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comparison m-toolbox/test/MPipeline/mdc1_tdcal.lwb @ 0:f0afece42f48

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author Daniele Nicolodi <nicolodi@science.unitn.it>
date Wed, 23 Nov 2011 19:22:13 +0100
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-1:000000000000 0:f0afece42f48
1 <?xml version="1.0" encoding="utf-8"?>
2 <LTPDAworkbench filepath="/Users/hewitson/working/ltp/ltpda/software/m-toolbox/test/MPipeline/mdc1_tdcal.lwb" name="Untitled">
3 <document name="MDC1 Time_domain" parentDiag="" visible="true" windowHeight="624" windowState="maximized" windowWidth="689" windowX="0" windowY="0" zoomFactor="1.0">
4 <block bounds="370 0 60 60" inputs="0" name="a11xx" outputs="1">
5 <LTPDAalgorithm mcategory="Constructor" mclass="ao" mname="ao" mpackage="" mversion="" portdims="0 -1 1 1">
6 <HelpText> % Update the predefined properties to get the right created time
7 </HelpText>
8 <sets>
9 <set name="Default"/>
10 <set name="From XML File"/>
11 <set name="From MAT File"/>
12 <set name="From ASCII File"/>
13 <set name="From Function"/>
14 <set name="From Values"/>
15 <set name="From Time-series Function"/>
16 <set name="From XY Function"/>
17 <set name="From Frequency-series Function"/>
18 <set name="From Window"/>
19 <set name="From Waveform"/>
20 <set name="From Polynomial"/>
21 <set name="From Repository"/>
22 <set name="From Plist"/>
23 <set name="From Pzmodel"/>
24 <set name="From Built-in Model"/>
25 </sets>
26 <plists>
27 <plist name="none"/>
28 <plist name="none">
29 <param>
30 <key>FILENAME</key>
31 <val/>
32 <type>char</type>
33 </param>
34 </plist>
35 <plist name="none">
36 <param>
37 <key>FILENAME</key>
38 <val/>
39 <type>char</type>
40 </param>
41 </plist>
42 <plist name="none">
43 <param>
44 <key>FILENAME</key>
45 <val/>
46 <type>char</type>
47 </param>
48 <param>
49 <key>TYPE</key>
50 <val>tsdata</val>
51 <type>char</type>
52 </param>
53 <param>
54 <key>COLUMNS</key>
55 <val>[1 2]</val>
56 <type>double</type>
57 </param>
58 <param>
59 <key>XUNITS</key>
60 <val>[ unit(' s ') ]</val>
61 <type>unit</type>
62 </param>
63 <param>
64 <key>YUNITS</key>
65 <val>[ unit(' ') ]</val>
66 <type>unit</type>
67 </param>
68 <param>
69 <key>COMMENT_CHAR</key>
70 <val/>
71 <type>char</type>
72 </param>
73 <param>
74 <key>USE_FS</key>
75 <val/>
76 <type>char</type>
77 </param>
78 <param>
79 <key>ROBUST</key>
80 <val>yes</val>
81 <type>char</type>
82 </param>
83 </plist>
84 <plist name="none">
85 <param>
86 <key>FCN</key>
87 <val>randn(100,1)</val>
88 <type>char</type>
89 </param>
90 <param>
91 <key>YUNITS</key>
92 <val>[ unit(' ') ]</val>
93 <type>unit</type>
94 </param>
95 </plist>
96 <plist name="none">
97 <param>
98 <key>VALS</key>
99 <val>[]</val>
100 <type>double</type>
101 </param>
102 <param>
103 <key>N</key>
104 <val>1</val>
105 <type>double</type>
106 </param>
107 <param>
108 <key>DTYPE</key>
109 <val/>
110 <type>char</type>
111 </param>
112 <param>
113 <key>FS</key>
114 <val>[]</val>
115 <type>double</type>
116 </param>
117 <param>
118 <key>XVALS</key>
119 <val>[]</val>
120 <type>double</type>
121 </param>
122 <param>
123 <key>YVALS</key>
124 <val>[]</val>
125 <type>double</type>
126 </param>
127 <param>
128 <key>YUNITS</key>
129 <val/>
130 <type>char</type>
131 </param>
132 </plist>
133 <plist name="none">
134 <param>
135 <key>TSFCN</key>
136 <val>t</val>
137 <type>char</type>
138 </param>
139 <param>
140 <key>FS</key>
141 <val>10</val>
142 <type>double</type>
143 </param>
144 <param>
145 <key>NSECS</key>
146 <val>1</val>
147 <type>double</type>
148 </param>
149 <param>
150 <key>T0</key>
151 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
152 <type>time</type>
153 </param>
154 <param>
155 <key>XUNITS</key>
156 <val>[ unit(' s ') ]</val>
157 <type>unit</type>
158 </param>
159 <param>
160 <key>YUNITS</key>
161 <val>[ unit(' ') ]</val>
162 <type>unit</type>
163 </param>
164 </plist>
165 <plist name="none">
166 <param>
167 <key>XYFCN</key>
168 <val>x</val>
169 <type>char</type>
170 </param>
171 <param>
172 <key>X</key>
173 <val>[]</val>
174 <type>double</type>
175 </param>
176 <param>
177 <key>XUNITS</key>
178 <val>[ unit(' ') ]</val>
179 <type>unit</type>
180 </param>
181 <param>
182 <key>YUNITS</key>
183 <val>[ unit(' ') ]</val>
184 <type>unit</type>
185 </param>
186 </plist>
187 <plist name="none">
188 <param>
189 <key>FSFCN</key>
190 <val>f</val>
191 <type>char</type>
192 </param>
193 <param>
194 <key>F1</key>
195 <val>1e-09</val>
196 <type>double</type>
197 </param>
198 <param>
199 <key>F2</key>
200 <val>5</val>
201 <type>double</type>
202 </param>
203 <param>
204 <key>NF</key>
205 <val>1000</val>
206 <type>double</type>
207 </param>
208 <param>
209 <key>SCALE</key>
210 <val>log</val>
211 <type>char</type>
212 </param>
213 <param>
214 <key>F</key>
215 <val>[]</val>
216 <type>double</type>
217 </param>
218 <param>
219 <key>XUNITS</key>
220 <val>[ unit(' Hz ') ]</val>
221 <type>unit</type>
222 </param>
223 <param>
224 <key>YUNITS</key>
225 <val>[ unit(' ') ]</val>
226 <type>unit</type>
227 </param>
228 </plist>
229 <plist name="none">
230 <param>
231 <key>WIN</key>
232 <val> specwin('Hanning', 100)</val>
233 <type>specwin</type>
234 </param>
235 <param>
236 <key>YUNITS</key>
237 <val>[ unit(' ') ]</val>
238 <type>unit</type>
239 </param>
240 </plist>
241 <plist name="none">
242 <param>
243 <key>WAVEFORM</key>
244 <val>sine wave</val>
245 <type>char</type>
246 </param>
247 <param>
248 <key>A</key>
249 <val>1</val>
250 <type>double</type>
251 </param>
252 <param>
253 <key>F</key>
254 <val>1.23</val>
255 <type>double</type>
256 </param>
257 <param>
258 <key>PHI</key>
259 <val>0</val>
260 <type>double</type>
261 </param>
262 <param>
263 <key>FS</key>
264 <val>10</val>
265 <type>double</type>
266 </param>
267 <param>
268 <key>NSECS</key>
269 <val>10</val>
270 <type>double</type>
271 </param>
272 <param>
273 <key>T0</key>
274 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
275 <type>time</type>
276 </param>
277 <param>
278 <key>TOFF</key>
279 <val>0</val>
280 <type>double</type>
281 </param>
282 <param>
283 <key>XUNITS</key>
284 <val>[ unit(' s ') ]</val>
285 <type>unit</type>
286 </param>
287 <param>
288 <key>YUNITS</key>
289 <val>[ unit(' ') ]</val>
290 <type>unit</type>
291 </param>
292 </plist>
293 <plist name="none">
294 <param>
295 <key>POLYVAL</key>
296 <val>[-0.0001 0.02 -1 -1]</val>
297 <type>double</type>
298 </param>
299 <param>
300 <key>NSECS</key>
301 <val>10</val>
302 <type>double</type>
303 </param>
304 <param>
305 <key>FS</key>
306 <val>10</val>
307 <type>double</type>
308 </param>
309 <param>
310 <key>T</key>
311 <val>[]</val>
312 <type>double</type>
313 </param>
314 <param>
315 <key>XUNITS</key>
316 <val>[ unit(' s ') ]</val>
317 <type>unit</type>
318 </param>
319 <param>
320 <key>YUNITS</key>
321 <val>[ unit(' ') ]</val>
322 <type>unit</type>
323 </param>
324 </plist>
325 <plist name="none">
326 <param>
327 <key>HOSTNAME</key>
328 <val>localhost</val>
329 <type>char</type>
330 </param>
331 <param>
332 <key>DATABASE</key>
333 <val>ltpda</val>
334 <type>char</type>
335 </param>
336 <param>
337 <key>ID</key>
338 <val>[]</val>
339 <type>double</type>
340 </param>
341 <param>
342 <key>BINARY</key>
343 <val>no</val>
344 <type>char</type>
345 </param>
346 </plist>
347 <plist name="none">
348 <param>
349 <key>PLIST</key>
350 <val>(empty-plist)</val>
351 <type>plist</type>
352 </param>
353 </plist>
354 <plist name="none">
355 <param>
356 <key>PZMODEL</key>
357 <val>pzmodel(none)</val>
358 <type>pzmodel</type>
359 </param>
360 <param>
361 <key>NSECS</key>
362 <val>0</val>
363 <type>double</type>
364 </param>
365 <param>
366 <key>FS</key>
367 <val>0</val>
368 <type>double</type>
369 </param>
370 <param>
371 <key>XUNITS</key>
372 <val>[ unit(' s ') ]</val>
373 <type>unit</type>
374 </param>
375 <param>
376 <key>YUNITS</key>
377 <val>[ unit(' ') ]</val>
378 <type>unit</type>
379 </param>
380 </plist>
381 <plist name="none">
382 <param>
383 <key>BUILT-IN</key>
384 <val/>
385 <type>char</type>
386 </param>
387 </plist>
388 </plists>
389 </LTPDAalgorithm>
390 <plist name="none">
391 <param>
392 <key>FILENAME</key>
393 <val>a11xx.xml</val>
394 <type>char</type>
395 </param>
396 <param>
397 <key>XUNITS</key>
398 <val>s</val>
399 <type>char</type>
400 </param>
401 <param>
402 <key>YUNITS</key>
403 <val>m</val>
404 <type>char</type>
405 </param>
406 </plist>
407 <port number="0" terminal="" type="output">
408 <node>
409 <pipe color="-3657166" dstblock="sqrt1" dstport="0" srcblock="a11xx" thickness="2.0"/>
410 </node>
411 </port>
412 </block>
413 <block bounds="470 0 60 60" inputs="1" name="sqrt1" outputs="1">
414 <LTPDAalgorithm mcategory="Operator" mclass="ao" mname="sqrt" mpackage="" mversion="" portdims="1 -1 1 -1">
415 <HelpText> SQRT computes the square root of the data in the AO.
