Code

Error Message

Description

C0001

The simulation terminated because the current step size is too small (%-16e).

C0002

Linear solver factorization failed.

C0003

Acceleration analysis failed to converge.

C0004

FFlex bodies cannot be used in Eigenvalue analysis.

C0005

Eigenvalue analysis failed because the number of eigenvalues is zero.

C0012

FRA can only be used once during a simulation.

C0013

Memory could not be allocated.

C0017

The input must be defined.

C0018

The output must be defined.

C0019

Unable to compute the eigenvector.

C0020

FRA failed because the total number of system modes is zero.

C0021

Eigenvalue analysis failed.

C0022

Eigenvalue analysis failed to converge. Please decrease the amplitude factor.

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.

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.

C0044

Static analysis is not available for Belt2D.

C0047

Convergence failed in Static analysis.

C0051

Convergence failed in Dynamic analysis. 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.

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.

C0060

The %dth value in the rplt file is not valid.

C0062

The maximum number of bodies in the student version is limited to 20.

C0063

The contact entity is not available in the student version.

C0064

The number of valid SMP licenses (%d) must be greater than or equal to the requested number of cores (%d).

C0065

MEHD is only available in the Windows version of RecurDyn.

C0066

Eigenvalue analysis failed because the number of degrees of freedom of the system is zero.

C0067

Unable to read the model name in the z_z file because the file could not be opened.

C0068

Unable to read a flag in the z_z file because the file could not be opened.

C0069

The file could not be opened.

C0071

The simulation command must be defined.

C0073

The input and output must be defined.

C0074

The simulation command (%s) is not valid.

C0075

The integrator command (%s) is not valid.

C0076

Unable to read commands.

C0077

The entity ID (%d) is not valid.

C0079

Undefined force type is used. Activate or deactivate command cannot be applied.

C0080

The hybrid Integrator is not available in Belt2D.

C0081

FNE license cannot be used with Standalone solver.

C0082

The type (%d) is not valid because it must be between 1 and 7.

C0083

The flag (%d) is not valid because it must be 0 or 1.

C0084

The component type (%d) is not valid because it must be between 1 and 8.

C0085

The type (%d) is not valid because it must be between 1 and 13.

C0086

The type (%d) is not valid because it must be between 1 and 6.

C0087

The type (%d) is not valid because it must be between 1 and 3.

C0088

Unable to find the program Cosin. Please check the installation of the Cosin software.

C0089

The platform of FTire is wrong. Please install the correct Cosin FTire platform.

C0090

The installed version of Cosin FTire is too old.

C0091

Unable 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.

C0093

The requested number of cores is not valid because the available number of cores in this system is %d.

C0094

The distance between two markers must not be zero.

C0095

The number of frequencies (%d) is not valid because it must be between 2 and 9999.

C0096

Unable to load the particle solver dll file.

C0097

Unable to initialize the solver license system.

C0098

Unable to identify the supported version.

C0099

Unable to get a function pointer.

C0100

Unable to initialize particle solver.

C0101

Unable to initialize a rigid wall.

C0102

Unable to perform Pre-analysis.

C0103

Unable to make output files in the particle solver.

C0104

Unable to set the motion of a rigid wall.

C0105

Unable to get the step size.

C0106

Unable to get a rigid wall reaction force.

C0107

Unable to find the particle solver dll file. Please check the particle solver path in configuration.xml.

C0108

Unable to find required data in the particle solver dll.

C0109

MBDforANSYS license cannot be used with Standalone solver.

C0110

The tai file does not match with the number of TSG actuators.

C0111

The TSG actuator ID (%d) is not valid.

C0112

The TSG sensor ID (%d) is not valid.

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.

C0115

The step size (%f) must be greater than zero. Please check the value of "STEP".

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".

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 KISSsoft bearing solver interface dll file.

C0126

The master nodes of an RBE3 element must not be collinear.

C0127

Unable to get the direction vector.

C0128

Unable to allocate KISSsoft bearing solver.

C0129

Unable to create KISSsoft gear instance.

C0130

Unable to get KISSsoft gear OEM module.

C0131

Unable to calculate the general logic for KISSsoft gear.

C0132

Unable to calculate the callfunc for KISSsoft gear contact.

C0133

Either the base or the action curve must not be a straight line.

C0135

Linear analysis such as Eigenvalue, FRA, and State matrix cannot be used on models that contain Colink entities.

C0136

Linear analysis such as Eigenvalue, FRA, and State matrix cannot be used on models that contain Track, Belt, or Chain entities.

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.

C0141

The action entity and the base entity must be different.

C0147

A length of the file name is too long. Please reduce it to less than %d characters.

C0148

The number of threads (%d) is not valid in FFlex models.

