object Model 1 Data Server 2 Structure components 2 Load cases 2 Bars 3 Objects 4 Results 9 Calculation results for finite elements 9 IRobotCalculationResume 10 Selections 11 IRobotSelectionFactory 11 Stories 12 IRobotStoreyValues 12 IRobotStructureEvents 13 IRobotStructureEvents 13 IRobotStructureEvents Methods 13 Presentation of data 14 Views and layouts 14 Graphical structure views 14 Concrete 16 Plate and shell reinforcement 16 IRConcr_BAEL_ReinforceData 17 Robot Kernel 19 IRobotKernel 19 IRobotKernel 19 IRobotKernel Fields 20 Index a

3 Robot API New Features RobotOM space This is namespace RobotOM Robot Object Model When modeling a structure, one uses a certain set of concepts that facilitate the process of defining and analyzing the structure Here belong node, bar, load case and many others While working in Robot, one encounters such concepts as project represented by the RTD file, graphical viewers and tables presenting different aspects of data describing a structure, as well as many other abstractions In order to make it possible to use the above-mentioned concepts at the level of a programming language, they have been formalized and defined according to COM standards Program members and data types used to define structures are described in Robot Object Model by means of appropriate interfaces An interface is understood to mean a set of data, mutually linked in a logical manner, and a set of operations that can be performed on the data The data are called attributes or members, and operations that can be performed are called functions or methods of the interface The set of interface functions defines its functionality Each interface has got a unique name For instance, a node of a structure is represented by means of the IRobotNode interface Among the data of the interface one finds, among others, three real numbers corresponding to node coordinates In order to take advantage of the functionality of a given interface, one should create an object that realizes the interface The manner of creating an object depends on the currently used programming language In, for instance, a new object is created by means of the New operator or CreateObject function Additionally, there is a certain interface type that describes the set of constant values or identifiers Such interface represents enumeration type The IRobotProjectType interface is a good example here Identifiers referring to different types of projects available in Robot are its members In order to use a member of such an interface, it suffices to provide its name There is no necessity to create an object to realize it Robot Object Model is a set of such interfaces It is contained in the robotomtlb file in the standard binary format, so that interfaces available in the model could be recognized by the compilers of programming languages and by the system software The TLB standard extension comes from the Type Library name, as the interface is often, especially at the level of a programming language, identified with data type Therefore, one can refer to an object realizing the interface called Interface by calling it an object of the Interface type Naming conventions All names begin with a capital letter If a name consists of more than one word, each name element begins with a capital letter Additionally, an interface name begins with the IRobot prefix, but for interfaces associated with a specialized module the prefix coresponds to the module name (eg IRJoint for interfaces defining the connection module of Robot) The convention has been adopted to minimize the possibility of conflicting names in programming languages that cannot use many independent name spaces The names of members of enumeration interface consist, in turn, of capital letters, and particular segments are separated by the underline sign ("_") Additionally, each name begins with I_FLIN_, where FLIN refers to the first letters of interface name, with the prefix omitted For instance, names of all elements of IRobotProjectType interface begin with the I_PT_ prefix (eg I_PT_FRAME_2D) Such convention facilitates the creation of unique names The uniqueness of names of members of enumeration interfaces is necessary, for they are often interpreted in programming languages as global constants that should have unique names Units All functions of Robot Object Model use the standard SI units, independently of the current settings in Robot options

