5.17. Error Code List in RecurDyn/Solver

Code	Error Message	Description
C0001	The simulation terminated because the current step size is too small (%-16e).	The simulation stopped when the current step size was smaller than 1.e-16 due to a large force generated during the analysis in Rigid models.
C0002	Linear solver factorization failed.	If the mass or constraint is not correct, LU factorization for the linear solver failed in Rigid models.
C0003	Acceleration analysis failed to converge.
C0004	FFlex bodies cannot be used in Eigenvalue analysis.	Eigenvalue analysis is not supported in FFlex models.
C0005	Eigenvalue analysis failed because the number of eigenvalues is zero.	The number of eigenvalues obtained was 0 after performing Eigenvalue analysis.
C0012	FRA can only be used once during a simulation.	Although FRA cannot be performed multiple times during the simulation, it was set to be performed multiple times in Scenario.
C0013	Memory could not be allocated.	Memory required for model analysis is insufficient. Physical memory must be increased to resolve this problem.
C0017	The input must be defined.	There was no input to perform FRA.
C0018	The output must be defined.	There was no output to perform FRA.
C0019	Unable to compute the eigenvector.	It failed to compute the eigenvector from Eigenvalue analysis in FRA.
C0020	FRA failed because the total number of system modes is zero.	The number of system modes obtained was 0 after performing FRA.
C0021	Eigenvalue analysis failed.	It failed to get an inverse matrix with complex number from Eigenvalue analysis in FRA.
C0022	Eigenvalue analysis failed to converge. Please decrease the amplitude factor.	Eigenvalue analysis failed to converge within 100 iterations.
C0023	Acceleration analysis failed to converge in Static analysis.
C0024	The index (%d) of a dependent body must not be greater than the array size (%d).
C0026	The total size (%d) of data must be less than the array size (%d).
C0027	Convergence failed in the position analysis.
C0028	Entity (%d) is not valid.	The redundant constraint is output to the MESSAGE file for the position analysis in Pre-Analysis. If there is an unknown type joint, an error occurs.
C0029	The redundant constraint check failed in velocity analysis because the number of constraint equations (%d) is greater than the number of system DOFs (%d) for the velocity analysis.	The redundant constraint check failed for the velocity analysis in Pre-Analysis because the number of constraint equations is greater than the number of system DOFs.
C0044	Static analysis is not available for Belt2D.	Static analysis is not supported in 2D Belt models.
C0047	Convergence failed in Static analysis.
C0051	Convergence failed in Dynamic analysis. Please decrease a constant time stepsize.	It failed to find solution in the model where TRKGALPHA integrator is used and Constant Stepsize option is defined. Please decrease a constant time stepsize.
C0052	The simulation terminated because the current step size is too small (%-16e). Please decrease the Jacobian evaluation value.	The simulation stopped when the current step size was smaller than 1.e-16 due to a large force generated during the dynamic analysis.
C0053	Unable to set the factorization tolerance in the sparse linear solver.
C0054	Unable to set the message flag in the sparse linear solver.
C0056	Unable to set “In/Out Core” option in the sparse linear solver.
C0057	Unable to set the number of threads in the sparse linear solver.
C0058	Unable to set the rigid connection data in the sparse linear solver.
C0059	LU factorization in the sparse linear solver failed.	If the mass or constraint is not correct, LU factorization for the linear solver failed in FFlex models.
C0060	The %dth value in the rplt file is not valid.	NaN was included in the RPLT file for FFlex models when performing Dynamic analysis.
C0062	The maximum number of bodies in the student version is limited to 20.	More than 20 rigid bodies were defined in RecurDyn Student version.
C0063	The contact entity is not available in the student version.	A contact entity not supported by Student version was used.
C0064	The number of valid SMP licenses (%d) must be greater than or equal to the requested number of cores (%d).	There was not enough license as many as the number of cores you want to use.
C0065	MEHD is only available in the Windows version of RecurDyn.	MEHD cannot be used on Linux system.
C0066	Eigenvalue analysis failed because the number of degrees of freedom of the system is zero.	If the number of degrees of freedom of the system is 0, Eigenvalue analysis cannot be performed.
C0067	Unable to read the model name in the z_z file because the file could not be opened.	The Z_Z file required to run the solver was not open, so the model name cannot be read.
C0068	Unable to read a flag in the z_z file because the file could not be opened.	The Z_Z file required to run the solver was not open, so the simulation commands cannot be read.
C0069	The file could not be opened.	The DAT file converted from the RMD file for the solver was not open.
C0071	The simulation command must be defined.	There was no simulation command in the RSS file for Scenario analysis.
C0073	The input and output must be defined.
