/[MITgcm]/MITgcm_contrib/LCML/cpl_aim+ocn/aim/dataaimphys.xml
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Sun Oct 21 18:16:09 2007 UTC (17 years, 9 months ago) by ce107
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File MIME type: text/xml 
AIM pkg checkin tested on batsi.mit.edu
1 ce107 1.1 <!-- $Header: $ -->
2     <!-- $Name: $ -->
3    
4    
5    
6     <description
7     xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
8     xsi:noNamespaceSchemaLocation="http://deslab.mit.edu/LCML/lcml.xsd"
9     xmlns:dc="http://purl.org/dc/elements/1.1/">
10    
11     <descriptionName>MITgcm Atmosphere data.aimphys</descriptionName>
12    
13     <descriptionInfo>Main runtime configuration file for MITgcm AIM phys package</descriptionInfo>
14    
15     <descriptionMetadata>
16     <dc:creator>Constantinos Evangelinos</dc:creator>
17     <dc:date>2007-07-05</dc:date>
18     <dc:title>MITgcm</dc:title>
19     </descriptionMetadata>
20    
21     <descriptionTarget>
22     <file>data.aimphys</file>
23     </descriptionTarget>
24    
25     <descriptionContent>
26    
27     <separator>&#x000A;</separator>
28    
29     <set>
30     <setName>AIM_PARAMS</setName>
31     <startText> &amp;AIM_PARAMS&#x000A;</startText>
32     <endText> &amp;&#x000A;</endText>
33     <setInfo>AIM interface parameters</setInfo>
34     <var>
35     <name>Dummy Variable</name>
36     <info>forces output of parm</info>
37     <type>string</type>
38     <value></value>
39     <use>true</use>
40     <uneditable>use</uneditable>
41     <hidden>true</hidden>
42     </var>
43     <var>
44     <name>aim_useFMsurfBC</name>
45     <header> aim_useFMsurfBC = </header>
46     <trailer>, &#x000A;</trailer>
47     <info>select surface B.C. from Franco Molteni</info>
48     <type>string</type>
49     <value>.true.</value>
50     <enumeration>.true.;.false.</enumeration>
51     <use>false</use>
52     <hidden>false</hidden>
53     </var>
54     <var>
55     <name>aim_useMMsurfFc</name>
56     <header> aim_useMMsurfFc = </header>
57     <trailer>, &#x000A;</trailer>
58     <info>select Monthly Mean surface forcing (e.g., NCEP)</info>
59     <type>string</type>
60     <value>.false.</value>
61     <enumeration>.true.;.false.</enumeration>
62     <use>false</use>
63     <hidden>false</hidden>
64     </var>
65     <var>
66     <name>aim_surfForc_TimePeriod</name>
67     <header> aim_surfForc_TimePeriod = </header>
68     <trailer>, &#x000A;</trailer>
69     <info>Length of forcing time period (e.g. 1 month)</info>
70     <type>numeric</type>
71     <precision>double</precision>
72     <range>[0,INFINITY)</range>
73     <value>2592000.0</value>
74     <use>false</use>
75     <hidden>false</hidden>
76     </var>
77     <var>
78     <name>aim_surfForc_NppCycle</name>
79     <header> aim_surfForc_NppCycle = </header>
80     <trailer>, &#x000A;</trailer>
81     <info>Number of time period per Cycle (e.g. 12)</info>
82     <type>numeric</type>
83     <precision>integer</precision>
84     <range>[1,INFINITY)</range>
85     <value>12</value>
86     <use>false</use>
87     <hidden>false</hidden>
88     </var>
89     <var>
90     <name>aim_surfForc_TransRatio</name>
91     <header> aim_surfForc_TransRatio = </header>
92     <trailer>, &#x000A;</trailer>
93     <info>transition ratio from one month to the next</info>
94     <type>numeric</type>
95     <precision>double</precision>
96     <range>[0,INFINITY)</range>
97     <value>1.0</value>
98     <use>false</use>
99     <hidden>false</hidden>
100     </var>
101     <var>
102     <name>aim_surfPotTemp</name>
103     <header> aim_surfPotTemp = </header>
104     <trailer>, &#x000A;</trailer>
105     <info>surf.Temp input file is in Pot.Temp (aim_useMMsurfFc)</info>
106     <type>string</type>
107     <value>.false.</value>
108     <enumeration>.true.;.false.</enumeration>
109     <use>false</use>
110     <hidden>false</hidden>
111     </var>
112     <var>
113     <name>aim_energPrecip</name>
114     <header> aim_energPrecip = </header>
115     <trailer>, &#x000A;</trailer>
116     <info>account for energy of precipitation (snow and rain temp)</info>
117     <type>string</type>
118     <value>.false.</value>
119     <enumeration>.true.;.false.</enumeration>
120     <use>false</use>
121     <hidden>false</hidden>
122     </var>
123     <var>
124     <name>aim_splitSIOsFx</name>
125     <header> aim_splitSIOsFx = </header>
126     <trailer>, &#x000A;</trailer>
127     <info>compute separately Sea-Ice and Ocean surf. Flux</info>
128     <type>string</type>
129     <value>.false.</value>
130     <enumeration>.true.;.false.</enumeration>
131     <use>false</use>
132     <hidden>false</hidden>
133     </var>
134     <var>
135     <name>aim_MMsufx</name>
136     <header> aim_MMsufx = </header>
137     <trailer>, &#x000A;</trailer>
138     <info>suffix for all Monthly Mean surface forcing files</info>