416 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
417
418 DESCRIPTION: SQRT computes the square root of the data in the AO.
419
420 CALL: ao_out = sqrt(ao_in);
421 ao_out = sqrt(ao_in, pl);
422
423 PARAMETERS: see help for data2D/applymethod for additional parameters
424
425 M-FILE INFO: Get information about this methods by calling
426 &gt;&gt; ao.getInfo('sqrt')
427
428 Get information about a specified set-plist by calling:
429 &gt;&gt; ao.getInfo('sqrt', 'None')
430
431 VERSION: $Id: mdc1_tdcal.lwb,v 1.1 2009/01/13 12:39:16 hewitson Exp $
432
433 HISTORY: 12-03-07 M Hewitson
434 Creation
435
436 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
437 </HelpText>
438 <sets>
439 <set name="Default"/>
440 </sets>
441 <plists>
442 <plist name="none">
443 <param>
444 <key>AXIS</key>
445 <val>y</val>
446 <type>char</type>
447 </param>
448 </plist>
449 </plists>
450 </LTPDAalgorithm>
451 <plist name="none">
452 <param>
453 <key>AXIS</key>
454 <val>y</val>
455 <type>char</type>
456 </param>
457 </plist>
458 <port number="0" terminal="" type="output">
459 <node>
460 <pipe color="-3657166" dstblock="plot" dstport="2" srcblock="sqrt1" thickness="2.0"/>
461 </node>
462 </port>
463 </block>
464 <block bounds="410 100 60 60" inputs="0" name="a22xx" outputs="1">
465 <LTPDAalgorithm mcategory="Constructor" mclass="ao" mname="ao" mpackage="" mversion="" portdims="0 -1 1 1">
466 <HelpText> % Update the predefined properties to get the right created time
467 </HelpText>
468 <sets>
469 <set name="Default"/>
470 <set name="From XML File"/>
471 <set name="From MAT File"/>
472 <set name="From ASCII File"/>
473 <set name="From Function"/>
474 <set name="From Values"/>
475 <set name="From Time-series Function"/>
476 <set name="From XY Function"/>
477 <set name="From Frequency-series Function"/>
478 <set name="From Window"/>
479 <set name="From Waveform"/>
480 <set name="From Polynomial"/>
481 <set name="From Repository"/>
482 <set name="From Plist"/>
483 <set name="From Pzmodel"/>
484 <set name="From Built-in Model"/>
485 </sets>
486 <plists>
487 <plist name="none"/>
488 <plist name="none">
489 <param>
490 <key>FILENAME</key>
491 <val/>
492 <type>char</type>
493 </param>
494 </plist>
495 <plist name="none">
496 <param>
497 <key>FILENAME</key>
498 <val/>
499 <type>char</type>
500 </param>
501 </plist>
502 <plist name="none">
503 <param>
504 <key>FILENAME</key>
505 <val/>
506 <type>char</type>
507 </param>
508 <param>
509 <key>TYPE</key>
510 <val>tsdata</val>
511 <type>char</type>
512 </param>
513 <param>
514 <key>COLUMNS</key>
515 <val>[1 2]</val>
516 <type>double</type>
517 </param>
518 <param>
519 <key>XUNITS</key>
520 <val>[ unit(' s ') ]</val>
521 <type>unit</type>
522 </param>
523 <param>
524 <key>YUNITS</key>
525 <val>[ unit(' ') ]</val>
526 <type>unit</type>
527 </param>
528 <param>
529 <key>COMMENT_CHAR</key>
530 <val/>
531 <type>char</type>
532 </param>
533 <param>
534 <key>USE_FS</key>
535 <val/>
536 <type>char</type>
537 </param>
538 <param>
539 <key>ROBUST</key>
540 <val>yes</val>
541 <type>char</type>
542 </param>
543 </plist>
544 <plist name="none">
545 <param>
546 <key>FCN</key>
547 <val>randn(100,1)</val>
548 <type>char</type>
549 </param>
550 <param>
551 <key>YUNITS</key>
552 <val>[ unit(' ') ]</val>
553 <type>unit</type>
554 </param>
555 </plist>
556 <plist name="none">
557 <param>
558 <key>VALS</key>
559 <val>[]</val>
560 <type>double</type>
561 </param>
562 <param>
563 <key>N</key>
564 <val>1</val>
565 <type>double</type>
566 </param>
567 <param>
568 <key>DTYPE</key>
569 <val/>
570 <type>char</type>
571 </param>
572 <param>
573 <key>FS</key>
574 <val>[]</val>
575 <type>double</type>
576 </param>
577 <param>
578 <key>XVALS</key>
579 <val>[]</val>
580 <type>double</type>
581 </param>
582 <param>
583 <key>YVALS</key>
584 <val>[]</val>
585 <type>double</type>
586 </param>
587 <param>
588 <key>YUNITS</key>
589 <val/>
590 <type>char</type>
591 </param>
592 </plist>
593 <plist name="none">
594 <param>
595 <key>TSFCN</key>
596 <val>t</val>
597 <type>char</type>
598 </param>
599 <param>
600 <key>FS</key>
601 <val>10</val>
602 <type>double</type>
603 </param>
604 <param>
605 <key>NSECS</key>
606 <val>1</val>
607 <type>double</type>
608 </param>
609 <param>
610 <key>T0</key>
611 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
612 <type>time</type>
613 </param>
614 <param>
615 <key>XUNITS</key>
616 <val>[ unit(' s ') ]</val>
617 <type>unit</type>
618 </param>
619 <param>
620 <key>YUNITS</key>
621 <val>[ unit(' ') ]</val>
622 <type>unit</type>
623 </param>
624 </plist>
625 <plist name="none">
626 <param>
627 <key>XYFCN</key>
628 <val>x</val>
629 <type>char</type>
630 </param>
631 <param>
632 <key>X</key>
633 <val>[]</val>
634 <type>double</type>
635 </param>
636 <param>
637 <key>XUNITS</key>
638 <val>[ unit(' ') ]</val>
639 <type>unit</type>
640 </param>
641 <param>
642 <key>YUNITS</key>
643 <val>[ unit(' ') ]</val>
644 <type>unit</type>
645 </param>
646 </plist>
647 <plist name="none">
648 <param>
649 <key>FSFCN</key>
650 <val>f</val>
651 <type>char</type>
652 </param>
653 <param>
654 <key>F1</key>
655 <val>1e-09</val>
656 <type>double</type>
657 </param>
658 <param>
659 <key>F2</key>
660 <val>5</val>
661 <type>double</type>
662 </param>
663 <param>
664 <key>NF</key>
665 <val>1000</val>
666 <type>double</type>
667 </param>
668 <param>
669 <key>SCALE</key>
670 <val>log</val>
671 <type>char</type>
672 </param>
673 <param>
674 <key>F</key>
675 <val>[]</val>
676 <type>double</type>
677 </param>
678 <param>
679 <key>XUNITS</key>
680 <val>[ unit(' Hz ') ]</val>
681 <type>unit</type>
682 </param>
683 <param>
684 <key>YUNITS</key>
685 <val>[ unit(' ') ]</val>
686 <type>unit</type>
687 </param>
688 </plist>
689 <plist name="none">
690 <param>
691 <key>WIN</key>
692 <val> specwin('Hanning', 100)</val>
693 <type>specwin</type>
694 </param>
695 <param>
696 <key>YUNITS</key>
697 <val>[ unit(' ') ]</val>
698 <type>unit</type>
699 </param>
700 </plist>
701 <plist name="none">
702 <param>
703 <key>WAVEFORM</key>
704 <val>sine wave</val>
705 <type>char</type>
706 </param>
707 <param>
708 <key>A</key>
709 <val>1</val>
710 <type>double</type>
711 </param>
712 <param>
713 <key>F</key>
714 <val>1.23</val>
715 <type>double</type>
716 </param>
717 <param>
718 <key>PHI</key>
719 <val>0</val>
720 <type>double</type>
721 </param>
722 <param>
723 <key>FS</key>
724 <val>10</val>
725 <type>double</type>
726 </param>
727 <param>
728 <key>NSECS</key>
729 <val>10</val>
730 <type>double</type>
731 </param>
732 <param>
733 <key>T0</key>
734 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
735 <type>time</type>
736 </param>
737 <param>
738 <key>TOFF</key>
739 <val>0</val>
740 <type>double</type>
741 </param>
742 <param>
743 <key>XUNITS</key>
744 <val>[ unit(' s ') ]</val>
745 <type>unit</type>
746 </param>
747 <param>
748 <key>YUNITS</key>
749 <val>[ unit(' ') ]</val>
750 <type>unit</type>
751 </param>
752 </plist>
753 <plist name="none">
754 <param>
755 <key>POLYVAL</key>
756 <val>[-0.0001 0.02 -1 -1]</val>
757 <type>double</type>
758 </param>
759 <param>
760 <key>NSECS</key>
761 <val>10</val>
762 <type>double</type>
763 </param>
764 <param>
765 <key>FS</key>
766 <val>10</val>
767 <type>double</type>
768 </param>
769 <param>
770 <key>T</key>
771 <val>[]</val>
772 <type>double</type>
773 </param>
774 <param>
775 <key>XUNITS</key>
776 <val>[ unit(' s ') ]</val>
777 <type>unit</type>
778 </param>
779 <param>
780 <key>YUNITS</key>
781 <val>[ unit(' ') ]</val>
782 <type>unit</type>
783 </param>
784 </plist>
785 <plist name="none">
786 <param>
787 <key>HOSTNAME</key>
788 <val>localhost</val>
789 <type>char</type>
790 </param>
791 <param>
792 <key>DATABASE</key>
793 <val>ltpda</val>
794 <type>char</type>
795 </param>
796 <param>
797 <key>ID</key>
798 <val>[]</val>
799 <type>double</type>
800 </param>
801 <param>
802 <key>BINARY</key>
803 <val>no</val>
804 <type>char</type>
805 </param>
806 </plist>
807 <plist name="none">
808 <param>
809 <key>PLIST</key>
810 <val>(empty-plist)</val>
811 <type>plist</type>
812 </param>
813 </plist>
814 <plist name="none">
815 <param>
816 <key>PZMODEL</key>
817 <val>pzmodel(none)</val>
818 <type>pzmodel</type>
819 </param>
820 <param>
821 <key>NSECS</key>
822 <val>0</val>
823 <type>double</type>
824 </param>
825 <param>
826 <key>FS</key>
827 <val>0</val>
828 <type>double</type>
829 </param>
830 <param>
831 <key>XUNITS</key>
832 <val>[ unit(' s ') ]</val>
833 <type>unit</type>
834 </param>
835 <param>
836 <key>YUNITS</key>
837 <val>[ unit(' ') ]</val>
838 <type>unit</type>
839 </param>
840 </plist>
841 <plist name="none">
842 <param>
843 <key>BUILT-IN</key>
844 <val/>
845 <type>char</type>
846 </param>
847 </plist>
848 </plists>
849 </LTPDAalgorithm>
850 <plist name="none">
851 <param>
852 <key>FILENAME</key>
853 <val>a22xx.xml</val>
854 <type>char</type>
855 </param>
856 <param>
857 <key>XUNITS</key>
858 <val>s</val>
859 <type>char</type>
860 </param>
861 <param>
862 <key>YUNITS</key>
863 <val>m</val>
864 <type>char</type>
865 </param>
866 </plist>
867 <port number="0" terminal="" type="output">
868 <node>
869 <pipe color="-3657166" dstblock="sqrt2" dstport="0" srcblock="a22xx" thickness="2.0"/>
870 </node>
871 </port>
872 </block>
873 <block bounds="510 100 60 60" inputs="1" name="sqrt2" outputs="1">
874 <LTPDAalgorithm mcategory="Operator" mclass="ao" mname="sqrt" mpackage="" mversion="" portdims="1 -1 1 -1">
875 <HelpText> SQRT computes the square root of the data in the AO.
