CIFER®-MATLAB Interfaces: Development and ... - Cal Poly

Outputs:
out
- optional output allows user to set up a template
structure using this call with no inputs:
>> out = cifarith
---------------------------------------------------------------
DESCRIPTION OF FIELDS IN INPUT STRUCTURE
SCREEN 1
in.names(2) input names
in.scalefac(2) scale factor
in.spower(2) power of s
in.op operation (*,/,-,+)
in.outname
in.outid
Resultant Response Name
Resultant Response Description
in.cohopt 'N'->COH = 1.0, 'Y' -> COH = COH of first response
in.isource Source of input responses ('D' - database,
'F' - file)
in.osource Destination for output ('D' - database, 'F' - file
SCREEN 2
in.minfreq
in.maxfreq
in.nvalue
in.unit
in.toscrn
Minimum frequency to include (0 for default)
Maximum frequency to include (0 for default)
Number of values in output response (0 for
default)
'RAD' or 'Hz' (0 for default)
Turn printed screen output 'ON' or 'OFF'
Function: cifplot
Description: This function allows the user to call CIFER
utility 19 from the Matlab command screen. This utility
generates a 'canned' plot for frequency responses.
[out] = ciplot(in,options)
Inputs:
in
- input structure, fields defined below.
Information on the details of the structure can
be found with an empty call:
>> cifplot
options - name-value pairs to set individual data
fields (optional) e.g.: ...,'source','F',...
Outputs:
out
- optional output allows user to setup a template
structure using this call with no inputs:
>> out = cifplot
---------------------------------------------------------------
DESCRIPTION OF FIELDS IN INPUT STRUCTURE
SCREEN 1
in.array(5) - which arrays (1:mag, 2:phas, 3:coh, 4:GXX,
5:GYY, 6:GXY, 7:err, 8:pcoh2,
9:pcoh3, 10:pcoh4, 11:pcoh5,
12:pcoh6, 13:pcoh7, 14:pcoh8,
15:pcoh9, 16:mcoh)
in.correct(5) - use corrections (0 to skip, 1 to apply)
in.names(5) - response names
in.gain(5) - gain correction
in.phase(5) - phase shift correction
in.spower(5) - s power correction
94