139     <type>string</type>
140     <value>'.bin'</value>
141     <use>false</use>
142     <hidden>false</hidden>
143     </var>
144     <var>
145     <name>aim_MMsufxLength</name>
146     <header> aim_MMsufxLength = </header>
147     <trailer>, &#x000A;</trailer>
148     <info>Length of suffix (Monthly Mean surf. forc. files)</info>
149     <type>numeric</type>
150     <precision>integer</precision>
151     <range>[1,INFINITY)</range>
152     <value>4</value>
153     <use>false</use>
154     <hidden>false</hidden>
155     </var>
156     <var>
157     <name>aim_LandFile</name>
158     <header> aim_LandFile = </header>
159     <trailer>, &#x000A;</trailer>
160     <info>file name for Land fraction [0-1]</info>
161     <type>string</type>
162     <value>' '</value>
163     <use>false</use>
164     <hidden>false</hidden>
165     </var>
166     <var>
167     <name>aim_albFile</name>
168     <header> aim_albFile = </header>
169     <trailer>, &#x000A;</trailer>
170     <info>file name for Albedo input file (F.M. surfBC)</info>
171     <type>string</type>
172     <value>' '</value>
173     <use>false</use>
174     <hidden>false</hidden>
175     </var>
176     <var>
177     <name>aim_vegFile</name>
178     <header> aim_vegFile = </header>
179     <trailer>, &#x000A;</trailer>
180     <info>file name for vegetation fraction (F.M. surfBC)</info>
181     <type>string</type>
182     <value>' '</value>
183     <use>false</use>
184     <hidden>false</hidden>
185     </var>
186     <var>
187     <name>aim_sstFile</name>
188     <header> aim_sstFile = </header>
189     <trailer>, &#x000A;</trailer>
190     <info>file name for Sea.Surf.Temp (F.M. surfBC)</info>
191     <type>string</type>
192     <value>' '</value>
193     <use>false</use>
194     <hidden>false</hidden>
195     </var>
196     <var>
197     <name>aim_lstFile</name>
198     <header> aim_lstFile = </header>
199     <trailer>, &#x000A;</trailer>
200     <info>file name for Land.Surf.Temp (F.M. surfBC)</info>
201     <type>string</type>
202     <value>' '</value>
203     <use>false</use>
204     <hidden>false</hidden>
205     </var>
206     <var>
207     <name>aim_oiceFile</name>
208     <header> aim_oiceFile = </header>
209     <trailer>, &#x000A;</trailer>
210     <info>file name for Sea Ice fraction (F.M. surfBC)</info>
211     <type>string</type>
212     <value>' '</value>
213     <use>false</use>
214     <hidden>false</hidden>
215     </var>
216     <var>
217     <name>aim_snowFile</name>
218     <header> aim_snowFile = </header>
219     <trailer>, &#x000A;</trailer>
220     <info>file name for Snow depth (F.M. surfBC)</info>
221     <type>string</type>
222     <value>' '</value>
223     <use>false</use>
224     <hidden>false</hidden>
225     </var>
226     <var>
227     <name>aim_swcFile</name>
228     <header> aim_swcFile = </header>
229     <trailer>, &#x000A;</trailer>
230     <info>file name for Soil Water content (F.M. surfBC)</info>
231     <type>string</type>
232     <value>' '</value>
233     <use>false</use>
234     <hidden>false</hidden>
235     </var>
236     <var>
237     <name>aim_dragStrato</name>
238     <header> aim_dragStrato = </header>
239     <trailer>, &#x000A;</trailer>
240     <info>stratospheric-drag damping time scale (s)</info>
241     <type>numeric</type>
242     <precision>double</precision>
243     <range>[0,INFINITY)</range>
244     <value>0.</value>
245     <use>false</use>
246     <hidden>false</hidden>
247     </var>
248     <var>
249     <name>aim_clrSkyDiag</name>
250     <header> aim_clrSkyDiag = </header>
251     <trailer>, &#x000A;</trailer>
252     <info>compute clear-sky radiation for diagnostics</info>
253     <type>string</type>
254     <value>.false.</value>
255     <enumeration>.true.;.false.</enumeration>
256     <use>false</use>
257     <hidden>false</hidden>
258     </var>
259     <var>
260     <name>aim_taveFreq</name>
261     <header> aim_taveFreq = </header>
262     <trailer>, &#x000A;</trailer>
263     <info>Frequency^-1 for time-average output (s)</info>
264     <type>numeric</type>
265     <precision>double</precision>
266     <range>[0,INFINITY)</range>
267     <value>0.0</value>
268     <use>false</use>
269     <hidden>false</hidden>
270     </var>
271     <var>
272     <name>aim_diagFreq</name>
273     <header> aim_diagFreq = </header>
274     <trailer>, &#x000A;</trailer>
275     <info>Frequency^-1 for diagnostic output (s)</info>
276     <type>numeric</type>
277     <precision>double</precision>
278     <range>[0,INFINITY)</range>
279     <value>0.0</value>
280     <use>false</use>
281     <hidden>false</hidden>
282     </var>
283     <var>
284     <name>aim_tendFreq</name>
285     <header> aim_tendFreq = </header>
286     <trailer>, &#x000A;</trailer>
287     <info>Frequency^-1 for tendencies output (s)</info>
288     <type>numeric</type>
289     <precision>double</precision>
