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5	<TITLE>PALM chapter 4.6</TITLE>
6	<META NAME="GENERATOR" CONTENT="OpenOffice.org 3.0 (Unix)">
7	<META NAME="AUTHOR" CONTENT="Marcus Oliver Letzel">
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21	<H3>4.6 Listing of the steering parameters in alphabetical order</H3>
22	<P STYLE="margin-bottom: 0in">Initialization parameters (class = I),
23	run parameters (R), package parameters (P) as well as user-defined
24	parameters (U) are alphabetically listed in the following table. <BR>
25	</P>
26	<P ALIGN=CENTER STYLE="margin-bottom: 0in"><BR>
27	</P>
28	<TABLE WIDTH=1160 BORDER=1 CELLPADDING=2 CELLSPACING=3>
29	<COL WIDTH=164>
30	<COL WIDTH=47>
31	<COL WIDTH=75>
32	<COL WIDTH=183>
33	<COL WIDTH=651>
34	<TR>
35	<TD WIDTH=164>
36	<H3><B>Parameter name</B></H3>
37	</TD>
38	<TD WIDTH=47>
39	<H3>Class</H3>
40	</TD>
41	<TD WIDTH=75>
42	<H3>Type</H3>
43	</TD>
44	<TD WIDTH=183>
45	<H3>Default<BR>value</H3>
46	</TD>
47	<TD WIDTH=651>
48	<H3>Explanation</H3>
49	</TD>
50	</TR>
51	<TR>
52	<TD WIDTH=164>
53	<P><A HREF="chapter_4.1.html#adjust_mixing_length"><B>adjust_mixing_length</B></A></P>
54	</TD>
55	<TD WIDTH=47>
56	<P>I</P>
57	</TD>
58	<TD WIDTH=75>
59	<P>L</P>
60	</TD>
61	<TD WIDTH=183>
62	<P><I>.F.</I></P>
63	</TD>
64	<TD WIDTH=651>
65	<P>Near-surface adjustment of the mixing length to the
66	Prandtl-layer law.</P>
67	</TD>
68	</TR>
69	<TR>
70	<TD WIDTH=164>
71	<P><A HREF="chapter_4.1.html#alpha_surface"><B>alpha_surface</B></A></P>
72	</TD>
73	<TD WIDTH=47>
74	<P>I</P>
75	</TD>
76	<TD WIDTH=75>
77	<P>R</P>
78	</TD>
79	<TD WIDTH=183>
80	<P><I>0.0</I></P>
81	</TD>
82	<TD WIDTH=651>
83	<P>Inclination of the model domain with respect to the horizontal
84	(in degrees).</P>
85	</TD>
86	</TR>
87	<TR>
88	<TD WIDTH=164>
89	<P><A HREF="chapter_4.2.html#averaging_interval"><B>averaging_interval</B></A></P>
90	</TD>
91	<TD WIDTH=47>
92	<P>R</P>
93	</TD>
94	<TD WIDTH=75>
95	<P>R</P>
96	</TD>
97	<TD WIDTH=183>
98	<P><I>0.0</I></P>
99	</TD>
100	<TD WIDTH=651>
101	<P>Averaging interval for all output of temporally averaged
102	data (in s).</P>
103	</TD>
104	</TR>
105	<TR>
106	<TD WIDTH=164>
107	<P><A HREF="chapter_4.2.html#averaging_interval_pr"><B>averaging_interval_pr</B></A></P>
108	</TD>
109	<TD WIDTH=47>
110	<P>R</P>
111	</TD>
112	<TD WIDTH=75>
113	<P>R</P>
114	</TD>
115	<TD WIDTH=183>
116	<P><I>value of <A HREF="chapter_4.2.html#averaging_interval">averaging_<BR>interval</A></I></P>
117	</TD>
118	<TD WIDTH=651>
119	<P ALIGN=LEFT>Averaging interval for vertical profiles output
120	to local file <FONT COLOR="#000000"><A HREF="chapter_3.4.html#DATA_1D_PR_NETCDF">DATA_1D_PR_NETCDF</A>
121	</FONT>and/or  <A HREF="chapter_3.4.html#PLOT1D_DATA">PLOT1D_DATA</A>
122	(in s). </P>
123	</TD>
124	</TR>
125	<TR>
126	<TD WIDTH=164>
127	<P><A HREF="chapter_4.2.html#averaging_interval_sp"><B>averaging_interval_sp</B></A></P>
128	</TD>
129	<TD WIDTH=47>
130	<P>P</P>
131	</TD>
132	<TD WIDTH=75>
133	<P>R</P>
134	</TD>
135	<TD WIDTH=183>
136	<P><I>value of <A HREF="chapter_4.2.html#averaging_interval">averaging_<BR>interval</A></I></P>
137	</TD>
138	<TD WIDTH=651>
139	<P>Averaging interval for spectra output to local file
140	<FONT COLOR="#000000"><A HREF="chapter_3.4.html#DATA_1D_SP_NETCDF">DATA_1D_SP_NETCDF</A>
141	</FONT>and/or  <A HREF="chapter_3.4.html#PLOTSP_X_DATA">PLOTSP_X_DATA</A>
142	/    <A HREF="chapter_3.4.html#PLOTSP_Y_DATA">PLOTSP_Y_DATA</A>
143	(in s). </P>
144	</TD>
145	</TR>
146	<TR>
147	<TD WIDTH=164>
148	<P><A HREF="chapter_4.1.html#bc_e_b"><B>bc_e_b</B></A></P>
149	</TD>
150	<TD WIDTH=47>
151	<P>I</P>
152	</TD>
153	<TD WIDTH=75>
154	<P>C * 20</P>
155	</TD>
156	<TD WIDTH=183>
157	<P><I>'neumann'</I></P>
158	</TD>
159	<TD WIDTH=651>
160	<P>Bottom boundary condition of the TKE.
161	</P>
162	</TD>
163	</TR>
164	<TR>
165	<TD WIDTH=164>
166	<P><A HREF="chapter_4.1.html#bc_lr"><B>bc_lr</B></A></P>
167	</TD>
168	<TD WIDTH=47>
169	<P>I</P>
170	</TD>
171	<TD WIDTH=75>
172	<P>C * 20</P>
173	</TD>
174	<TD WIDTH=183>
175	<P><I>ÂŽcyclicÂŽ</I></P>
176	</TD>
177	<TD WIDTH=651>
178	<P>Boundary condition along x (for all quantities).</P>
179	</TD>
180	</TR>
181	<TR>
182	<TD WIDTH=164>
183	<P><A HREF="chapter_4.1.html#bc_ns"><B>bc_ns</B></A></P>
184	</TD>
185	<TD WIDTH=47>
186	<P>I</P>
187	</TD>
188	<TD WIDTH=75>
189	<P>C * 20</P>
190	</TD>
191	<TD WIDTH=183>
192	<P><I>'cyclic'</I></P>
193	</TD>
194	<TD WIDTH=651>
195	<P>Boundary condition along y (for all quantities).</P>
196	</TD>
197	</TR>
198	<TR>
199	<TD WIDTH=164>
200	<P><A HREF="chapter_4.1.html#bc_p_b"><B>bc_p_b</B></A></P>
201	</TD>
202	<TD WIDTH=47>
203	<P>I</P>
204	</TD>
205	<TD WIDTH=75>
206	<P>C * 20</P>
207	</TD>
208	<TD WIDTH=183>
209	<P><I>'neumann'</I></P>
210	</TD>
211	<TD WIDTH=651>
212	<P>Bottom boundary condition of the perturbation pressure.
213	</P>
214	</TD>
215	</TR>
216	<TR>
217	<TD WIDTH=164>
218	<P><A HREF="chapter_4.1.html#bc_p_t"><B>bc_p_t</B></A></P>
219	</TD>
220	<TD WIDTH=47>
221	<P>I</P>
222	</TD>
223	<TD WIDTH=75>
224	<P>C * 20</P>
225	</TD>
226	<TD WIDTH=183>
227	<P><I>'dirichlet'</I></P>
228	</TD>
229	<TD WIDTH=651>
230	<P>Top boundary condition of the perturbation pressure.
231	</P>
232	</TD>
233	</TR>
234	<TR>
235	<TD WIDTH=164>
236	<P><A HREF="chapter_4.2.html#bc_par_b"><B>bc_par_b</B></A></P>
237	</TD>
238	<TD WIDTH=47>
239	<P>P</P>
240	</TD>
241	<TD WIDTH=75>
242	<P>C*15</P>
243	</TD>
244	<TD WIDTH=183>
245	<P><I>ÂŽreflectÂŽ</I></P>
246	</TD>
247	<TD WIDTH=651>
248	<P>Bottom boundary condition for particle transport.
249	</P>
250	</TD>
251	</TR>
252	<TR>
253	<TD WIDTH=164>
254	<P><A HREF="chapter_4.2.html#bc_par_lr"><B>bc_par_lr</B></A></P>
255	</TD>
256	<TD WIDTH=47>
257	<P>P</P>
258	</TD>
259	<TD WIDTH=75>
260	<P>C*15</P>
261	</TD>
262	<TD WIDTH=183>
263	<P><I>ÂŽcyclicÂŽ</I></P>
264	</TD>
265	<TD WIDTH=651>
266	<P>Lateral boundary condition (x-direction) for particle
267	transport.</P>
268	</TD>
269	</TR>
270	<TR>
271	<TD WIDTH=164>
272	<P><A HREF="chapter_4.2.html#bc_par_ns"><B>bc_par_ns</B></A></P>
273	</TD>
274	<TD WIDTH=47>
275	<P>P</P>
276	</TD>
277	<TD WIDTH=75>
278	<P>C*15</P>
279	</TD>
280	<TD WIDTH=183>
281	<P><I>ÂŽcyclicÂŽ</I></P>
282	</TD>
283	<TD WIDTH=651>
284	<P>Lateral boundary condition (y-direction) for particle
285	transport.</P>
286	</TD>
287	</TR>
288	<TR>
289	<TD WIDTH=164>
290	<P><A HREF="chapter_4.2.html#bc_par_t"><B>bc_par_t</B></A></P>
291	</TD>
292	<TD WIDTH=47>
293	<P>P</P>
294	</TD>
295	<TD WIDTH=75>
296	<P>C*15</P>
297	</TD>
298	<TD WIDTH=183>
299	<P><I>ÂŽabsorbÂŽ</I></P>
300	</TD>
301	<TD WIDTH=651>
302	<P>Top boundary condition for particle transport.</P>
303	</TD>
304	</TR>
305	<TR>
306	<TD WIDTH=164>
307	<P><A HREF="chapter_4.1.html#bc_pt_b"><B>bc_pt_b</B></A></P>
308	</TD>
309	<TD WIDTH=47>
310	<P>I</P>
311	</TD>
312	<TD WIDTH=75>
313	<P>C * 20</P>
314	</TD>
315	<TD WIDTH=183>
316	<P><I>'dirichlet'</I></P>
317	</TD>
318	<TD WIDTH=651>
319	<P>Bottom boundary condition of the potential temperature.
320	</P>
321	</TD>
322	</TR>
323	<TR>
324	<TD WIDTH=164>
325	<P><A HREF="chapter_4.1.html#pc_pt_t"><B>bc_pt_t</B></A></P>
326	</TD>
327	<TD WIDTH=47>
328	<P>I</P>
329	</TD>
330	<TD WIDTH=75>
331	<P>C * 20</P>
332	</TD>
333	<TD WIDTH=183>
334	<P><I>'initial_gradient'</I></P>
335	</TD>
336	<TD WIDTH=651>
337	<P>Top boundary condition of the potential temperature.