876 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
877
878 DESCRIPTION: SQRT computes the square root of the data in the AO.
879
880 CALL: ao_out = sqrt(ao_in);
881 ao_out = sqrt(ao_in, pl);
882
883 PARAMETERS: see help for data2D/applymethod for additional parameters
884
885 M-FILE INFO: Get information about this methods by calling
886 &gt;&gt; ao.getInfo('sqrt')
887
888 Get information about a specified set-plist by calling:
889 &gt;&gt; ao.getInfo('sqrt', 'None')
890
891 VERSION: $Id: mdc1_tdcal.lwb,v 1.1 2009/01/13 12:39:16 hewitson Exp $
892
893 HISTORY: 12-03-07 M Hewitson
894 Creation
895
896 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
897 </HelpText>
898 <sets>
899 <set name="Default"/>
900 </sets>
901 <plists>
902 <plist name="none">
903 <param>
904 <key>AXIS</key>
905 <val>y</val>
906 <type>char</type>
907 </param>
908 </plist>
909 </plists>
910 </LTPDAalgorithm>
911 <plist name="none">
912 <param>
913 <key>AXIS</key>
914 <val>y</val>
915 <type>char</type>
916 </param>
917 </plist>
918 <port number="0" terminal="" type="output">
919 <node>
920 <pipe color="-3657166" dstblock="plot" dstport="3" srcblock="sqrt2" thickness="2.0"/>
921 </node>
922 </port>
923 </block>
924 <block bounds="0 300 60 60" inputs="0" name="o1" outputs="1">
925 <LTPDAalgorithm mcategory="Constructor" mclass="ao" mname="ao" mpackage="" mversion="" portdims="0 -1 1 1">
926 <HelpText> % Update the predefined properties to get the right created time
927 </HelpText>
928 <sets>
929 <set name="Default"/>
930 <set name="From XML File"/>
931 <set name="From MAT File"/>
932 <set name="From ASCII File"/>
933 <set name="From Function"/>
934 <set name="From Values"/>
935 <set name="From Time-series Function"/>
936 <set name="From XY Function"/>
937 <set name="From Frequency-series Function"/>
938 <set name="From Window"/>
939 <set name="From Waveform"/>
940 <set name="From Polynomial"/>
941 <set name="From Repository"/>
942 <set name="From Plist"/>
943 <set name="From Pzmodel"/>
944 <set name="From Built-in Model"/>
945 </sets>
946 <plists>
947 <plist name="none"/>
948 <plist name="none">
949 <param>
950 <key>FILENAME</key>
951 <val/>
952 <type>char</type>
953 </param>
954 </plist>
955 <plist name="none">
956 <param>
957 <key>FILENAME</key>
958 <val/>
959 <type>char</type>
960 </param>
961 </plist>
962 <plist name="none">
963 <param>
964 <key>FILENAME</key>
965 <val/>
966 <type>char</type>
967 </param>
968 <param>
969 <key>TYPE</key>
970 <val>tsdata</val>
971 <type>char</type>
972 </param>
973 <param>
974 <key>COLUMNS</key>
975 <val>[1 2]</val>
976 <type>double</type>
977 </param>
978 <param>
979 <key>XUNITS</key>
980 <val>[ unit(' s ') ]</val>
981 <type>unit</type>
982 </param>
983 <param>
984 <key>YUNITS</key>
985 <val>[ unit(' ') ]</val>
986 <type>unit</type>
987 </param>
988 <param>
989 <key>COMMENT_CHAR</key>
990 <val/>
991 <type>char</type>
992 </param>
993 <param>
994 <key>USE_FS</key>
995 <val/>
996 <type>char</type>
997 </param>
998 <param>
999 <key>ROBUST</key>
1000 <val>yes</val>
1001 <type>char</type>
1002 </param>
1003 </plist>
1004 <plist name="none">
1005 <param>
1006 <key>FCN</key>
1007 <val>randn(100,1)</val>
1008 <type>char</type>
1009 </param>
1010 <param>
1011 <key>YUNITS</key>
1012 <val>[ unit(' ') ]</val>
1013 <type>unit</type>
1014 </param>
1015 </plist>
1016 <plist name="none">
1017 <param>
1018 <key>VALS</key>
1019 <val>[]</val>
1020 <type>double</type>
1021 </param>
1022 <param>
1023 <key>N</key>
1024 <val>1</val>
1025 <type>double</type>
1026 </param>
1027 <param>
1028 <key>DTYPE</key>
1029 <val/>
1030 <type>char</type>
1031 </param>
1032 <param>
1033 <key>FS</key>
1034 <val>[]</val>
1035 <type>double</type>
1036 </param>
1037 <param>
1038 <key>XVALS</key>
1039 <val>[]</val>
1040 <type>double</type>
1041 </param>
1042 <param>
1043 <key>YVALS</key>
1044 <val>[]</val>
1045 <type>double</type>
1046 </param>
1047 <param>
1048 <key>YUNITS</key>
1049 <val/>
1050 <type>char</type>
1051 </param>
1052 </plist>
1053 <plist name="none">
1054 <param>
1055 <key>TSFCN</key>
1056 <val>t</val>
1057 <type>char</type>
1058 </param>
1059 <param>
1060 <key>FS</key>
1061 <val>10</val>
1062 <type>double</type>
1063 </param>
1064 <param>
1065 <key>NSECS</key>
1066 <val>1</val>
1067 <type>double</type>
1068 </param>
1069 <param>
1070 <key>T0</key>
1071 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
1072 <type>time</type>
1073 </param>
1074 <param>
1075 <key>XUNITS</key>
1076 <val>[ unit(' s ') ]</val>
1077 <type>unit</type>
1078 </param>
1079 <param>
1080 <key>YUNITS</key>
1081 <val>[ unit(' ') ]</val>
1082 <type>unit</type>
1083 </param>
1084 </plist>
1085 <plist name="none">
1086 <param>
1087 <key>XYFCN</key>
1088 <val>x</val>
1089 <type>char</type>
1090 </param>
1091 <param>
1092 <key>X</key>
1093 <val>[]</val>
1094 <type>double</type>
1095 </param>
1096 <param>
1097 <key>XUNITS</key>
1098 <val>[ unit(' ') ]</val>
1099 <type>unit</type>
1100 </param>
1101 <param>
1102 <key>YUNITS</key>
1103 <val>[ unit(' ') ]</val>
1104 <type>unit</type>
1105 </param>
1106 </plist>
1107 <plist name="none">
1108 <param>
1109 <key>FSFCN</key>
1110 <val>f</val>
1111 <type>char</type>
1112 </param>
1113 <param>
1114 <key>F1</key>
1115 <val>1e-09</val>
1116 <type>double</type>
1117 </param>
1118 <param>
1119 <key>F2</key>
1120 <val>5</val>
1121 <type>double</type>
1122 </param>
1123 <param>
1124 <key>NF</key>
1125 <val>1000</val>
1126 <type>double</type>
1127 </param>
1128 <param>
1129 <key>SCALE</key>
1130 <val>log</val>
1131 <type>char</type>
1132 </param>
1133 <param>
1134 <key>F</key>
1135 <val>[]</val>
1136 <type>double</type>
1137 </param>
1138 <param>
1139 <key>XUNITS</key>
1140 <val>[ unit(' Hz ') ]</val>
1141 <type>unit</type>
1142 </param>
1143 <param>
1144 <key>YUNITS</key>
1145 <val>[ unit(' ') ]</val>
1146 <type>unit</type>
1147 </param>
1148 </plist>
1149 <plist name="none">
1150 <param>
1151 <key>WIN</key>
1152 <val> specwin('Hanning', 100)</val>
1153 <type>specwin</type>
1154 </param>
1155 <param>
1156 <key>YUNITS</key>
1157 <val>[ unit(' ') ]</val>
1158 <type>unit</type>
1159 </param>
1160 </plist>
1161 <plist name="none">
1162 <param>
1163 <key>WAVEFORM</key>
1164 <val>sine wave</val>
1165 <type>char</type>
1166 </param>
1167 <param>
1168 <key>A</key>
1169 <val>1</val>
1170 <type>double</type>
1171 </param>
1172 <param>
1173 <key>F</key>
1174 <val>1.23</val>
1175 <type>double</type>
1176 </param>
1177 <param>
1178 <key>PHI</key>
1179 <val>0</val>
1180 <type>double</type>
1181 </param>
1182 <param>
1183 <key>FS</key>
1184 <val>10</val>
1185 <type>double</type>
1186 </param>
1187 <param>
1188 <key>NSECS</key>
1189 <val>10</val>
1190 <type>double</type>
1191 </param>
1192 <param>
1193 <key>T0</key>
1194 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
1195 <type>time</type>
1196 </param>
1197 <param>
1198 <key>TOFF</key>
1199 <val>0</val>
1200 <type>double</type>
1201 </param>
1202 <param>
1203 <key>XUNITS</key>
1204 <val>[ unit(' s ') ]</val>
1205 <type>unit</type>
1206 </param>
1207 <param>
1208 <key>YUNITS</key>
1209 <val>[ unit(' ') ]</val>
1210 <type>unit</type>
1211 </param>
1212 </plist>
1213 <plist name="none">
1214 <param>
1215 <key>POLYVAL</key>
1216 <val>[-0.0001 0.02 -1 -1]</val>
1217 <type>double</type>
1218 </param>
1219 <param>
1220 <key>NSECS</key>
1221 <val>10</val>
1222 <type>double</type>
1223 </param>
1224 <param>
1225 <key>FS</key>
1226 <val>10</val>
1227 <type>double</type>
1228 </param>
1229 <param>
1230 <key>T</key>
1231 <val>[]</val>
1232 <type>double</type>
1233 </param>
1234 <param>
1235 <key>XUNITS</key>
1236 <val>[ unit(' s ') ]</val>
1237 <type>unit</type>
1238 </param>
1239 <param>
1240 <key>YUNITS</key>
1241 <val>[ unit(' ') ]</val>
1242 <type>unit</type>
1243 </param>
1244 </plist>
1245 <plist name="none">
1246 <param>
1247 <key>HOSTNAME</key>
1248 <val>localhost</val>
1249 <type>char</type>
1250 </param>
1251 <param>
1252 <key>DATABASE</key>
1253 <val>ltpda</val>
1254 <type>char</type>
1255 </param>
1256 <param>
1257 <key>ID</key>
1258 <val>[]</val>
1259 <type>double</type>
1260 </param>
1261 <param>
1262 <key>BINARY</key>
1263 <val>no</val>
1264 <type>char</type>
1265 </param>
1266 </plist>
1267 <plist name="none">
1268 <param>
1269 <key>PLIST</key>
1270 <val>(empty-plist)</val>
1271 <type>plist</type>
1272 </param>
1273 </plist>
1274 <plist name="none">
1275 <param>
1276 <key>PZMODEL</key>
1277 <val>pzmodel(none)</val>
1278 <type>pzmodel</type>
1279 </param>
1280 <param>
1281 <key>NSECS</key>
1282 <val>0</val>
1283 <type>double</type>
1284 </param>
1285 <param>
1286 <key>FS</key>
1287 <val>0</val>
1288 <type>double</type>
1289 </param>
1290 <param>
1291 <key>XUNITS</key>
1292 <val>[ unit(' s ') ]</val>
1293 <type>unit</type>
1294 </param>
1295 <param>
1296 <key>YUNITS</key>
1297 <val>[ unit(' ') ]</val>
1298 <type>unit</type>
1299 </param>
1300 </plist>
1301 <plist name="none">
1302 <param>
1303 <key>BUILT-IN</key>
1304 <val/>
1305 <type>char</type>
1306 </param>
1307 </plist>
1308 </plists>
1309 </LTPDAalgorithm>
1310 <plist name="none">
1311 <param>
1312 <key>FILENAME</key>
1313 <val>o1_1.xml</val>
1314 <type>char</type>
1315 </param>
1316 <param>
1317 <key>XUNITS</key>
1318 <val>s</val>
1319 <type>char</type>
1320 </param>
1321 <param>
1322 <key>YUNITS</key>
1323 <val>m</val>
1324 <type>char</type>
1325 </param>
1326 </plist>
1327 <port number="0" terminal="" type="output">
1328 <node>
1329 <pipe color="-3657166" dstblock="inloop acc" dstport="0" srcblock="o1" thickness="2.0"/>
1330 <pipe color="-3657166" dstblock="control" dstport="0" srcblock="o1" thickness="2.0"/>
1331 </node>
1332 </port>
1333 </block>
1334 <block bounds="30 400 60 60" inputs="0" name="o12" outputs="1">
1335 <LTPDAalgorithm mcategory="Constructor" mclass="ao" mname="ao" mpackage="" mversion="" portdims="0 -1 1 1">
1336 <HelpText> % Update the predefined properties to get the right created time
1337 </HelpText>
1338 <sets>
1339 <set name="Default"/>
1340 <set name="From XML File"/>
1341 <set name="From MAT File"/>
1342 <set name="From ASCII File"/>
1343 <set name="From Function"/>
1344 <set name="From Values"/>
1345 <set name="From Time-series Function"/>
1346 <set name="From XY Function"/>
1347 <set name="From Frequency-series Function"/>
1348 <set name="From Window"/>
1349 <set name="From Waveform"/>
1350 <set name="From Polynomial"/>
1351 <set name="From Repository"/>
1352 <set name="From Plist"/>
1353 <set name="From Pzmodel"/>
1354 <set name="From Built-in Model"/>
1355 </sets>
1356 <plists>