290     <range>[0,INFINITY)</range>
291     <value>0.0</value>
292     <use>false</use>
293     <hidden>false</hidden>
294     </var>
295     <var>
296     <name>aim_timeave_mnc</name>
297     <header> aim_timeave_mnc = </header>
298     <trailer>, &#x000A;</trailer>
299     <info>Use MNC for AIM time averaged output</info>
300     <type>string</type>
301     <value>.false.</value>
302     <enumeration>.true.;.false.</enumeration>
303     <use>false</use>
304     <hidden>false</hidden>
305     </var>
306     <var>
307     <name>aim_snapshot_mnc</name>
308     <header> aim_snapshot_mnc = </header>
309     <trailer>, &#x000A;</trailer>
310     <info>Use MNC for AIM snapshot output</info>
311     <type>string</type>
312     <value>.false.</value>
313     <enumeration>.true.;.false.</enumeration>
314     <use>false</use>
315     <hidden>false</hidden>
316     </var>
317     <var>
318     <name>aim_pickup_write_mnc</name>
319     <header> aim_pickup_write_mnc = </header>
320     <trailer>, &#x000A;</trailer>
321     <info>Use MNC to write AIM pickups</info>
322     <type>string</type>
323     <value>.false.</value>
324     <enumeration>.true.;.false.</enumeration>
325     <use>false</use>
326     <hidden>false</hidden>
327     </var>
328     <var>
329     <name>aim_pickup_read_mnc</name>
330     <header> aim_pickup_read_mnc = </header>
331     <trailer>, &#x000A;</trailer>
332     <info>Use MNC to read AIM pickups</info>
333     <type>string</type>
334     <value>.false.</value>
335     <enumeration>.true.;.false.</enumeration>
336     <use>false</use>
337     <hidden>false</hidden>
338     </var>
339     </set>
340    
341     <set>
342     <setName>AIM_PAR_FOR</setName>
343     <startText> &amp;AIM_PAR_FOR&#x000A;</startText>
344     <endText> &amp;&#x000A;</endText>
345     <setInfo>Physical constants and constants for forcing fields</setInfo>
346     <var>
347     <name>Dummy Variable</name>
348     <info>forces output of parm</info>
349     <type>string</type>
350     <value></value>
351     <use>true</use>
352     <uneditable>use</uneditable>
353     <hidden>true</hidden>
354     </var>
355     <var>
356     <name>SOLC</name>
357     <header> SOLC = </header>
358     <trailer>, &#x000A;</trailer>
359     <info>Solar constant (area averaged)</info>
360     <type>numeric</type>
361     <precision>double</precision>
362     <range>[0,INFINITY)</range>
363     <units>W/m^2</units>
364     <value>342.00</value>
365     <use>false</use>
366     <hidden>false</hidden>
367     </var>
368     <!-- Albedo values may need to be matched with other model ones -->
369     <var>
370     <name>ALBSEA</name>
371     <header> ALBSEA = </header>
372     <trailer>, &#x000A;</trailer>
373     <info>Albedo over sea</info>
374     <type>numeric</type>
375     <precision>double</precision>
376     <range>[0,1]</range>
377     <units></units>
378     <value>0.07</value>
379     <use>false</use>
380     <hidden>false</hidden>
381     </var>
382     <var>
383     <name>ALBICE</name>
384     <header> ALBICE = </header>
385     <trailer>, &#x000A;</trailer>
386     <info>Albedo over sea ice (for ice fraction = 1)</info>
387     <type>numeric</type>
388     <precision>double</precision>
389     <range>[0,1]</range>
390     <units></units>
391     <value>0.60</value>
392     <use>false</use>
393     <hidden>false</hidden>
394     </var>
395     <var>
396     <name>ALBSN</name>
397     <header> ALBSN = </header>
398     <trailer>, &#x000A;</trailer>
399     <info>Albedo over snow (for snow depth more than SDALB)</info>
400     <type>numeric</type>
401     <precision>double</precision>
402     <range>[0,1]</range>
403     <units></units>
404     <value>0.60</value>
405     <use>false</use>
406     <hidden>false</hidden>
407     </var>
408     <var>
409     <name>SDALB</name>
410     <header> SDALB = </header>
411     <trailer>, &#x000A;</trailer>
412     <info>Snow depth (mm water) corresponding to maximum albedo</info>
413     <type>numeric</type>
414     <precision>double</precision>
415     <range>[0,INFINITY)</range>
416     <units>mm</units>
417     <value>60.00</value>
418     <use>false</use>
419     <hidden>false</hidden>
420     </var>
421     <var>
422     <name>SWCAP</name>
423     <header> SWCAP = </header>
424     <trailer>, &#x000A;</trailer>
425     <info>Soil wetness at field capacity (volume fraction)</info>
426     <type>numeric</type>
427     <precision>double</precision>
428     <range>[0,1]</range>
429     <units></units>
430     <value>0.30</value>
431     <use>false</use>
432     <hidden>false</hidden>
433     </var>
434     <var>
435     <name>SWWIL</name>
436     <header> SWWIL = </header>
437     <trailer>, &#x000A;</trailer>
438     <info>Soil wetness at wilting point (volume fraction)</info>
439     <type>numeric</type>
440     <precision>double</precision>
441     <range>[0,1]</range>