4 Robot API New Features Data Server All types of data used to define and model a structure (nodes, bars, load cases)) are managed by the Robot Object Model and the Data Server The server also provides access to the results of calculations carried out for the defined structures Interfaces IRobotStructureEvents ( see page 13) Events of RobotStructure object I Structure components All structure components are represented by the objects of relevant data types I1 Load cases Robot Object Model makes it possible to perform operations on load cases available in the Robot program There are two basic types of load cases: a simple case and combinations A simple case definition consists of a list of load records, while a combination contains a list of simple cases with the relevant coefficients Enumerations IRobotCasePredefinedNumber ( see page 2) A list of predefined values which can be used when calling method Get of RobotCaseServer in order to obtain a specific RobotCase object I11 IRobotCasePredefinedNumber enum IRobotCasePredefinedNumber; public enum IRobotCasePredefinedNumber; Public Enum IRobotCasePredefinedNumber I_CPN_MASS_CONVERSION_GLOBAL = -2 I_CPN_MASS_CONVERSION_DYNAMIC = -1 Use this value to obtain the load case with a list of mass activation records including masses in all dynamic cases and in the static cases for body force loads and angular acceleration forces Use this value to obtain the load case with a list of mass activation records including masses in all dynamic cases A list of predefined values which can be used when calling method Get of RobotCaseServer in order to obtain a specific

5 Robot API New Features RobotCase object I2 Bars Interfaces IRobotBarServer ( see page 3) Server of bars manages the bars defined in the structure I21 IRobotBarServer Class Hierarchy interface IRobotBarServer : IRobotDataObjectServer; public interface IRobotBarServer : IRobotDataObjectServer; Public Interface IRobotBarServer Server of bars manages the bars defined in the structure I211 IRobotBarServer The following tables list the members exposed by IRobotBarServer Public Methods SetLabelExt ( see page 3) This method is an extended version of SetLabel It can be used to apply given label directly to selected end of the bar By default when the optional extra parameter is not specified this method is working the same way as SetLabel I212 SetLabelExt HRESULT SetLabelExt(IRobotSelection* _bars, IRobotLabelType _lab_type, BSTR _lab_name, long _ext_param = -1); public void SetLabelExt(IRobotSelection _bars, IRobotLabelType _lab_type, String _lab_name, long _ext_param = -1); Public Sub SetLabelExt(ByRef _bars As IRobotSelection, _lab_type As IRobotLabelType, _lab_name As String, Optional _ext_param As long = -1) This method is an extended version of SetLabel It can be used to apply given label directly to selected end of the bar By

6 Robot API New Features default when the optional extra parameter is not specified this method is working the same way as SetLabel I3 Objects Interfaces IRobotObjEdgeSelection ( see page 6) An interface which describes a selection of edges of panels and other surface objects I31 Complex attributes of an object Enumerations IRobotThicknessOrthoType ( see page 4) IRobotThicknessOrthoDirType ( see page 4) Interfaces IRobotThicknessOrthoData ( see page 5) I311 IRobotThicknessOrthoType enum IRobotThicknessOrthoType; public enum IRobotThicknessOrthoType; Public Enum IRobotThicknessOrthoType I_TOT_SLAB_COMPOSED_WITH_TRAPEZOID_PLATE = 13 Available since version 162 I312 IRobotThicknessOrthoDirType enum IRobotThicknessOrthoDirType; public enum IRobotThicknessOrthoDirType;

7 Robot API New Features Public Enum IRobotThicknessOrthoDirType I_TODT_AUTOMATIC = 4 I313 IRobotThicknessOrthoData Class Hierarchy interface IRobotThicknessOrthoData : IDispatch; public interface IRobotThicknessOrthoData; Public Interface IRobotThicknessOrthoData I3131 IRobotThicknessOrthoData The following tables list the members exposed by IRobotThicknessOrthoData Public Fields ES ( see page 5) T ( see page 6) VS ( see page 6) I3132 IRobotThicknessOrthoData Fields The fields of the IRobotThicknessOrthoData class are listed here Public Fields I31321 ES ES ( see page 5) T ( see page 6) VS ( see page 6) HRESULT get_es(double*); HRESULT put_es(double);

8 Robot API New Features public double ES { get; set; } Public ES As double Available since version 162 I31322 T HRESULT get_t(double*); HRESULT put_t(double); public double T { get; set; } Public T As double Available since version 162 I31323 VS HRESULT get_vs(double*); HRESULT put_vs(double); public double VS { get; set; } Public VS As double Available since version 162 I32 IRobotObjEdgeSelection Class Hierarchy interface IRobotObjEdgeSelection : IDispatch;