C0074	The simulation command (%s) is not valid.	The wrong simulation command was defined in the RSS file for Scenario analysis.
C0075	The integrator command (%s) is not valid.	The wrong integrator command was defined in the RSS file for Scenario analysis.
C0076	Unable to read commands.	It failed to read commands in the RSS file for Scenario analysis.
C0077	The entity ID (%d) is not valid.	The ID matching the entity searched for in the RMD file is not found.
C0079	Undefined force type is used. Activate or deactivate command cannot be applied.	While executing the Scenario analysis, undefined force type in the Activate/Deactivate command was used.
C0080	The hybrid Integrator is not available in Belt2D.	Hybrid integrator is not supported in 2D Belt models.
C0081	FNE license cannot be used with Standalone solver.	In Standalone solver, FNE license cannot be used.
C0082	The type (%d) is not valid because it must be between 1 and 7.	The wrong type was defined in this expression function. It must be between 1 and 7.
C0083	The flag (%d) is not valid because it must be 0 or 1.	The wrong flag was defined in this expression function. It must be 0 or 1.
C0084	The component type (%d) is not valid because it must be between 1 and 8.	The wrong component type was defined in this expression function.
C0085	The type (%d) is not valid because it must be between 1 and 13.	The wrong type was defined in this expression function. It must be between 1 and 13
C0086	The type (%d) is not valid because it must be between 1 and 6.	The wrong type was defined in this expression function. It must be between 1 and 6
C0087	The type (%d) is not valid because it must be between 1 and 3.	The wrong type was defined in this expression function. Tt must be between 1 and 3.
C0088	Unable to find the program Cosin. Please check the installation of the Cosin software.	The Cosin FTire program was not installed.
C0089	The platform of FTire is wrong. Please install the correct Cosin FTire platform.	The wrong Cosin FTire platform was installed.
C0090	The installed version of Cosin FTire is too old.	The outdated Cosin FTire version was used.
C0091	Unable to call the FTire initialization API. Please verify the FTire and RecurDyn versions.	It failed to call the FTire initialization API. Please verify the FTire and RecurDyn versions.
C0092	Road file includes unknown parameters. Please refer to the example for MF-Tire road files in the RecurDyn install directory.	The road file for FTire includes unknown parameters. Please refer to the example for MF-Tire road files in the RecurDyn install directory.
C0093	The requested number of cores is not valid because the available number of cores in this system is %d.	A number of cores that are not supported on this system were requested.
C0094	The distance between two markers must not be zero.	If the distance of the Distance joint is 0, a Jacobian problem occurs.
C0095	The number of frequencies (%d) is not valid because it must be between 2 and 9999.	The number of frequencies defined in INVPSD expression function was wrong.
C0096	Unable to load the particle solver dll file.	It failed to load the particle solver dll files in SPI.
C0097	Unable to initialize the solver license system.
C0098	Unable to identify the supported version.	The return value of the “PS_APIVersionSupported” function is -1 in SPI. Please check the API function.
C0099	Unable to get a function pointer.
C0100	Unable to initialize particle solver.	The return value of the “PS_Initialize” function is -1 in SPI. Please check the API function.
C0101	Unable to initialize a rigid wall.	The return value of the “PS_SetInitialConditionsForRigidWall” function is -1 in SPI. Please check the API function.
C0102	Unable to perform Pre-analysis.	The return value of the “PS_PreAnalysis” function is -1 in SPI. Please check the API function.
C0103	Unable to make output files in the particle solver.	The return value of the “PS_MakeOutputFiles” function is -1 in SPI. Please check the API function.
C0104	Unable to set the motion of a rigid wall.	The return value of the “PS_SetMotionForRigidWall” function is -1 in SPI. Please check the API function.
C0105	Unable to get the step size.	The return value of the “PS_Step” function is -1 in SPI. Please check the API function.
C0106	Unable to get a rigid wall reaction force.	The return value of the “PS_GetForceForRigidWall” function is -1 in SPI. Please check the API function.
C0107	Unable to find the particle solver dll file. Please check the particle solver path in configuration.xml.	It failed to find the particle solver dll files in SPI. Please check the particle solver path in configuration.xml.
C0108	Unable to find required data in the particle solver dll.	It failed to get required data from API functions in SPI.
C0109	MBDforANSYS license cannot be used with Standalone solver.	In Standalone solver, MBDforANSYS license cannot be used.
C0110	The tai file does not match with the number of TSG actuators.	The number of TSG Actuators was not matched with them in the tai file.
C0111	The TSG actuator ID (%d) is not valid.	The ID of TSG Actuator defined in TACT expression function could not be found.