C0149

The index used in the sparse residual must not be zero.

C0151

Failed to calculate the Jacobian.

C0153

The number of arguments (%d) must not be greater than the maximum size (%d).

C0156

Unable to get the curve normal direction. Please use the "User Direction" option.

C0157

Memory allocation failed because too many boundary boxes exist. Please increase the radius of the circle.

C0158

Unable to get the patch normal vector.

C0159

Two nodes in a patch must not be 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.

C0165

The contact type (%d) is not valid.

C0167

The surface type of either the base or action surface is not valid.

C0168

The index (%d) of the sub-boundary is not valid.

C0169

The index (%d) of sub-boundary must not be greater than the array size (%d).

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.

C0172

The index (%d) of the base patch is not valid.

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.

C0175

Memory allocation failed because too many boundary boxes exist. Please increase the radius of the action sphere.

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.

C0177

The total number of contact points (%d) must not be greater than the array size (%d).

C0178

The total number of nodes (%d) of contact output file must not be greater than the array size (%d).

C0179

The radius of arc (%f) must be greater than or equal to the radius of the circle (%f) in the %dth 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.

C0181

The end-angle of a torus (%f) must be greater than the 0 degree in the %dth MMSD inner/outer 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.

C0183

The radius of an arc (%f) must be greater than or equal to the radius of the sphere (%f) in the %dth 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.

C0185

The angle of an arc-revolution (%f) must be less than 360 degrees.

C0186

The end-angle of an arc-revolution (%f) must be greater than the 0 degree in the %dth 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.

C0188

The pitch length (%f) must be greater than the diameter of the arc (%f).

C0189

The horizontal offset (%f) of an arc-revolution surface must be greater than the radius of the arc (%f).

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.

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.

C0192

The length of a box (%f) must be greater than or equal to the diameter of the sphere (%f) in the %dth 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.

C0194

The length of a cylinder (%f) must be greater than or equal to the diameter of the sphere (%f) in the %dth 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.

C0196

The end-angle of a torus (%f) must be greater than the 0 degree in the %dth 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.

C0199

The joint ID (%d) is not valid.

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.

C0206

The number of user parameters (%d) must not be greater than the maximum size (%d).

C0209

The number of user parameters (%d) must not be greater than the maximum size %d.

C0212

Unable to compute the eigenvector. (MKL/FEAST)

C0214

The number of curve segments must be greater than or equal to 2.

C0215

Unable to factorize the spline matrix.

C0219

The curve matrix data type (%d) is not valid.

C0220

A spline definition requires at least two points.

C0221

The spline type ID (%d) is not valid.

C0222

Each x value in a spline definition must be larger than the previous x value.

C0223

The value (%f) of z is not valid in 3D Spline.

C0224

The order (%d) is not valid because it must be 0, 1, or 2.

C0225

Unable to find the dll file for User Subroutine.

C0226

Unable to find the defined function in the dll file for User Subroutine.

C0227

Nodal_Force_Ext USUB is not available in MTT2D.

C0228

The entity ID (%d) is not valid. Please check the available entities in Belt2D.

C0230

x0 and x1 must have different values.

C0231

The spline ID (%d) is not valid.

C0232

The spline value is not valid.

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.

C0239

The value of x must not be a multiple of pi/2.

C0240

The absolute value of x must not be greater than 1.

C0241

The value of y must not be zero.

C0242

The x and y values must not be zero.

C0243

The type (%s) used in the SYSARY function is not available.

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.

C0248

The function type (%s) is not valid.

C0249

The expression function (%s) is not available.

When defining a Motion, Expression functions that can affect generalized coordinates such as DX, AX, and WX cannot be used.

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.

C0252

Unable to read the unit (%s) of force in the property file.

C0253

Unable to read the unit (%s) of mass in the property file.

C0254

Unable to read the unit (%s) of length in the property file.

C0255

Unable to read the unit (%s) of angles in the property file.

C0256

Unable to read the unit (%s) of time in the property file.

C0257

The selected markers must belong to a force entity.

C0259

The joint index (%d) is not valid.

C0260

This is a user-defined error message. "ERROR STRING" : %n."ID" = %d."COMMAND" = %n.

C0261

The number of user files (%d) must not be greater than the maximum size (%d).

C0262

The RFlex body index (%d) is not valid.

C0263

Unable to get the node index.

C0264

The node index (%d) is not valid.

C0265

The mode ID (%d) is not valid.

C0266

The FFlex body index (%d) is not valid.

C0267

The FFlex body ID (%d) is not valid.

C0268

The Euler angle type (%d) is not valid.

C0269

The sheet segment index (%d) is not valid.

C0270

The RFlex body name is not valid.

C0271

The node ID (%d) is not valid.

C0272

The file cannot be created. Please check the file name or path.