9 Robot API New Features public interface IRobotObjEdgeSelection; Public Interface IRobotObjEdgeSelection An interface which describes a selection of edges of panels and other surface objects I321 IRobotObjEdgeSelection The following tables list the members exposed by IRobotObjEdgeSelection Public Fields Count ( see page 7) A number of edges which are described by this selection Public Methods FromText ( see page 8) Get ( see page 8) ToText ( see page 8) Initialize this selection of edges from given text representation This method returns information about the edge with given index within the selection It allows iterate through all the edges in the selection when calling this method with and index parameter from1 to Count ( see page 7) Return a text representation of this selection of edges I322 IRobotObjEdgeSelection Fields The fields of the IRobotObjEdgeSelection class are listed here Public Fields Count ( see page 7) A number of edges which are described by this selection I3221 Count HRESULT get_count(long*); public long Count { get; } Public ReadOnly Count As long A number of edges which are described by this selection

10 Robot API New Features I323 IRobotObjEdgeSelection Methods The methods of the IRobotObjEdgeSelection class are listed here Public Methods FromText ( see page 8) Get ( see page 8) ToText ( see page 8) Initialize this selection of edges from given text representation This method returns information about the edge with given index within the selection It allows iterate through all the edges in the selection when calling this method with and index parameter from1 to Count ( see page 7) Return a text representation of this selection of edges I3231 FromText HRESULT FromText(BSTR _sel_text); public void FromText(String _sel_text); Public Sub FromText(_sel_text As String) Initialize this selection of edges from given text representation I3232 Get HRESULT Get(long _idx, long* _obj_num, long* _edge_idx); public void Get(long _idx, long* _obj_num, long* _edge_idx); Public Sub Get(_idx As long, ByRef _obj_num As long*, ByRef _edge_idx As long*) This method returns information about the edge with given index within the selection It allows iterate through all the edges in the selection when calling this method with and index parameter from1 to Count ( see page 7) I3233 ToText HRESULT ToText(BSTR* ret);

11 Robot API New Features public String ToText(); Public Function ToText() As String Return a text representation of this selection of edges II Results Interfaces IRobotCalculationResume ( see page 10) II1 Calculation results for finite elements Available since version 25 Enumerations IRobotFeLayerType ( see page 9) Available designations of layers for which calculation results for planar finite elements may be obtained II11 IRobotFeLayerType enum IRobotFeLayerType; public enum IRobotFeLayerType; Public Enum IRobotFeLayerType I_FLT_MAXIMUM = 5 I_FLT_MINIMUM = 6 I_FLT_ABSOLUTE_MAXIMUM = 7 Available designations of layers for which calculation results for planar finite elements may be obtained

12 Robot API New Features Available since version 25 II2 IRobotCalculationResume Class Hierarchy interface IRobotCalculationResume : IDispatch; public interface IRobotCalculationResume; Public Interface IRobotCalculationResume Available since version 15 II21 IRobotCalculationResume The following tables list the members exposed by IRobotCalculationResume Public Fields EquationSolvingMethodUsed ( see page 10) It returns a method of solving equations which was used to calculate the results II22 IRobotCalculationResume Fields The fields of the IRobotCalculationResume class are listed here Public Fields EquationSolvingMethodUsed ( see page 10) It returns a method of solving equations which was used to calculate the results II221 EquationSolvingMethodUsed HRESULT get_equationsolvingmethodused(irobotequationsolvingmethod*); public IRobotEquationSolvingMethod EquationSolvingMethodUsed { get; } Public ReadOnly EquationSolvingMethodUsed As IRobotEquationSolvingMethod It returns a method of solving equations which was used to calculate the results