338	</P>
339	</TD>
340	</TR>
341	<TR>
342	<TD WIDTH=164>
343	<P><A HREF="chapter_4.1.html#bc_q_b"><B>bc_q_b</B></A></P>
344	</TD>
345	<TD WIDTH=47>
346	<P>I</P>
347	</TD>
348	<TD WIDTH=75>
349	<P>C * 20</P>
350	</TD>
351	<TD WIDTH=183>
352	<P><I>'dirichlet'</I></P>
353	</TD>
354	<TD WIDTH=651>
355	<P>Bottom boundary condition of the specific humidity / total
356	water content.
357	</P>
358	</TD>
359	</TR>
360	<TR>
361	<TD WIDTH=164>
362	<P><A HREF="chapter_4.1.html#bc_q_t"><B>bc_q_t</B></A></P>
363	</TD>
364	<TD WIDTH=47>
365	<P>I</P>
366	</TD>
367	<TD WIDTH=75>
368	<P>C * 20</P>
369	</TD>
370	<TD WIDTH=183>
371	<P><I>'neumann'</I></P>
372	</TD>
373	<TD WIDTH=651>
374	<P>Top boundary condition of the specific humidity / total water
375	content.
376	</P>
377	</TD>
378	</TR>
379	<TR VALIGN=TOP>
380	<TD WIDTH=164>
381	<P><A HREF="chapter_4.1.html#bc_s_b"><B>bc_s_b</B></A></P>
382	</TD>
383	<TD WIDTH=47>
384	<P>I</P>
385	</TD>
386	<TD WIDTH=75>
387	<P>C * 20</P>
388	</TD>
389	<TD WIDTH=183>
390	<P><I>'dirichlet'</I></P>
391	</TD>
392	<TD WIDTH=651>
393	<P>Bottom boundary condition of the scalar concentration.
394	</P>
395	</TD>
396	</TR>
397	<TR VALIGN=TOP>
398	<TD WIDTH=164>
399	<P><A HREF="chapter_4.1.html#bc_s_t"><B>bc_s_t</B></A></P>
400	</TD>
401	<TD WIDTH=47>
402	<P>I</P>
403	</TD>
404	<TD WIDTH=75>
405	<P>C * 20</P>
406	</TD>
407	<TD WIDTH=183>
408	<P><I>ÂŽneumannÂŽ</I></P>
409	</TD>
410	<TD WIDTH=651>
411	<P>Top boundary condition of the scalar concentration.
412	</P>
413	</TD>
414	</TR>
415	<TR>
416	<TD WIDTH=164>
417	<P><A HREF="chapter_4.1.html#bc_sa_t"><B>bc_sa_t</B></A></P>
418	</TD>
419	<TD WIDTH=47>
420	<P>I</P>
421	</TD>
422	<TD WIDTH=75>
423	<P>C * 20</P>
424	</TD>
425	<TD WIDTH=183>
426	<P><I>'neumann'</I></P>
427	</TD>
428	<TD WIDTH=651>
429	<P>Top boundary condition of the salinity. </P>
430	</TD>
431	</TR>
432	<TR>
433	<TD WIDTH=164>
434	<P><A HREF="chapter_4.1.html#bc_uv_b"><B>bc_uv_b</B></A></P>
435	</TD>
436	<TD WIDTH=47>
437	<P>I</P>
438	</TD>
439	<TD WIDTH=75>
440	<P>C * 20</P>
441	</TD>
442	<TD WIDTH=183>
443	<P><I>'dirichlet'</I></P>
444	</TD>
445	<TD WIDTH=651>
446	<P>Bottom boundary condition of the horizontal wind components u
447	and v.</P>
448	</TD>
449	</TR>
450	<TR>
451	<TD WIDTH=164>
452	<P><A HREF="chapter_4.1.html#bc_uv_t"><B>bc_uv_t</B></A></P>
453	</TD>
454	<TD WIDTH=47>
455	<P>I</P>
456	</TD>
457	<TD WIDTH=75>
458	<P>C * 20</P>
459	</TD>
460	<TD WIDTH=183>
461	<P><I>'dirichlet'</I></P>
462	</TD>
463	<TD WIDTH=651>
464	<P>Top boundary condition of the horizontal velocity components u
465	and v.</P>
466	</TD>
467	</TR>
468	<TR>
469	<TD WIDTH=164>
470	<P><A HREF="chapter_4.1.html#bottom_salinityflux"><B>bottom_salinityflux</B></A></P>
471	</TD>
472	<TD WIDTH=47>
473	<P>I</P>
474	</TD>
475	<TD WIDTH=75>
476	<P>R</P>
477	</TD>
478	<TD WIDTH=183>
479	<P><I>0.0</I></P>
480	</TD>
481	<TD WIDTH=651>
482	<P>Kinematic salinity flux near the surface (in psu m/s).</P>
483	</TD>
484	</TR>
485	<TR>
486	<TD WIDTH=164>
487	<P><A HREF="chapter_4.1.html#building_height"><B>building_height</B></A></P>
488	</TD>
489	<TD WIDTH=47>
490	<P>I</P>
491	</TD>
492	<TD WIDTH=75>
493	<P>R</P>
494	</TD>
495	<TD WIDTH=183>
496	<P><I>50.0</I></P>
497	</TD>
498	<TD WIDTH=651>
499	<P>Height of a single building in m.</P>
500	</TD>
501	</TR>
502	<TR>
503	<TD WIDTH=164>
504	<P><A HREF="chapter_4.1.html#building_length_x"><B>building_length_x</B></A></P>
505	</TD>
506	<TD WIDTH=47>
507	<P>I</P>
508	</TD>
509	<TD WIDTH=75>
510	<P>R</P>
511	</TD>
512	<TD WIDTH=183>
513	<P><I>50.0</I></P>
514	</TD>
515	<TD WIDTH=651>
516	<P>Width of a single building in m.</P>
517	</TD>
518	</TR>
519	<TR>
520	<TD WIDTH=164>
521	<P><A HREF="chapter_4.1.html#building_length_y"><B>building_length_y</B></A></P>
522	</TD>
523	<TD WIDTH=47>
524	<P>I</P>
525	</TD>
526	<TD WIDTH=75>
527	<P>R</P>
528	</TD>
529	<TD WIDTH=183>
530	<P><I>50.0</I></P>
531	</TD>
532	<TD WIDTH=651>
533	<P>Depth of a single building in m.</P>
534	</TD>
535	</TR>
536	<TR>
537	<TD WIDTH=164>
538	<P><A HREF="chapter_4.1.html#building_wall_left"><B>building_wall_left</B></A></P>
539	</TD>
540	<TD WIDTH=47>
541	<P>I</P>
542	</TD>
543	<TD WIDTH=75>
544	<P>R</P>
545	</TD>
546	<TD WIDTH=183>
547	<P><I>building centered in x-direction</I></P>
548	</TD>
549	<TD WIDTH=651>
550	<P>x-coordinate of the left building wall in m.</P>
551	</TD>
552	</TR>
553	<TR>
554	<TD WIDTH=164>
555	<P><A HREF="chapter_4.1.html#building_wall_south"><B>building_wall_south</B></A></P>
556	</TD>
557	<TD WIDTH=47>
558	<P>I</P>
559	</TD>
560	<TD WIDTH=75>
561	<P>R</P>
562	</TD>
563	<TD WIDTH=183>
564	<P><I>building centered in y-direction</I></P>
565	</TD>
566	<TD WIDTH=651>
567	<P>y-coordinate of the South building wall in m.</P>
568	</TD>
569	</TR>
570	<TR>
571	<TD WIDTH=164>
572	<P><A HREF="chapter_4.2.html#call_psolver_at_all_substeps"><B>call_psolver_at_all_substeps</B></A></P>
573	</TD>
574	<TD WIDTH=47>
575	<P>R</P>
576	</TD>
577	<TD WIDTH=75>
578	<P>L</P>
579	</TD>
580	<TD WIDTH=183>
581	<P><I>.T..</I></P>
582	</TD>
583	<TD WIDTH=651>
584	<P>Switch to steer the call of the pressure solver.</P>
585	</TD>
586	</TR>
587	<TR>
588	<TD WIDTH=164>
589	<P><A HREF="chapter_4.2.html#fcl_factor"><B>canopy_mode</B></A></P>
590	</TD>
591	<TD WIDTH=47>
592	<P>I</P>
593	</TD>
594	<TD WIDTH=75>
595	<P>C * 20</P>
596	</TD>
597	<TD WIDTH=183>
598	<P><I>'block'</I></P>
599	</TD>
600	<TD WIDTH=651>
601	<P>Canopy mode</P>
602	</TD>
603	</TR>
604	<TR>
605	<TD WIDTH=164>
606	<P><A HREF="chapter_4.1.html#canyon_height"><B>canyon_height</B></A></P>
607	</TD>
608	<TD WIDTH=47>
609	<P>I</P>
610	</TD>
611	<TD WIDTH=75>
612	<P>R</P>
613	</TD>
614	<TD WIDTH=183>
615	<P><I>50.0</I></P>
616	</TD>
617	<TD WIDTH=651>
618	<P>Street canyon height in m.</P>
619	</TD>
620	</TR>
621	<TR>
622	<TD WIDTH=164>
623	<P><A HREF="chapter_4.1.html#canyon_width_x"><B>canyon_width_x</B></A></P>
624	</TD>
625	<TD WIDTH=47>
626	<P>I</P>
627	</TD>
628	<TD WIDTH=75>
629	<P>R</P>
630	</TD>
631	<TD WIDTH=183>
632	<P><I>9999999.9</I></P>
633	</TD>
634	<TD WIDTH=651>
635	<P>Street canyon width in x-direction in m.</P>
636	</TD>
637	</TR>
638	<TR>
639	<TD WIDTH=164>
640	<P><A HREF="chapter_4.1.html#canyon_width_y"><B>canyon_width_y</B></A></P>
641	</TD>
642	<TD WIDTH=47>
643	<P>I</P>
644	</TD>
645	<TD WIDTH=75>
646	<P>R</P>
647	</TD>
648	<TD WIDTH=183>
649	<P><I>9999999.9</I></P>
650	</TD>
651	<TD WIDTH=651>
652	<P>Street canyon width in y-direction in m.</P>
653	</TD>
654	</TR>
655	<TR>
656	<TD WIDTH=164>
657	<P><A HREF="chapter_4.1.html#canyon_wall_left"><B>canyon_wall_left</B></A></P>
658	</TD>
659	<TD WIDTH=47>
660	<P>I</P>
661	</TD>
662	<TD WIDTH=75>
663	<P>R</P>
664	</TD>
665	<TD WIDTH=183>
666	<P><I>canyon centered in x-direction</I></P>
667	</TD>
668	<TD WIDTH=651>
669	<P>x-coordinate of the left canyon wall in m.</P>
670	</TD>
671	</TR>
672	<TR>
673	<TD WIDTH=164>
674	<P><A HREF="chapter_4.1.html#canyon_wall_south"><B>canyon_wall_south</B></A></P>
675	</TD>
676	<TD WIDTH=47>
677	<P>I</P>
678	</TD>
679	<TD WIDTH=75>
680	<P>R</P>
681	</TD>
682	<TD WIDTH=183>
683	<P><I>canyon centered in y-direction</I></P>
684	</TD>
685	<TD WIDTH=651>
686	<P>y-coordinate of the South canyon wall in m.</P>
687	</TD>
688	</TR>
689	<TR>
690	<TD WIDTH=164>
691	<P><A HREF="chapter_4.2.html#fcl_factor"><B>cfl_factor</B></A></P>
692	</TD>
693	<TD WIDTH=47>
694	<P>R</P>
695	</TD>
696	<TD WIDTH=75>
697	<P>R</P>
698	</TD>
699	<TD WIDTH=183>
700	<P><I>0.1, 0.8 or 0.9 </I>(see parameter description)</P>
701	</TD>
702	<TD WIDTH=651>
703	<P>Time step limiting factor.</P>
704	</TD>
705	</TR>
706	<TR>
707	<TD WIDTH=164>
708	<P><A HREF="chapter_4.2.html#clip_dvrp_l"><B>clip_dvrp_l</B></A></P>
709	</TD>
710	<TD WIDTH=47>
711	<P>P</P>
712	</TD>
713	<TD WIDTH=75>
714	<P>R</P>
715	</TD>
716	<TD WIDTH=183>
