The Signal Processing VIs and VI Server properties and methods can return the following error codes. Refer to the KnowledgeBase for more information about correcting errors in LabVIEW.
| Code | Description |
|---|---|
| −20337 | The specified time stamp occurs after the end of the limit. |
| −20335 | Waveforms are not contiguous. You can concatenate two waveforms (A, B) with same dt only if they are contiguous, that is if t0_B = t0_A + N * dt, where N is the number of samples of waveform A. |
| −20334 | Cannot align waveforms because their time stamps are separated by more than 10 times the duration of the longest waveform. |
| −20333 | Cannot align two waveforms with same dt if their samples are not clocked in-phase. Alignment of two waveforms is possible only if the samples share the same dt and are in-phase, that is the difference between their t0s is a integer multiple of dt. |
| −20332 | Internal error: The number of threads attribute is less than zero. If the problem persists, contact National Instruments technical support. |
| −20331 | Internal error: The parameter struct pointer is Null, possibly because of changes to the calling VI block diagram. If the problem persists, contact National Instruments technical support. |
| −20330 | Internal error: The result pointer is Null, possibly because of changes to the calling VI block diagram. If the problem persists, contact National Instruments technical support. |
| −20329 | Internal error: The cursor struct pointer is Null, possibly because of a change to the calling VI block diagram. If the problem persists, contact National Instruments technical support. |
| −20328 | Failure initializing a critical section in measurement code, possibly due to low memory. If the problem persists, contact National Instruments technical support. |
| −20327 | An exception occurred in the measurement code, possibly due to low memory. If the problem persists, contact National Instruments technical support. |
| −20326 | The slew rate is infinite because the rise or fall time is zero. |
| −20324 | Internal error: Two measurements share the same ID number. If the problem persists, contact National Instruments technical support. |
| −20323 | The edge number, pulse number, or cycle parameter value must be greater than zero. |
| −20322 | Internal error: The attribute number does not refer to a valid parameter. Check the reference levels, percent level settings, and state settings inputs. |
| −20321 | Internal Error: The measurement session handle is invalid. If the problem persists, contact National Instruments technical support. |
| −20320 | Internal error: The requested measurement is not available. If the problem persists, contact National Instruments technical support. |
| −20319 | The period of the waveform is too short to perform the measurement. |
| −20318 | The result is not a number (NaN) or infinite. |
| −20317 | The histogram size parameter value is less than or equal to zero. |
| −20316 | Illegal percent method parameter. Check the method enumerated type input. |
| −20315 | The waveform dt parameter is ≤ 0. |
| −20314 | Illegal reference level units parameter. Check the ref units input. |
| −20313 | Reference levels do not satisfy requirements. The low ref must be less than or equal to the mid ref, which must be less than or equal to the high ref. |
| −20312 | The input waveform size is zero. |
| −20311 | Insufficient memory available for waveform measurement. |
| −20310 | The waveform did not have enough edges to perform this measurement. An edge is defined as a crossing of both the low and high reference levels. Check the signal length, reference levels, and ref level units. |
| −20309 | The amplitude of the waveform is zero, so the histogram method cannot be used. |
| −20308 | The waveform did not cross the mid reference level enough times to perform this measurement. Check the signal length, reference levels, and ref level units. |
| −20307 | Frequency not a multiple of (Sampling Rate)/Samples. |
| −20306 | The two time signal waveforms contain different dt. |
| −20305 | The two time signal waveforms contain different number of data points. |
| −20304 | At least one of the time signal waveforms does not contain the correct dt to continue the averaging process. |
| −20303 | At least one of the time signal waveforms does not contain the correct number of data points to continue the averaging process. |
| −20302 | The time signal waveform does not contain the correct dt to continue the averaging process. |
| −20301 | The time signal waveform does not contain the correct number of data points to continue the averaging process. |
| −20131 | The order must be less than or equal to the degree. |
| −20130 | The input is not a prime number. |
| −20129 | The size of the input array is not a power of the radix. |
| −20128 | The size of the Hadamard matrix does not meet size requirements. The valid size is 2^k, 12*2^k, or 20*2^k where k > 0. |
| −20119 | The number of samples is not equal to three. |
| −20118 | The input is greater than 1 or less than -1. |
| −20117 | Significance has been lost. Computation failed due to loss of significance. |
| −20116 | Feasible solution not found. |
| −20115 | The FFT size must be greater than zero. |
| −20114 | The start value wired to the Polynomial Real Zeros Counter VI is greater than the end value. Verify the values you wired to the Polynomial Real Zeros Counter VI. |
| −20113 | The end value wired to the Polynomial Real Zeros Counter VI is a root. |
| −20112 | The start value wired to the Polynomial Real Zeros Counter VI is a root. |
| −20111 | The input polynomial coefficients are all zeros. |
| −20107 | The number is out of range. The valid range is [0, pi]. |
| −20106 | The number is out of range. The valid range is [0, pi/2]. |
| −20104 | Input parameters have at least one NaN element. |
| −20103 | The order must be greater than or equal to zero. |
| −20102 | The shifts must meet: |shifts| < samples. |
| −20101 | The maximum value of the parameter must be greater than the minimum value of the parameter. |
| −20078 | This functionality is not supported on this platform. |
| −20077 | The time points are not in ascending order. |
| −20076 | The resample point cannot be calculated with the signal behind that of the input. |