C0112	The TSG sensor ID (%d) is not valid.	The ID of TSG Sensor defined in TACT expression function could not be found.
C0113	Constraint violation occurred because of incompatible redundant constraints. Please try to remove some or all of the redundant constraints or increase the redundant violation tolerance.	The redundant constraint violation value was greater than the user’s input tolerance.
C0115	The step size (%f) must be greater than zero. Please check the value of “STEP”.	In Scenario analysis, the step value was zero or less than zero.
C0116	The maximum stiction deformation will be ignored in the FE (%s) roller (%n) because the friction stick-slip effect is not available in FE roller.
C0117	This entity is not available in C++ solver.
C0118	The end time (%f) must be greater than zero. Please check the value of “END”.	In Scenario analysis, the end value was zero or less than zero.
C0119	This icf file dose not match the current model. Please check the node IDs of the RFlex virtual joints.
C0122	The contact ID (%d) is not valid in the MMSD.
C0125	Unable to find the DriveTrain bearing solver interface dll file.	It failed to load find the DriveTrain bearing solver interface dll file.
C0126	The primary nodes of an RBE3 element must not be collinear.	The primary nodes of an RBE3 element were in collinear.
C0127	Unable to get the direction vector.
C0128	Unable to allocate DriveTrain bearing solver.	It failed to allocate DriveTrain bearing solver.
C0129	[%n] Unable to create DriveTrain gear instance.	It failed to create DriveTrain gear instance.
C0130	[%n] Unable to get DriveTrain gear OEM module.	It failed to get DriveTrain gear OEM module.
C0131	[%n] Unable to calculate the general logic for DriveTrain gear.	It failed to calculate the general logic for DriveTrain gear.
C0132	[%n] Unable to calculate the callfunc for DriveTrain gear contact.	It failed to calculate the callfunc for DriveTrain gear contact.
C0133	Either the base or the action curve must not be a straight line.	Either the base or the action curve was a straight line in CVCV Joint.
C0135	Linear analysis such as Eigenvalue, FRA, and State matrix cannot be used on models that contain Colink entities.	Linear analysis such as Eigenvalue, FRA, and State matrix cannot be used in Colink models.
C0136	Linear analysis such as Eigenvalue, FRA, and State matrix cannot be used on models that contain Track, Belt, or Chain entities.	Linear analysis such as Eigenvalue, FRA, and State matrix cannot be used in Track, Belt, or Chain models.
C0137	The total size (%d) of data must not be greater than the array size (%d).
C0138	The %dth value in the fplt file is not valid.	NaN was included in the FPLT file when performing Eigenvalue analysis.
C0141	The action entity and the base entity must be different.	The action entity and the base entity were same in Force entity.
C0147	A length of the file name is too long. Please reduce it to less than %d characters.%n	A length of the file name was too long.
C0148	An unsupported number of cores, such as 3, was used.
C0149	The index used in the sparse residual must not be zero.
C0151	Failed to calculate the Jacobian.	Jacobian singular occurred because the base marker and the action marker were the same in CONVEL joint.
C0153	The number of arguments (%d) must not be greater than the maximum size (%d).	The number of user parameters exceeded 30 for Motion function in User Subroutine.
C0156	Unable to get the curve normal direction. Please use the “User Direction” option.	In Cam 2D Contact and Cam Line 2D Contact, it failed to get the curve normal direction automatically.
C0157	Memory allocation failed because too many boundary boxes exist. Please increase the radius of the circle.	Memory allocation failed because too many boundary boxes exist in Circle to Curve Contact. Please increase the radius of the circle.
C0158	Unable to get the patch normal vector.	In the general surface contact, it failed to get the normal vector of each patch.
C0159	Two nodes in a patch must not be in the same position.	In the general surface contact, two nodes in a patch were in the same position.
C0160	The number of lines in the patch does not match with the number of lines calculated from the patch points. Please check CAD surface data.	In the general surface contact, the number of lines in the patch did not match with the number of lines calculated from the patch points.
C0165	The contact type (%d) is not valid.	When using CONTACT expression function, undefined contact type was used.
C0167	The surface type of either the base or action surface is not valid.	In Extended Surface to Surface Contact, the surface type of either the base or action surface was not valid.
C0170	The total number of pairs (%d) must not be greater than the array size (%d).
C0171	The index (%d) of the action patch is not valid.	The action patch ID defined in Extended Surface to Surface Contact could not be found.
C0172	The index (%d) of the base patch is not valid.	The base patch ID defined in Extended Surface to Surface Contact could not be found.
C0173	The index (%d) of the node’s type is not valid.
C0174	Memory allocation failed because too many boundary boxes exist. Please decrease the number of divided cubic cells of the base surface.	Memory allocation failed because the surface was divided too finely in Extended Surface to Surface Contact.