717	<P><I>0.0</I></P>
718	</TD>
719	<TD WIDTH=651>
720	<P>Left boundary of the displayed domain (in m).</P>
721	</TD>
722	</TR>
723	<TR>
724	<TD WIDTH=164>
725	<P><A HREF="chapter_4.2.html#clip_dvrp_n"><B>clip_dvrp_n</B></A></P>
726	</TD>
727	<TD WIDTH=47>
728	<P>P</P>
729	</TD>
730	<TD WIDTH=75>
731	<P>R</P>
732	</TD>
733	<TD WIDTH=183>
734	<P><I>(ny+1)*dy</I></P>
735	</TD>
736	<TD WIDTH=651>
737	<P>North boundary of the displayed domain (in m).</P>
738	</TD>
739	</TR>
740	<TR>
741	<TD WIDTH=164>
742	<P><A HREF="chapter_4.2.html#clip_dvrp_r"><B>clip_dvrp_r</B></A></P>
743	</TD>
744	<TD WIDTH=47>
745	<P>P</P>
746	</TD>
747	<TD WIDTH=75>
748	<P><I>R</I></P>
749	</TD>
750	<TD WIDTH=183>
751	<P><I>(nx+1)*dx</I></P>
752	</TD>
753	<TD WIDTH=651>
754	<P>Right boundary of the displayed domain (in m).</P>
755	</TD>
756	</TR>
757	<TR>
758	<TD WIDTH=164>
759	<P><A HREF="chapter_4.2.html#clip_dvrp_s"><B>clip_dvrp_s</B></A></P>
760	</TD>
761	<TD WIDTH=47>
762	<P>P</P>
763	</TD>
764	<TD WIDTH=75>
765	<P>R</P>
766	</TD>
767	<TD WIDTH=183>
768	<P>0.0</P>
769	</TD>
770	<TD WIDTH=651>
771	<P>South boundary of the displayed domain (in m).</P>
772	</TD>
773	</TR>
774	<TR>
775	<TD WIDTH=164>
776	<P><A HREF="chapter_4.1.html#cloud_droplets"><B>cloud_droplets</B></A></P>
777	</TD>
778	<TD WIDTH=47>
779	<P>I</P>
780	</TD>
781	<TD WIDTH=75>
782	<P>L</P>
783	</TD>
784	<TD WIDTH=183>
785	<P><I>.F.</I></P>
786	</TD>
787	<TD WIDTH=651>
788	<P>Parameter to switch on usage of cloud droplets.</P>
789	</TD>
790	</TR>
791	<TR>
792	<TD WIDTH=164>
793	<P><A HREF="chapter_4.1.html#cloud_physics"><B>cloud_physics</B></A></P>
794	</TD>
795	<TD WIDTH=47>
796	<P>I</P>
797	</TD>
798	<TD WIDTH=75>
799	<P>L</P>
800	</TD>
801	<TD WIDTH=183>
802	<P><I>.F.</I></P>
803	</TD>
804	<TD WIDTH=651>
805	<P>Parameter to switch on the condensation scheme.
806	</P>
807	</TD>
808	</TR>
809	<TR>
810	<TD WIDTH=164>
811	<P><A HREF="chapter_4.2.html#cluster_size"><B>cluster_size</B></A></P>
812	</TD>
813	<TD WIDTH=47>
814	<P>P</P>
815	</TD>
816	<TD WIDTH=75>
817	<P>I</P>
818	</TD>
819	<TD WIDTH=183>
820	<P><I>1</I></P>
821	</TD>
822	<TD WIDTH=651>
823	<P>Vertex cluster size for polygon reduction of topography.</P>
824	</TD>
825	</TR>
826	<TR>
827	<TD WIDTH=164>
828	<P><A HREF="chapter_4.2.html#color_interval"><B>color_interval</B></A></P>
829	</TD>
830	<TD WIDTH=47>
831	<P>P</P>
832	</TD>
833	<TD WIDTH=75>
834	<P>R(2)</P>
835	</TD>
836	<TD WIDTH=183>
837	<P><I>0.0</I>, <I>1.0</I></P>
838	</TD>
839	<TD WIDTH=651>
840	<P>Interval of values used for determining the particle color
841	displayed in the animation.</P>
842	</TD>
843	</TR>
844	<TR>
845	<TD WIDTH=164>
846	<P><A HREF="chapter_4.2.html#comp_spectra_level"><B>comp_spectra_level</B></A></P>
847	</TD>
848	<TD WIDTH=47>
849	<P>P</P>
850	</TD>
851	<TD WIDTH=75>
852	<P>I (100)</P>
853	</TD>
854	<TD WIDTH=183>
855	<P><I>no level</I></P>
856	</TD>
857	<TD WIDTH=651>
858	<P>Vertical level for which horizontal spectra are to be
859	calculated and output (gridpoints).</P>
860	</TD>
861	</TR>
862	<TR>
863	<TD WIDTH=164>
864	<P><A HREF="chapter_4.1.html#conserve_volume_flow"><B>conserve_volume_flow</B></A></P>
865	</TD>
866	<TD WIDTH=47>
867	<P>I</P>
868	</TD>
869	<TD WIDTH=75>
870	<P>L</P>
871	</TD>
872	<TD WIDTH=183>
873	<P><I>.F.</I></P>
874	</TD>
875	<TD WIDTH=651>
876	<P>Conservation of volume flow in x- and y-direction.</P>
877	</TD>
878	</TR>
879	<TR>
880	<TD WIDTH=164>
881	<P><A HREF="chapter_4.1.html#conserve_volume_flow_mode"><B>conserve_volume_flow_mode</B></A></P>
882	</TD>
883	<TD WIDTH=47>
884	<P>I</P>
885	</TD>
886	<TD WIDTH=75>
887	<P>C * 16</P>
888	</TD>
889	<TD WIDTH=183>
890	<P><I>'default'</I></P>
891	</TD>
892	<TD WIDTH=651>
893	<P>Modus of volume flow conservation.</P>
894	</TD>
895	</TR>
896	<TR>
897	<TD WIDTH=164>
898	<P><A HREF="chapter_4.1.html#coupling_start_time"><B>coupling_start_time</B></A></P>
899	</TD>
900	<TD WIDTH=47>
901	<P>I</P>
902	</TD>
903	<TD WIDTH=75>
904	<P>R</P>
905	</TD>
906	<TD WIDTH=183>
907	<P><I>0.0</I></P>
908	</TD>
909	<TD WIDTH=651>
910	<P>Simulation time of a precursor run.</P>
911	</TD>
912	</TR>
913	<TR>
914	<TD WIDTH=164>
915	<P><A HREF="chapter_4.2.html#create_disturbances"><B>create_disturbances</B></A></P>
916	</TD>
917	<TD WIDTH=47>
918	<P>R</P>
919	</TD>
920	<TD WIDTH=75>
921	<P>L</P>
922	</TD>
923	<TD WIDTH=183>
924	<P><I>.T.</I></P>
925	</TD>
926	<TD WIDTH=651>
927	<P>Switch to impose random perturbations to the horizontal
928	velocity field.
929	</P>
930	</TD>
931	</TR>
932	<TR>
933	<TD WIDTH=164>
934	<P><A HREF="chapter_4.2.html#cross_normalized_x"><B>cross_normalized_x</B></A></P>
935	</TD>
936	<TD WIDTH=47>
937	<P>R</P>
938	</TD>
939	<TD WIDTH=75>
940	<P>C * 10 (100)</P>
941	</TD>
942	<TD WIDTH=183>
943	<P><I>100 * ' '</I></P>
944	</TD>
945	<TD WIDTH=651>
946	<P>Type of normalization applied to the x-coordinate of vertical
947	profiles to be plotted with <B>profil</B>.</P>
948	</TD>
949	</TR>
950	<TR>
951	<TD WIDTH=164>
952	<P><A HREF="chapter_4.2.html#cross_normalized_y"><B>cross_normalized_y</B></A></P>
953	</TD>
954	<TD WIDTH=47>
955	<P>R</P>
956	</TD>
957	<TD WIDTH=75>
958	<P>C * 10  <BR>(100)</P>
959	</TD>
960	<TD WIDTH=183>
961	<P><I>100 * ' '</I></P>
962	</TD>
963	<TD WIDTH=651>
964	<P>Type of normalization applied to the y-coordinate of vertical
965	profiles to be plotted with <B>profil</B>.
966	</P>
967	</TD>
968	</TR>
969	<TR>
970	<TD WIDTH=164>
971	<P><A HREF="chapter_4.2.html#cross_profiles"><B>cross_profiles</B></A></P>
972	</TD>
973	<TD WIDTH=47>
974	<P>R</P>
975	</TD>
976	<TD WIDTH=75>
977	<P>C * 100 (100)</P>
978	</TD>
979	<TD WIDTH=183>
980	<P>see parameter description</P>
981	</TD>
982	<TD WIDTH=651>
983	<P>Determines which vertical profiles are to be presented in which
984	coordinate system if the plot software <B>profil</B> is used.
985	</P>
986	</TD>
987	</TR>
988	<TR>
989	<TD WIDTH=164>
990	<P><A HREF="chapter_4.2.html#cross_xtext"><B>cross_xtext</B></A></P>
991	</TD>
992	<TD WIDTH=47>
993	<P>R</P>
994	</TD>
995	<TD WIDTH=75>
996	<P>C * 40  <BR> (100)</P>
997	</TD>
998	<TD WIDTH=183>
999	<P>see parameter description</P>
1000	</TD>
1001	<TD WIDTH=651>
1002	<P>x-axis labels of vertical profile coordinate systems to be
1003	plotted with <B>profil</B>.
1004	</P>
1005	</TD>
1006	</TR>
1007	<TR>
1008	<TD WIDTH=164>
1009	<P><A HREF="chapter_4.1.html#cthf"><B>cthf</B></A></P>
1010	</TD>
1011	<TD WIDTH=47>
1012	<P>R</P>
1013	</TD>
1014	<TD WIDTH=75>
1015	<P>R</P>
1016	</TD>
1017	<TD WIDTH=183>
1018	<P><I>0.0</I></P>
1019	</TD>
1020	<TD WIDTH=651>
1021	<P>Average heat flux that is prescribed at the top of the plant
1022	canopy (in K m/s).</P>
1023	</TD>
1024	</TR>
1025	<TR>
1026	<TD WIDTH=164>
1027	<P><A HREF="chapter_4.1.html#cut_spline_overshoot"><B>cut_spline_overshoot</B></A></P>
1028	</TD>
1029	<TD WIDTH=47>
1030	<P>I</P>
1031	</TD>
1032	<TD WIDTH=75>
1033	<P>L</P>
1034	</TD>
1035	<TD WIDTH=183>
1036	<P><I>.T.</I></P>
1037	</TD>
1038	<TD WIDTH=651>
1039	<P>Cut off of so-called overshoots, which can occur with the
1040	upstream-spline-scheme.</P>
1041	</TD>
1042	</TR>
1043	<TR>
1044	<TD WIDTH=164>
1045	<P><A HREF="chapter_4.2.html#cycle_mg"><B>cycle_mg</B></A></P>
1046	</TD>
1047	<TD WIDTH=47>
1048	<P>R</P>
1049	</TD>
1050	<TD WIDTH=75>
1051	<P>C * 1</P>
1052	</TD>
1053	<TD WIDTH=183>
1054	<P><I>'w'</I></P>
1055	</TD>
1056	<TD WIDTH=651>
1057	<P>Type of cycle to be used with the multi-grid method. </P>
1058	</TD>
1059	</TR>
1060	<TR>
1061	<TD WIDTH=164>
1062	<P><A HREF="chapter_4.1.html#damp_level_1d"><B>damp_level_1d</B></A></P>
1063	</TD>
1064	<TD WIDTH=47>
1065	<P>I</P>
1066	</TD>
1067	<TD WIDTH=75>
1068	<P>R</P>
1069	</TD>
1070	<TD WIDTH=183>
1071	<P><I>zu(nz+1)</I></P>
1072	</TD>
1073	<TD WIDTH=651>
1074	<P>Height where the damping layer begins in the 1d-model (in m).
