The "bound" argument of the "evaluate" method must be a finite real scalar.
Posted: Wed Mar 17, 2021 12:00 pm
The "bound" argument of the "evaluate" method must be a finite real scalar.
The "value" argument of the "evaluate" method must be a real numeric value.
The "value" argument must be a real valued matrix with at least two columns.
The "bound" argument must be a structure with 'XData', 'YData', and 'OpenEnd' fields.
The "TestPoint" argument of the "evalRequirement" command must be a timeseries object.
In the "TestPoint" argument of the "evalRequirement" command, the "Data" field must be a numeric type, but the type is .
The "TestPoint" argument of the "evalRequirement" command must be a real numeric vector.
The "TestPoint" argument must be a nx2 numeric array.
The "TestPoint" argument must be a timeseries with one data channel.
sdorequirements
The "value" argument of the "evaluate" method must be a real numeric value.
The "value" argument must be a real valued matrix with at least two columns.
The "bound" argument must be a structure with 'XData', 'YData', and 'OpenEnd' fields.
The "TestPoint" argument of the "evalRequirement" command must be a timeseries object.
In the "TestPoint" argument of the "evalRequirement" command, the "Data" field must be a numeric type, but the type is .
The "TestPoint" argument of the "evalRequirement" command must be a real numeric vector.
The "TestPoint" argument must be a nx2 numeric array.
The "TestPoint" argument must be a timeseries with one data channel.
sdorequirements