C0175	Memory allocation failed because too many boundary boxes exist. Please increase the radius of the action sphere.	Memory allocation failed because the surface as divided too finely in Sphere to Surface Contact.
C0176	The total number of sub-boundary boxes (%d) must not be greater than the array size (%d). Please increase the value of maximum penetration of contact.	Memory allocation failed because the surface was divided too finely in Surface to Surface Contact.
C0177	The total number of contact points (%d) must not be greater than the array size (%d).	The total number of contact points exceeded 200 in Surface to Surface Contact.
C0178	The total number of contact output file cannot exceed 50000.	The total number of contact output file cannot exceed 50000 for Geo Contact.
C0179	The radius of arc (%f) must be greater than or equal to the radius of the circle (%f) in the %dth contact.	The circle radius was greater than the arc radius in Circle in Arc Contact.
C0180	The radius of outer-circle (%f) must be greater than or equal to the radius of the inner-circle (%f) in the %dth contact.	The inner circle radius was greater than the outer circle radius in Circle to Circle Contact.
C0181	The end-angle of a torus (%f) must be greater than the 0 degree in the %dth MMSD inner/outer contact.	The torus end angle was less than zero in MMSD contact.
C0182	The major-radius of a torus (%f) minus minor-radius of the torus (%f) must be greater than the radius of cross section circle (%f) in the %dth MMSD inner/outer contact.	The torus major-radius minus the torus minor-radius was less than the cross-section circle radius in MMSD contact.
C0183	The radius of an arc (%f) must be greater than or equal to the radius of the sphere (%f) in the %dth contact.	The sphere radius was greater than the arc radius in Sphere to Arc Extrusion Contact,
C0184	The length of an arc-extrude (%f) must be greater than or equal to the diameter of the sphere (%f) in the %dth contact.	The sphere diameter was greater than the arc-extruded length in Sphere to Arc Extrusion Contact.
C0185	The angle of an arc-revolution (%f) must be less than 360 degrees.	The arc-revolution angle was greater than 360 in Sphere to Arc Revolution Contact
C0186	The end-angle of an arc-revolution (%f) must be greater than the 0 degree in the %dth contact.	The arc-revolution end angle was less than zero in Sphere to Arc Revolution Contact.
C0187	The radius of an arc (%f) plus the horizontal offset %f must be greater than or equal to the radius of the sphere (%f) in the %dth contact.	The arc radius plus the horizonal offset was less than the sphere radius in Sphere to Arc Revolution Contact,
C0188	The pitch length (%f) must be greater than the diameter of the arc (%f).	The pitch length is less than the arc diameter in Sphere to Arc Revolution Contact,
C0189	The horizontal offset (%f) of an arc-revolution surface must be greater than the radius of the arc (%f).	The horizontal offset was less than the arc radius in Sphere to Arc Revolution Contact.
C0190	The radius of an arc (%f) plus the horizontal offset (%f) must be greater than or equal to the radius of the sphere (%f) in the %dth contact.	The arc radius plus the horizontal offset was less than the sphere radius in Sphere to Arc Revolution Contact
C0191	The angle of a holder-radius (%f) must be greater than or equal to the radius of the sphere (%f) in the %dth contact.	The holder-radius angle was less than the sphere radius in Sphere to Arc Revolution Contact.
C0192	The length of a box (%f) must be greater than or equal to the diameter of the sphere (%f) in the %dth contact.	The box length was less than the sphere diameter in Sphere to Box Contact.
C0193	The radius of a cylinder (%f) must be greater than or equal to the radius of the sphere (%f) in the %dth contact.	The cylinder radius was less than the sphere diameter in Sphere in Cylinder Contact.
C0194	The length of a cylinder (%f) must be greater than or equal to the diameter of the sphere (%f) in the %dth contact.	The cylinder length was less than the sphere diameter in Sphere in Cylinder Contact
C0195	The radius of an outer-sphere (%f) must be greater than or equal to the radius of the inner-sphere (%f) in the %dth contact.	The outer sphere radius was less than the inner sphere radius in Sphere in Sphere Contact
C0196	The end-angle of a torus (%f) must be greater than the 0 degree in the %dth contact.	The torus end angle was less than zero in Sphere in Torus Contact
C0197	The minor-radius of a torus (%f) must be greater than or equal to the radius of the sphere (%f) in the %dth contact.	The torus minor radius was less than the sphere radius in Sphere in Torus Contact.
C0199	The joint ID (%d) is not valid.	The undefined joint type was used in the logic that calculates the Joint Friction Sliding type.
C0200	The damping type (%d) is not valid.