1075	</P>
1076	</TD>
1077	</TR>
1078	<TR>
1079	<TD WIDTH=164>
1080	<P><A HREF="chapter_4.2.html#data_output"><B>data_output</B></A></P>
1081	</TD>
1082	<TD WIDTH=47>
1083	<P>R</P>
1084	</TD>
1085	<TD WIDTH=75>
1086	<P>C * 10 (100)</P>
1087	</TD>
1088	<TD WIDTH=183>
1089	<P><I>100 * ÂŽ ÂŽ</I></P>
1090	</TD>
1091	<TD WIDTH=651>
1092	<P>Quantities for which 2d cross section and/or 3d volume data are
1093	to be output.</P>
1094	</TD>
1095	</TR>
1096	<TR>
1097	<TD WIDTH=164>
1098	<P><A HREF="chapter_4.2.html#data_output_format"><B>data_output_format</B></A></P>
1099	</TD>
1100	<TD WIDTH=47>
1101	<P>R</P>
1102	</TD>
1103	<TD WIDTH=75>
1104	<P>C * 10 (10)</P>
1105	</TD>
1106	<TD WIDTH=183>
1107	<P><I>'netcdf'</I></P>
1108	</TD>
1109	<TD WIDTH=651>
1110	<P>Format of output data.</P>
1111	</TD>
1112	</TR>
1113	<TR>
1114	<TD WIDTH=164>
1115	<P><A HREF="chapter_4.2.html#data_output_pr"><B>data_output_pr</B></A></P>
1116	</TD>
1117	<TD WIDTH=47>
1118	<P>R</P>
1119	</TD>
1120	<TD WIDTH=75>
1121	<P>C * 10 (100)</P>
1122	</TD>
1123	<TD WIDTH=183>
1124	<P><I>100 * ' '</I></P>
1125	</TD>
1126	<TD WIDTH=651>
1127	<P>Quantities for which vertical profiles (horizontally averaged)
1128	are to be output.</P>
1129	</TD>
1130	</TR>
1131	<TR>
1132	<TD WIDTH=164>
1133	<P><A HREF="chapter_4.3.html#data_output_pr_user"><B>data_output_pr_user</B></A></P>
1134	</TD>
1135	<TD WIDTH=47>
1136	<P>U</P>
1137	</TD>
1138	<TD WIDTH=75>
1139	<P>C * 10<BR>(200)</P>
1140	</TD>
1141	<TD WIDTH=183>
1142	<P><I>200 * ' '</I></P>
1143	</TD>
1144	<TD WIDTH=651>
1145	<P>User defined quantities for which horizontally averaged profile
1146	data is to be output.</P>
1147	</TD>
1148	</TR>
1149	<TR>
1150	<TD WIDTH=164>
1151	<P><A HREF="chapter_4.2.html#data_output_sp"><B>data_output_sp</B></A></P>
1152	</TD>
1153	<TD WIDTH=47>
1154	<P>P</P>
1155	</TD>
1156	<TD WIDTH=75>
1157	<P>C * 10 (10)</P>
1158	</TD>
1159	<TD WIDTH=183>
1160	<P><I>10 * ' '</I></P>
1161	</TD>
1162	<TD WIDTH=651>
1163	<P>Quantities for which horizontal spectra are to be calculated
1164	and output.</P>
1165	</TD>
1166	</TR>
1167	<TR>
1168	<TD WIDTH=164>
1169	<P><A HREF="chapter_4.3.html#data_output_user"><B>data_output_user</B></A></P>
1170	</TD>
1171	<TD WIDTH=47>
1172	<P>U</P>
1173	</TD>
1174	<TD WIDTH=75>
1175	<P>C * 10 (100)</P>
1176	</TD>
1177	<TD WIDTH=183>
1178	<P><I>100 * ' '</I></P>
1179	</TD>
1180	<TD WIDTH=651>
1181	<P>User defined quantities for which 2d cross section and/or 3d
1182	volume data are to be output.</P>
1183	</TD>
1184	</TR>
1185	<TR>
1186	<TD WIDTH=164>
1187	<P><A HREF="chapter_4.2.html#data_output_2d_on_each_pe"><B>data_output_2d_on_each_pe</B></A></P>
1188	</TD>
1189	<TD WIDTH=47>
1190	<P>R</P>
1191	</TD>
1192	<TD WIDTH=75>
1193	<P>L</P>
1194	</TD>
1195	<TD WIDTH=183>
1196	<P><I>.T.</I></P>
1197	</TD>
1198	<TD WIDTH=651>
1199	<P>Output 2d cross section data by one or all processors. </P>
1200	</TD>
1201	</TR>
1202	<TR VALIGN=TOP>
1203	<TD WIDTH=164>
1204	<P><A HREF="chapter_4.2.html#density_ratio"><B>density_ratio</B></A></P>
1205	</TD>
1206	<TD WIDTH=47>
1207	<P>P</P>
1208	</TD>
1209	<TD WIDTH=75>
1210	<P>R (10)</P>
1211	</TD>
1212	<TD WIDTH=183>
1213	<P><I>0.0, 9</I> * <I>9999999.9</I></P>
1214	</TD>
1215	<TD WIDTH=651>
1216	<P>Ratio of the density of the fluid and the density of the
1217	particles.</P>
1218	</TD>
1219	</TR>
1220	<TR>
1221	<TD WIDTH=164>
1222	<P><A HREF="chapter_4.1.html#dissipation_1d"><B>dissipation_1d</B></A></P>
1223	</TD>
1224	<TD WIDTH=47>
1225	<P>I</P>
1226	</TD>
1227	<TD WIDTH=75>
1228	<P>C * 20</P>
1229	</TD>
1230	<TD WIDTH=183>
1231	<P><I>'as_in_3d_model'</I></P>
1232	</TD>
1233	<TD WIDTH=651>
1234	<P>Calculation method for the energy dissipation term in the TKE
1235	equation of the 1d-model.</P>
1236	</TD>
1237	</TR>
1238	<TR>
1239	<TD WIDTH=164>
1240	<P><A HREF="chapter_4.2.html#disturbance_amplitude"><B>disturbance</B></A>
1241	<BR><A HREF="chapter_4.2.html#disturbance_amplitude"> <B>_amplitude</B></A></P>
1242	</TD>
1243	<TD WIDTH=47>
1244	<P>R</P>
1245	</TD>
1246	<TD WIDTH=75>
1247	<P>R</P>
1248	</TD>
1249	<TD WIDTH=183>
1250	<P><I>0.25</I></P>
1251	</TD>
1252	<TD WIDTH=651>
1253	<P>Maximum perturbation amplitude of the random perturbations
1254	imposed to the horizontal velocity field (in m/s).
1255	</P>
1256	</TD>
1257	</TR>
1258	<TR>
1259	<TD WIDTH=164>
1260	<P><A HREF="chapter_4.2.html#disturbance_energy_limit"><B>disturbance_energy</B></A>
1261	<BR><A HREF="chapter_4.2.html#disturbance_energy_limit"> <B>_limit</B></A></P>
1262	</TD>
1263	<TD WIDTH=47>
1264	<P>R</P>
1265	</TD>
1266	<TD WIDTH=75>
1267	<P>R</P>
1268	</TD>
1269	<TD WIDTH=183>
1270	<P><I>0.01</I></P>
1271	</TD>
1272	<TD WIDTH=651>
1273	<P LANG="en-GB">Upper limit value of the perturbation energy of
1274	the velocity field used as a criterion for imposing random
1275	perturbations (in m<SUP>2</SUP>/s<SUP>2</SUP>). </P>
1276	</TD>
1277	</TR>
1278	<TR>
1279	<TD WIDTH=164>
1280	<P><A HREF="chapter_4.2.html#disturbance_level_b"><B>disturbance_level_b</B></A></P>
1281	</TD>
1282	<TD WIDTH=47>
1283	<P>R</P>
1284	</TD>
1285	<TD WIDTH=75>
1286	<P>R</P>
1287	</TD>
1288	<TD WIDTH=183>
1289	<P><I>zu(3) or zu(nz*2/3)</I></P>
1290	</TD>
1291	<TD WIDTH=651>
1292	<P LANG="en-GB"><FONT FACE="Thorndale, serif"><FONT SIZE=3>Lower
1293	limit of the vertical range for which random perturbations are to
1294	be imposed on the horizontal wind field (</FONT></FONT>in <FONT FACE="Thorndale, serif"><FONT SIZE=3>m).
1295	</FONT></FONT>
1296	</P>
1297	</TD>
1298	</TR>
1299	<TR>
1300	<TD WIDTH=164>
1301	<P><A HREF="chapter_4.2.html#disturbance_level_t"><B>disturbance_level_t</B></A></P>
1302	</TD>
1303	<TD WIDTH=47>
1304	<P>R</P>
1305	</TD>
1306	<TD WIDTH=75>
1307	<P>R</P>
1308	</TD>
1309	<TD WIDTH=183>
1310	<P><I>zu(nz/3) or zu(nzt-3)</I></P>
1311	</TD>
1312	<TD WIDTH=651>
1313	<P LANG="en-GB"><FONT FACE="Thorndale, serif"><FONT SIZE=3>Upper
1314	limit of the vertical range for which random perturbations are to
1315	be imposed on the horizontal wind field (</FONT></FONT>in <FONT FACE="Thorndale, serif"><FONT SIZE=3>m).