1357 <plist name="none"/>
1358 <plist name="none">
1359 <param>
1360 <key>FILENAME</key>
1361 <val/>
1362 <type>char</type>
1363 </param>
1364 </plist>
1365 <plist name="none">
1366 <param>
1367 <key>FILENAME</key>
1368 <val/>
1369 <type>char</type>
1370 </param>
1371 </plist>
1372 <plist name="none">
1373 <param>
1374 <key>FILENAME</key>
1375 <val/>
1376 <type>char</type>
1377 </param>
1378 <param>
1379 <key>TYPE</key>
1380 <val>tsdata</val>
1381 <type>char</type>
1382 </param>
1383 <param>
1384 <key>COLUMNS</key>
1385 <val>[1 2]</val>
1386 <type>double</type>
1387 </param>
1388 <param>
1389 <key>XUNITS</key>
1390 <val>[ unit(' s ') ]</val>
1391 <type>unit</type>
1392 </param>
1393 <param>
1394 <key>YUNITS</key>
1395 <val>[ unit(' ') ]</val>
1396 <type>unit</type>
1397 </param>
1398 <param>
1399 <key>COMMENT_CHAR</key>
1400 <val/>
1401 <type>char</type>
1402 </param>
1403 <param>
1404 <key>USE_FS</key>
1405 <val/>
1406 <type>char</type>
1407 </param>
1408 <param>
1409 <key>ROBUST</key>
1410 <val>yes</val>
1411 <type>char</type>
1412 </param>
1413 </plist>
1414 <plist name="none">
1415 <param>
1416 <key>FCN</key>
1417 <val>randn(100,1)</val>
1418 <type>char</type>
1419 </param>
1420 <param>
1421 <key>YUNITS</key>
1422 <val>[ unit(' ') ]</val>
1423 <type>unit</type>
1424 </param>
1425 </plist>
1426 <plist name="none">
1427 <param>
1428 <key>VALS</key>
1429 <val>[]</val>
1430 <type>double</type>
1431 </param>
1432 <param>
1433 <key>N</key>
1434 <val>1</val>
1435 <type>double</type>
1436 </param>
1437 <param>
1438 <key>DTYPE</key>
1439 <val/>
1440 <type>char</type>
1441 </param>
1442 <param>
1443 <key>FS</key>
1444 <val>[]</val>
1445 <type>double</type>
1446 </param>
1447 <param>
1448 <key>XVALS</key>
1449 <val>[]</val>
1450 <type>double</type>
1451 </param>
1452 <param>
1453 <key>YVALS</key>
1454 <val>[]</val>
1455 <type>double</type>
1456 </param>
1457 <param>
1458 <key>YUNITS</key>
1459 <val/>
1460 <type>char</type>
1461 </param>
1462 </plist>
1463 <plist name="none">
1464 <param>
1465 <key>TSFCN</key>
1466 <val>t</val>
1467 <type>char</type>
1468 </param>
1469 <param>
1470 <key>FS</key>
1471 <val>10</val>
1472 <type>double</type>
1473 </param>
1474 <param>
1475 <key>NSECS</key>
1476 <val>1</val>
1477 <type>double</type>
1478 </param>
1479 <param>
1480 <key>T0</key>
1481 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
1482 <type>time</type>
1483 </param>
1484 <param>
1485 <key>XUNITS</key>
1486 <val>[ unit(' s ') ]</val>
1487 <type>unit</type>
1488 </param>
1489 <param>
1490 <key>YUNITS</key>
1491 <val>[ unit(' ') ]</val>
1492 <type>unit</type>
1493 </param>
1494 </plist>
1495 <plist name="none">
1496 <param>
1497 <key>XYFCN</key>
1498 <val>x</val>
1499 <type>char</type>
1500 </param>
1501 <param>
1502 <key>X</key>
1503 <val>[]</val>
1504 <type>double</type>
1505 </param>
1506 <param>
1507 <key>XUNITS</key>
1508 <val>[ unit(' ') ]</val>
1509 <type>unit</type>
1510 </param>
1511 <param>
1512 <key>YUNITS</key>
1513 <val>[ unit(' ') ]</val>
1514 <type>unit</type>
1515 </param>
1516 </plist>
1517 <plist name="none">
1518 <param>
1519 <key>FSFCN</key>
1520 <val>f</val>
1521 <type>char</type>
1522 </param>
1523 <param>
1524 <key>F1</key>
1525 <val>1e-09</val>
1526 <type>double</type>
1527 </param>
1528 <param>
1529 <key>F2</key>
1530 <val>5</val>
1531 <type>double</type>
1532 </param>
1533 <param>
1534 <key>NF</key>
1535 <val>1000</val>
1536 <type>double</type>
1537 </param>
1538 <param>
1539 <key>SCALE</key>
1540 <val>log</val>
1541 <type>char</type>
1542 </param>
1543 <param>
1544 <key>F</key>
1545 <val>[]</val>
1546 <type>double</type>
1547 </param>
1548 <param>
1549 <key>XUNITS</key>
1550 <val>[ unit(' Hz ') ]</val>
1551 <type>unit</type>
1552 </param>
1553 <param>
1554 <key>YUNITS</key>
1555 <val>[ unit(' ') ]</val>
1556 <type>unit</type>
1557 </param>
1558 </plist>
1559 <plist name="none">
1560 <param>
1561 <key>WIN</key>
1562 <val> specwin('Hanning', 100)</val>
1563 <type>specwin</type>
1564 </param>
1565 <param>
1566 <key>YUNITS</key>
1567 <val>[ unit(' ') ]</val>
1568 <type>unit</type>
1569 </param>
1570 </plist>
1571 <plist name="none">
1572 <param>
1573 <key>WAVEFORM</key>
1574 <val>sine wave</val>
1575 <type>char</type>
1576 </param>
1577 <param>
1578 <key>A</key>
1579 <val>1</val>
1580 <type>double</type>
1581 </param>
1582 <param>
1583 <key>F</key>
1584 <val>1.23</val>
1585 <type>double</type>
1586 </param>
1587 <param>
1588 <key>PHI</key>
1589 <val>0</val>
1590 <type>double</type>
1591 </param>
1592 <param>
1593 <key>FS</key>
1594 <val>10</val>
1595 <type>double</type>
1596 </param>
1597 <param>
1598 <key>NSECS</key>
1599 <val>10</val>
1600 <type>double</type>
1601 </param>
1602 <param>
1603 <key>T0</key>
1604 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
1605 <type>time</type>
1606 </param>
1607 <param>
1608 <key>TOFF</key>
1609 <val>0</val>
1610 <type>double</type>
1611 </param>
1612 <param>
1613 <key>XUNITS</key>
1614 <val>[ unit(' s ') ]</val>
1615 <type>unit</type>
1616 </param>
1617 <param>
1618 <key>YUNITS</key>
1619 <val>[ unit(' ') ]</val>
1620 <type>unit</type>
1621 </param>
1622 </plist>
1623 <plist name="none">
1624 <param>
1625 <key>POLYVAL</key>
1626 <val>[-0.0001 0.02 -1 -1]</val>
1627 <type>double</type>
1628 </param>
1629 <param>
1630 <key>NSECS</key>
1631 <val>10</val>
1632 <type>double</type>
1633 </param>
1634 <param>
1635 <key>FS</key>
1636 <val>10</val>
1637 <type>double</type>
1638 </param>
1639 <param>
1640 <key>T</key>
1641 <val>[]</val>
1642 <type>double</type>
1643 </param>
1644 <param>
1645 <key>XUNITS</key>
1646 <val>[ unit(' s ') ]</val>
1647 <type>unit</type>
1648 </param>
1649 <param>
1650 <key>YUNITS</key>
1651 <val>[ unit(' ') ]</val>
1652 <type>unit</type>
1653 </param>
1654 </plist>
1655 <plist name="none">
1656 <param>
1657 <key>HOSTNAME</key>
1658 <val>localhost</val>
1659 <type>char</type>
1660 </param>
1661 <param>
1662 <key>DATABASE</key>
1663 <val>ltpda</val>
1664 <type>char</type>
1665 </param>
1666 <param>
1667 <key>ID</key>
1668 <val>[]</val>
1669 <type>double</type>
1670 </param>
1671 <param>
1672 <key>BINARY</key>
1673 <val>no</val>
1674 <type>char</type>
1675 </param>
1676 </plist>
1677 <plist name="none">
1678 <param>
1679 <key>PLIST</key>
1680 <val>(empty-plist)</val>
1681 <type>plist</type>
1682 </param>
1683 </plist>
1684 <plist name="none">
1685 <param>
1686 <key>PZMODEL</key>
1687 <val>pzmodel(none)</val>
1688 <type>pzmodel</type>
1689 </param>
1690 <param>
1691 <key>NSECS</key>
1692 <val>0</val>
1693 <type>double</type>
1694 </param>
1695 <param>
1696 <key>FS</key>
1697 <val>0</val>
1698 <type>double</type>
1699 </param>
1700 <param>
1701 <key>XUNITS</key>
1702 <val>[ unit(' s ') ]</val>
1703 <type>unit</type>
1704 </param>
1705 <param>
1706 <key>YUNITS</key>
1707 <val>[ unit(' ') ]</val>
1708 <type>unit</type>
1709 </param>
1710 </plist>
1711 <plist name="none">
1712 <param>
1713 <key>BUILT-IN</key>
1714 <val/>
1715 <type>char</type>
1716 </param>
1717 </plist>
1718 </plists>
1719 </LTPDAalgorithm>
1720 <plist name="none">
1721 <param>
1722 <key>FILENAME</key>
1723 <val>o12_1.xml</val>
1724 <type>char</type>
1725 </param>
1726 <param>
1727 <key>XUNITS</key>
1728 <val>s</val>
1729 <type>char</type>
1730 </param>
1731 <param>
1732 <key>YUNITS</key>
1733 <val>m</val>
1734 <type>char</type>
1735 </param>
1736 </plist>
1737 <port number="0" terminal="" type="output">
1738 <node>
1739 <pipe color="-3657166" dstblock="inloop acc" dstport="1" srcblock="o12" thickness="2.0"/>
1740 <pipe color="-3657166" dstblock="control" dstport="1" srcblock="o12" thickness="2.0"/>
1741 </node>
1742 </port>
1743 </block>
1744 <block bounds="150 350 60 60" inputs="2" name="inloop acc" outputs="2">
1745 <LTPDAalgorithm mcategory="MDC01" mclass="ao" mname="mdc1_ifo2acc_inloop" mpackage="" mversion="" portdims="1 -1 1 -1">
1746 <HelpText> MDC1_IFO2ACC_INLOOP calculates the inloop acceleration in the time-domain.
1747 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
1748
1749 DESCRIPTION: MDC1_IFO2ACC_INLOOP calculates the inloop acceleration
1750 in the time-domain for MDC1.
1751
1752 It computes: a = DS^-1 o
1753
1754 CALL: [a1,a2] = mdc1_ifo2acc_inloop(o1,o12,pl)
1755
1756 INPUTS: o1 - time-series of the IFO output o1
1757 o12 - time-series of the IFO output o12
1758
1759 PARAMETERS: 'Omega1' - the square of the stiffness term for the dynamical response
1760 of test-mass 1 coupling to SC [default: 1.3e-6]
1761 'Omega3' - the square of the stiffness term for the dynamical response
1762 of test-mass 2 coupling to SC [default: 2e-6]
1763 'delta' - the cross-coupling factor of o1 into o12 [default: -1e-4]
1764
1765 M-FILE INFO: Get information about this methods by calling
1766 &gt;&gt; ao.getInfo('mdc1_ifo2acc_inloop')
1767
1768 Get information about a specified set-plist by calling:
1769 &gt;&gt; ao.getInfo('mdc1_ifo2acc_inloop', 'None')
1770
1771 VERSION: $Id: mdc1_tdcal.lwb,v 1.1 2009/01/13 12:39:16 hewitson Exp $
1772
1773 HISTORY: 11-04-08 M Hewitson
1774 Creation
1775
1776 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
1777 </HelpText>
1778 <sets>
1779 <set name="Default"/>
1780 </sets>
1781 <plists>
1782 <plist name="none">
1783 <param>
1784 <key>OMEGA1</key>
1785 <val>1.3e-06</val>
1786 <type>double</type>
1787 </param>
1788 <param>
1789 <key>OMEGA3</key>
1790 <val>2e-06</val>
1791 <type>double</type>
1792 </param>
1793 <param>
1794 <key>DELTA</key>
1795 <val>-0.0001</val>
1796 <type>double</type>
1797 </param>
1798 </plist>
1799 </plists>
1800 </LTPDAalgorithm>
1801 <plist name="none">
1802 <param>
1803 <key>OMEGA1</key>
1804 <val>1.3e-06</val>
1805 <type>double</type>
1806 </param>
1807 <param>
1808 <key>OMEGA3</key>
1809 <val>2e-06</val>
1810 <type>double</type>
1811 </param>
1812 <param>
1813 <key>DELTA</key>
1814 <val>-0.0001</val>
1815 <type>double</type>
1816 </param>
1817 </plist>
1818 <port number="0" terminal="" type="output">
1819 <node>
1820 <pipe color="-3657166" dstblock="subtract 1" dstport="0" srcblock="inloop acc" thickness="2.0"/>
1821 </node>
1822 </port>
1823 <port number="1" terminal="" type="output">
1824 <node>
1825 <pipe color="-3657166" dstblock="subtract 2" dstport="0" srcblock="inloop acc" thickness="2.0"/>
1826 </node>
1827 </port>
1828 </block>
1829 <block bounds="200 450 60 60" inputs="2" name="control" outputs="2">
1830 <LTPDAalgorithm mcategory="MDC01" mclass="ao" mname="mdc1_ifo2control" mpackage="" mversion="" portdims="1 -1 1 -1">
1831 <HelpText> MDC1_IFO2CONTROL converts the input time-series to control forces.