13 Robot API New Features Available since version 16 III Selections Interfaces IRobotSelectionFactory ( see page 11) Factory that creates objects representing selections III1 IRobotSelectionFactory Class Hierarchy interface IRobotSelectionFactory : IDispatch; public interface IRobotSelectionFactory; Public Interface IRobotSelectionFactory Factory that creates objects representing selections III11 IRobotSelectionFactory The following tables list the members exposed by IRobotSelectionFactory Public Methods CreateEdgeSelection ( see page 11) This method creates an empty selection of edges III12 IRobotSelectionFactory Methods The methods of the IRobotSelectionFactory class are listed here Public Methods CreateEdgeSelection ( see page 11) This method creates an empty selection of edges III121 CreateEdgeSelection HRESULT CreateEdgeSelection(IRobotObjEdgeSelection** ret); public IRobotObjEdgeSelection CreateEdgeSelection();

14 Robot API New Features Public Function CreateEdgeSelection() As IRobotObjEdgeSelection This method creates an empty selection of edges IV Stories Interfaces IRobotStoreyValues ( see page 12) Bar properties IV1 IRobotStoreyValues Class Hierarchy interface IRobotStoreyValues : IDispatch; public interface IRobotStoreyValues; Public Interface IRobotStoreyValues Bar properties Available since version 97 IV11 IRobotStoreyValues The following tables list the members exposed by IRobotStoreyValues Public Fields F ( see page 13) Center of gravity of floor slab IV12 IRobotStoreyValues Fields The fields of the IRobotStoreyValues class are listed here Public Fields F ( see page 13) Center of gravity of floor slab

15 Robot API New Features IV121 F HRESULT get_f(irobotgeopoint3d**); public IRobotGeoPoint3D F { get; } Public ReadOnly F As IRobotGeoPoint3D Center of gravity of floor slab V IRobotStructureEvents Class Hierarchy interface IRobotStructureEvents : IDispatch; public interface IRobotStructureEvents; Public Interface IRobotStructureEvents Events of RobotStructure object V1 IRobotStructureEvents The following tables list the members exposed by IRobotStructureEvents Public Methods ResultStatusChanged ( see page 14) This event is triggered when the status of results is changed A new status is passed as a parameter V2 IRobotStructureEvents Methods The methods of the IRobotStructureEvents class are listed here

16 Robot API New Features Public Methods ResultStatusChanged ( see page 14) This event is triggered when the status of results is changed A new status is passed as a parameter V21 ResultStatusChanged HRESULT ResultStatusChanged(IRobotResultStatusType _new_status); public void ResultStatusChanged(IRobotResultStatusType _new_status); Public Sub ResultStatusChanged(_new_status As IRobotResultStatusType) This event is triggered when the status of results is changed A new status is passed as a parameter Presentation of data I Views and layouts I1 Graphical structure views Enumerations IRobotViewVisibilityStatusValue ( see page 14) IRobotViewDiagramResultType ( see page 15) IRobotViewFeMapResultType ( see page 16) Accessible values for particular types of visibility status Set of result types presented by means of diagrams on bars Result types presented by means of maps on finite elements I11 IRobotViewVisibilityStatusValue enum IRobotViewVisibilityStatusValue; public enum IRobotViewVisibilityStatusValue;

17 Robot API New Features Public Enum IRobotViewVisibilityStatusValue I_VVSV_REACTIONS_FX = 0x0080 I_VVSV_REACTIONS_FY = 0x100 I_VVSV_REACTIONS_FZ = 0x200 I_VVSV_REACTIONS_MX = 0x400 I_VVSV_REACTIONS_MY = 0x800 I_VVSV_REACTIONS_PSEUDO_F = 0x2000 I_VVSV_REACTIONS_PSEUDO_M = 0x4000 I_VVSV_REACTIONS_MZ = 0x1000 Accessible values for particular types of visibility status I12 IRobotViewDiagramResultType enum IRobotViewDiagramResultType; public enum IRobotViewDiagramResultType; Public Enum IRobotViewDiagramResultType I_VDRT_REACTION_FX = 35 I_VDRT_REACTION_FY = 36 I_VDRT_REACTION_FZ = 37 I_VDRT_REACTION_MX = 38 I_VDRT_REACTION_MY = 39 I_VDRT_REACTION_MZ = 40