C0202	The number of gauss points (%d) must be less than 5.
C0203	Unable to calculate the inverse of jacobian.	It failed to calculate the inverse of Jacobian in Plate force.
C0206	The number of user parameters (%d) must not be greater than the maximum size (%d).	The number of user parameters exceeded 30 for Axial function in User Subroutine.
C0209	The number of user parameters (%d) must not be greater than the maximum size %d.	The number of user parameters exceeded 30 for Matrix function in User Subroutine.
C0212	Unable to compute the eigenvector. (MKL/FEAST)	It failed to compute the eigenvector in FRA.
C0214	The number of curve segments must be greater than or equal to 2.	The number of curve segments was less than 2.
C0215	Unable to factorize the spline matrix.	When there are 3 Curve Segments, in the process of making Non-uniform Cubic Spline, if the segments are not independent from each other, Cubic Spline cannot be properly made.
C0219	The curve matrix data type (%d) is not valid.
C0220	A spline definition requires at least two points.	The number of points defined in the spline was less than 2.
C0221	The spline type ID (%d) is not valid.	The undefined spline type was used.
C0222	Each x value in a spline definition must be larger than the previous x value.	The x value in the spline was less than the previous x value.
C0223	The value (%f) of z is not valid in 3D Spline.	It failed to be interpolated with z value in the 3D spline.
C0224	The order (%d) is not valid because it must be 0, 1, or 2.	The undefined spline order was used.
C0225	Unable to find the dll file for User Subroutine.	It failed to find the dll file for User Subroutine.
C0226	Unable to find the defined function in the dll file for User Subroutine.	It failed to find the defined function in the dll file for User Subroutine.
C0227	Nodal_Force_Ext USUB is not available in MTT2D.	Nodal_Force_Ext function in User Subroutine was used in MTT2D model.
C0228	The entity ID (%d) is not valid. Please check the available entities in Belt2D.
C0230	x0 and x1 must have different values.	x0 and x1 were same in Sweep expression function.
C0231	The spline ID (%d) is not valid.	The undefined spline ID was used in expression functions where spline enters argument.
C0232	The spline value is not valid.	There is a negative value in the spline for INVPSD expression function.
C0233	The unit quaternion could not be extracted from the rotation matrix.
C0234	The quaternion norm must not be zero.
C0235	Unable to factorize the matrix.
C0236	The total number of expression functions (%d) must be less than the maximum size (%d).
C0237	The base of the exponent must be positive
C0238	The value of x must be positive.	The X value was negative in LOG, LOG10, and SQRT expression functions.
C0239	The value of x must not be a multiple of pi/2.	The X value was a multiple of pi/2 in TAN expression function.
C0240	The absolute value of x must not be greater than 1.	The absolute X value was greater than 1 in ASIN expression function.
C0241	The value of y must not be zero.	The y value was zero in MOD expression function.
C0242	The x and y values must not be zero.	The x and y values were zero in ATAN2 expression function.
C0243	The type (%s) used in the SYSARY function is not available.	The undefined type was used in SYSARY function.
C0244	A floating marker cannot be used in this function.
C0245	A floating marker cannot be used in this expression function.
C0246	A floating marker cannot be used in this type used in SYSARY.
C0247	The number of arguments must be 1 or 2.	The number of arguments were 1 or 2 in AM expression function.
C0248	The function type (%s) is not valid.	The undefined function type was used in SYSFNC function.
C0249	The expression function (%s) is not available.	Expression functions that can be defined in SYSFNC function were used in Motion.
C0250	The total number of AX, AY, AZ expression functions (%d) must be less than the maximum size (%d).
C0251	Unable to read the method in the property file.	It failed to read the method in the tire property file.
C0252	Unable to read the unit (%s) of force in the property file.	It failed to read the force unit in the tire property file.
C0253	Unable to read the unit (%s) of mass in the property file.	It failed to read the mass unit in the tire property file.
C0254	Unable to read the unit (%s) of length in the property file.	It failed to read the length unit in the tire property file.
C0255	Unable to read the unit (%s) of angles in the property file.	It failed to read the angle unit in the tire property file.
C0256	Unable to read the unit (%s) of time in the property file.	It failed to read the time unit in the tire property file.
C0257	The selected markers must belong to a force entity.	The markers defined in FORCE expression function is not pair.
C0259	The joint index (%d) is not valid.	The undefined joint index was used in MOTION expression function.
C0260	This is a user-defined error message. “ERROR STRING” : %n.”ID” = %d.”COMMAND” = %n.	An error occurred by ERRMES function in User Subroutine.
C0261	The number of user files (%d) must not be greater than the maximum size (%d).	The number of files registered by the REG_File function in User Subroutine was over 100.