1316	</FONT></FONT>
1317	</P>
1318	</TD>
1319	</TR>
1320	<TR>
1321	<TD WIDTH=164>
1322	<P><A HREF="chapter_4.2.html#do2d_at_begin"><B>do2d_at_begin</B></A></P>
1323	</TD>
1324	<TD WIDTH=47>
1325	<P>R</P>
1326	</TD>
1327	<TD WIDTH=75>
1328	<P>L</P>
1329	</TD>
1330	<TD WIDTH=183>
1331	<P><I>.F.</I></P>
1332	</TD>
1333	<TD WIDTH=651>
1334	<P>Output 2d cross section data by one or all processors. </P>
1335	</TD>
1336	</TR>
1337	<TR>
1338	<TD WIDTH=164>
1339	<P><A HREF="chapter_4.2.html#do3d_at_begin"><B>do3d_at_begin</B></A></P>
1340	</TD>
1341	<TD WIDTH=47>
1342	<P>R</P>
1343	</TD>
1344	<TD WIDTH=75>
1345	<P>L</P>
1346	</TD>
1347	<TD WIDTH=183>
1348	<P><I>.F.</I></P>
1349	</TD>
1350	<TD WIDTH=651>
1351	<P>Output of 3d volume data at the beginning of a run.</P>
1352	</TD>
1353	</TR>
1354	<TR>
1355	<TD WIDTH=164>
1356	<P><A HREF="chapter_4.2.html#do3d_compress"><B>do3d_compress</B></A></P>
1357	</TD>
1358	<TD WIDTH=47>
1359	<P>R</P>
1360	</TD>
1361	<TD WIDTH=75>
1362	<P>L</P>
1363	</TD>
1364	<TD WIDTH=183>
1365	<P><I>.F.</I></P>
1366	</TD>
1367	<TD WIDTH=651>
1368	<P>Output of data for 3d plots in compressed form. </P>
1369	</TD>
1370	</TR>
1371	<TR>
1372	<TD WIDTH=164>
1373	<P><A HREF="chapter_4.2.html#do3d_comp_prec"><B>do3d_comp_prec</B></A></P>
1374	</TD>
1375	<TD WIDTH=47>
1376	<P>R</P>
1377	</TD>
1378	<TD WIDTH=75>
1379	<P>C * 7 (100)</P>
1380	</TD>
1381	<TD WIDTH=183>
1382	<P>see parameter description</P>
1383	</TD>
1384	<TD WIDTH=651>
1385	<P>Significant digits in case of compressed data output. </P>
1386	</TD>
1387	</TR>
1388	<TR>
1389	<TD WIDTH=164>
1390	<P><A HREF="chapter_4.1.html#dp_external"><B>dp_external</B></A></P>
1391	</TD>
1392	<TD WIDTH=47>
1393	<P>R</P>
1394	</TD>
1395	<TD WIDTH=75>
1396	<P>L</P>
1397	</TD>
1398	<TD WIDTH=183>
1399	<P><I>.F.</I></P>
1400	</TD>
1401	<TD WIDTH=651>
1402	<P>External pressure gradient switch.</P>
1403	</TD>
1404	</TR>
1405	<TR>
1406	<TD WIDTH=164>
1407	<P><A HREF="chapter_4.1.html#dp_smooth"><B>dp_smooth</B></A></P>
1408	</TD>
1409	<TD WIDTH=47>
1410	<P>R</P>
1411	</TD>
1412	<TD WIDTH=75>
1413	<P>L</P>
1414	</TD>
1415	<TD WIDTH=183>
1416	<P><I>.F.</I></P>
1417	</TD>
1418	<TD WIDTH=651>
1419	<P>Vertically smooth the external pressure gradient using a
1420	sinusoidal smoothing function.</P>
1421	</TD>
1422	</TR>
1423	<TR>
1424	<TD WIDTH=164>
1425	<P><A HREF="chapter_4.1.html#dp_level_b"><B>dp_level_b</B></A></P>
1426	</TD>
1427	<TD WIDTH=47>
1428	<P>R</P>
1429	</TD>
1430	<TD WIDTH=75>
1431	<P>R</P>
1432	</TD>
1433	<TD WIDTH=183>
1434	<P><I>0.0</I></P>
1435	</TD>
1436	<TD WIDTH=651>
1437	<P><FONT SIZE=3>Lower limit of the vertical range for which the
1438	external pressure gradient is applied (</FONT>in <FONT SIZE=3>m).</FONT></P>
1439	</TD>
1440	</TR>
1441	<TR>
1442	<TD WIDTH=164>
1443	<P><A HREF="chapter_4.1.html#dpdxy"><B>dpdxy</B></A></P>
1444	</TD>
1445	<TD WIDTH=47>
1446	<P>R</P>
1447	</TD>
1448	<TD WIDTH=75>
1449	<P>R (2)</P>
1450	</TD>
1451	<TD WIDTH=183>
1452	<P><I>2 * 0.0</I></P>
1453	</TD>
1454	<TD WIDTH=651>
1455	<P>Values of the external pressure gradient applied in x- and
1456	y-direction, respectively (in Pa/m).</P>
1457	</TD>
1458	</TR>
1459	<TR>
1460	<TD WIDTH=164>
1461	<P><A HREF="chapter_4.1.html#drag_coefficient"><B>drag_coefficient</B></A></P>
1462	</TD>
1463	<TD WIDTH=47>
1464	<P>I</P>
1465	</TD>
1466	<TD WIDTH=75>
1467	<P>R</P>
1468	</TD>
1469	<TD WIDTH=183>
1470	<P><I>0.0</I></P>
1471	</TD>
1472	<TD WIDTH=651>
1473	<P>Drag coefficient used in the plant canopy model.</P>
1474	</TD>
1475	</TR>
1476	<TR>
1477	<TD WIDTH=164>
1478	<P><A HREF="chapter_4.1.html#dt"><B>dt</B></A></P>
1479	</TD>
1480	<TD WIDTH=47>
1481	<P>I/R</P>
1482	</TD>
1483	<TD WIDTH=75>
1484	<P>R</P>
1485	</TD>
1486	<TD WIDTH=183>
1487	<P><I>variable</I></P>
1488	</TD>
1489	<TD WIDTH=651>
1490	<P><FONT FACE="Thorndale, serif"><FONT SIZE=3>Time step for the
1491	3d-model (</FONT></FONT>in <FONT FACE="Thorndale, serif"><FONT SIZE=3>s).
1492	</FONT></FONT>
1493	</P>
1494	</TD>
1495	</TR>
1496	<TR>
1497	<TD WIDTH=164>
1498	<P><A HREF="chapter_4.2.html#dt_averaging_input"><B>dt_averaging_input</B></A></P>
1499	</TD>
1500	<TD WIDTH=47>
1501	<P>R</P>
1502	</TD>
1503	<TD WIDTH=75>
1504	<P>R</P>
1505	</TD>
1506	<TD WIDTH=183>
1507	<P><I>0.0</I></P>
1508	</TD>
1509	<TD WIDTH=651>
1510	<P>Temporal interval of data which are subject to temporal
1511	averaging (in s).</P>
1512	</TD>
1513	</TR>
1514	<TR>
1515	<TD WIDTH=164>
1516	<P><A HREF="chapter_4.2.html#dt_averaging_input_pr"><B>dt_averaging_input_pr</B></A></P>
1517	</TD>
1518	<TD WIDTH=47>
1519	<P>R</P>
1520	</TD>
1521	<TD WIDTH=75>
1522	<P>R</P>
1523	</TD>
1524	<TD WIDTH=183>
1525	<P><I>value of <A HREF="chapter_4.2.html#dt_averaging_input">dt_<BR>averaging_<BR>input</A></I></P>
1526	</TD>
1527	<TD WIDTH=651>
1528	<P>Temporal interval of data which are subject to temporal
1529	averaging of <FONT FACE="Thorndale, serif"><FONT SIZE=3>vertical
1530	profiles and/or spectra (</FONT></FONT>in <FONT FACE="Thorndale, serif"><FONT SIZE=3>s). </FONT></FONT></P>
1531	</TD>
1532	</TR>
1533	<TR>
1534	<TD WIDTH=164>
1535	<P><A HREF="chapter_4.2.html#dt_coupling"><B>dt_coupling</B></A></P>
1536	</TD>
1537	<TD WIDTH=47>
1538	<P>R</P>
1539	</TD>
1540	<TD WIDTH=75>
1541	<P>R</P>
1542	</TD>
1543	<TD WIDTH=183>
1544	<P>9999999.9</P>
1545	</TD>
1546	<TD WIDTH=651>
1547	<P>Temporal interval for the data exchange in case of runs with
1548	coupled models (e.g. atmosphere - ocean) (in s).</P>
1549	</TD>
1550	</TR>
1551	<TR>
1552	<TD WIDTH=164>
1553	<P><A HREF="chapter_4.2.html#dt_data_output"><B>dt_data_output</B></A></P>
1554	</TD>
1555	<TD WIDTH=47>
1556	<P>R</P>
1557	</TD>
1558	<TD WIDTH=75>
1559	<P>R</P>
1560	</TD>
1561	<TD WIDTH=183>
1562	<P><I>9999999.9</I></P>
1563	</TD>
1564	<TD WIDTH=651>
1565	<P LANG="en-GB"><FONT FACE="Thorndale, serif">Temporal interval</FONT>
1566	<FONT FACE="Thorndale">at which data (3d volume data
1567	(instantaneous or time averaged), cross sections (instantaneous or
1568	time averaged), vertical profiles, spectra) shall be output (</FONT>in
1569	<FONT FACE="Thorndale">s). </FONT></P>
1570	</TD>
1571	</TR>
1572	<TR>
1573	<TD WIDTH=164>
1574	<P><A HREF="chapter_4.2.html#dt_data_output_av"><B>dt_data_output_av</B></A></P>
1575	</TD>
1576	<TD WIDTH=47>
1577	<P>R</P>
1578	</TD>
1579	<TD WIDTH=75>
1580	<P>R</P>
1581	</TD>
1582	<TD WIDTH=183>
1583	<P><I>value of  <A HREF="chapter_4.2.html#dt_data_output">dt_data_<BR>output</A></I></P>
1584	</TD>
1585	<TD WIDTH=651>
1586	<P LANG="en-GB"><FONT FACE="Thorndale, serif">Temporal interval</FONT>
1587	<FONT FACE="Thorndale">at which time averaged 3d volume data
1588	and/or 2d cross section data shall be output (</FONT>in <FONT FACE="Thorndale">s). </FONT></P>
1589	</TD>
1590	</TR>
1591	<TR>
1592	<TD WIDTH=164>
1593	<P><A HREF="chapter_4.2.html#dt_disturb"><B>dt_disturb</B></A></P>
1594	</TD>
1595	<TD WIDTH=47>
1596	<P>R</P>
1597	</TD>
1598	<TD WIDTH=75>
1599	<P>R</P>
1600	</TD>
1601	<TD WIDTH=183>
1602	<P><I>9999999.9</I></P>
1603	</TD>
1604	<TD WIDTH=651>
1605	<P LANG="en-GB"><FONT FACE="Thorndale, serif">Temporal interval</FONT>
1606	<FONT FACE="Thorndale">at which random perturbations are to be
1607	imposed on the horizontal velocity field (</FONT>in <FONT FACE="Thorndale">s).
