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

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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
in.source SCREEN 2 in.pminfrq in.pmaxfrq in.pmin(1:5) in.pmax(1:5) in.pinc(1:5) in.device in.grid in.thick in.land_port in.xaxis in.yaxis - source of data 'F' - File, 'D' - Database - plot min freq (0 for default) - plot max freq (0 for default) - plot y axis mins - plot y axis maxs - plot increments - output device Q(MS),C(omprs),V(er),S(creen), T(alaris),P(ostScript) - grid lines ('Y' or 'N') - line thickness (1 - Default, 2 - double, etc.) - L(andscape) or P(ortrait) - length of x axis - length of y axis 95
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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
Page 53 and 54: 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: the results will be displayed in th
Page 107 and 108: cifarith Structure fields are: name
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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