1832 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
1833
1834 DESCRIPTION: MDC1_IFO2CONTROL converts the input time-series to control forces.
1835
1836 CALL: c = mdc1_ifo2control(o1, o12)
1837
1838 INPUTS: o1 - time-series of the IFO output o1
1839 o12 - time-series of the IFO output o12
1840
1841 M-FILE INFO: Get information about this methods by calling
1842 &gt;&gt; ao.getInfo('mdc1_ifo2control')
1843
1844 Get information about a specified set-plist by calling:
1845 &gt;&gt; ao.getInfo('mdc1_ifo2control', 'None')
1846
1847 VERSION: $Id: mdc1_tdcal.lwb,v 1.1 2009/01/13 12:39:16 hewitson Exp $
1848
1849 HISTORY: 11-04-08 M Hewitson
1850 Creation
1851
1852 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
1853 </HelpText>
1854 <sets>
1855 <set name="Default"/>
1856 </sets>
1857 <plists>
1858 <plist name="none"/>
1859 </plists>
1860 </LTPDAalgorithm>
1861 <plist name="none"/>
1862 <port number="0" terminal="" type="output">
1863 <node>
1864 <pipe color="-3657166" dstblock="subtract 1" dstport="1" srcblock="control" thickness="2.0"/>
1865 </node>
1866 </port>
1867 <port number="1" terminal="" type="output">
1868 <node>
1869 <pipe color="-3657166" dstblock="subtract 2" dstport="1" srcblock="control" thickness="2.0"/>
1870 </node>
1871 </port>
1872 </block>
1873 <block bounds="300 330 60 60" inputs="2" name="subtract 1" outputs="1">
1874 <LTPDAalgorithm mcategory="Arithmetic Operator" mclass="ao" mname="minus" mpackage="" mversion="" portdims="1 -1 1 -1">
1875 <HelpText> MINUS implements subtraction operator for analysis objects.
1876 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
1877
1878 DESCRIPTION: MINUS implements subtraction operator for two analysis objects.
1879
1880 CALL:
1881 a = a1-a2
1882 a = minus(a1,a2);
1883 a = minus(a1,a2,a3) == minus(add(a1,a2),a3)
1884
1885 More than two inputs are handled with nested calls.
1886
1887 M-FILE INFO: Get information about this methods by calling
1888 &gt;&gt; ao.getInfo('minus')
1889
1890 Get information about a specified set-plist by calling:
1891 &gt;&gt; ao.getInfo('minus', 'None')
1892
1893 VERSION: $Id: mdc1_tdcal.lwb,v 1.1 2009/01/13 12:39:16 hewitson Exp $
1894
1895 HISTORY: 01-02-07 M Hewitson
1896 Creation
1897
1898 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
1899 </HelpText>
1900 <sets>
1901 <set name="Default"/>
1902 </sets>
1903 <plists>
1904 <plist name="none"/>
1905 </plists>
1906 </LTPDAalgorithm>
1907 <plist name="none"/>
1908 <port number="0" terminal="" type="output">
1909 <node>
1910 <pipe color="-3657166" dstblock="split a1" dstport="0" srcblock="subtract 1" thickness="2.0"/>
1911 </node>
1912 </port>
1913 </block>
1914 <block bounds="350 470 60 60" inputs="2" name="subtract 2" outputs="1">
1915 <LTPDAalgorithm mcategory="Arithmetic Operator" mclass="ao" mname="minus" mpackage="" mversion="" portdims="1 -1 1 -1">
1916 <HelpText> MINUS implements subtraction operator for analysis objects.
1917 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
1918
1919 DESCRIPTION: MINUS implements subtraction operator for two analysis objects.
1920
1921 CALL:
1922 a = a1-a2
1923 a = minus(a1,a2);
1924 a = minus(a1,a2,a3) == minus(add(a1,a2),a3)
1925
1926 More than two inputs are handled with nested calls.
1927
1928 M-FILE INFO: Get information about this methods by calling
1929 &gt;&gt; ao.getInfo('minus')
1930
1931 Get information about a specified set-plist by calling:
1932 &gt;&gt; ao.getInfo('minus', 'None')
1933
1934 VERSION: $Id: mdc1_tdcal.lwb,v 1.1 2009/01/13 12:39:16 hewitson Exp $
1935
1936 HISTORY: 01-02-07 M Hewitson
1937 Creation
1938
1939 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
1940 </HelpText>
1941 <sets>
1942 <set name="Default"/>
1943 </sets>
1944 <plists>
1945 <plist name="none"/>
1946 </plists>
1947 </LTPDAalgorithm>
1948 <plist name="none"/>
1949 <port number="0" terminal="" type="output">
1950 <node>
1951 <pipe color="-3657166" dstblock="split a2" dstport="0" srcblock="subtract 2" thickness="2.0"/>
1952 </node>
1953 </port>
1954 </block>
1955 <block bounds="420 350 60 60" inputs="1" name="split a1" outputs="1">
1956 <LTPDAalgorithm mcategory="Signal Processing" mclass="ao" mname="split" mpackage="" mversion="" portdims="1 -1 1 -1">
1957 <HelpText> SPLIT split an analysis object into the specified segments.
1958 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
1959
1960 DESCRIPTION: SPLIT split an analysis object into the specified segments.
1961
1962 CALL: b = split(a, pl)
1963
1964 INPUTS: a - input analysis object
1965 pl - input parameter list (see below for parameters)
1966
1967 OUTPUTS: b - array of analysis objects
1968
1969 PARAMETERS: &lt;key&gt; &lt;value&gt; &lt;description&gt;
1970 'split_type' 'times' split the ao into time segments
1971 'frequencies' split the ao into frequencies segments
1972 'samples' split the ao into sample segments
1973 'chunks' split the ao into chunks
1974 'duration' select a duration of a tsdata
1975
1976 Necessary for the individual split types:
1977 &lt;split type&gt; &lt;key&gt; &lt;description&gt;
1978 'times' 'times' an array of start/stop times to
1979 split by. A negative stop time is taken from the end
1980 of the vector, e.g., [10 -10] removes 10 seconds from
1981 the beginning and end of the
1982 vector. An end time of 0
1983 indicates the end of the vector.
1984 'frequencies' 'frequencies' an array of start/stop frequencies to split by
1985 'samples' 'samples' an array of start/stop samples to split by
1986 'chunks' 'N' split into N contiguous pieces
1987 'interval' 'start_time', 'stop_time'
1988 - start/stop time can be either a string or a time
1989 object (if a string, 'format_str' must be
1990 specified or specify the strings in UTC time format)
1991 'interval' 'start_time', 'duration'
1992 - start time and the duration can be either a string
1993 or a time object (if a string, 'format_str' must be
1994 specified or specify the strings in UTC time format)
1995 'interval' 'timespan'
1996 - the start/end time are specified in the time span
1997 object.
1998
1999 The UTC time format is: 'yyyy-mm-dd HH:MM:SS'
2000
2001 If more than one splitting method is specified, the priority
2002 goes like the list above.
2003
2004 The time vector in the output AO retains the original
2005 time values (i.e. it doesn't start from zero).
2006
2007 The splitting is done as s&lt;=t&lt;e.
2008
2009 Arrays of start/stop values should be like: [s1 e1 s2 e2 ....]
2010
2011 EXAMPLES: 1.) Split method by frequency. Get the values from 10-100 Hz
2012 pl = plist('split_type', 'frequencies', ...
2013 'frequencies', [10 100]);
2014 ao_new = split(a1, pl);
2015
2016 2.) Split method by time.
2017 Get the values from 0.0 to 1.0 Seconds AND from 1.0 to 2.5 seconds
2018 pl = plist('split_type', 'times', ...
2019 'times', [0.0 1.0 1.0 2.5]);
2020 ao_new = split(a1, pl);
2021
2022 3.) Split method by samples.
2023 Get the samples from 0 to 50 AND from 150 to 200.
2024 pl = plist('split_type', 'samples', ...
2025 'samples', [0 50 150 200]);
2026 ao_new = split(a1, pl);
2027
2028 4.1) Select an interval with strings
2029 pl = plist('split_type', 'interval', ...
2030 'start_time', '14:00:01', ...
2031 'end_time', '14:00:02');
2032 ao_new = split(a1, pl);
2033
2034 pl = plist('split_type', 'interval', ...
2035 'start_time', '14:00:01', ...
2036 'duration', '00:00:02');
2037 ao_new = split(a1, pl);
2038
2039 Select an interval with milliseconds
2040 pl = plist('split_type', 'interval', ...
2041 'start_time', 5000, ...
2042 'end_time', 7000);
2043 ao_new = split(a1, pl);
2044
2045 4.2) Select an interval with time objects
2046 pl = plist('split_type', 'interval', ...
2047 'start_time', time('14:00:01'), ...
2048 'end_time', time('14:00:03'));
2049 ao_new = split(a1, pl);
2050
2051 pl = plist('split_type', 'interval', ...
2052 'start_time', time(5000), ...
2053 'duration', time(2000));
2054 ao_new = split(a1, pl);
2055
2056 4.3) Select an interval with a time span object
2057 pl = plist('split_type', 'interval', ...
2058 'timespan', timespan('14:00:00', '14:00:05'));
2059 ao_new = split(a1, pl);
2060
2061 M-FILE INFO: Get information about this methods by calling
2062 &gt;&gt; ao.getInfo('split')
2063
2064 Get information about a specified set-plist by calling:
2065 &gt;&gt; ao.getInfo('split', 'Default')