1608	</FONT>
1609	</P>
1610	</TD>
1611	</TR>
1612	<TR>
1613	<TD WIDTH=164>
1614	<P><A HREF="chapter_4.2.html#dt_dopr"><B>dt_dopr</B></A></P>
1615	</TD>
1616	<TD WIDTH=47>
1617	<P>R</P>
1618	</TD>
1619	<TD WIDTH=75>
1620	<P>R</P>
1621	</TD>
1622	<TD WIDTH=183>
1623	<P><I>value of  <A HREF="chapter_4.2.html#dt_data_output">dt_data_<BR>output</A></I></P>
1624	</TD>
1625	<TD WIDTH=651>
1626	<P><FONT FACE="Thorndale"><SPAN LANG="en-GB">Temporal interval at
1627	which data of vertical profiles shall be output (to local
1628	file <A HREF="chapter_3.4.html#DATA_1D_PR_NETCDF">DATA_1D_PR_NETCDF</A>
1629	or/and <A HREF="chapter_3.4.html#PLOT1D_DATA">PLOT1D_DATA</A>) (</SPAN></FONT>in
1630	<FONT FACE="Thorndale"><SPAN LANG="en-GB">s). </SPAN></FONT></P>
1631	</TD>
1632	</TR>
1633	<TR>
1634	<TD WIDTH=164>
1635	<P><A HREF="chapter_4.2.html#dt_dopr_listing"><B>dt_dopr_listing</B></A></P>
1636	</TD>
1637	<TD WIDTH=47>
1638	<P>R</P>
1639	</TD>
1640	<TD WIDTH=75>
1641	<P>R</P>
1642	</TD>
1643	<TD WIDTH=183>
1644	<P><I>9999999.9</I></P>
1645	</TD>
1646	<TD WIDTH=651>
1647	<P><FONT FACE="Thorndale, serif"><SPAN LANG="en-GB">Temporal
1648	interval</SPAN></FONT> <SPAN LANG="en-GB">at which data </SPAN><FONT FACE="Thorndale"><SPAN LANG="en-GB">of
1649	vertical profiles shall be output (output for printouts, local
1650	file <A HREF="chapter_3.4.html#LIST_PROFIL">LIST_PROFIL</A>) (</SPAN></FONT>in
1651	<FONT FACE="Thorndale"><SPAN LANG="en-GB">s). </SPAN></FONT>
1652	</P>
1653	</TD>
1654	</TR>
1655	<TR>
1656	<TD WIDTH=164>
1657	<P><A HREF="chapter_4.2.html#dt_dopts"><B>dt_dopts</B></A></P>
1658	</TD>
1659	<TD WIDTH=47>
1660	<P>P</P>
1661	</TD>
1662	<TD WIDTH=75>
1663	<P>R</P>
1664	</TD>
1665	<TD WIDTH=183>
1666	<P><I>value of  <A HREF="chapter_4.2.html#dt_data_output">dt_data_<BR>output</A></I></P>
1667	</TD>
1668	<TD WIDTH=651>
1669	<P LANG="en-GB"><FONT FACE="Thorndale, serif">Temporal interval</FONT>
1670	<FONT FACE="Thorndale">at which time series data of particle
1671	quantities shall be output (</FONT>in <FONT FACE="Thorndale">s). </FONT></P>
1672	</TD>
1673	</TR>
1674	<TR>
1675	<TD WIDTH=164>
1676	<P><A HREF="chapter_4.2.html#dt_dosp"><B>dt_dosp</B></A></P>
1677	</TD>
1678	<TD WIDTH=47>
1679	<P>P</P>
1680	</TD>
1681	<TD WIDTH=75>
1682	<P>R</P>
1683	</TD>
1684	<TD WIDTH=183>
1685	<P><I>value of  <A HREF="chapter_4.2.html#dt_data_output">dt_data_<BR>output</A></I></P>
1686	</TD>
1687	<TD WIDTH=651>
1688	<P>Temporal interval at which spectra data shall be output
1689	(in s). </P>
1690	</TD>
1691	</TR>
1692	<TR>
1693	<TD WIDTH=164>
1694	<P><A HREF="chapter_4.2.html#dt_dots"><B>dt_dots</B></A></P>
1695	</TD>
1696	<TD WIDTH=47>
1697	<P>R</P>
1698	</TD>
1699	<TD WIDTH=75>
1700	<P>R</P>
1701	</TD>
1702	<TD WIDTH=183>
1703	<P>see parameter description</P>
1704	</TD>
1705	<TD WIDTH=651>
1706	<P LANG="en-GB"><FONT FACE="Thorndale, serif">Temporal interval</FONT>
1707	<FONT FACE="Thorndale">at which time series data shall be
1708	output (</FONT>in <FONT FACE="Thorndale">s). </FONT>
1709	</P>
1710	</TD>
1711	</TR>
1712	<TR>
1713	<TD WIDTH=164>
1714	<P><A HREF="chapter_4.2.html#dt_do2d_xy"><B>dt_do2d_xy</B></A></P>
1715	</TD>
1716	<TD WIDTH=47>
1717	<P>R</P>
1718	</TD>
1719	<TD WIDTH=75>
1720	<P>R</P>
1721	</TD>
1722	<TD WIDTH=183>
1723	<P><I>value of  <A HREF="chapter_4.2.html#dt_data_output">dt_data_<BR>output</A></I></P>
1724	</TD>
1725	<TD WIDTH=651>
1726	<P LANG="en-GB"><FONT FACE="Thorndale, serif">Temporal interval</FONT>
1727	<FONT FACE="Thorndale">at which horizontal cross section data
1728	shall be output (</FONT>in <FONT FACE="Thorndale">s). </FONT>
1729	</P>
1730	</TD>
1731	</TR>
1732	<TR>
1733	<TD WIDTH=164>
1734	<P><A HREF="chapter_4.2.html#dt_do2d_xz"><B>dt_do2d_xz</B></A></P>
1735	</TD>
1736	<TD WIDTH=47>
1737	<P>R</P>
1738	</TD>
1739	<TD WIDTH=75>
1740	<P>R</P>
1741	</TD>
1742	<TD WIDTH=183>
1743	<P><I>value of  <A HREF="chapter_4.2.html#dt_data_output">dt_data_<BR>output</A></I></P>
1744	</TD>
1745	<TD WIDTH=651>
1746	<P LANG="en-GB"><FONT FACE="Thorndale, serif">Temporal interval</FONT>
1747	<FONT FACE="Thorndale">at which vertical cross section data (xz)
1748	shall be output (</FONT>in <FONT FACE="Thorndale">s). </FONT>
1749	</P>
1750	</TD>
1751	</TR>
1752	<TR>
1753	<TD WIDTH=164>
1754	<P><A HREF="chapter_4.2.html#dt_do2d_yz"><B>dt_do2d_yz</B></A></P>
1755	</TD>
1756	<TD WIDTH=47>
1757	<P>R</P>
1758	</TD>
1759	<TD WIDTH=75>
1760	<P>R</P>
1761	</TD>
1762	<TD WIDTH=183>
1763	<P><I>value of  <A HREF="chapter_4.2.html#dt_data_output">dt_data_<BR>output</A></I></P>
1764	</TD>
1765	<TD WIDTH=651>
1766	<P LANG="en-GB"><FONT FACE="Thorndale, serif">Temporal interval</FONT>
1767	<FONT FACE="Thorndale">at which vertical cross section data
1768	(yz) shall be output (</FONT>in s<FONT FACE="Thorndale">).</FONT></P>
1769	</TD>
1770	</TR>
1771	<TR>
1772	<TD WIDTH=164>
1773	<P><A HREF="chapter_4.2.html#dt_do3d"><B>dt_do3d</B></A></P>
1774	</TD>
1775	<TD WIDTH=47>
1776	<P>R</P>
1777	</TD>
1778	<TD WIDTH=75>
1779	<P>R</P>
1780	</TD>
1781	<TD WIDTH=183>
1782	<P><I>value of  <A HREF="chapter_4.2.html#dt_data_output">dt_data_<BR>output</A></I></P>
1783	</TD>
1784	<TD WIDTH=651>
1785	<P LANG="en-GB"><FONT FACE="Thorndale, serif">Temporal interval</FONT>
1786	<FONT FACE="Thorndale">at which 3d volume data shall be output (</FONT>in
1787	<FONT FACE="Thorndale">s). </FONT>
1788	</P>
1789	</TD>
1790	</TR>
1791	<TR>
1792	<TD WIDTH=164>
1793	<P><A HREF="chapter_4.2.html#dt_dvrp"><B>dt_dvrp</B></A></P>
1794	</TD>
1795	<TD WIDTH=47>
1796	<P>P</P>
1797	</TD>
1798	<TD WIDTH=75>
1799	<P>R</P>
1800	</TD>
1801	<TD WIDTH=183>
1802	<P><I>9999999.9</I></P>
1803	</TD>
1804	<TD WIDTH=651>
1805	<P>Temporal interval of scenes to be displayed with the <B>dvrp</B>
1806	software (in s).
1807	</P>
1808	</TD>
1809	</TR>
1810	<TR>
1811	<TD WIDTH=164>
1812	<P><A HREF="chapter_4.2.html#dt_max"><B>dt_max</B></A></P>
1813	</TD>
1814	<TD WIDTH=47>
1815	<P>R</P>
1816	</TD>
1817	<TD WIDTH=75>
1818	<P>R</P>
1819	</TD>
1820	<TD WIDTH=183>
1821	<P><I>20.0</I></P>
1822	</TD>
1823	<TD WIDTH=651>
1824	<P>Maximum allowed value of the timestep (in s).</P>
1825	</TD>
1826	</TR>
1827	<TR>
1828	<TD WIDTH=164>
1829	<P><A HREF="chapter_4.2.html#dt_min_part"><B>dt_min_part</B></A></P>
1830	</TD>
1831	<TD WIDTH=47>
1832	<P>P</P>
1833	</TD>
1834	<TD WIDTH=75>
1835	<P>R</P>
1836	</TD>
1837	<TD WIDTH=183>
1838	<P><I>0.0002</I></P>
1839	</TD>
1840	<TD WIDTH=651>
1841	<P>Minimum value for the particle timestep when SGS velocities are
1842	used (in s).</P>
1843	</TD>
1844	</TR>
1845	<TR VALIGN=TOP>
1846	<TD WIDTH=164>
1847	<P><A HREF="chapter_4.2.html#dt_prel"><B>dt_prel</B></A></P>
1848	</TD>
1849	<TD WIDTH=47>
1850	<P>P</P>
1851	</TD>
1852	<TD WIDTH=75>
1853	<P>R</P>
1854	</TD>
1855	<TD WIDTH=183>
1856	<P><I>9999999.9</I></P>
1857	</TD>
1858	<TD WIDTH=651>
1859	<P><FONT FACE="Thorndale, serif"><SPAN LANG="en-GB">Temporal
1860	interval at which particles are to be released from a particle
1861	source (</SPAN></FONT>in <FONT FACE="Thorndale, serif"><SPAN LANG="en-GB">s).</SPAN></FONT> </P>
1862	</TD>
1863	</TR>
1864	<TR>
1865	<TD WIDTH=164>
1866	<P><A HREF="chapter_4.1.html#dt_pr_1d"><B>dt_pr_1d</B></A></P>
1867	</TD>
1868	<TD WIDTH=47>
1869	<P>I</P>
1870	</TD>
1871	<TD WIDTH=75>
1872	<P>R</P>
1873	</TD>
1874	<TD WIDTH=183>
1875	<P><I>9999999.9</I></P>
1876	</TD>
1877	<TD WIDTH=651>
1878	<P>Temporal interval of vertical profile output of the 1D-model
1879	(in s). </P>
1880	</TD>
1881	</TR>
1882	<TR>
1883	<TD WIDTH=164>
1884	<P><A HREF="chapter_4.2.html#dt_restart"><B>dt_restart</B></A></P>
1885	</TD>
1886	<TD WIDTH=47>
1887	<P>R</P>
1888	</TD>
1889	<TD WIDTH=75>
1890	<P>R</P>
1891	</TD>
1892	<TD WIDTH=183>
1893	<P>9999999.9</P>
1894	</TD>
1895	<TD WIDTH=651>
1896	<P><FONT FACE="Thorndale, serif">Temporal interval</FONT> <FONT FACE="Thorndale">at
1897	which a new restart run is to be carried out (</FONT>in <FONT FACE="Thorndale">s).</FONT></P>
1898	</TD>
1899	</TR>
1900	<TR>
1901	<TD WIDTH=164>
1902	<P><A HREF="chapter_4.2.html#dt_run_control"><B>dt_run_control</B></A></P>
1903	</TD>
1904	<TD WIDTH=47>
1905	<P>R</P>
1906	</TD>
1907	<TD WIDTH=75>
1908	<P>R</P>
1909	</TD>
1910	<TD WIDTH=183>
1911	<P><I>60.0</I></P>
1912	</TD>
1913	<TD WIDTH=651>
1914	<P LANG="en-GB"><FONT FACE="Thorndale, serif">Temporal interval</FONT>
1915	<FONT FACE="Thorndale">at which run control output is to be made
1916	(</FONT>in <FONT FACE="Thorndale">s). </FONT>
1917	</P>
1918	</TD>
1919	</TR>
1920	<TR>
1921	<TD WIDTH=164>
1922	<P><A HREF="chapter_4.1.html#dt_run_control_1d"><B>dt_run_control_1d</B></A></P>
1923	</TD>
1924	<TD WIDTH=47>
1925	<P>I</P>
1926	</TD>
1927	<TD WIDTH=75>
1928	<P>R</P>
1929	</TD>
1930	<TD WIDTH=183>
1931	<P><I>60.0</I></P>
1932	</TD>
1933	<TD WIDTH=651>
1934	<P>Temporal interval of runtime control output of the 1d-model (in
1935	s).</P>
1936	</TD>
1937	</TR>
1938	<TR>
1939	<TD WIDTH=164>
1940	<P><A HREF="chapter_4.2.html#dt_sort_particles"><B>dt_sort_particles</B></A></P>
1941	</TD>
1942	<TD WIDTH=47>
1943	<P>P</P>
1944	</TD>
1945	<TD WIDTH=75>
1946	<P>R</P>
1947	</TD>
1948	<TD WIDTH=183>
1949	<P><I>0.0</I></P>
1950	</TD>
1951	<TD WIDTH=651>
1952	<P>Temporal interval for sorting particles (in s).</P>
1953	</TD>
1954	</TR>
1955	<TR>
1956	<TD WIDTH=164>
1957	<P><A HREF="chapter_4.2.html#dt_write_particle_data"><B>dt_write_particle_data</B></A></P>
1958	</TD>
1959	<TD WIDTH=47>
1960	<P>P</P>
1961	</TD>
1962	<TD WIDTH=75>
1963	<P>R</P>
1964	</TD>
1965	<TD WIDTH=183>
1966	<P><I>9999999.9</I></P>
1967	</TD>
1968	<TD WIDTH=651>
1969	<P>Temporal interval for output of particle data (in s).</P>
1970	</TD>
1971	</TR>
1972	<TR VALIGN=TOP>
1973	<TD WIDTH=164>
1974	<P><A HREF="chapter_4.2.html#dvrp_directory"><B>dvrp_directory</B></A></P>
1975	</TD>
1976	<TD WIDTH=47>
1977	<P>P</P>
1978	</TD>
1979	<TD WIDTH=75>
1980	<P>C * 80</P>
1981	</TD>
1982	<TD WIDTH=183>
1983	<P><I>'default'</I></P>
1984	</TD>
1985	<TD WIDTH=651>
1986	<P>Name of the directory into which data created by the <B>dvrp</B>
1987	software shall be saved.