442     <units></units>
443     <value>0.17</value>
444     <use>false</use>
445     <hidden>false</hidden>
446     </var>
447     <var>
448     <name>hSnowWetness</name>
449     <header> hSnowWetness = </header>
450     <trailer>, &#x000A;</trailer>
451     <info>snow depth corresponding to maximum wetness</info>
452     <type>numeric</type>
453     <precision>double</precision>
454     <range>[0,INFINITY)</range>
455     <units>m</units>
456     <value>0.01</value>
457     <use>false</use>
458     <hidden>false</hidden>
459     </var>
460     </set>
461    
462     <set>
463     <setName>AIM_PAR_SFL</setName>
464     <startText> &amp;AIM_PAR_SFL&#x000A;</startText>
465     <endText> &amp;&#x000A;</endText>
466     <setInfo>Constants for surface fluxes</setInfo>
467     <var>
468     <name>Dummy Variable</name>
469     <info>forces output of parm</info>
470     <type>string</type>
471     <value></value>
472     <use>true</use>
473     <uneditable>use</uneditable>
474     <hidden>true</hidden>
475     </var>
476     <var>
477     <name>FWIND0</name>
478     <header> FWIND0 = </header>
479     <trailer>, &#x000A;</trailer>
480     <info>ratio of near-surface wind to lowest-level wind</info>
481     <type>numeric</type>
482     <precision>double</precision>
483     <range>[0,INFINITY)</range>
484     <units></units>
485     <value>0.60</value>
486     <use>false</use>
487     <hidden>false</hidden>
488     </var>
489     <var>
490     <name>FTEMP0</name>
491     <header> FTEMP0 = </header>
492     <trailer>, &#x000A;</trailer>
493     <info>weight for near-surface temperature extrapolation [0-1] :
494     1 : linear extrapolation from two lowest levels
495     0 : constant potential temperature ( = lowest level)
496     </info>
497     <type>numeric</type>
498     <precision>double</precision>
499     <range>[0,1]</range>
500     <units></units>
501     <value>1.00</value>
502     <use>false</use>
503     <hidden>false</hidden>
504     </var>
505     <var>
506     <name>FHUM0</name>
507     <header> FHUM0 = </header>
508     <trailer>, &#x000A;</trailer>
509     <info>weight for near-surface specific humidity extrapolation [0-1] :
510     1 : extrap. with constant relative hum. ( = lowest level)
511     0 : constant specific hum. ( = lowest level)
512     </info>
513     <type>numeric</type>
514     <precision>double</precision>
515     <range>[0,1]</range>
516     <units></units>
517     <value>1.00</value>
518     <use>false</use>
519     <hidden>false</hidden>
520     </var>
521     <var>
522     <name>CDL</name>
523     <header> CDL = </header>
524     <trailer>, &#x000A;</trailer>
525     <info>drag coefficient for momentum over land</info>
526     <type>numeric</type>
527     <precision>double</precision>
528     <range>[0,INFINITY)</range>
529     <units></units>
530     <value>0.0018</value>
531     <use>false</use>
532     <hidden>false</hidden>
533     </var>
534     <var>
535     <name>CDS</name>
536     <header> CDS = </header>
537     <trailer>, &#x000A;</trailer>
538     <info>drag coefficient for momentum over sea</info>
539     <type>numeric</type>
540     <precision>double</precision>
541     <range>[0,INFINITY)</range>
542     <units></units>
543     <value>0.0008</value>
544     <use>false</use>
545     <hidden>false</hidden>
546     </var>
547     <var>
548     <name>CHL</name>
549     <header> CHL = </header>
550     <trailer>, &#x000A;</trailer>
551     <info>heat exchange coefficient over land</info>
552     <type>numeric</type>
553     <precision>double</precision>
554     <range>[0,INFINITY)</range>
555     <units></units>
556     <value>0.0012</value>
557     <use>false</use>
558     <hidden>false</hidden>
559     </var>
560     <var>
561     <name>CHS</name>
562     <header> CHS = </header>
563     <trailer>, &#x000A;</trailer>
564     <info>heat exchange coefficient over sea</info>
565     <type>numeric</type>
566     <precision>double</precision>
567     <range>[0,INFINITY)</range>
568     <units></units>
569     <value>0.0008</value>
570     <use>false</use>
571     <hidden>false</hidden>
572     </var>
573     <var>
574     <name>VGUST</name>
575     <header> VGUST = </header>
576     <trailer>, &#x000A;</trailer>
577     <info>wind speed for sub-grid-scale gusts</info>
578     <type>numeric</type>
579     <precision>double</precision>
580     <range>[0,INFINITY)</range>
581     <units></units>
582     <value>5.00</value>
583     <use>false</use>
584     <hidden>false</hidden>
585     </var>
586     <var>
587     <name>CTDAY</name>
588     <header> CTDAY = </header>
589     <trailer>, &#x000A;</trailer>
590     <info>daily-cycle correction (dTskin/dSSRad)</info>
591     <type>numeric</type>
592     <precision>double</precision>
593     <range>[0,INFINITY)</range>
594     <units></units>
595     <value>0.01</value>
596     <use>false</use>
597     <hidden>false</hidden>