2066
2067 VERSION: $Id: mdc1_tdcal.lwb,v 1.1 2009/01/13 12:39:16 hewitson Exp $
2068
2069 HISTORY: 02-03-07 M Hewitson
2070 Creation.
2071 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
2072 </HelpText>
2073 <sets>
2074 <set name="Default"/>
2075 <set name="By times"/>
2076 <set name="By frequencies"/>
2077 <set name="By samples"/>
2078 <set name="By chunks"/>
2079 <set name="By interval start/end"/>
2080 <set name="By interval start/duration"/>
2081 <set name="By interval timespan"/>
2082 </sets>
2083 <plists>
2084 <plist name="none">
2085 <param>
2086 <key>SPLIT_TYPE</key>
2087 <val>times</val>
2088 <type>char</type>
2089 </param>
2090 <param>
2091 <key>TIMES</key>
2092 <val>[]</val>
2093 <type>double</type>
2094 </param>
2095 </plist>
2096 <plist name="none">
2097 <param>
2098 <key>SPLIT_TYPE</key>
2099 <val>times</val>
2100 <type>char</type>
2101 </param>
2102 <param>
2103 <key>TIMES</key>
2104 <val>[]</val>
2105 <type>double</type>
2106 </param>
2107 </plist>
2108 <plist name="none">
2109 <param>
2110 <key>SPLIT_TYPE</key>
2111 <val>frequencies</val>
2112 <type>char</type>
2113 </param>
2114 <param>
2115 <key>FREQUENCIES</key>
2116 <val>[]</val>
2117 <type>double</type>
2118 </param>
2119 </plist>
2120 <plist name="none">
2121 <param>
2122 <key>SPLIT_TYPE</key>
2123 <val>samples</val>
2124 <type>char</type>
2125 </param>
2126 <param>
2127 <key>SAMPLES</key>
2128 <val>[]</val>
2129 <type>double</type>
2130 </param>
2131 </plist>
2132 <plist name="none">
2133 <param>
2134 <key>SPLIT_TYPE</key>
2135 <val>chunks</val>
2136 <type>char</type>
2137 </param>
2138 <param>
2139 <key>N</key>
2140 <val>[]</val>
2141 <type>double</type>
2142 </param>
2143 </plist>
2144 <plist name="none">
2145 <param>
2146 <key>SPLIT_TYPE</key>
2147 <val>interval</val>
2148 <type>char</type>
2149 </param>
2150 <param>
2151 <key>START_TIME</key>
2152 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
2153 <type>time</type>
2154 </param>
2155 <param>
2156 <key>END_TIME</key>
2157 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
2158 <type>time</type>
2159 </param>
2160 </plist>
2161 <plist name="none">
2162 <param>
2163 <key>SPLIT_TYPE</key>
2164 <val>interval</val>
2165 <type>char</type>
2166 </param>
2167 <param>
2168 <key>START_TIME</key>
2169 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
2170 <type>time</type>
2171 </param>
2172 <param>
2173 <key>DURATION</key>
2174 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
2175 <type>time</type>
2176 </param>
2177 </plist>
2178 <plist name="none">
2179 <param>
2180 <key>SPLIT_TYPE</key>
2181 <val>interval</val>
2182 <type>char</type>
2183 </param>
2184 <param>
2185 <key>TIMESPAN</key>
2186 <val>(start: 1970-01-01 00:00:00.000 end: 1970-01-01 00:00:00.000)</val>
2187 <type>timespan</type>
2188 </param>
2189 </plist>
2190 </plists>
2191 </LTPDAalgorithm>
2192 <plist name="none">
2193 <param>
2194 <key>TIMES</key>
2195 <val>[200 -200]</val>
2196 <type>double</type>
2197 </param>
2198 </plist>
2199 <port number="0" terminal="" type="output">
2200 <node>
2201 <pipe color="-3657166" dstblock="lpsd a1" dstport="0" srcblock="split a1" thickness="2.0"/>
2202 </node>
2203 </port>
2204 </block>
2205 <block bounds="470 450 60 60" inputs="1" name="split a2" outputs="1">
2206 <LTPDAalgorithm mcategory="Signal Processing" mclass="ao" mname="split" mpackage="" mversion="" portdims="1 -1 1 -1">
2207 <HelpText> SPLIT split an analysis object into the specified segments.
2208 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
2209
2210 DESCRIPTION: SPLIT split an analysis object into the specified segments.
2211
2212 CALL: b = split(a, pl)
2213
2214 INPUTS: a - input analysis object
2215 pl - input parameter list (see below for parameters)
2216
2217 OUTPUTS: b - array of analysis objects
2218
2219 PARAMETERS: &lt;key&gt; &lt;value&gt; &lt;description&gt;
2220 'split_type' 'times' split the ao into time segments
2221 'frequencies' split the ao into frequencies segments
2222 'samples' split the ao into sample segments
2223 'chunks' split the ao into chunks
2224 'duration' select a duration of a tsdata
2225
2226 Necessary for the individual split types:
2227 &lt;split type&gt; &lt;key&gt; &lt;description&gt;
2228 'times' 'times' an array of start/stop times to
2229 split by. A negative stop time is taken from the end
2230 of the vector, e.g., [10 -10] removes 10 seconds from
2231 the beginning and end of the
2232 vector. An end time of 0
2233 indicates the end of the vector.
2234 'frequencies' 'frequencies' an array of start/stop frequencies to split by
2235 'samples' 'samples' an array of start/stop samples to split by
2236 'chunks' 'N' split into N contiguous pieces
2237 'interval' 'start_time', 'stop_time'
2238 - start/stop time can be either a string or a time
2239 object (if a string, 'format_str' must be
2240 specified or specify the strings in UTC time format)
2241 'interval' 'start_time', 'duration'
2242 - start time and the duration can be either a string
2243 or a time object (if a string, 'format_str' must be
2244 specified or specify the strings in UTC time format)
2245 'interval' 'timespan'
2246 - the start/end time are specified in the time span
2247 object.
2248
2249 The UTC time format is: 'yyyy-mm-dd HH:MM:SS'
2250
2251 If more than one splitting method is specified, the priority
2252 goes like the list above.
2253
2254 The time vector in the output AO retains the original
2255 time values (i.e. it doesn't start from zero).
2256
2257 The splitting is done as s&lt;=t&lt;e.
2258
2259 Arrays of start/stop values should be like: [s1 e1 s2 e2 ....]
2260
2261 EXAMPLES: 1.) Split method by frequency. Get the values from 10-100 Hz
2262 pl = plist('split_type', 'frequencies', ...
2263 'frequencies', [10 100]);
2264 ao_new = split(a1, pl);
2265
2266 2.) Split method by time.
2267 Get the values from 0.0 to 1.0 Seconds AND from 1.0 to 2.5 seconds
2268 pl = plist('split_type', 'times', ...
2269 'times', [0.0 1.0 1.0 2.5]);
2270 ao_new = split(a1, pl);
2271
2272 3.) Split method by samples.
2273 Get the samples from 0 to 50 AND from 150 to 200.
2274 pl = plist('split_type', 'samples', ...
2275 'samples', [0 50 150 200]);
2276 ao_new = split(a1, pl);
2277
2278 4.1) Select an interval with strings
2279 pl = plist('split_type', 'interval', ...
2280 'start_time', '14:00:01', ...
2281 'end_time', '14:00:02');
2282 ao_new = split(a1, pl);
2283
2284 pl = plist('split_type', 'interval', ...
2285 'start_time', '14:00:01', ...
2286 'duration', '00:00:02');
2287 ao_new = split(a1, pl);
2288
2289 Select an interval with milliseconds
2290 pl = plist('split_type', 'interval', ...
2291 'start_time', 5000, ...
2292 'end_time', 7000);
2293 ao_new = split(a1, pl);
2294
2295 4.2) Select an interval with time objects
2296 pl = plist('split_type', 'interval', ...
2297 'start_time', time('14:00:01'), ...
2298 'end_time', time('14:00:03'));
2299 ao_new = split(a1, pl);
2300
2301 pl = plist('split_type', 'interval', ...
2302 'start_time', time(5000), ...
2303 'duration', time(2000));
2304 ao_new = split(a1, pl);
2305
2306 4.3) Select an interval with a time span object
2307 pl = plist('split_type', 'interval', ...
2308 'timespan', timespan('14:00:00', '14:00:05'));
2309 ao_new = split(a1, pl);
2310
2311 M-FILE INFO: Get information about this methods by calling
2312 &gt;&gt; ao.getInfo('split')
2313
2314 Get information about a specified set-plist by calling:
2315 &gt;&gt; ao.getInfo('split', 'Default')
2316
2317 VERSION: $Id: mdc1_tdcal.lwb,v 1.1 2009/01/13 12:39:16 hewitson Exp $
2318
2319 HISTORY: 02-03-07 M Hewitson
2320 Creation.
2321 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
2322 </HelpText>
2323 <sets>
2324 <set name="Default"/>
2325 <set name="By times"/>
2326 <set name="By frequencies"/>
2327 <set name="By samples"/>
2328 <set name="By chunks"/>
2329 <set name="By interval start/end"/>
2330 <set name="By interval start/duration"/>
2331 <set name="By interval timespan"/>
2332 </sets>
2333 <plists>
2334 <plist name="none">
2335 <param>
2336 <key>SPLIT_TYPE</key>
2337 <val>times</val>
2338 <type>char</type>
2339 </param>
2340 <param>
2341 <key>TIMES</key>
2342 <val>[]</val>
2343 <type>double</type>
2344 </param>
2345 </plist>
2346 <plist name="none">
2347 <param>
2348 <key>SPLIT_TYPE</key>
2349 <val>times</val>
2350 <type>char</type>
2351 </param>
2352 <param>
2353 <key>TIMES</key>
2354 <val>[]</val>
2355 <type>double</type>
2356 </param>
2357 </plist>
2358 <plist name="none">
2359 <param>
2360 <key>SPLIT_TYPE</key>
2361 <val>frequencies</val>
2362 <type>char</type>
2363 </param>
2364 <param>
2365 <key>FREQUENCIES</key>
2366 <val>[]</val>
2367 <type>double</type>
2368 </param>
2369 </plist>
2370 <plist name="none">
2371 <param>
2372 <key>SPLIT_TYPE</key>
2373 <val>samples</val>
2374 <type>char</type>
2375 </param>
2376 <param>
2377 <key>SAMPLES</key>
2378 <val>[]</val>
2379 <type>double</type>
2380 </param>
2381 </plist>
2382 <plist name="none">
2383 <param>
2384 <key>SPLIT_TYPE</key>
2385 <val>chunks</val>
2386 <type>char</type>
2387 </param>
2388 <param>
2389 <key>N</key>
2390 <val>[]</val>
2391 <type>double</type>
2392 </param>
2393 </plist>
2394 <plist name="none">
2395 <param>
2396 <key>SPLIT_TYPE</key>
2397 <val>interval</val>
2398 <type>char</type>
2399 </param>
2400 <param>
2401 <key>START_TIME</key>
2402 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
2403 <type>time</type>
2404 </param>
2405 <param>
2406 <key>END_TIME</key>
2407 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
2408 <type>time</type>
2409 </param>
2410 </plist>
2411 <plist name="none">
2412 <param>
2413 <key>SPLIT_TYPE</key>
2414 <val>interval</val>
2415 <type>char</type>
2416 </param>
2417 <param>
2418 <key>START_TIME</key>
2419 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
2420 <type>time</type>
2421 </param>
2422 <param>
2423 <key>DURATION</key>
2424 <val>time([plist('TIMEFORMAT', 'HH:MM:SS.FFF', 'TIMEZONE', 'SST', 'UTC_EPOCH_MILLI', 0)]) </val>
2425 <type>time</type>
2426 </param>
2427 </plist>
2428 <plist name="none">
2429 <param>
2430 <key>SPLIT_TYPE</key>
2431 <val>interval</val>
2432 <type>char</type>
2433 </param>
2434 <param>
2435 <key>TIMESPAN</key>
2436 <val>(start: 1970-01-01 00:00:00.000 end: 1970-01-01 00:00:00.000)</val>
2437 <type>timespan</type>
2438 </param>
2439 </plist>
2440 </plists>
2441 </LTPDAalgorithm>
2442 <plist name="none">
2443 <param>
2444 <key>TIMES</key>
2445 <val>[200 -200]</val>
2446 <type>double</type>
2447 </param>
2448 </plist>
2449 <port number="0" terminal="" type="output">
2450 <node>
2451 <pipe color="-3657166" dstblock="lpsd a2" dstport="0" srcblock="split a2" thickness="2.0"/>
2452 </node>
2453 </port>
2454 </block>
2455 <block bounds="530 370 60 60" inputs="1" name="lpsd a1" outputs="1">
2456 <LTPDAalgorithm mcategory="Signal Processing" mclass="ao" mname="lpsd" mpackage="" mversion="" portdims="1 -1 1 -1">
2457 <HelpText> LPSD implement the LPSD algorithm for analysis objects.
2458 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
2459
2460 DESCRIPTION: LPSD implement the LPSD algorithm for analysis objects.
2461
2462 CALL: bs = lpsd(as)
2463
2464 INPUTS: as - array of analysis objects
2465 pl - parameter list (see below)
2466
2467 OUTPUTS: bs - array of analysis objects, one for each input
2468
2469 PARAMETER LIST:
2470
2471 Kdes - desired number of averages (default 100)
2472 Lmin - minimum segment length (default 0)
2473 Jdes - number of spectral frequencies to compute (default fs/2)
2474 win - a specwin window object
2475 Only the design parameters of the window object are used; the
2476 window is recomputed for each DFT length inside the lpsd_core
2477 algorithm.