C0262	The RFlex body index (%d) is not valid.	The undefined RFlex body index was used for GET_RFLEX_MODEID function in User Subroutine.
C0263	Unable to get the node index.	It failed to get the node ID from the RFI file when using the GET_RFLEX_NODESEQID function in User Subroutine.
C0264	The node index (%d) is not valid.	The undefined node index was used for GET_RFLELX_NODEIPOS function in User Subroutine.
C0265	The mode ID (%d) is not valid.	The undefined mode ID was used for GET_RFLEX_TMODESHAPE function in User Subroutine.
C0266	The FFlex body index (%d) is not valid.	The undefined FFlex body index was used for GET_FFLEX_NODEPOS function in User Subroutine.
C0267	The FFlex body ID (%d) is not valid.	The undefined FFlex body ID was used for GET_FFLEX_NODETACC function in User Subroutine.
C0268	The Euler angle type (%d) is not valid.	The undefined Euler angle type was used for ORIENTATIONMATRIX function in User Subroutine.
C0269	The sheet segment index (%d) is not valid.	The undefined sheet segment index was used for GET_MTT2D_SHTSEGSTRINGNAME function in User Subroutine.
C0270	The RFlex body name is not valid.	The undefined RFlex body name was used for GET_RFLEX_BODYSEQID function in User Subroutine.
C0271	The node ID (%d) is not valid.	The undefined node ID was used for GET_FFLEX_NODESEQID function in User Subroutine.
C0272	The file cannot be created. Please check the file name or path.	The ICF file could not be created.
C0273	The file cannot be deleted because it cannot be accessed.	The ICF file could not be deleted because it cannot be accessed.
C0274	This icf file does not match with the current model.	This ICF file does not match with the current model.
C0275	This icf file does not match with the current model. Please check the above entity.
C0276	The simulation terminated because some value of redundant constraints have exceeded the tolerance.	The redundant constraint violation value was greater than the user’s input tolerance.
C0277	The value of a point must not exceed the range of the curve (%n).	It exceeded the curve defined in PTCV joint.
C0278	Unable to create the rplt file because the header size is zero.	It failed to create the RPLT file because the header size is zero.
C0279	The %dth value in the rad file is not valid.	Nan was included in the RAD file.
C0280	The request type (%d) is not valid.	The undefined request type was used.
C0282	The total number of nodes (%d) must not be greater than the array size (%d).	The total number of nodes was greater than the array size in Laser Sensor.
C0293	The node index (%d) is not valid.	The undefined node index was used in RFlex models.
C0294	Unable to read the ID and index.	It failed to read the ID and index for the RFlex body in the Modal Force.
C0295	Unable to read the body ID and marker ID.	It failed to read the body ID and marker ID for the RFlex body in the Modal Force.
C0296	Unable to read the node list.	It failed to read the node list for the RFlex body in the Modal Force.
C0297	Unable to read the body ID and type.	It failed to read the body ID and type for the RFlex body in the Modal Force.
C0298	In the Modal Load Case, the number of modes must be “number of used modes + 6” for Modal Load type.	In the Modal Load Case, the number of modes was not the number of used modes + 6 for Modal Load type.
C0299	Unable to read the data in the rfi file.	It failed to read the data in the RFI file.
C0300	Unable to read the node data in the rfi file.	It failed to read the node data in the RFI file.
C0301	Unable to read the mode shape data in the rfi file.	It failed to read the mode shape data in the RFI file.
C0302	Uanble to read the stress shape and strain shape data in the rfi file. Please use RFI Optimizer.	It failed to read the stress shape and strain shape data in the RFI file.
C0303	Unable to read the stress shape data in the rfi file. Please use RFI Optimizer.	It failed to read the stress shape data in the RFI file.
C0304	Unable to read the strain shape data in the rfi file. Please use RFI Optimizer.	It failed to read the strain shape data in the RFI file.
C0305	Unable to read the data for the %dth RFlex body.	It failed to read the data for the RFlex body in the DAT file.
C0306	The file cannot be written to because the file could not be opened.
C0307	Unable to read the body ID and index for the %dth RFlex body.	It failed to read the body ID and index for the RFlex body in the RFI file.
C0308	The rfi file version is old. Please regenerate the file.	The RFI file version was old.
C0309	The entity’s data cannot be read.
C0310	Cannot open binary file containing the flexible data. Filename: %n.
C0312	Some (%d) of the selected modes are not independent.	Some of the selected modes for the RFlex body are not independent.
C0314	The file version is old. Please regenerate the file.
C0315	Memory allocation failed.
