LabVIEW Simulation Module: The value of the Decimation parameter for the Collector function must be greater than or equal to 1. LabVIEW Simulation Module: The number of elements in the input array does not equal the number of columns in the gain matrix. LabVIEW Simulation Module: You cannot change the maximum delay while the simulation is running. LabVIEW Simulation Module: For fixed step-size ODE solvers, the delay must be less than or equal to the specified maximum delay. LabVIEW Simulation Module: The specified parameter is a vector. Enter a vector value. LabVIEW Simulation Module: The specified parameter is a scalar. Enter a scalar value. LabVIEW Simulation Module: The parameter name is not in the specified parameter list. LabVIEW Simulation Module: The given State Derivatives are incompatible with the specified subsystem. LabVIEW Simulation Module: The given Outputs are incompatible with the specified subsystem. LabVIEW Simulation Module: The given Inputs are incompatible with the specified subsystem. LabVIEW Simulation Module: The given States are incompatible with the specified subsystem. LabVIEW Simulation Module: The given Outputs are incompatible with the specified subsystem. LabVIEW Simulation Module: The given Inputs are incompatible with the specified subsystem. LabVIEW Simulation Module: The given States are incompatible with the specified subsystem. LabVIEW Simulation Module: The Simulation initial time cannot be greater than or equal to the final time. LabVIEW Simulation Module: The Linearizer detected an error while computing the Jacobian Matrix. LabVIEW Simulation Module: The ODE solver could not factor the Jacobian Matrix. LabVIEW Simulation Module: The ODE solver could not compute the Jacobian Matrix. LabVIEW Simulation Module: You can linearize only simulation subsystems. LabVIEW Simulation Module: The simulation diagram returned NaN to the ODE solver. LabVIEW Simulation Module: The simulation diagram returned an overflow to the ODE solver. LabVIEW Simulation Module: An overflow occurred in the ODE solver. LabVIEW Simulation Module: The time step must be between the minimum and maximum time steps. LabVIEW Simulation Module: The minimum time step must be less than or equal to the maximum time step. LabVIEW Simulation Module: The absolute tolerance and relative tolerance cannot both be zero. LabVIEW Simulation Module: The discrete time step is not an integer multiple of the time step. LabVIEW Simulation Module: The simulation time step cannot be zero. LabVIEW Simulation Module: Invalid use of the Linearize Subsystem dialog box. The Linearize Subsystem dialog box must be used only on subsystem VIs. LabVIEW Simulation Module: You can use the Linearize Subsystem dialog box only if you have created a VI under My Computer in the Project Explorer. LabVIEW Simulation Module: The ODE solver Newton Iteration did not converge at the minimum time step. LabVIEW Simulation Module: The ODE solver cannot meet the error tolerance using the minimum time step. LabVIEW Simulation Module: The simulation time step is negative or zero. LabVIEW Simulation Module: The Execution Mode is not consistent with the specified discrete integration method. LabVIEW Simulation Module: The sample rate divisor is negative or zero. LabVIEW Simulation Module: This intermediate solver evaluation should not have been executed. LabVIEW Simulation Module: The dimensions of the arrays for the Lookup Table are inconsistent. LabVIEW Simulation Module: The dimensions of the parameter vectors of this function do not match. LabVIEW Simulation Module: The Execution Mode is not consistent with the specified discrete integration method. LabVIEW Simulation Module: The order of the numerator must be greater than the order of the denominator. LabVIEW Simulation Module: You must match complex entries in the Zero-Pole-Gain function with a complex conjugate. LabVIEW Simulation Module: The order of the numerator and the order of the denominator are inconsistent. LabVIEW Simulation Module: The size of the initial condition vector is incorrect for the MIMO system. LabVIEW Simulation Module: The size of the input vector is incorrect for the MIMO system. LabVIEW Simulation Module: The system model order has changed from the previous iteration of the Simulation Loop. LabVIEW Simulation Module: Ill-conditioned MIMO system. LabVIEW Simulation Module: The period is negative or zero. LabVIEW Simulation Module: The duty cycle is out of range. LabVIEW Simulation Module: Evaluating a single-step solver on a minor substep. LabVIEW Simulation Module: The frequency is negative or zero. LabVIEW Simulation Module: The target time is less than or equal to the simulation initial time. LabVIEW Simulation Module: The upper limit is less than the lower limit. LabVIEW Simulation Module: The switch on point is less than the switch off point. LabVIEW Simulation Module: The quantization interval is less than or equal to zero. LabVIEW Simulation Module: Failed to translate expression. LabVIEW Simulation Module: Invalid SimX node reference.