C0273

The file cannot be deleted because it cannot be accessed.

C0274

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.

C0277

The value of a point must not exceed the range of the curve (%n).

C0278

Unable to create the rplt file because the header size is zero.

C0279

The %dth value in the rad file is not valid.

C0280

The request type (%d) is not valid.

C0282

The total number of nodes (%d) must not be greater than the array size (%d).

C0283

There is an element with a zero or negative volume at a quadrature point.

C0293

The node index (%d) is not valid.

C0294

Unable to read the ID and index for the %dth RFlex body.

C0295

Unable to read the body ID and marker ID for the %dth RFlex body.

C0296

Unable to read the node list for the %dth RFlex body.

C0297

Unable to read the body ID and type for the %dth RFlex body.

C0298

In the Modal Load Case, the number of modes must be "number of used modes + 6" for Modal Load type.

C0299

Unable to read the data in the rfi file.

C0300

Unable to read the node data in the rfi file.

C0301

Unable 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.

C0303

Unable to read the stress shape data in the rfi file. Please use RFI Optimizer.

C0304

Unable to read the strain shape data in the rfi file. Please use RFI Optimizer.

C0305

Unable to read the data for the %dth RFlex body.

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.

C0308

The rfi file version is old. Please regenerate the file.

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.

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.

C0317

Unable to calculate the stiffness matrix.

C0318

The unit type (%d) of mass is not valid.

C0319

The unit type (%d) of length is not valid.

C0320

The unit type (%d) of time is not valid.

C0321

The unit type (%d) of force, mass, length, and time that is used is not valid.

C0322

The natural frequencies are not valid.

C0323

An RFlex marker must have reference node data.

C0324

The total number of nodes (%d) must be less than the array size (%d).

C0325

The total number of sub-boundary boxes (%d) must be less than the array size (%d).

C0326

Unable to calculate Jacobian in the case of using 2.5D option.

C0327

The FFlex body cannot be deactivated during a simulation.

C0328

The RFlex body cannot be deactivated during a simulation.

C0332

The nodal force type (%d) is not valid.

C0333

There is no selected node for the applied nodal force (%n).

C0334

There is an element with zero or negative volume at a nodal point.

C0336

Determinant of the global gradient is zero.

C0337

The activation type (%d) is not valid.

C0338

There is an element with zero or negative volume.

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.

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.

C0348

Unable to calculate spring coefficient "KH2" in a one step spring.

C0349

Unable to calculate spring coefficient "KH1" in a two step spring.

C0350

Unable to calculate spring coefficient "KH2" in a two step spring.

C0351

The simulation terminated because a required condition was below a tolerance. The torque is %f.

C0352

Ko, Co, and clearance must not be zero.

C0353

There are too many intersection points. Please increase the plane tolerance factor.

C0357

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).

C0359

WARNING: The Initial Time Step (%f) is greater than Maximum Time Step (%f). The Initial Time Step is set (%f).

C0360

The joint type is not valid.

C0361

Simulation is stopped by "Stop Simulation when Occurring Redundant Constraint Option". System have a redundant constraint.

C0362

Please Check tire property file format. Does not support the file types of Linux/Unix/Mac format in Windows system.

C0363

A contact pressure is not available because a surface for pressure is not defined.

C0364

The value of a point must not exceed the boundary of the UV Surface (%n).

C0365

The expression ID (%d) is not valid. 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.

C0367

The target node is also belonging to Beam and Solid element. \nThe Expression value includes the recovery value for Max Distance of Beam and the recovery value of Solid. %n

C0368

\nThe target node is also belonging to Beam element. \nThe Expression value includes the recovery value for Max Distance of Beam. %n

C0369

\nThe target node is also belonging to Solid element. \nThe Expression value includes recovery value of Solid. %n

C0370

\nThere is no Shell element. Please check the recovery position of expression.\nThe Expression value includes the recovery value for Max Distance of Beam and the recovery value of Solid. %n

C0371

\nThere is no Shell element. Please check the recovery position of expression.\nThe Expression value includes the recovery value for Max Distance of Beam. %n

C0372

\nThere is no Shell element. Please check the recovery position of expression.\nThe Expression value includes the recovery value of Solid. %n

C0373

Unable to find the particle solver dll file.\nPlease check the particle solver path in the environment variable named "SPI_PATH_PRODUCTNAME".\nIf you want to set automatically the DLL path from the configuration.xml file  please remove the environment value.

C0374

Some diagonal values of system matrix are zero. This case occurred mass is zero.

C0375

FFlex boundary conditions and FFlex constraint connectors are overlapped.

C0376

Rplt size is not matched. (size_rpt > soobus)

C0377

There are too many contact points. Memory cannot be allocated in track contact analysis.