598     </var>
599     <var>
600     <name>DTHETA</name>
601     <header> DTHETA = </header>
602     <trailer>, &#x000A;</trailer>
603     <info>Potential temperature gradient for stability correction</info>
604     <type>numeric</type>
605     <precision>double</precision>
606     <range>[0,INFINITY)</range>
607     <units></units>
608     <value>3.00</value>
609     <use>false</use>
610     <hidden>false</hidden>
611     </var>
612     <var>
613     <name>dTstab</name>
614     <header> dTstab = </header>
615     <trailer>, &#x000A;</trailer>
616     <info>potential temperature increment for stability function derivative</info>
617     <type>numeric</type>
618     <precision>double</precision>
619     <range>[0,INFINITY)</range>
620     <units>K</units>
621     <value>1.00</value>
622     <use>false</use>
623     <hidden>false</hidden>
624     </var>
625     <var>
626     <name>FSTAB</name>
627     <header> FSTAB = </header>
628     <trailer>, &#x000A;</trailer>
629     <info>Amplitude of stability correction (fraction)</info>
630     <type>numeric</type>
631     <precision>double</precision>
632     <range>[0,INFINITY)</range>
633     <units></units>
634     <value>0.67</value>
635     <use>false</use>
636     <hidden>false</hidden>
637     </var>
638     <var>
639     <name>HDRAG</name>
640     <header> HDRAG = </header>
641     <trailer>, &#x000A;</trailer>
642     <info>Height scale for orographic correction</info>
643     <type>numeric</type>
644     <precision>double</precision>
645     <range>[0,INFINITY)</range>
646     <units>m</units>
647     <value>2000.00</value>
648     <use>false</use>
649     <hidden>false</hidden>
650     </var>
651     <var>
652     <name>FHDRAG</name>
653     <header> FHDRAG = </header>
654     <trailer>, &#x000A;</trailer>
655     <info>Amplitude of orographic correction (fraction)</info>
656     <type>numeric</type>
657     <precision>double</precision>
658     <range>[0,INFINITY)</range>
659     <units></units>
660     <value>0.80</value>
661     <use>false</use>
662     <hidden>false</hidden>
663     </var>
664     </set>
665    
666     <set>
667     <setName>AIM_PAR_CNV</setName>
668     <startText> &amp;AIM_PAR_CNV&#x000A;</startText>
669     <endText> &amp;&#x000A;</endText>
670     <setInfo>Convection constants</setInfo>
671     <var>
672     <name>Dummy Variable</name>
673     <info>forces output of parm</info>
674     <type>string</type>
675     <value></value>
676     <use>true</use>
677     <uneditable>use</uneditable>
678     <hidden>true</hidden>
679     </var>
680     <var>
681     <name>PSMIN</name>
682     <header> PSMIN = </header>
683     <trailer>, &#x000A;</trailer>
684     <info>minimum (normalized) surface pressure for the occurrence of convection</info>
685     <type>numeric</type>
686     <precision>double</precision>
687     <range>[0,INFINITY)</range>
688     <units></units>
689     <value>0.70</value>
690     <use>false</use>
691     <hidden>false</hidden>
692     </var>
693     <var>
694     <name>TRCNV</name>
695     <header> TRCNV = </header>
696     <trailer>, &#x000A;</trailer>
697     <info>time of relaxation towards reference state</info>
698     <type>numeric</type>
699     <precision>double</precision>
700     <range>[0,INFINITY)</range>
701     <units>h</units>
702     <value>6.00</value>
703     <use>false</use>
704     <hidden>false</hidden>
705     </var>
706     <var>
707     <name>QBL</name>
708     <header> QBL = </header>
709     <trailer>, &#x000A;</trailer>
710     <info>specific humidity threshold in the boundary layer</info>
711     <type>numeric</type>
712     <precision>double</precision>
713     <range>[0,INFINITY)</range>
714     <units></units>
715     <value>15.00</value>
716     <use>false</use>
717     <hidden>false</hidden>
718     </var>
719     <var>
720     <name>RHBL</name>
721     <header> RHBL = </header>
722     <trailer>, &#x000A;</trailer>
723     <info>relative humidity threshold in the boundary layer</info>
724     <type>numeric</type>
725     <precision>double</precision>
726     <range>[0,INFINITY)</range>
727     <units></units>
728     <value>0.80</value>
729     <use>false</use>
730     <hidden>false</hidden>
731     </var>
732     <var>
733     <name>RHIL</name>
734     <header> RHIL = </header>
735     <trailer>, &#x000A;</trailer>
736     <info>relative humidity threshold in intermediate layers for secondary mass flux</info>
737     <type>numeric</type>
738     <precision>double</precision>
739     <range>[0,INFINITY)</range>
740     <units></units>
741     <value>0.70</value>
742     <use>false</use>
743     <hidden>false</hidden>
744     </var>
745     <var>
746     <name>ENTMAX</name>
747     <header> ENTMAX = </header>
748     <trailer>, &#x000A;</trailer>
749     <info>maximum entrainment as a fraction of cloud-base mass flux</info>
750     <type>numeric</type>