| −20075 | The filter buffer overflows. |
| −20074 | Reordering eigenvalues changed some complex ones. |
| −20073 | The eigenvalues cannot be reordered because some of them are too close. |
| −20072 | The logarithm of the input matrix cannot be computed. |
| −20071 | The input matrix is not positive definite. |
| −20070 | Matrices must have the same size. |
| −20069 | The number of samples must be greater than or equal to four. |
| −20068 | Input parameters has at least one element that is Inf, NaN, DBL_MAX, or DBL_MIN |
| −20067 | The input fundamental frequency or sampling rate is equal to zero. |
| −20066 | The information in IIR filter structure is not correct. |
| −20065 | The elements in the vector can not be all zero. |
| −20064 | The internal memory state of this function was not initialized correctly. |
| −20063 | The coefficients of the polynomial are invalid. |
| −20062 | The maximum number of iterations was exceeded. |
| −20061 | The selection is invalid. |
| −20060 | Divide by zero error. |
| −20059 | Negative number error |
| −20058 | Invalid number of dimensions or dependent variables |
| −20057 | The parameter to the beta function should be 0 < p < 1 |
| −20056 | The contingency table has a negative number. |
| −20055 | The number of categories or samples must be greater than one. |
| −20054 | The probability must be greater than or equal to zero and less than one. |
| −20053 | The number must be between zero and one. |
| −20052 | The degree of freedom must be greater than zero and less than the length of the input sequence. |
| −20051 | All values in the first column of X matrix must be one. |
| −20050 | The interpolating function has a pole at the requested value. |
| −20049 | The x-values must be distinct. |
| −20048 | The Random Effect model was requested when the Fixed Effect model is required. |
| −20047 | The data is unbalanced. All cells must contain the same number of observations. |
| −20046 | There is an overflow in the calculation. |
| −20045 | The total number of data points must be equal to the result of multiplying each level and the number of observations per cell. |
| −20044 | Zero observations were made at some level of a factor. |
| −20043 | The level of factors is outside the allowable range of some data. |
| −20042 | The number of levels is out of range. |
| −20041 | The system of equations cannot be solved because the input matrix is singular. |
| −20040 | The input matrix must be a square matrix. |
| −20039 | The number of columns in the first matrix is not equal to the number of rows in the second matrix or vector. |
| −20038 | The number of intervals must be > 0. |
| −20037 | The number of data points in the Y value array must be greater than the order value. |
| −20036 | The elements of the Y Values array must be nonzero and either all positive or all negative. |
| −20035 | The standard deviation must be greater than zero for normalization. |
| −20034 | The number of coefficients must be even for this filter. |
| −20033 | The number of coefficients must be odd for this filter. |
| −20032 | The left rank of the filter must meet: left rank ≥ 0. The right rank of the filter must meet: right rank < size. |
| −20031 | The filter cannot be designed with the specified input values. |
| −20030 | The leakage coefficient, leak, and step-size parameter, u, must meet: 0 ≤ leak ≤ u. |
| −20029 | The step-size, u, must meet: 0 ≤ u ≤ 0.1. |
| −20028 | The attenuation value must be greater than the ripple amplitude. |
| −20027 | The final value must be > 0. |
| −20026 | The width must be > 0. |
| −20025 | The attenuation must be > 0. |
| −20024 | The ripple amplitude must be > 0. |
| −20023 | The following conditions must be met: 0 < f_low ≤ f_high ≤ fs/2. |
| −20022 | The decimating factor must meet: 0 < decimating factor ≤ samples. |
| −20021 | The order must be greater than 0. |
| −20020 | The cut-off frequency, fc, must meet: 0 ≤ fc ≤ fs/2. |
| −20019 | The upper value must be ≥ the lower value. |
| −20018 | The following condition must be met: 0 ≤ (index + length) < samples. |
| −20017 | The following condition must be met: 0 ≤ index < samples. |
| −20016 | dt must be > 0. |
| −20015 | dt must be ≥ 0. |
| −20014 | The following conditions must be met: 0 ≤ (delay + width) < samples. |
| −20013 | The width must meet: 0 < width < samples. |
| −20012 | The number of cycles must be > 0 and ≤ the number of samples. |
| −20011 | The duty cycle must be equal to or fall between 0 and 100: 0 ≤ duty cycle ≤ 100. |
| −20010 | The maximum allowable transform size has been exceeded. |
| −20009 | The size of the input array must be a power of two: size = 2^m, 0 < m < 23. |
| −20008 | The input arrays do not contain the correct number of data values for this function. |
| −20007 | The number of samples must be greater than or equal to 3. |
| −20006 | The number of samples must be ≥ 2. |
| −20005 | The number of samples must be greater than or equal to 1. |
| −20004 | The number of samples must be ≥ 0. |
| −20003 | The number of samples must be > 0. |
| −20002 | The input sequences must be the same size. |
| −20001 | There is not enough memory to perform the specified routine. |
| 20001 | The matrix is rank deficient. |
| 20002 | The number of samples must be greater than zero. |
| 20003 | The matrix is singular. |
| 20004 | Matrices or vectors do not have the same size. |
| 20006 | The computation result might be inaccurate. |
| 20007 | The input is an invalid Cholesky factorization. |
| 20008 | The matrix is not positive-definite. |
| 20010 | The sizes of the input arrays do not meet the specified conditions. |
| 20011 | The input standard deviation is invalid. |
| 20012 | The input polynomial is empty. |
| 20020 | Some frequencies violate Nyquist criteria. |
| 20030 | The input matrix has at least one element with a value of Inf or NaN. |
| 20307 | Frequency was coerced to the nearest multiple of (sampling rate)/samples. |
| 20334 | Waveforms are not overlapping. The time stamp of one waveform is not contained within the duration of a second waveform. |
| 20351 | The averaging process was automatically restarted to respond to a change in the averaging parameters. |
| 20352 | Current and previous waveforms are not contiguous. |
| 20353 | Current and previous dt not equal. |