Simulation Module Error Codes
The Simulation VIs and functions can return the following error codes. Refer to the KnowledgeBase for more information about correcting errors in LabVIEW.
| Code | Description |
|---|---|
| −2374 | The negative slew rate must be less than or equal to the positive slew rate. |
| −2373 | The version of LabVIEW you installed for this embedded device supports only the 1 kHz timing source of the Simulation Loop. To achieve loop rates other than 1 kHz, you must specify an external timing source. |
| −2372 | The index table for a lookup table (LUT) must be non-decreasing. |
| −2371 | The discrete sample period of each discrete function must be an integer multiple of the overall discrete step size of the simulation. |
| −2370 | A single-input single-output (SISO) state-space model requires a B matrix with only one column and a C matrix with only one row. |
| −2369 | The model you specified requires direct feedthrough. Open the configuration dialog box of this function and set the Feedthrough parameter to Direct. |
| −2367 | The External Model Interface DLL returned an error. |
| −2366 | The External Model Interface Node returned an error. |
| −2365 | The order of the linear time-invariant (LTI) model must remain the same from the previous iteration. |
| −2364 | The dimension of the multiple-input multiple-output (MIMO) linear time-invariant (LTI) model must remain the same from the previous iteration. |
| −2363 | A state-space model with indirect feedthrough requires an empty or zero D matrix. |
| −2362 | The number of channels must match the number of inequality constraints. |
| −2361 | Insufficient number of user defined reference points. Ensure that any user-defined reference points are equally spaced according to the Initial Time, Final Time, and Step Size subparameters of the Solver Parameters parameter |
| −2360 | To use the Discrete States Only ODE solver, the simulation diagram must not contain any continuous functions. |
| −2359 | The discrete step size must be an integer multiple of the continuous step size. Set the discrete step size to an integer multiple of the continuous step size. If you are using Auto Discrete Time, ensure that all discrete functions on the simulation diagram have a sample period (s) that is an integer multiple of the continuous step size. |
| −2358 | A discrete function cannot accept a continuous model. |
| −2357 | A continuous function cannot accept a discrete model. |
| −2355 | The value of the Decimation parameter for the Collector function must be greater than or equal to 1. |
| −2354 | The number of elements in the input array does not equal the number of columns in the gain matrix. |
| −2353 | You cannot change the maximum delay while the simulation is running. |
| −2352 | For fixed step-size ODE solvers, the delay must be less than or equal to the specified maximum delay. |
| −2351 | The specified parameter is a vector. Enter a vector value. |
| −2350 | The specified parameter is a scalar. Enter a scalar value. |
| −2349 | The parameter name is not in the specified parameter list. |
| −2348 | The given State Derivatives parameter is incompatible with the specified subsystem. |
| −2347 | The given Outputs parameter is incompatible with the specified subsystem. |
| −2346 | The given Inputs parameter is incompatible with the specified subsystem. |
| −2345 | The given States parameter is incompatible with the specified subsystem. |
| −2344 | The given Outputs parameter is incompatible with the specified subsystem. |
| −2343 | The given Inputs parameter is incompatible with the specified subsystem. |
| −2342 | The given States parameter is incompatible with the specified subsystem. |
| −2341 | The initial time of the simulation cannot be greater than or equal to the final time. |
| −2340 | The linearizer detected an internal error. |
| −2339 | The ODE solver detected an internal error. |
| −2338 | The ODE solver detected an internal error. |
| −2337 | You can linearize only simulation subsystems. |
| −2336 | The simulation diagram returned NaN to the ODE solver. |
| −2335 | The simulation diagram returned Inf to the ODE solver. |
| −2334 | An overflow occurred in the ODE solver. |
| −2333 | The step size must be between the minimum and maximum step size. |
| −2332 | The minimum step size must be less than or equal to the maximum step size. |
| −2331 | The absolute tolerance and relative tolerance cannot both be zero. |
| −2330 | The discrete step size must be an integer multiple of the step size. |
| −2329 | The simulation step size cannot be zero. |
| −2328 | You can use the Linearize Subsystem dialog box only on simulation subsystems. |
| −2327 | You can use the Linearize Subsystem dialog box only if you have created a VI under My Computer in the Project Explorer. |
| −2325 | The ODE solver did not converge at the minimum step size. |
| −2324 | The ODE solver cannot meet the error tolerance using the minimum step size. |
| −2323 | The simulation step size must be greater than zero. |
| −2322 | You selected a feedthrough behavior that is inconsistent with the specified discrete integration method. Launch the configuration dialog box for this function and change the Feedthrough or Discrete Integrator parameter. |
| −2319 | The dimensions of the arrays for the lookup table are inconsistent. |
| −2318 | The dimensions of the parameter vectors of this function do not match. |
| −2317 | You selected a feedthrough behavior that is inconsistent with the specified discrete integration method. Launch the configuration dialog box for this function and change the Feedthrough or Discrete Integrator parameter. |
| −2316 | The order of the numerator must be greater than the order of the denominator. |
| −2315 | You must match complex entries in the Zero-Pole-Gain function with complex conjugates. |
| −2314 | For an transfer function with indirect feedthrough behavior, the order of the numerator must be less than or equal to the order of the denominator. |
| −2312 | The size of the input vector is incorrect for the MIMO system. |
| −2311 | The order of the model must not change from the previous iteration of the Simulation Loop. |
| −2310 | The dimensions of matrices A, B, C, and D are not consistent with each other. |
| −2309 | The period for this function must be greater than zero. |
| −2308 | The duty cycle must be between 0% and 100%. |
| −2306 | The frequency for this function must be greater than zero. |
| −2305 | The target time for the Chirp Signal function must be greater than the simulation initial time. |
| −2304 | The upper limit for the Saturation function must be greater than or equal to the lower limit. |
| −2303 | The switch on point for the Relay function must be greater than or equal to the switch off point. |
| −2302 | The quantization interval for the Quantizer function must be greater than zero. |
| −2301 | The Simulation Converter failed to properly convert an expression. |