751     <precision>double</precision>
752     <range>[0,INFINITY)</range>
753     <units></units>
754     <value>0.50</value>
755     <use>false</use>
756     <hidden>false</hidden>
757     </var>
758     <var>
759     <name>SMF</name>
760     <header> SMF = </header>
761     <trailer>, &#x000A;</trailer>
762     <info>ratio between secondary and primary mass flux at cloud-base</info>
763     <type>numeric</type>
764     <precision>double</precision>
765     <range>[0,INFINITY)</range>
766     <units></units>
767     <value>0.50</value>
768     <use>false</use>
769     <hidden>false</hidden>
770     </var>
771     </set>
772    
773     <set>
774     <setName>AIM_PAR_LSC</setName>
775     <startText> &amp;AIM_PAR_LSC&#x000A;</startText>
776     <endText> &amp;&#x000A;</endText>
777     <setInfo>Constants for large-scale condensation</setInfo>
778     <var>
779     <name>Dummy Variable</name>
780     <info>forces output of parm</info>
781     <type>string</type>
782     <value></value>
783     <use>true</use>
784     <uneditable>use</uneditable>
785     <hidden>true</hidden>
786     </var>
787     <var>
788     <name>TRLSC</name>
789     <header> TRLSC = </header>
790     <trailer>, &#x000A;</trailer>
791     <info>Relaxation time for specific humidity</info>
792     <type>numeric</type>
793     <precision>double</precision>
794     <range>[0,INFINITY)</range>
795     <units>h</units>
796     <value>4.00</value>
797     <use>false</use>
798     <hidden>false</hidden>
799     </var>
800     <var>
801     <name>RHLSC</name>
802     <header> RHLSC = </header>
803     <trailer>, &#x000A;</trailer>
804     <info>Maximum relative humidity threshold (at sigma=1)</info>
805     <type>numeric</type>
806     <precision>double</precision>
807     <range>[0,INFINITY)</range>
808     <units></units>
809     <value>0.90</value>
810     <use>false</use>
811     <hidden>false</hidden>
812     </var>
813     <var>
814     <name>DRHLSC</name>
815     <header> DRHLSC = </header>
816     <trailer>, &#x000A;</trailer>
817     <info>Vertical range of relative humidity threshold</info>
818     <type>numeric</type>
819     <precision>double</precision>
820     <range>[0,INFINITY)</range>
821     <units></units>
822     <value>0.10</value>
823     <use>false</use>
824     <hidden>false</hidden>
825     </var>
826     <var>
827     <name>QSMAX</name>
828     <header> QSMAX = </header>
829     <trailer>, &#x000A;</trailer>
830     <info>Used to define the maximum latent heat release</info>
831     <type>numeric</type>
832     <precision>double</precision>
833     <range>[0,INFINITY)</range>
834     <units></units>
835     <value>50.00</value>
836     <use>false</use>
837     <hidden>false</hidden>
838     </var>
839     </set>
840    
841     <set>
842     <setName>AIM_PAR_RAD</setName>
843     <startText> &amp;AIM_PAR_RAD&#x000A;</startText>
844     <endText> &amp;&#x000A;</endText>
845     <setInfo>Radiation constants</setInfo>
846     <var>
847     <name>Dummy Variable</name>
848     <info>forces output of parm</info>
849     <type>string</type>
850     <value></value>
851     <use>true</use>
852     <uneditable>use</uneditable>
853     <hidden>true</hidden>
854     </var>
855     <var>
856     <name>RHCL1</name>
857     <header> RHCL1 = </header>
858     <trailer>, &#x000A;</trailer>
859     <info>relative humudity corresponding to cloud cover = 0</info>
860     <type>numeric</type>
861     <precision>double</precision>
862     <range>[0,INFINITY)</range>
863     <units></units>
864     <value>0.45</value>
865     <use>false</use>
866     <hidden>false</hidden>
867     </var>
868     <var>
869     <name>RHCL2</name>
870     <header> RHCL2 = </header>
871     <trailer>, &#x000A;</trailer>
872     <info>relative humudity corresponding to cloud cover = 1</info>
873     <type>numeric</type>
874     <precision>double</precision>
875     <range>[0,INFINITY)</range>
876     <units></units>
877     <value>0.85</value>
878     <use>false</use>
879     <hidden>false</hidden>
880     </var>
881     <var>
882     <name>QACL1</name>
883     <header> QACL1 = </header>
884     <trailer>, &#x000A;</trailer>
885     <info>specific humudity threshold for cloud cover in the upper troposphere</info>
886     <type>numeric</type>
887     <precision>double</precision>
888     <range>[0,INFINITY)</range>
889     <units></units>
890     <value>0.10</value>
891     <use>false</use>
892     <hidden>false</hidden>
893     </var>
894     <var>
895     <name>QACL2</name>
896     <header> QACL2 = </header>
897     <trailer>, &#x000A;</trailer>
898     <info>specific humudity threshold for cloud cover in the upper troposphere</info>
899     <type>numeric</type>
900     <precision>double</precision>
901     <range>[0,INFINITY)</range>
902     <units></units>
903     <value>1.00</value>
904     <use>false</use>
905     <hidden>false</hidden>
906     </var>
