CIFER®-MATLAB Interfaces: Development and ... - Cal Poly
CIFER®-MATLAB Interfaces: Development and ... - Cal Poly
CIFER®-MATLAB Interfaces: Development and ... - Cal Poly
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id.controls<br />
id.outputs<br />
id.caseout<br />
id.crosscor<br />
id.savdb<br />
id.plot<br />
SCREEN 3<br />
id.evntnum<br />
id.flghtnum<br />
id.strttim<br />
id.stoptim<br />
id.source<br />
id.thdt<br />
id.biasflag<br />
id.thfile<br />
SCREEN 4<br />
id.conchnl<br />
id.conunit<br />
id.conscfac<br />
SCREEN 5<br />
id.outchnl<br />
id.outunit<br />
id.outscfac<br />
SCREEN 6<br />
id.frall<br />
id.frcalc<br />
Control names (user-specified)<br />
Output names<br />
Case name for freq responses (may be<br />
different from the case name)<br />
Cross-correlate controls? ('Y' or 'N')<br />
Save frequency response in the database('Y' or 'N')<br />
Generate plots? ('Y' or 'N')<br />
Event list (i=1,10)<br />
Flight list (corresponds to eventnum)<br />
Start time for each time history<br />
Stop times<br />
Code for where time histories come from:<br />
1 for st<strong>and</strong>-alone ASCII files<br />
2 for TRENDS<br />
3 for FLYTE<br />
4 for READMIS<br />
>4 other sources as defined by source code<br />
Time interval between samples<br />
Bias <strong>and</strong> drift removal? ('Y' or 'N')<br />
Array to store time history file names<br />
Primary channel names for each control<br />
Engineering units for control channels<br />
Scale factors for each channel<br />
Primary channel names for each output<br />
Engineering units for output channels<br />
Scale factors for each channel<br />
Compute all frequency responses? ('Y' or 'N')<br />
Table indicating which responses to compute.<br />
(Blank if not to be computed; '*' to compute.)<br />
SCREEN 7<br />
id.conditioning Array to store conditioning information. The<br />
first row contains the code for the type<br />
of conditioning:<br />
1 for expansion<br />
2 for decimation<br />
3 for filter<br />
The second row stores the actual value<br />
id.condunit If the filtering option is used, this field<br />
stores the unit that the value is provided in.<br />
If left blank, Hertz is assumed.<br />
id.savconth Save files of conditioned time histories?<br />
'N' no files, 'A' ASCII format only,<br />
'U' unformatted only, 'Y' both types<br />
SCREEN 8<br />
id.winon<br />
id.winid<br />
id.winlen<br />
id.wininpt<br />
id.winoutpt<br />
id.windec<br />
id.minfft<br />
Entry for each window: blank not to compute,<br />
'*' to compute<br />
Window descriptor<br />
Window Lengths<br />
Number of t.h. points input to the FFT<br />
Number of points returned by the FFT<br />
(wininpt + winoutpt = power of 2)<br />
(winoutpt must be .le. wininpt)<br />
Output decimation factor for frequency responses<br />
Min FFT freq for this window<br />
84
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