C0316	Unable to read file because the version of the file is newer than the installed RecurDyn version. Please check the %dth RFlex body.	It failed to read the RFI file because the version of the file is newer than the installed RecurDyn version.
C0317	Unable to calculate the stiffness matrix.	The diagonal matrix values of the stiffness matrix for the RFlex body were less than or equal to zero
C0318	The unit type (%d) of mass is not valid.	The undefined mass unit type was used for the RFlex body.
C0319	The unit type (%d) of length is not valid.	The undefined length unit type was used for the RFlex body.
C0320	The unit type (%d) of time is not valid.	The undefined time unit type was used for the RFlex body.
C0321	The unit type (%d) of force, mass, length, and time that is used is not valid.	The undefined unit was used for the RFlex body.
C0322	The natural frequencies are not valid.	It failed to read natural frequencies for the RFlex body in the RFI file.
C0323	An RFlex marker must have reference node data.	There was no information for the reference node in a RFlex marker.
C0324	The total number of nodes (%d) must be less than the array size (%d).	The number of boundary cells was greater than 10000 for the FFlex Curve in Contact.
C0325	The total number of sub-boundary boxes (%d) must be less than the array size (%d).	The number of boundary cells was greater than 10000 for the FFlex Surface in Contact.
C0326	Unable to calculate Jacobian in the case of using 2.5D option.	The matrix singular occurred when calculating Jacobian with the 2.5D option in FSurface to Surface Contact.
C0327	The FFlex body cannot be deactivated during a simulation.	The FFlex body could not be deactivated during the simulation in Scenario analysis.
C0328	The RFlex body cannot be deactivated during a simulation.	The RFlex body could not be deactivated during the simulation in Scenario analysis.
C0332	The nodal force type (%d) is not valid.	The undefined nodal force type was used in Nodal Force.
C0333	There is no selected node for the applied nodal force (%n).	There was no selected node for the applied Nodal Force.
C0334	There is an element with zero or negative volume at a nodal point.	There was an element with zero or negative volume at a nodal point for calculating the stress and strain.
C0336	Determinant of the global gradient is zero.	Determinant of the global gradient was zero for Solid8 elements.
C0337	The activation type (%d) is not valid.	The undefined Activate/Deactivate flag was used for the FFlex body in Scenario analysis.
C0338	There is an element with zero or negative volume.	There was an element with zero or negative volume for Solid4 elements.
C0339	There is no GPU available.
C0340	The error occurs in SAMADII.
C0341	Unable to find the Particleworks.dll file. Please check the Particleworks program.	It failed to find the Particleworks.dll file. Please check the Particleworks program.
C0342	An error has occurred in Particleworks Interface.
C0343	A warning has occurred in Solid Contact
C0344	An error has occurred in Solid contact.
C0345	There are too many patch pairs. Please increase the plane tolerance factor.
C0346	The simulation finished successfully. The end time is %f.
C0347	Unable to calculate spring coefficient “KH1” in a one step spring.	It failed to calculate spring coefficient “KH1” of a one step spring in MMSC.
C0348	Unable to calculate spring coefficient “KH2” in a one step spring.	It failed to calculate spring coefficient “KH2” of a one step spring in MMSC.
C0349	Unable to calculate spring coefficient “KH1” in a two step spring.	It failed to calculate spring coefficient “KH1” of a two step spring in MMSC.
C0350	Unable to calculate spring coefficient “KH2” in a two step spring.	It failed to calculate spring coefficient “KH2” of a two step spring in MMSC.
C0351	The simulation terminated because a required condition was below a tolerance. The torque is %f.	The simulation terminated during the CCMAV simulation because a required condition was below a tolerance.
C0352	Ko, Co, and clearance must not be zero.	Ko, Co, or clearance was zero in Bushing Bearing Type A.
C0353	There are too many intersection points. Please increase the plane tolerance factor.
C0357	GCoSim “Name” already was used in another interface.	GCoSim “Name” already was used in another interface.
C0358	WARNING: The Maximum Time Step (%f) is greater than Report Time Step (%f). The Maximum Time Step is set (%f).	The Maximum Time Step was greater than Report Time Step.
C0359	WARNING: The Initial Time Step (%f) is greater than Maximum Time Step (%f). The Initial Time Step is set (%f).	The Initial Time Step was greater than Maximum Time Step.
C0360	The joint type is not valid.
C0361	Simulation is stopped by “Stop Simulation when Occurring Redundant Constraint Option”. System have a redundant constraint.	Simulation was stopped by “Stop Simulation when Occurring Redundant Constraint Option”. System have a redundant constraint.
C0362	Please, Check the format of property file used in tire and road. Does not support the file types of Linux/Unix/Mac format in Windows system.	The tire property file of Linux/Unix/Mac format is not valid in Windows system.