1988	</P>
1989	</TD>
1990	</TR>
1991	<TR VALIGN=TOP>
1992	<TD WIDTH=164>
1993	<P><A HREF="chapter_4.2.html#dvrp_file"><B>dvrp_file</B></A></P>
1994	</TD>
1995	<TD WIDTH=47>
1996	<P>P</P>
1997	</TD>
1998	<TD WIDTH=75>
1999	<P>C * 80</P>
2000	</TD>
2001	<TD WIDTH=183>
2002	<P><I>'default'</I></P>
2003	</TD>
2004	<TD WIDTH=651>
2005	<P>Name of the file into which data created by the <B>dvrp</B>
2006	software shall be output.</P>
2007	</TD>
2008	</TR>
2009	<TR VALIGN=TOP>
2010	<TD WIDTH=164>
2011	<P><A HREF="chapter_4.2.html#dvrp_host"><B>dvrp_host</B></A></P>
2012	</TD>
2013	<TD WIDTH=47>
2014	<P>P</P>
2015	</TD>
2016	<TD WIDTH=75>
2017	<P>C * 80</P>
2018	</TD>
2019	<TD WIDTH=183>
2020	<P><I>'origin.rvs. <BR>uni- hanover.de'</I></P>
2021	</TD>
2022	<TD WIDTH=651>
2023	<P>Name of the computer to which data created by the <B>dvrp</B>
2024	software shall be transferred.
2025	</P>
2026	</TD>
2027	</TR>
2028	<TR VALIGN=TOP>
2029	<TD WIDTH=164>
2030	<P><A HREF="chapter_4.2.html#dvrp_output"><B>dvrp_output</B></A></P>
2031	</TD>
2032	<TD WIDTH=47>
2033	<P>P</P>
2034	</TD>
2035	<TD WIDTH=75>
2036	<P>C * 10</P>
2037	</TD>
2038	<TD WIDTH=183>
2039	<P><I>'rtsp'</I></P>
2040	</TD>
2041	<TD WIDTH=651>
2042	<P>Output mode for the <B>dvrp</B> software.
2043	</P>
2044	</TD>
2045	</TR>
2046	<TR VALIGN=TOP>
2047	<TD WIDTH=164>
2048	<P><A HREF="chapter_4.2.html#dvrp_password"><B>dvrp_password</B></A></P>
2049	</TD>
2050	<TD WIDTH=47>
2051	<P>P</P>
2052	</TD>
2053	<TD WIDTH=75>
2054	<P>C * 80</P>
2055	</TD>
2056	<TD WIDTH=183>
2057	<P><I>'********'</I></P>
2058	</TD>
2059	<TD WIDTH=651>
2060	<P>Password for the computer to which data created by the <B>dvrp</B>
2061	software is to be transferred.</P>
2062	</TD>
2063	</TR>
2064	<TR VALIGN=TOP>
2065	<TD WIDTH=164>
2066	<P><A HREF="chapter_4.2.html#dvrp_psize"><B>dvrp_psize</B></A></P>
2067	</TD>
2068	<TD WIDTH=47>
2069	<P>P</P>
2070	</TD>
2071	<TD WIDTH=75>
2072	<P>R</P>
2073	</TD>
2074	<TD WIDTH=183>
2075	<P><I>0.2</I> * <I>dx</I></P>
2076	</TD>
2077	<TD WIDTH=651>
2078	<P>Diameter that the particles is given in visualizations with the
2079	<B>dvrp</B> software (in m).
2080	</P>
2081	</TD>
2082	</TR>
2083	<TR>
2084	<TD WIDTH=164>
2085	<P><A HREF="chapter_4.2.html#dvrpsize_interval"><B>dvrpsize_interval</B></A></P>
2086	</TD>
2087	<TD WIDTH=47>
2088	<P>P</P>
2089	</TD>
2090	<TD WIDTH=75>
2091	<P>R(2)</P>
2092	</TD>
2093	<TD WIDTH=183>
2094	<P><I>0.0</I>, <I>1.0</I></P>
2095	</TD>
2096	<TD WIDTH=651>
2097	<P>Interval of values used for determining the particle size
2098	displayed in the animation.</P>
2099	</TD>
2100	</TR>
2101	<TR VALIGN=TOP>
2102	<TD WIDTH=164>
2103	<P><A HREF="chapter_4.2.html#dvrp_username"><B>dvrp_username</B></A></P>
2104	</TD>
2105	<TD WIDTH=47>
2106	<P>P</P>
2107	</TD>
2108	<TD WIDTH=75>
2109	<P>C * 80</P>
2110	</TD>
2111	<TD WIDTH=183>
2112	<P>no default value
2113	</P>
2114	</TD>
2115	<TD WIDTH=651>
2116	<P>User name of a valid account on the computer to which data
2117	created by the <B>dvrp</B> software is to be transferred.
2118	</P>
2119	</TD>
2120	</TR>
2121	<TR>
2122	<TD WIDTH=164>
2123	<P><A HREF="chapter_4.1.html#dx"><B>dx</B></A></P>
2124	</TD>
2125	<TD WIDTH=47>
2126	<P>I</P>
2127	</TD>
2128	<TD WIDTH=75>
2129	<P>R</P>
2130	</TD>
2131	<TD WIDTH=183>
2132	<P><I>1.0</I></P>
2133	</TD>
2134	<TD WIDTH=651>
2135	<P>Horizontal grid spacing along the x-direction (in m).
2136	</P>
2137	</TD>
2138	</TR>
2139	<TR>
2140	<TD WIDTH=164>
2141	<P><A HREF="chapter_4.1.html#dy"><B>dy</B></A></P>
2142	</TD>
2143	<TD WIDTH=47>
2144	<P>I</P>
2145	</TD>
2146	<TD WIDTH=75>
2147	<P>R</P>
2148	</TD>
2149	<TD WIDTH=183>
2150	<P><I>1.0</I></P>
2151	</TD>
2152	<TD WIDTH=651>
2153	<P>Horizontal grid spacing along the y-direction (in m).
2154	</P>
2155	</TD>
2156	</TR>
2157	<TR>
2158	<TD WIDTH=164>
2159	<P><A HREF="chapter_4.1.html#dz"><B>dz</B></A></P>
2160	</TD>
2161	<TD WIDTH=47>
2162	<P>I</P>
2163	</TD>
2164	<TD WIDTH=75>
2165	<P>R</P>
2166	</TD>
2167	<TD WIDTH=183>
2168	<P>no default, see parameter description
2169	</P>
2170	</TD>
2171	<TD WIDTH=651>
2172	<P>Vertical grid spacing (in m).</P>
2173	</TD>
2174	</TR>
2175	<TR>
2176	<TD WIDTH=164>
2177	<P><A HREF="chapter_4.1.html#dz_max"><B>dz_max</B></A></P>
2178	</TD>
2179	<TD WIDTH=47>
2180	<P>I</P>
2181	</TD>
2182	<TD WIDTH=75>
2183	<P>R</P>
2184	</TD>
2185	<TD WIDTH=183>
2186	<P><I>9999999.9</I></P>
2187	</TD>
2188	<TD WIDTH=651>
2189	<P>Allowed maximum vertical grid spacing (in m).</P>
2190	</TD>
2191	</TR>
2192	<TR>
2193	<TD WIDTH=164>
2194	<P><A HREF="chapter_4.1.html#dz_stretch_factor"><B>dz_stretch_factor</B></A></P>
2195	</TD>
2196	<TD WIDTH=47>
2197	<P>I</P>
2198	</TD>
2199	<TD WIDTH=75>
2200	<P>R</P>
2201	</TD>
2202	<TD WIDTH=183>
2203	<P><I>1.08</I></P>
2204	</TD>
2205	<TD WIDTH=651>
2206	<P>Stretch factor for a vertically stretched grid (see
2207	<A HREF="chapter_4.1.html#dz_stretch_level">dz_stretch_level</A>).</P>
2208	</TD>
2209	</TR>
2210	<TR>
2211	<TD WIDTH=164>
2212	<P><A HREF="chapter_4.1.html#dz_stretch_level"><B>dz_stretch_level</B></A></P>
2213	</TD>
2214	<TD WIDTH=47>
2215	<P>I</P>
2216	</TD>
2217	<TD WIDTH=75>
2218	<P>R</P>
2219	</TD>
2220	<TD WIDTH=183>
2221	<P><I>100000.0</I></P>
2222	</TD>
2223	<TD WIDTH=651>
2224	<P>Height level above/below which the grid is to be stretched
2225	vertically (in m).