907     <!-- Albedo values may need to be matched with other model ones -->
908     <var>
909     <name>ALBCL</name>
910     <header> ALBCL = </header>
911     <trailer>, &#x000A;</trailer>
912     <info>cloud albedo (for cloud cover = 1)</info>
913     <type>numeric</type>
914     <precision>double</precision>
915     <range>[0,INFINITY)</range>
916     <units></units>
917     <value>0.40</value>
918     <use>false</use>
919     <hidden>false</hidden>
920     </var>
921     <var>
922     <name>EPSSW</name>
923     <header> EPSSW = </header>
924     <trailer>, &#x000A;</trailer>
925     <info>fraction of incoming solar radiation absorbed by ozone</info>
926     <type>numeric</type>
927     <precision>double</precision>
928     <range>[0,INFINITY)</range>
929     <units></units>
930     <value>0.015</value>
931     <use>false</use>
932     <hidden>false</hidden>
933     </var>
934     <var>
935     <name>EPSLW</name>
936     <header> EPSLW = </header>
937     <trailer>, &#x000A;</trailer>
938     <info>fraction of surface LW radiation emitted directly to space</info>
939     <type>numeric</type>
940     <precision>double</precision>
941     <range>[0,INFINITY)</range>
942     <units></units>
943     <value>0.00</value>
944     <use>false</use>
945     <hidden>false</hidden>
946     </var>
947     <var>
948     <name>EMISFC</name>
949     <header> EMISFC = </header>
950     <trailer>, &#x000A;</trailer>
951     <info>longwave surface emissivity</info>
952     <type>numeric</type>
953     <precision>double</precision>
954     <range>[0,INFINITY)</range>
955     <units></units>
956     <value>0.98</value>
957     <use>false</use>
958     <hidden>false</hidden>
959     </var>
960     <var>
961     <name>ABSDRY</name>
962     <header> ABSDRY = </header>
963     <trailer>, &#x000A;</trailer>
964     <info>ShortWave absorptivity of dry air (visible band), for dp = 10^5 Pa</info>
965     <type>numeric</type>
966     <precision>double</precision>
967     <range>[0,INFINITY)</range>
968     <units></units>
969     <value>0.033</value>
970     <use>false</use>
971     <hidden>false</hidden>
972     </var>
973     <var>
974     <name>ABSAER</name>
975     <header> ABSAER = </header>
976     <trailer>, &#x000A;</trailer>
977     <info>ShortWave absorptivity of aerosols (visible band), for dp = 10^5 Pa</info>
978     <type>numeric</type>
979     <precision>double</precision>
980     <range>[0,INFINITY)</range>
981     <units></units>
982     <value>0.033</value>
983     <use>false</use>
984     <hidden>false</hidden>
985     </var>
986     <var>
987     <name>ABSWV1</name>
988     <header> ABSWV1 = </header>
989     <trailer>, &#x000A;</trailer>
990     <info>ShortWave absorptivity of water vapour (visible band), for dq = 1 g/kg</info>
991     <type>numeric</type>
992     <precision>double</precision>
993     <range>[0,INFINITY)</range>
994     <units></units>
995     <value>0.022</value>
996     <use>false</use>
997     <hidden>false</hidden>
998     </var>
999     <var>
1000     <name>ABSWV2</name>
1001     <header> ABSWV2 = </header>
1002     <trailer>, &#x000A;</trailer>
1003     <info>ShortWave absorptivity water vapour (near IR band), for dq = 1 g/kg</info>
1004     <type>numeric</type>
1005     <precision>double</precision>
1006     <range>[0,INFINITY)</range>
1007     <units></units>
1008     <value>15.00</value>
1009     <use>false</use>
1010     <hidden>false</hidden>
1011     </var>
1012     <var>
1013     <name>ABSCL1</name>
1014     <header> ABSCL1 = </header>
1015     <trailer>, &#x000A;</trailer>
1016     <info>ShortWave absorptivity of clouds (visible band, constant term)</info>
1017     <type>numeric</type>
1018     <precision>double</precision>
1019     <range>[0,INFINITY)</range>
1020     <units></units>
1021     <value>0.00</value>
1022     <use>false</use>
1023     <hidden>false</hidden>
1024     </var>
1025     <var>
1026     <name>ABSCL2</name>
1027     <header> ABSCL2 = </header>
1028     <trailer>, &#x000A;</trailer>
1029     <info>ShortWave absorptivity of clouds (visible band), for dw = 1 g/kg</info>
1030     <type>numeric</type>
1031     <precision>double</precision>
1032     <range>[0,INFINITY)</range>
1033     <units></units>
1034     <value>0.01</value>
1035     <use>false</use>
1036     <hidden>false</hidden>
1037     </var>
1038     <var>
1039     <name>ABLWIN</name>
1040     <header> ABLWIN = </header>
1041     <trailer>, &#x000A;</trailer>
1042     <info>LongWave absorptivity of air in "window" band, for dp = 10^5 Pa</info>
1043     <type>numeric</type>
1044     <precision>double</precision>
1045     <range>[0,INFINITY)</range>
1046     <units></units>
1047     <value>0.70</value>
1048     <use>false</use>
1049     <hidden>false</hidden>
1050     </var>
1051     <var>
1052     <name>ABLCO2</name>
1053     <header> ABLCO2 = </header>
1054     <trailer>, &#x000A;</trailer>