2478 Olap - desired overlap percentage (default: taken from window)
2479 Order - order of detrending
2480 -1 - no detrending
2481 0 - subtract mean
2482 1 - subtract linear fit
2483 N - subtract fit of polynomial, order N
2484 Scale - Scaling of output. Choose from:
2485 AS - Amplitude (linear) Spectrum
2486 ASD - Amplitude (linear) Spectral Density
2487 PS - Power Spectrum
2488 PSD - Power Spectral Density [default]
2489
2490 M-FILE INFO: Get information about this methods by calling
2491 &gt;&gt; ao.getInfo('lpsd')
2492
2493 Get information about a specified set-plist by calling:
2494 &gt;&gt; ao.getInfo('lpsd', 'None')
2495
2496 VERSION: $Id: mdc1_tdcal.lwb,v 1.1 2009/01/13 12:39:16 hewitson Exp $
2497
2498 HISTORY: 02-02-07 M Hewitson
2499 Created
2500
2501 References: "Improved spectrum estimation from digitized time series
2502 on a logarithmic frequency axis", Michael Troebs, Gerhard Heinzel,
2503 Measurement 39 (2006) 120-129.
2504
2505 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
2506 </HelpText>
2507 <sets>
2508 <set name="Default"/>
2509 </sets>
2510 <plists>
2511 <plist name="none">
2512 <param>
2513 <key>KDES</key>
2514 <val>100</val>
2515 <type>double</type>
2516 </param>
2517 <param>
2518 <key>JDES</key>
2519 <val>1000</val>
2520 <type>double</type>
2521 </param>
2522 <param>
2523 <key>LMIN</key>
2524 <val>0</val>
2525 <type>double</type>
2526 </param>
2527 <param>
2528 <key>WIN</key>
2529 <val> specwin('BH92', 0)</val>
2530 <type>specwin</type>
2531 </param>
2532 <param>
2533 <key>OLAP</key>
2534 <val>-1</val>
2535 <type>double</type>
2536 </param>
2537 <param>
2538 <key>ORDER</key>
2539 <val>0</val>
2540 <type>double</type>
2541 </param>
2542 <param>
2543 <key>SCALE</key>
2544 <val>PSD</val>
2545 <type>char</type>
2546 </param>
2547 </plist>
2548 </plists>
2549 </LTPDAalgorithm>
2550 <plist name="none">
2551 <param>
2552 <key>KDES</key>
2553 <val>100</val>
2554 <type>double</type>
2555 </param>
2556 <param>
2557 <key>JDES</key>
2558 <val>1000</val>
2559 <type>double</type>
2560 </param>
2561 <param>
2562 <key>LMIN</key>
2563 <val>0</val>
2564 <type>double</type>
2565 </param>
2566 <param>
2567 <key>WIN</key>
2568 <val> specwin('BH92', 0)</val>
2569 <type>specwin</type>
2570 </param>
2571 <param>
2572 <key>OLAP</key>
2573 <val>-1</val>
2574 <type>double</type>
2575 </param>
2576 <param>
2577 <key>ORDER</key>
2578 <val>0</val>
2579 <type>double</type>
2580 </param>
2581 <param>
2582 <key>SCALE</key>
2583 <val>ASD</val>
2584 <type>char</type>
2585 </param>
2586 </plist>
2587 <port number="0" terminal="" type="output">
2588 <node>
2589 <pipe color="-3657166" dstblock="plot" dstport="0" srcblock="lpsd a1" thickness="2.0"/>
2590 </node>
2591 </port>
2592 </block>
2593 <block bounds="550 470 60 60" inputs="1" name="lpsd a2" outputs="1">
2594 <LTPDAalgorithm mcategory="Signal Processing" mclass="ao" mname="lpsd" mpackage="" mversion="" portdims="1 -1 1 -1">
2595 <HelpText> LPSD implement the LPSD algorithm for analysis objects.
2596 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
2597
2598 DESCRIPTION: LPSD implement the LPSD algorithm for analysis objects.
2599
2600 CALL: bs = lpsd(as)
2601
2602 INPUTS: as - array of analysis objects
2603 pl - parameter list (see below)
2604
2605 OUTPUTS: bs - array of analysis objects, one for each input
2606
2607 PARAMETER LIST:
2608
2609 Kdes - desired number of averages (default 100)
2610 Lmin - minimum segment length (default 0)
2611 Jdes - number of spectral frequencies to compute (default fs/2)
2612 win - a specwin window object
2613 Only the design parameters of the window object are used; the
2614 window is recomputed for each DFT length inside the lpsd_core
2615 algorithm.
2616 Olap - desired overlap percentage (default: taken from window)
2617 Order - order of detrending
2618 -1 - no detrending
2619 0 - subtract mean
2620 1 - subtract linear fit
2621 N - subtract fit of polynomial, order N
2622 Scale - Scaling of output. Choose from:
2623 AS - Amplitude (linear) Spectrum
2624 ASD - Amplitude (linear) Spectral Density
2625 PS - Power Spectrum
2626 PSD - Power Spectral Density [default]
2627
2628 M-FILE INFO: Get information about this methods by calling
2629 &gt;&gt; ao.getInfo('lpsd')
2630
2631 Get information about a specified set-plist by calling:
2632 &gt;&gt; ao.getInfo('lpsd', 'None')
2633
2634 VERSION: $Id: mdc1_tdcal.lwb,v 1.1 2009/01/13 12:39:16 hewitson Exp $
2635
2636 HISTORY: 02-02-07 M Hewitson
2637 Created
2638
2639 References: "Improved spectrum estimation from digitized time series
2640 on a logarithmic frequency axis", Michael Troebs, Gerhard Heinzel,
2641 Measurement 39 (2006) 120-129.
2642
2643 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
2644 </HelpText>
2645 <sets>
2646 <set name="Default"/>
2647 </sets>
2648 <plists>
2649 <plist name="none">
2650 <param>
2651 <key>KDES</key>
2652 <val>100</val>
2653 <type>double</type>
2654 </param>
2655 <param>
2656 <key>JDES</key>
2657 <val>1000</val>
2658 <type>double</type>
2659 </param>
2660 <param>
2661 <key>LMIN</key>
2662 <val>0</val>
2663 <type>double</type>
2664 </param>
2665 <param>
2666 <key>WIN</key>
2667 <val> specwin('BH92', 0)</val>
2668 <type>specwin</type>
2669 </param>
2670 <param>
2671 <key>OLAP</key>
2672 <val>-1</val>
2673 <type>double</type>
2674 </param>
2675 <param>
2676 <key>ORDER</key>
2677 <val>0</val>
2678 <type>double</type>
2679 </param>
2680 <param>
2681 <key>SCALE</key>
2682 <val>PSD</val>
2683 <type>char</type>
2684 </param>
2685 </plist>
2686 </plists>
2687 </LTPDAalgorithm>
2688 <plist name="none">
2689 <param>
2690 <key>KDES</key>
2691 <val>100</val>
2692 <type>double</type>
2693 </param>
2694 <param>
2695 <key>JDES</key>
2696 <val>1000</val>
2697 <type>double</type>
2698 </param>
2699 <param>
2700 <key>LMIN</key>
2701 <val>0</val>
2702 <type>double</type>
2703 </param>
2704 <param>
2705 <key>WIN</key>
2706 <val> specwin('BH92', 0)</val>
2707 <type>specwin</type>
2708 </param>
2709 <param>
2710 <key>OLAP</key>
2711 <val>-1</val>
2712 <type>double</type>
2713 </param>
2714 <param>
2715 <key>ORDER</key>
2716 <val>0</val>
2717 <type>double</type>
2718 </param>
2719 <param>
2720 <key>SCALE</key>
2721 <val>ASD</val>
2722 <type>char</type>
2723 </param>
2724 </plist>
2725 <port number="0" terminal="" type="output">
2726 <node>
2727 <pipe color="-3657166" dstblock="plot" dstport="1" srcblock="lpsd a2" thickness="2.0"/>
2728 </node>
2729 </port>
2730 </block>
2731 <block bounds="670 400 60 60" inputs="4" name="plot" outputs="1">
2732 <LTPDAalgorithm mcategory="Output" mclass="ao" mname="iplot" mpackage="" mversion="" portdims="1 -1 1 -1">
2733 <HelpText> IPLOT provides an intelligent plotting tool for LTPDA.
2734 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
2735
2736 DESCRIPTION: IPLOT provides an intelligent plotting tool for LTPDA.
2737
2738 CALL: hfig = iplot (a,pl)
2739 [hfig, hax] = iplot (a,pl)
2740 [hfig, hax, hli] = iplot (a,pl)
2741
2742 INPUTS: pl - a parameter list
2743 a - input analysis object
2744
2745 OUTPUTS: hfig - handles to figures
2746 hax - handles to axes
2747 hli - handles to lines
2748
2749
2750 Plot parameters:
2751
2752 'Arrangement' - select the plot layout:
2753 'single' - plots all AOs on individual figures
2754 'stacked' - plots all AOs on the same axes [default]
2755 'subplots' - plots all AOs on subplots
2756
2757 'Function' - specify the plot function:
2758 'plot', 'stairs', 'stem'
2759 [default: 'plot']
2760 *** doesn't work for xyzdata AOs
2761
2762 Line parameters:
2763
2764 The following properties take cell array values. If the length of
2765 the cell array is shorter than the number of lines to plot, the
2766 remaining lines will be plotted with the default options. If the
2767 cell array is of length 2 and the first cell contains the string
2768 'all', then the second cell is used to set the propery of all
2769 lines.
2770
2771 'LineColors' - a cell array of color definitions for each line.
2772
2773 'LineStyles' - a cell array of line styles.
2774
2775 'Markers' - a cell array of markers.
2776
2777 'LineWidths' - a cell array of line widths. If the length of the
2778 cell array is shorter than the number of lines to
2779 plot, the remaining lines will be plotted with
2780 the default line width.
2781
2782 Axes parameters:
2783
2784 'Legends' - specify a cell array of strings to be used for
2785 the plot legends. If a cell contains an empty
2786 string, the default legend string is built.
2787 If a single string 'off' is given instead of a
2788 cell array, then the legends are all switched
2789 off.
2790
2791 'XLabels' - Specify the labels to be used on the x-axes. The
2792 units are added from the data object 'xunits'
2793 property.
2794
2795 'YLabels' - Specify the labels to be used on the y-axes. The
2796 units are added from the data object 'yunits'
2797 property. If the object contains complex data,
2798 you should specify two y-labels for that object.
2799
2800 The following axis properties also work with the 'all' keyword as
2801 described above in the line properties section.
2802
2803 'XScales' - Specify the scales to be used on the x-axes.
2804
2805 'YScales' - Specify the scales to the used on the y-axes. If
2806 an object contains complex data, you should
2807 specify two y-labels for that object.
2808
2809 'XRanges' - Specify the ranges to be displayed on the x-axes.
2810
2811 'YRanges' - Specify the ranges to the displayed on the
2812 y-axes.
2813
2814 Error parameters: If you give more than one input AO then you must
2815 specify the following parameter values in a cell-array,
2816 one cell for each input AO. Leave the cell empty to
2817 plot no errors. Each error can be a value or a vector
2818 the same length as the data vector. If you give and
2819 upper limit but not lower limit, then the errors are
2820 assumed to be symmetric (and vice versa)
2821
2822 'XerrL' - lower bound error values for the X data points.
2823 'XerrU' - upper bound error values for the X data points.
2824 'YerrL' - lower bound error values for the Y data points.
2825 'YerrU' - upper bound error values for the Y data points.
2826
2827 Math operations: You can specify rudimentary math operations to be
2828 performed on the X and Y data prior to plotting. The
2829 'all' keyword is also supported by these parameters.
2830
2831 'Xmaths' - specify math operations to perform on the
2832 data vector 'x'. For example,
2833 plist('Xmaths', 'abs(x)').
2834
2835 'Ymaths' - specify math operations to perform on the
2836 data vector 'y'. For example,
2837 plist('Ymaths', 'sqrt(y)').
2838
2839 Time-series parameters: in addition to the general options, time-series
2840 objects have the following additional parameters.
2841
2842 'Xunits' - specify the units on the x-axis as
2843 'us' - microseconds
2844 'ms' - milliseconds
2845 's' - seconds [default]
2846 'm' - minutes
2847 'h' - hours
2848 'D' - days
2849 'M' - months
2850 'HH:MM:SS' - using a date/time format
2851 recognized by datetic (help datetic)
2852
2853
2854 Frequency-series parameters:
2855
2856 'complexPlotType' - specify how to plot complex data.
2857 Choose from:
2858 - 'realimag'
2859 - 'absdeg'
2860 - 'absrad'
2861
2862 EXAMPLES:
2863
2864 1) Plot two time-series AOs with different colors, line styles, and widths
2865
2866 pl = plist('Linecolors', {'g', 'k'}, 'LineStyles', {'', '--'}, 'LineWidths', {1, 4});
2867 iplot(tsao1, tsao2, pl);
2868
2869 2) Plot two time-series AOs in subplots. Also override the second legend
2870 text and the first line style.