18 Robot API New Features I_VDRT_REACTION_PSEUDOSTATIC_FORCES = 42 I_VDRT_REACTION_LINEAR_SUPPORTS = 43 I_VDRT_REACTION_DESC = 44 I_VDRT_REACTION_DESC_AVERAGE = 45 I_VDRT_REACTION_DESC_INTEGRAL = 46 I_VDRT_REACTION_PSEUDOSTATIC_MOMENTS = 47 Set of result types presented by means of diagrams on bars I13 IRobotViewFeMapResultType enum IRobotViewFeMapResultType; public enum IRobotViewFeMapResultType; Public Enum IRobotViewFeMapResultType I_VFMRT_DETAILED_DISPLACEMENT_Z = 531 Result types presented by means of maps on finite elements Concrete I Plate and shell reinforcement Interfaces IRConcr_BAEL_ReinforceData ( see page 17) Parameters of plate and shell reinforcement according to the BAEL code (91 and 99) Steel grades are determined by the identifiers from the set RConcr_BAEL_SteelGrades whereas concrete classes by RConcr_BAEL_ConcreteGrades

19 Robot API New Features I1 IRConcr_BAEL_ReinforceData Class Hierarchy interface IRConcr_BAEL_ReinforceData : IRConcrReinforceData; public interface IRConcr_BAEL_ReinforceData : IRConcrReinforceData; Public Interface IRConcr_BAEL_ReinforceData Parameters of plate and shell reinforcement according to the BAEL code (91 and 99) Steel grades are determined by the identifiers from the set RConcr_BAEL_SteelGrades whereas concrete classes by RConcr_BAEL_ConcreteGrades I11 IRConcr_BAEL_ReinforceData The following tables list the members exposed by IRConcr_BAEL_ReinforceData Public Fields SLS_ConcreteStressesBot ( see page 17) SLS_ConcreteStressesTop ( see page 18) SLS_SteelStressesBot ( see page 18) SLS_SteelStressesTop ( see page 18) Allowable SLS concrete stresses for bottom reinforcement Allowable SLS concrete stresses for top reinforcement Allowable SLS steel stresses for bottom reinforcement Allowable SLS steel stresses for top reinforcement I12 IRConcr_BAEL_ReinforceData Fields The fields of the IRConcr_BAEL_ReinforceData class are listed here Public Fields SLS_ConcreteStressesBot ( see page 17) SLS_ConcreteStressesTop ( see page 18) SLS_SteelStressesBot ( see page 18) SLS_SteelStressesTop ( see page 18) Allowable SLS concrete stresses for bottom reinforcement Allowable SLS concrete stresses for top reinforcement Allowable SLS steel stresses for bottom reinforcement Allowable SLS steel stresses for top reinforcement I121 SLS_ConcreteStressesBot HRESULT get_sls_concretestressesbot(double*); HRESULT put_sls_concretestressesbot(double);

20 Robot API New Features public double SLS_ConcreteStressesBot { get; set; } Public SLS_ConcreteStressesBot As double Allowable SLS concrete stresses for bottom reinforcement I122 SLS_ConcreteStressesTop HRESULT get_sls_concretestressestop(double*); HRESULT put_sls_concretestressestop(double); public double SLS_ConcreteStressesTop { get; set; } Public SLS_ConcreteStressesTop As double Allowable SLS concrete stresses for top reinforcement I123 SLS_SteelStressesBot HRESULT get_sls_steelstressesbot(double*); HRESULT put_sls_steelstressesbot(double); public double SLS_SteelStressesBot { get; set; } Public SLS_SteelStressesBot As double Allowable SLS steel stresses for bottom reinforcement I124 SLS_SteelStressesTop HRESULT get_sls_steelstressestop(double*); HRESULT put_sls_steelstressestop(double);