1055     <info>LongWave absorptivity of air in CO2 band, for dp = 10^5 Pa</info>
1056     <type>numeric</type>
1057     <precision>double</precision>
1058     <range>[0,INFINITY)</range>
1059     <units></units>
1060     <value>4.00</value>
1061     <use>false</use>
1062     <hidden>false</hidden>
1063     </var>
1064     <var>
1065     <name>ABLWV1</name>
1066     <header> ABLWV1 = </header>
1067     <trailer>, &#x000A;</trailer>
1068     <info>LongWave absorptivity of water vapour in H2O band 1 (weak), for dq = 1 g/kg</info>
1069     <type>numeric</type>
1070     <precision>double</precision>
1071     <range>[0,INFINITY)</range>
1072     <units></units>
1073     <value>0.70</value>
1074     <use>false</use>
1075     <hidden>false</hidden>
1076     </var>
1077     <var>
1078     <name>ABLWV2</name>
1079     <header> ABLWV2 = </header>
1080     <trailer>, &#x000A;</trailer>
1081     <info>LongWave absorptivity of water vapour in H2O band 2 (strong), for dq = 1 g/kg</info>
1082     <type>numeric</type>
1083     <precision>double</precision>
1084     <range>[0,INFINITY)</range>
1085     <units></units>
1086     <value>50.00</value>
1087     <use>false</use>
1088     <hidden>false</hidden>
1089     </var>
1090     <var>
1091     <name>ABLCL1</name>
1092     <header> ABLCL1 = </header>
1093     <trailer>, &#x000A;</trailer>
1094     <info>LongWave absorptivity of clouds in "window" band, (constant term)</info>
1095     <type>numeric</type>
1096     <precision>double</precision>
1097     <range>[0,INFINITY)</range>
1098     <units></units>
1099     <value>12.00</value>
1100     <use>false</use>
1101     <hidden>false</hidden>
1102     </var>
1103     <var>
1104     <name>ABLCL2</name>
1105     <header> ABLCL2 = </header>
1106     <trailer>, &#x000A;</trailer>
1107     <info>LongWave absorptivity of clouds in "window" band, for dw = 1 g/kg</info>
1108     <type>numeric</type>
1109     <precision>double</precision>
1110     <range>[0,INFINITY)</range>
1111     <units></units>
1112     <value>0.00</value>
1113     <use>false</use>
1114     <hidden>false</hidden>
1115     </var>
1116     </set>
1117    
1118     <set>
1119     <setName>AIM_PAR_VDI</setName>
1120     <startText> &amp;AIM_PAR_VDI&#x000A;</startText>
1121     <endText> &amp;&#x000A;</endText>
1122     <setInfo>Constants for vertical diffusion and shallow convection</setInfo>
1123     <var>
1124     <name>Dummy Variable</name>
1125     <info>forces output of parm</info>
1126     <type>string</type>
1127     <value></value>
1128     <use>true</use>
1129     <uneditable>use</uneditable>
1130     <hidden>true</hidden>
1131     </var>
1132     <var>
1133     <name>TRSHC</name>
1134     <header> TRSHC = </header>
1135     <trailer>, &#x000A;</trailer>
1136     <info>relaxation time for shallow convection</info>
1137     <type>numeric</type>
1138     <precision>double</precision>
1139     <range>[0,INFINITY)</range>
1140     <units>h</units>
1141     <value>24.0</value>
1142     <use>false</use>
1143     <hidden>false</hidden>
1144     </var>
1145     <var>
1146     <name>TRVDI</name>
1147     <header> TRVDI = </header>
1148     <trailer>, &#x000A;</trailer>
1149     <info>relaxation time for moisture diffusion</info>
1150     <type>numeric</type>
1151     <precision>double</precision>
1152     <range>[0,INFINITY)</range>
1153     <units>h</units>
1154     <value>40.0</value>
1155     <use>false</use>
1156     <hidden>false</hidden>
1157     </var>
1158     <var>
1159     <name>TRVDS</name>
1160     <header> TRVDS = </header>
1161     <trailer>, &#x000A;</trailer>
1162     <info>relaxation time for super-adiabatic conditions</info>
1163     <type>numeric</type>
1164     <precision>double</precision>
1165     <range>[0,INFINITY)</range>
1166     <units>h</units>
1167     <value>5.0</value>
1168     <use>false</use>
1169     <hidden>false</hidden>
1170     </var>
1171     <var>
1172     <name>RHGRAD</name>
1173     <header> RHGRAD = </header>
1174     <trailer>, &#x000A;</trailer>
1175     <info>maximum gradient of relative humidity (d_RH/d_sigma)</info>
1176     <type>numeric</type>
1177     <precision>double</precision>
1178     <range>[0,INFINITY)</range>
1179     <units></units>
1180     <value>0.5</value>
1181     <use>false</use>
1182     <hidden>false</hidden>
1183     </var>
1184     <var>
1185     <name>SEGRAD</name>
1186     <header> SEGRAD = </header>
1187     <trailer>, &#x000A;</trailer>
1188     <info>minimum gradient of dry static energy (d_DSE/d_phi)</info>
1189     <type>numeric</type>
1190     <precision>double</precision>
1191     <range>[0,INFINITY)</range>
1192     <units></units>
1193     <value>0.1</value>
1194     <use>false</use>
1195     <hidden>false</hidden>
1196     </var>
1197     </set>
1198    
1199     </descriptionContent>
1200    
1201     </description>
1202    
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