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

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Appendix F: Structure Field Specifics for Analysis Utilities This Appendix contains the information displayed through an empty call to any of the functions. Default settings are shown within a curly brace. >> cifrms Structure fields are: name: [ string {''} ] source: [ { 'D' } | 'F' ] io: [ { 'I' } | 'O' ] spower: [ scalar {0} ] minfreq: [ positive scalar {0} ] maxfreq: [ positive scalar {0} ] toscrn: [ { 'ON' } | 'OFF' ] >> cifhq Structure fields are: name: [ string {''} ] source: [ { 'D' } | 'F' ] minfreq: [ positive scalar {0} ] cor_list: [ scalar array(4) { [0,0,0,0] } ] save: [ { 'N' } | 'Y' ] savename: [ string {''} ] mpcplt: [ { 'N' } | 'Y' ] mpcmin: [ positive scalar {0} ] mpcmax: [ positive scalar {0} ] mpcdev: [ { 'S' } | 'Q' | 'P' | 'T' | 'C' | 'V' ] lpcplt: [ { 'N' } | 'Y' ] lpcmin: [ positive scalar {0} ] lpcmax: [ positive scalar {0} ] lpcdev: [ { 'S' } | 'Q' | 'P' | 'T' | 'C' | 'V' ] lsfit: [ { 'N' } | 'Y' ] lslow: [ positive scalar {0} ] lsup: [ positive scalar {0} ] lscoh: [ { 'N' } | 'Y' ] lsdev: [ { 'S' } | 'Q' | 'P' | 'T' | 'C' | 'V' ] toscrn: [ { 'ON' } | 'OFF' ] >> cifxover Structure fields are: name: [ string {''} ] source: [ { 'D' } | 'F' ] minfreq: [ positive scalar {0} ] maxfreq: [ positive scalar {0} ] cor_list: [ scalar array(4) { [0,0,0,0] } ] save: [ { 'N' } | 'Y' ] savename: [ string {''} ] mpcplt: [ { 'N' } | 'Y' ] mpcmin: [ positive scalar {0} ] mpcmax: [ positive scalar {0} ] mpcdev: [ { 'S' } | 'Q' | 'P' | 'T' | 'C' | 'V' ] toscrn: [ { 'ON' } | 'OFF' ] 96
cifarith Structure fields are: names: [ cell array(2) of strings {''} ] scalefac: [ scalar array(2) {1} ] spower: [ scalar array(2) {0} ] op: [ {'*' } | '/' | '-' | '+' ] outname: [ string {''} ] outid: [ string {''} ] cohopt: [ { 'N' } | 'Y' ] isource: [ { 'D' } | 'F' ] osource: [ { 'D' } | 'F' ] minfreq: [ scalar {0} ] maxfreq: [ scalar {0} ] nvalue: [ positive scalar {0} ] unit: [ {0} | 'RAD' | 'Hz' ] toscrn: [ { 'ON' } | 'OFF' ] >> cifplot Structure fields are: array: [ positive scalar array(5) {0} ] correct: [ integer array(5) {0} | 1 ] names: [ cell array(5) of strings {''} ] gain: [ scalar array(5) {1} ] phase: [ scalar array(5) {0} ] spower: [ scalar array(5) {0} ] source: [ { 'D' } | 'F' ] pminfrq: [ positive scalar {0} ] pmaxfrq: [ positive scalar {0} ] pmin: [ positive scalar array(5) {0} ] pmax: [ positive scalar array(5) {0} ] pinc: [ positive scalar array(5) {0} ] device: [ { 'S' } | 'Q' | 'C' | 'V' | 'T' | 'P' ] grid: [ { 'Y' } | 'N' ] thick: [ positive scalar { 1 } ] l<strong>and</strong>_port: [ { 'L' } | 'P' ] xaxis: [ positive scalar { 0 } ] yaxis: [ positive scalar { 0 } ] 97
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CIFER ® -MATLAB Interfaces: Develo
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Approval Page TITLE: AUTHOR: CIFER
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Acknowledgements The author would l
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4.4 ANALYSIS ON SHADOW 200 TUAV....
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Figure 4.21: Comparisons with Exact
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Chapter 1: Introduction The focus o
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1.1.1 What CIFER ® Encompasses CIF
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Figure 1.3: Doublet Example (UAV Fl
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One almost universal concern with t
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involving handling qualities analys
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One key feature of frequency respon
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and high-frequency content is captu
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Thus the low-frequency content of l
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consistency by reconstructing respo
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Chapter 3: Programming and Code Dev
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interpret it, how to condition it,
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Figure 3.1: Name-value Pairs and St
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Figure 3.2: Percent Error Compariso
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command-line-based interface that r
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3.2.1 Development Process The most
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The third screen is used to match w
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Chapter 4: Validation and Applicati
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Figure 4.2: SISO Mass-Spring-Damper
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4.3 UH-60 Simulation The first in-d
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The differences between the two cal
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Table 4.3: Cutoff Frequency Results
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Two sets of data were used: one was
Page 55 and 56: Figure 4.14: Roll Angle to Rate Com
Page 57 and 58: The same checks were run on the fli
Page 59 and 60: Figure 4.20: Vertical Velocity Pert
Page 61 and 62: Figure 4.22: Aileron - Roll Rate Re
Page 63 and 64: CIFER ® offers a utility for analy
Page 65 and 66: La Length: Lm = [4.14] N τ a Time
Page 67 and 68: UAV might conceivably achieve bandw
Page 69 and 70: FRESPID and MISOSA have been create
Page 71 and 72: Bibliography Works Cited: 1.) Hamel
Page 73 and 74: Appendix A: Screen Layout Compariso
Page 75 and 76: New GUI Interface: Figure A6: MATLA
Page 77 and 78: Figure A10: MATLAB GUI: Final Scree
Page 79 and 80: CIFER ® main programs The three ma
Page 81 and 82: out_f = frespid('XVLATSWP',1); >> o
Page 83 and 84: The variables that support screen 8
Page 85 and 86: as input and up to five outputs to
Page 87 and 88: All the information is displayed to
Page 89 and 90: to either the linearized phase and
Page 91 and 92: CIFER ® support utilities: Three f
Page 93 and 94: Appendix C: Online Help for Main Pr
Page 95 and 96: id.maxfft SCREEN 9 id.plotopt id.pl
Page 97 and 98: [out] = composite('TEST',2,'casenam
Page 99 and 100: misosa Structure fields are: casena
Page 101 and 102: Function: cifhq Description: This f
Page 103 and 104: the results will be displayed in th
Page 105: in.source SCREEN 2 in.pminfrq in.pm
Page 109 and 110: and magnitude must be included. Oth
Page 111 and 112: c_in.outputs(1) c_in.frcalc(1,1) c_
Page 113: % Set up blank composite case c_in
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