In the "TestPoint" argument of the "evalRequirement" command, when the function is variance, iqr, or uses time-weighted

[esmatparast]

In the "TestPoint" argument of the "evalRequirement" command, when the function is variance, iqr, or uses time-weighted computation, the "Data" field must be a floating-point type (double or single), but the type is .


The number of dimensions in the "TestPoint" argument of the "evalRequirements" command must be the same as the number of constraints in the "Type" property of the monotonic requirement. The "Type" property is , which has constraints, so the "TestPoint" argument must be a -dimensional matrix, i.e. .


The "TestPoint" argument of the "evalRequirement" command must be a real, nonempty, numeric array.


The "TestPoint" argument of the "evalRequirement" command must have at least two elements in each dimension, except dimensions in which the corresponding "Type" of the requirement is unconstrained.


The "GradientBound" property must be a nonnegative real scalar.


The "evalRequirement" command must have no more than two inputs, the "TestPoint" and an optional independent variable input, "indepVar", which is a cell array of independent variable vectors corresponding to the "TestPoint".


The "TestPoint" argument of the "evalRequirement" command must be a real numeric vector, matrix, or multidimensional array. It must not be scalar.


The "indepVar" argument of the "evalRequirement" command must be a cell array. Each element must be numeric, finite and real. Each element may be either a non-zero scalar, or a monotonic vector whose length matches the corresponding dimension of the "TestPoint" argument to the "evalRequirement" command.


The "TestPoint" input to the "evalRequirement" command must be a real numeric vector, matrix, or multidimensional array. It must not be scalar.


The number of dimensions in the "TestPoint" input to the "evalRequirement" command must be the same as the number of elements in the "Centers" and "Scales" properties. Use the "set" method to change the number of elements in the "Centers" and "Scales" properties simultaneously.


The "indepVar" independent variable input to the "evalRequirement" command must be a cell array, and the number of elements must be the same as the dimension the "TestPoint" input.

In requirement each element in the Independent Variable input to the "evalRequirement" command must be a real, numeric, monotonic vector whose length matches the corresponding dimension of the Dependent Variable.


sdorequirements