21 Robot API New Features public double SLS_SteelStressesTop { get; set; } Public SLS_SteelStressesTop As double Allowable SLS steel stresses for top reinforcement Robot Kernel Available since version 25 Interfaces IRobotKernel ( see page 19) Main interface of the Robot program kernel I IRobotKernel Class Hierarchy interface IRobotKernel : IDispatch; public interface IRobotKernel; Public Interface IRobotKernel Main interface of the Robot program kernel Available since version 25 I1 IRobotKernel The following tables list the members exposed by IRobotKernel Public Fields ProjectActiveModel ( see page 20)

22 Robot API New Features I2 IRobotKernel Fields The fields of the IRobotKernel class are listed here Public Fields ProjectActiveModel ( see page 20) I21 ProjectActiveModel HRESULT get_projectactivemodel(irobotactivemodeltype*); HRESULT put_projectactivemodel(irobotactivemodeltype); public IRobotActiveModelType ProjectActiveModel { get; set; } Public ProjectActiveModel As IRobotActiveModelType Available since version 15

23 Robot API New Features 2016 B Bars 3 C Index Calculation results for finite elements 9 Complex attributes of an object 4 Concrete 16 D Data Server 2 G Graphical structure views 14 I I_CPN_MASS_CONVERSION_DYNAMIC enumeration member 2 I_CPN_MASS_CONVERSION_GLOBAL enumeration member 2 I_FLT_ABSOLUTE_MAXIMUM enumeration member 9 I_FLT_MAXIMUM enumeration member 9 I_FLT_MINIMUM enumeration member 9 I_TODT_AUTOMATIC enumeration member 4 I_TOT_SLAB_COMPOSED_WITH_TRAPEZOID_PLATE enumeration member 4 I_VDRT_REACTION_DESC enumeration member 15 I_VDRT_REACTION_DESC_AVERAGE enumeration member 15 I_VDRT_REACTION_DESC_INTEGRAL enumeration member 15 I_VDRT_REACTION_FX enumeration member 15 I_VDRT_REACTION_FY enumeration member 15 I_VDRT_REACTION_FZ enumeration member 15 I_VDRT_REACTION_LINEAR_SUPPORTS enumeration member 15 I_VDRT_REACTION_MX enumeration member 15 I_VDRT_REACTION_MY enumeration member 15 I_VDRT_REACTION_MZ enumeration member 15 I_VDRT_REACTION_PSEUDOSTATIC_FORCES enumeration member 15 I_VDRT_REACTION_PSEUDOSTATIC_MOMENTS enumeration member 15 I_VFMRT_DETAILED_DISPLACEMENT_Z enumeration member 16 I_VVSV_REACTIONS_FX enumeration member 14 I_VVSV_REACTIONS_FY enumeration member 14 I_VVSV_REACTIONS_FZ enumeration member 14 I_VVSV_REACTIONS_MX enumeration member 14 I_VVSV_REACTIONS_MY enumeration member 14 I_VVSV_REACTIONS_MZ enumeration member 14 I_VVSV_REACTIONS_PSEUDO_F enumeration member 14 I_VVSV_REACTIONS_PSEUDO_M enumeration member 14 IRConcr_BAEL_ReinforceData 17 about IRConcr_BAEL_ReinforceData 17 IRConcr_BAEL_ReinforceData fields 17 IRConcr_BAEL_ReinforceData members 17 SLS_ConcreteStressesBot 17 SLS_ConcreteStressesTop 18 SLS_SteelStressesBot 18 SLS_SteelStressesTop 18 IRobotBarServer 3 about IRobotBarServer 3 IRobotBarServer members 3 SetLabelExt 3 IRobotCalculationResume 10 about IRobotCalculationResume 10 EquationSolvingMethodUsed 10 IRobotCalculationResume fields 10 IRobotCalculationResume members 10 IRobotCasePredefinedNumber 2 IRobotFeLayerType 9 IRobotKernel 19 about IRobotKernel 19 IRobotKernel fields 20 IRobotKernel members 19 ProjectActiveModel 20 IRobotObjEdgeSelection 6 about IRobotObjEdgeSelection 6 Count 7 FromText 8 a

