ts = setinterpmethod(ts, method)
ts = setinterpmethod(ts, fhandle)
ts = setinterpmethod(ts, interpobj)
ts = setinterpmethod(ts, method)method,
for timeseries object, ts,
and outputs it to ts1.
ts = setinterpmethod(ts, fhandle) timeseries object ts,
where fhandle is a function handle to the interpolation
method.
ts = setinterpmethod(ts, interpobj)timeseries object ts,
where interpobj is a tsdata.interpolation object
that directly replaces the interpolation object stored in ts.
This method is case sensitive.
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The |
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A string specifying the interpolation method. Valid values are Default: |
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A function handle to the interpolation method. The order of
input arguments defining the function handle must be |
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A |
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The |
Set the default interpolation method for timeseries object ts to
zero order hold:
ts = timeseries(rand(100,1),1:100); ts = setinterpmethod(ts,'zoh'); plot(ts);
Set the default interpolation method for timeseries object ts,
where fhandle is a function handle to the interpolation
method defined by function handle myFuncHandle:
ts = timeseries(rand(100,1),1:100);
myFuncHandle = @(new_time, time, data)...
interp1(time, data, new_time,...
'linear','extrap');
ts = setinterpmethod(ts, myFuncHandle);
ts = resample(ts, [-5:0.1:10]);
plot(ts);
Set the default interpolation method for timeseries object ts
to a tsdata.interpolation object:
ts = timeseries(rand(100,1),1:100);
myFuncHandle = @(new_time, time, data)...
interp1(time, data, new_time,...
'linear','extrap');
myInterpObj = tsdata.interpolation(myFuncHandle);
ts = setinterpmethod(ts,myInterpObj);
plot(ts);