C0363	A contact pressure is not available because a surface for pressure is not defined.	A contact pressure is not available because there is no UV Node for the surface in the Gear Involute Contact.
C0364	The value of a point must not exceed the boundary of the UV Surface (%n).	It exceeded the surface defined in PTSF joint.
C0365	The expression ID (%d) is not valid. Please check the available entities in Expression.	The undefined expression ID was used. Please check the available entities in Expression.
C0366	Since static friction coefficient(SFC) must be greater than or equal to dynamic friction coefficient(DFC), solver replaced SFC with DFC.	The static friction coefficient (SFC) was less than the dynamic friction coefficient (DFC)I in Geo Contact. Solver replaced SFC with DFC.
C0367	The target node is also belong to Beam and Solid element. The Expression value includes the recovery value for Max Distance of Beam and the recovery value of Solid. %n
C0368	The target node is also belong to Beam element. The Expression value includes the recovery value for Max Distance of Beam. %n
C0369	The target node is also belong to Solid element. The Expression value includes recovery value of Solid. %n
C0370	There is no Shell element. Please check the recovery position of expression.The Expression value includes the recovery value for Max Distance of Beam and the recovery value of Solid. %n
C0371	There is no Shell element. Please check the recovery position of expression.The Expression value includes the recovery value for Max Distance of Beam. %n
C0372	There is no Shell element. Please check the recovery position of expression.The Expression value includes the recovery value of Solid. %n
C0373	Unable to find the particle solver dll file.Please check the particle solver path in the environment variable named “SPI_PATH_PRODUCTNAME”.If you want to set automatically the DLL path from the configuration.xml file, please remove the environment value.	It failed to find the particle solver dll file in SPI.
C0374	Some diagonal values of system matrix are zero. Please verify that all bodies have non-zero mass.	The mass of body was zero.
C0375	FFlex boundary conditions and FFlex constraint connectors are overlapped.	Boundary Conditions and constraints were defined in the same node for the FFlex body.
C0376	Rplt size does not match. (size_rpt > soobus)
C0377	There are too many contact points. Memory can not be allocated in track contact analysis.	Memory required for model analysis is insufficient because there are too many contact points in Track models. Physical memory must be increased to resolve this problem.
C0378	There are too many contact points. Memory can not be allocated in chain contact analysis.	Memory required for model analysis is insufficient because there are too many contact points in Chain models. Physical memory must be increased to resolve this problem.
C0379	Convection analysis cannot be applied to line patch. It can only be appied to surface patch.
C0380	HeatFlux analysis cannot be applied to line patch. It can only be appied to surface patch.
C0381	There is circular reference between expressions.
C0382	The expression(%n) is circular reference which need to be checked.
C0383	SPI flexible wall (%n) of a RFlex body doesn’t support the Structural-Thermal analysis.
C0384	Memory could not be allocated.
C0385	Acceleration analysis failed to converge.- Please remove the Rigid mode of Rflex body.
C0386	The value of y[%d](%f) and y[1](%f) must be same in cyclic condition.
C0389	[%n] Pinion center in gear pair is out of range of rack.
C0390	Report Size is not match with RPLT size.
C0391	The integrator command (%s) is changed to (%s).
C0392	The integrator type (%s) is not supported. Please export the rmd or change the keyword of rmd to INTPAR / ADVHYBRID.
C0393	[%n] Cannot open z12 file.
C0394	[%n] Cannot open meta model file.
C0395	[%n] Cannot find RTL File.
C0396	[%n] There is an error for number of node in RTL file.
C0397	[%n] There is an error information about steady flag in RTL file.
C0398	[%n] The number of nodes written in the RTL file is different from the number of actual node information.
C0399	[%n] File version in RTL file is wrong.
C0400	[%n] RTL file size is zero.
C0401	Unable to find the particle solver dll file using the environment variable named “SPI_PATH_PRODUCTNAME”.
C0402	[%n] The value of rotational angle (%f) at simtlation time (%f) greatly exceeded the defined range”.
C0403	[%n] The value of penetration (%f) at simtlation time (%f) greatly exceeded the defined range”.
C0404	[%n] The value of center distance (%f) at simtlation time (%f) greatly exceeded the defined range”.
C0405	[%n] The value of axial offset (%f) at simtlation time (%f) greatly exceeded the defined range”.
C0406	[%n] The value of twist (%f) at simtlation time (%f) greatly exceeded the defined range”.
C0407	[%n] The value of tilt (%f) at simtlation time (%f) greatly exceeded the defined range”.
C0408	The static solver type (%s) is not supported. Please export the rmd from GUI.