24 Robot API New Features 2016 Get 8 IRobotObjEdgeSelection fields 7 IRobotObjEdgeSelection members 7 IRobotObjEdgeSelection methods 8 ToText 8 IRobotSelectionFactory 11 about IRobotSelectionFactory 11 CreateEdgeSelection 11 IRobotSelectionFactory members 11 IRobotSelectionFactory methods 11 IRobotStoreyValues 12 about IRobotStoreyValues 12 F 13 IRobotStoreyValues fields 12 IRobotStoreyValues members 12 IRobotStructureEvents 13 about IRobotStructureEvents 13 IRobotStructureEvents members 13 IRobotStructureEvents methods 13 ResultStatusChanged 14 IRobotThicknessOrthoData 5 about IRobotThicknessOrthoData 5 ES 5 IRobotThicknessOrthoData fields 5 IRobotThicknessOrthoData members 5 T 6 VS 6 IRobotThicknessOrthoDirType 4 IRobotThicknessOrthoType 4 IRobotViewDiagramResultType 15 IRobotViewFeMapResultType 16 IRobotViewVisibilityStatusValue 14 L Load cases 2 O Objects 4 P Plate and shell reinforcement 16 Presentation of data 14 R Results 9 Robot Kernel 19 Robot Object Model 1 RobotOM 1 RobotOM namespace 1 RobotOMIRConcr_BAEL_ReinforceData 17 RobotOMIRConcr_BAEL_ReinforceDataSLS_ConcreteStres sesbot 17 RobotOMIRConcr_BAEL_ReinforceDataSLS_ConcreteStres sestop 18 RobotOMIRConcr_BAEL_ReinforceDataSLS_SteelStresses Bot 18 RobotOMIRConcr_BAEL_ReinforceDataSLS_SteelStresses Top 18 RobotOMIRobotBarServer 3 RobotOMIRobotBarServerSetLabelExt 3 RobotOMIRobotCalculationResume 10 RobotOMIRobotCalculationResumeEquationSolvingMethod Used 10 RobotOMIRobotCasePredefinedNumber 2 RobotOMIRobotFeLayerType 9 RobotOMIRobotKernel 19 RobotOMIRobotKernelProjectActiveModel 20 RobotOMIRobotObjEdgeSelection 6 RobotOMIRobotObjEdgeSelectionCount 7 RobotOMIRobotObjEdgeSelectionFromText 8 RobotOMIRobotObjEdgeSelectionGet 8 RobotOMIRobotObjEdgeSelectionToText 8 RobotOMIRobotSelectionFactory 11 RobotOMIRobotSelectionFactoryCreateEdgeSelection 11 RobotOMIRobotStoreyValues 12 RobotOMIRobotStoreyValuesF 13 b

25 Robot API New Features 2016 c RobotOMIRobotStructureEvents 13 RobotOMIRobotStructureEventsResultStatusChanged 14 RobotOMIRobotThicknessOrthoData 5 RobotOMIRobotThicknessOrthoDataES 5 RobotOMIRobotThicknessOrthoDataT 6 RobotOMIRobotThicknessOrthoDataVS 6 RobotOMIRobotThicknessOrthoDirType 4 RobotOMIRobotThicknessOrthoType 4 RobotOMIRobotViewDiagramResultType 15 RobotOMIRobotViewFeMapResultType 16 RobotOMIRobotViewVisibilityStatusValue 14 S Selections 11 Stories 12 Structure components 2 V Views and layouts 14