2871
2872 pl = plist('Arrangement', 'subplots', 'LineStyles', {'--'}, 'Legends', {'', 'My Sine Wave'});
2873 iplot(tsao1, tsao2, pl);
2874
2875 3) Plot two time-series AOs taking the square of the y-values of the
2876 first AO and the log of the x-values of the second AO.
2877
2878 pl = plist('Arrangement', 'subplots', 'YMaths', 'y.^2', 'XMaths', {'', 'log(x)'});
2879 iplot(tsao1, tsao2, pl);
2880
2881 4) Plot two frequency-series AOs on subplots with the same Y-scales and
2882 Y-ranges
2883
2884 pl1 = plist('Yscales', {'All', 'lin'});
2885 pl2 = plist('arrangement', 'subplots', 'YRanges', {'All', [1e-6 100]});
2886 iplot(fsd1, fsd2, pl1, pl2)
2887
2888
2889 M-FILE INFO: Get information about this methods by calling
2890 &gt;&gt; ao.getInfo('iplot')
2891
2892 Get information about a specified set-plist by calling:
2893 &gt;&gt; ao.getInfo('iplot', 'None')
2894
2895 VERSION: $Id: mdc1_tdcal.lwb,v 1.1 2009/01/13 12:39:16 hewitson Exp $
2896
2897 HISTORY: 22-12-07 M Hewitson
2898 Creation
2899
2900 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
2901 </HelpText>
2902 <sets>
2903 <set name="Time-series plot"/>
2904 <set name="Frequency-series plot"/>
2905 <set name="Y data plot"/>
2906 <set name="X-Y data plot"/>
2907 <set name="3D plot"/>
2908 </sets>
2909 <plists>
2910 <plist name="none">
2911 <param>
2912 <key>COLORS</key>
2913 <val>{[0.80000000000000004 0.20000000000000001 0.20000000000000001],[0.20000000000000001 0.20000000000000001 0.80000000000000004],[0.20000000000000001 0.90000000000000002 0.20000000000000001],[0.37 0.90000000000000002 0.82999999999999996],[0.88800000000000001 0.16300000000000001 0.90000000000000002],[0 0 0],[0 0.81176470588235294 1],[1 0.50196078431372548 0],[0.5607843137254902 0 0],[1 0.81176470588235294 0],[0.90000000000000002 0.26600000000000001 0.59299999999999997]}</val>
2914 <type>cell</type>
2915 </param>
2916 <param>
2917 <key>ARRANGEMENT</key>
2918 <val>stacked</val>
2919 <type>char</type>
2920 </param>
2921 <param>
2922 <key>FUNCTION</key>
2923 <val>plot</val>
2924 <type>char</type>
2925 </param>
2926 <param>
2927 <key>LEGENDLOCATION</key>
2928 <val>NorthEast</val>
2929 <type>char</type>
2930 </param>
2931 <param>
2932 <key>XERRL</key>
2933 <val>[]</val>
2934 <type>double</type>
2935 </param>
2936 <param>
2937 <key>XERRU</key>
2938 <val>[]</val>
2939 <type>double</type>
2940 </param>
2941 <param>
2942 <key>YERRU</key>
2943 <val>[]</val>
2944 <type>double</type>
2945 </param>
2946 <param>
2947 <key>YERRL</key>
2948 <val>[]</val>
2949 <type>double</type>
2950 </param>
2951 <param>
2952 <key>XLABEL</key>
2953 <val>Time</val>
2954 <type>char</type>
2955 </param>
2956 <param>
2957 <key>YLABEL</key>
2958 <val>Amplitude</val>
2959 <type>char</type>
2960 </param>
2961 </plist>
2962 <plist name="none">
2963 <param>
2964 <key>COLORS</key>
2965 <val>{[0.80000000000000004 0.20000000000000001 0.20000000000000001],[0.20000000000000001 0.20000000000000001 0.80000000000000004],[0.20000000000000001 0.90000000000000002 0.20000000000000001],[0.37 0.90000000000000002 0.82999999999999996],[0.88800000000000001 0.16300000000000001 0.90000000000000002],[0 0 0],[0 0.81176470588235294 1],[1 0.50196078431372548 0],[0.5607843137254902 0 0],[1 0.81176470588235294 0],[0.90000000000000002 0.26600000000000001 0.59299999999999997]}</val>
2966 <type>cell</type>
2967 </param>
2968 <param>
2969 <key>ARRANGEMENT</key>
2970 <val>stacked</val>
2971 <type>char</type>
2972 </param>
2973 <param>
2974 <key>FUNCTION</key>
2975 <val>plot</val>
2976 <type>char</type>
2977 </param>
2978 <param>
2979 <key>LEGENDLOCATION</key>
2980 <val>NorthEast</val>
2981 <type>char</type>
2982 </param>
2983 <param>
2984 <key>XERRL</key>
2985 <val>[]</val>
2986 <type>double</type>
2987 </param>
2988 <param>
2989 <key>XERRU</key>
2990 <val>[]</val>
2991 <type>double</type>
2992 </param>
2993 <param>
2994 <key>YERRU</key>
2995 <val>[]</val>
2996 <type>double</type>
2997 </param>
2998 <param>
2999 <key>YERRL</key>
3000 <val>[]</val>
3001 <type>double</type>
3002 </param>
3003 <param>
3004 <key>COMPLEXPLOTTYPE</key>
3005 <val>absdeg</val>
3006 <type>char</type>
3007 </param>
3008 <param>
3009 <key>XLABEL</key>
3010 <val>Frequency</val>
3011 <type>char</type>
3012 </param>
3013 </plist>
3014 <plist name="none">
3015 <param>
3016 <key>COLORS</key>
3017 <val>{[0.80000000000000004 0.20000000000000001 0.20000000000000001],[0.20000000000000001 0.20000000000000001 0.80000000000000004],[0.20000000000000001 0.90000000000000002 0.20000000000000001],[0.37 0.90000000000000002 0.82999999999999996],[0.88800000000000001 0.16300000000000001 0.90000000000000002],[0 0 0],[0 0.81176470588235294 1],[1 0.50196078431372548 0],[0.5607843137254902 0 0],[1 0.81176470588235294 0],[0.90000000000000002 0.26600000000000001 0.59299999999999997]}</val>
3018 <type>cell</type>
3019 </param>
3020 <param>
3021 <key>ARRANGEMENT</key>
3022 <val>stacked</val>
3023 <type>char</type>
3024 </param>
3025 <param>
3026 <key>FUNCTION</key>
3027 <val>plot</val>
3028 <type>char</type>
3029 </param>
3030 <param>
3031 <key>LEGENDLOCATION</key>
3032 <val>NorthEast</val>
3033 <type>char</type>
3034 </param>
3035 <param>
3036 <key>XERRL</key>
3037 <val>[]</val>
3038 <type>double</type>
3039 </param>
3040 <param>
3041 <key>XERRU</key>
3042 <val>[]</val>
3043 <type>double</type>
3044 </param>
3045 <param>
3046 <key>YERRU</key>
3047 <val>[]</val>
3048 <type>double</type>
3049 </param>
3050 <param>
3051 <key>YERRL</key>
3052 <val>[]</val>
3053 <type>double</type>
3054 </param>
3055 <param>
3056 <key>XLABEL</key>
3057 <val>Sample</val>
3058 <type>char</type>
3059 </param>
3060 <param>
3061 <key>YLABEL</key>
3062 <val>Value</val>
3063 <type>char</type>
3064 </param>
3065 </plist>
3066 <plist name="none">
3067 <param>
3068 <key>COLORS</key>
3069 <val>{[0.80000000000000004 0.20000000000000001 0.20000000000000001],[0.20000000000000001 0.20000000000000001 0.80000000000000004],[0.20000000000000001 0.90000000000000002 0.20000000000000001],[0.37 0.90000000000000002 0.82999999999999996],[0.88800000000000001 0.16300000000000001 0.90000000000000002],[0 0 0],[0 0.81176470588235294 1],[1 0.50196078431372548 0],[0.5607843137254902 0 0],[1 0.81176470588235294 0],[0.90000000000000002 0.26600000000000001 0.59299999999999997]}</val>
3070 <type>cell</type>
3071 </param>
3072 <param>
3073 <key>ARRANGEMENT</key>
3074 <val>stacked</val>
3075 <type>char</type>
3076 </param>
3077 <param>
3078 <key>FUNCTION</key>
3079 <val>plot</val>
3080 <type>char</type>
3081 </param>
3082 <param>
3083 <key>LEGENDLOCATION</key>
3084 <val>NorthEast</val>
3085 <type>char</type>
3086 </param>
3087 <param>
3088 <key>XERRL</key>
3089 <val>[]</val>
3090 <type>double</type>
3091 </param>
3092 <param>
3093 <key>XERRU</key>
3094 <val>[]</val>
3095 <type>double</type>
3096 </param>
3097 <param>
3098 <key>YERRU</key>
3099 <val>[]</val>
3100 <type>double</type>
3101 </param>
3102 <param>
3103 <key>YERRL</key>
3104 <val>[]</val>
3105 <type>double</type>
3106 </param>
3107 <param>
3108 <key>XLABEL</key>
3109 <val>X-data</val>
3110 <type>char</type>
3111 </param>
3112 <param>
3113 <key>YLABEL</key>
3114 <val>Y-data</val>
3115 <type>char</type>
3116 </param>
3117 <param>
3118 <key>YMATHS</key>
3119 <val/>
3120 <type>char</type>
3121 </param>
3122 <param>
3123 <key>XMATHS</key>
3124 <val/>
3125 <type>char</type>
3126 </param>
3127 </plist>
3128 <plist name="none">
3129 <param>
3130 <key>COLORS</key>
3131 <val>{[0.80000000000000004 0.20000000000000001 0.20000000000000001],[0.20000000000000001 0.20000000000000001 0.80000000000000004],[0.20000000000000001 0.90000000000000002 0.20000000000000001],[0.37 0.90000000000000002 0.82999999999999996],[0.88800000000000001 0.16300000000000001 0.90000000000000002],[0 0 0],[0 0.81176470588235294 1],[1 0.50196078431372548 0],[0.5607843137254902 0 0],[1 0.81176470588235294 0],[0.90000000000000002 0.26600000000000001 0.59299999999999997]}</val>
3132 <type>cell</type>
3133 </param>
3134 <param>
3135 <key>ARRANGEMENT</key>
3136 <val>single</val>
3137 <type>char</type>
3138 </param>
3139 <param>
3140 <key>XLABEL</key>
3141 <val>Time</val>
3142 <type>char</type>
3143 </param>
3144 <param>
3145 <key>YLABEL</key>
3146 <val>Frequency</val>
3147 <type>char</type>
3148 </param>
3149 <param>
3150 <key>ZLABEL</key>
3151 <val>Amplitude</val>
3152 <type>char</type>
3153 </param>
3154 <param>
3155 <key>YMATHS</key>
3156 <val/>
3157 <type>char</type>
3158 </param>
3159 <param>
3160 <key>ZMATHS</key>
3161 <val/>
3162 <type>char</type>
3163 </param>
3164 <param>
3165 <key>XMATHS</key>
3166 <val/>
3167 <type>char</type>
3168 </param>
3169 </plist>
3170 </plists>
3171 </LTPDAalgorithm>
3172 <plist name="none">
3173 <param>
3174 <key>YLABELS</key>
3175 <val>{'All', 'Spectral Density'}</val>
3176 <type>cell</type>
3177 </param>
3178 <param>
3179 <key>XLABELS</key>
3180 <val>Frequency</val>
3181 <type>char</type>
3182 </param>
3183 <param>
3184 <key>LINESTYLES</key>
3185 <val>{'', '--', ''}</val>
3186 <type>cell</type>
3187 </param>
3188 <param>
3189 <key>XRANGES</key>
3190 <val>[0.0001 5]</val>
3191 <type>double</type>
3192 </param>
3193 <param>
3194 <key>LEGENDS</key>
3195 <val>{'a11', 'a11r', 'a22', 'a22r'}</val>
3196 <type>cell</type>
3197 </param>
3198 </plist>
3199 <port number="0" terminal="" type="output"/>
3200 </block>
3201 </document>
3202 </LTPDAworkbench>