2226	</P>
2227	</TD>
2228	</TR>
2229	<TR>
2230	<TD WIDTH=164>
2231	<P><A HREF="chapter_4.1.html#e_init"><B>e_init</B></A></P>
2232	</TD>
2233	<TD WIDTH=47>
2234	<P>I</P>
2235	</TD>
2236	<TD WIDTH=75>
2237	<P>R</P>
2238	</TD>
2239	<TD WIDTH=183>
2240	<P><I>0.0</I></P>
2241	</TD>
2242	<TD WIDTH=651>
2243	<P>Initial TKE in m<SUP>2</SUP>s<SUP>-2</SUP>.</P>
2244	</TD>
2245	</TR>
2246	<TR>
2247	<TD WIDTH=164>
2248	<P><A HREF="chapter_4.1.html#e_min"><B>e_min</B></A></P>
2249	</TD>
2250	<TD WIDTH=47>
2251	<P>I</P>
2252	</TD>
2253	<TD WIDTH=75>
2254	<P>R</P>
2255	</TD>
2256	<TD WIDTH=183>
2257	<P><I>0.0</I></P>
2258	</TD>
2259	<TD WIDTH=651>
2260	<P>Minimum TKE in m<SUP>2</SUP>s<SUP>-2</SUP>.</P>
2261	</TD>
2262	</TR>
2263	<TR>
2264	<TD WIDTH=164>
2265	<P><A HREF="chapter_4.2.html#end_time"><B>end_time</B></A></P>
2266	</TD>
2267	<TD WIDTH=47>
2268	<P>R</P>
2269	</TD>
2270	<TD WIDTH=75>
2271	<P>R</P>
2272	</TD>
2273	<TD WIDTH=183>
2274	<P><I>0.0</I></P>
2275	</TD>
2276	<TD WIDTH=651>
2277	<P LANG="en-GB"><FONT FACE="Thorndale">Simulation time of the 3D
2278	model (</FONT>in <FONT FACE="Thorndale">s).</FONT></P>
2279	</TD>
2280	</TR>
2281	<TR>
2282	<TD WIDTH=164>
2283	<P><A HREF="chapter_4.2.html#end_time_prel"><B>end_time_prel</B></A></P>
2284	</TD>
2285	<TD WIDTH=47>
2286	<P>P</P>
2287	</TD>
2288	<TD WIDTH=75>
2289	<P>R</P>
2290	</TD>
2291	<TD WIDTH=183>
2292	<P><I>9999999.9</I></P>
2293	</TD>
2294	<TD WIDTH=651>
2295	<P>Time of the last release of particles (in s).</P>
2296	</TD>
2297	</TR>
2298	<TR>
2299	<TD WIDTH=164>
2300	<P><A HREF="chapter_4.1.html#end_time_1d"><B>end_time_1d</B></A></P>
2301	</TD>
2302	<TD WIDTH=47>
2303	<P>I</P>
2304	</TD>
2305	<TD WIDTH=75>
2306	<P>R</P>
2307	</TD>
2308	<TD WIDTH=183>
2309	<P><I>864000.0</I></P>
2310	</TD>
2311	<TD WIDTH=651>
2312	<P>Time to be simulated for the 1D-model (in s). </P>
2313	</TD>
2314	</TR>
2315	<TR>
2316	<TD WIDTH=164>
2317	<P><A HREF="chapter_4.1.html#fft_method"><B>fft_method</B></A></P>
2318	</TD>
2319	<TD WIDTH=47>
2320	<P>I</P>
2321	</TD>
2322	<TD WIDTH=75>
2323	<P>C * 20</P>
2324	</TD>
2325	<TD WIDTH=183>
2326	<P><I>'system specific'</I></P>
2327	</TD>
2328	<TD WIDTH=651>
2329	<P>FFT-method to be used.</P>
2330	</TD>
2331	</TR>
2332	<TR>
2333	<TD WIDTH=164>
2334	<P><A HREF="chapter_4.2.html#force_print_header"><B>force_print_header</B></A></P>
2335	</TD>
2336	<TD WIDTH=47>
2337	<P>R</P>
2338	</TD>
2339	<TD WIDTH=75>
2340	<P>L</P>
2341	</TD>
2342	<TD WIDTH=183>
2343	<P><I>.F.</I></P>
2344	</TD>
2345	<TD WIDTH=651>
2346	<P>Steering of header output to the local file <A HREF="chapter_3.4.html#RUN_CONTROL">RUN_CONTROL</A>.
2347	</P>
2348	</TD>
2349	</TR>
2350	<TR>
2351	<TD WIDTH=164>
2352	<P><A HREF="chapter_4.1.html#galilei_transformation"><B>galilei_transformation</B></A></P>
2353	</TD>
2354	<TD WIDTH=47>
2355	<P>I</P>
2356	</TD>
2357	<TD WIDTH=75>
2358	<P>L</P>
2359	</TD>
2360	<TD WIDTH=183>
2361	<P><I>.F.</I></P>
2362	</TD>
2363	<TD WIDTH=651>
2364	<P>Application of a Galilei-transformation to the coordinate
2365	system of the model.</P>
2366	</TD>
2367	</TR>
2368	<TR>
2369	<TD WIDTH=164>
2370	<P><A HREF="chapter_4.1.html#grid_matching"><B>grid_matching</B></A></P>
2371	</TD>
2372	<TD WIDTH=47>
2373	<P>I</P>
2374	</TD>
2375	<TD WIDTH=75>
2376	<P>C * 6</P>
2377	</TD>
2378	<TD WIDTH=183>
2379	<P><I>'strict'</I></P>
2380	</TD>
2381	<TD WIDTH=651>
2382	<P>Variable to adjust the subdomain sizes in parallel runs.</P>
2383	</TD>
2384	</TR>
2385	<TR>
2386	<TD WIDTH=164>
2387	<P><A HREF="chapter_4.2.html#groundplate_color"><B>groundplate_color</B></A></P>
2388	</TD>
2389	<TD WIDTH=47>
2390	<P>P</P>
2391	</TD>
2392	<TD WIDTH=75>
2393	<P>R(3)</P>
2394	</TD>
2395	<TD WIDTH=183>
2396	<P><I>0.0, 0.6, 0.0</I></P>
2397	</TD>
2398	<TD WIDTH=651>
2399	<P>Color of the ground plate</P>
2400	</TD>
2401	</TR>
2402	<TR>
2403	<TD WIDTH=164>
2404	<P><A HREF="chapter_4.1.html#humidity"><B>humidity</B></A></P>
2405	</TD>
2406	<TD WIDTH=47>
2407	<P>I</P>
2408	</TD>
2409	<TD WIDTH=75>
2410	<P>L</P>
2411	</TD>
2412	<TD WIDTH=183>
2413	<P><I>.F.</I></P>
2414	</TD>
2415	<TD WIDTH=651>
2416	<P>Parameter to switch on the prognostic equation for specific
2417	humidity q.</P>
2418	</TD>
2419	</TR>
2420	<TR>
2421	<TD WIDTH=164>
2422	<P><A HREF="chapter_4.1.html#inflow_damping_height"><B>inflow_damping_height</B></A></P>
2423	</TD>
2424	<TD WIDTH=47>
2425	<P>I</P>
2426	</TD>
2427	<TD WIDTH=75>
2428	<P>R</P>
2429	</TD>
2430	<TD WIDTH=183>
2431	<P><I>from precursor run</I></P>
2432	</TD>
2433	<TD WIDTH=651>
2434	<P>Height below which the turbulence signal is used for turbulence
2435	recycling (in m).</P>
2436	</TD>
2437	</TR>
2438	<TR>
2439	<TD WIDTH=164>
2440	<P><A HREF="chapter_4.1.html#inflow_damping_width"><B>inflow_damping_width</B></A></P>
2441	</TD>
2442	<TD WIDTH=47>
2443	<P>I</P>
2444	</TD>
2445	<TD WIDTH=75>
2446	<P>R</P>
2447	</TD>
2448	<TD WIDTH=183>
2449	<P><I>0.1 * <A HREF="http://www.muk.uni-hannover.de/%7Eraasch/PALM_group/doc/app/chapter_4.1.html#inflow_damping_height">inflow_damping</A><A HREF="http://www.muk.uni-hannover.de/%7Eraasch/PALM_group/doc/app/chapter_4.1.html#inflow_damping_height">_height</A></I></P>
2450	</TD>
2451	<TD WIDTH=651>
2452	<P>Transition range within which the turbulance signal is damped
2453	to zero (in m).</P>
2454	</TD>
2455	</TR>
2456	<TR>
2457	<TD WIDTH=164>
2458	<P><A HREF="chapter_4.1.html#inflow_disturbance_begin"><B>inflow_disturbance_begin</B></A></P>
2459	</TD>
2460	<TD WIDTH=47>
2461	<P>I</P>
2462	</TD>
2463	<TD WIDTH=75>
2464	<P>I</P>
2465	</TD>
2466	<TD WIDTH=183>
2467	<P><I>MIN(10,</I><BR><I>nx/2 or ny/2)</I></P>
2468	</TD>
2469	<TD WIDTH=651>
2470	<P>Lower limit of the horizontal range for which random
2471	perturbations are to be imposed on the horizontal velocity field
2472	(gridpoints).</P>
2473	</TD>
2474	</TR>
2475	<TR>
2476	<TD WIDTH=164>
2477	<P><A HREF="chapter_4.1.html#inflow_disturbance_end"><B>inflow_disturbance_end</B></A></P>
2478	</TD>
2479	<TD WIDTH=47>
2480	<P>I</P>
2481	</TD>
2482	<TD WIDTH=75>
2483	<P>I</P>
2484	</TD>
2485	<TD WIDTH=183>
2486	<P><I>MIN(100,</I><BR><I>3/4nx or</I><BR><I>3/4ny)</I></P>
2487	</TD>
2488	<TD WIDTH=651>
2489	<P>Upper limit of the horizontal range for which random
2490	perturbations are to be imposed on the horizontal velocity field
2491	(gridpoints).</P>
2492	</TD>
2493	</TR>
2494	<TR>
2495	<TD WIDTH=164>
2496	<P><A HREF="chapter_4.1.html#initializing_actions"><B>initializing_actions</B></A></P>
2497	</TD>
2498	<TD WIDTH=47>
2499	<P>I</P>
2500	</TD>
2501	<TD WIDTH=75>
2502	<P>C * 100</P>
2503	</TD>
2504	<TD WIDTH=183>
2505	<P>no default, see parameter description</P>
2506	</TD>
2507	<TD WIDTH=651>
2508	<P STYLE="font-style: normal">Initialization actions to be carried
2509	out.
2510	</P>
2511	</TD>
2512	</TR>
2513	<TR>
2514	<TD WIDTH=164>
2515	<P><A HREF="chapter_4.2.html#initial_weighting_factor"><B>initial_weighting_factor</B></A></P>
2516	</TD>
2517	<TD WIDTH=47>
2518	<P>P</P>
2519	</TD>
2520	<TD WIDTH=75>
2521	<P>R</P>
2522	</TD>
2523	<TD WIDTH=183>
2524	<P><I>1.0</I></P>
2525	</TD>
2526	<TD WIDTH=651>
2527	<P>Factor to define the real number of initial droplets in a grid
2528	cell.</P>
2529	</TD>
2530	</TR>
2531	<TR>
2532	<TD WIDTH=164>
2533	<P><A HREF="chapter_4.2.html#isosurface_color"><B>isosurface_color</B></A></P>
2534	</TD>
2535	<TD WIDTH=47>
2536	<P>P</P>
2537	</TD>
2538	<TD WIDTH=75>
2539	<P>R(3,10)</P>
2540	</TD>
2541	<TD WIDTH=183>
2542	<P><I>0.9, 0.9, 0.9</I><BR><I>0.8, 0.1, 0.1</I><BR><I>......</I></P>
2543	</TD>
2544	<TD WIDTH=651>
2545	<P>Color of the isosurface(s).</P>
2546	</TD>
2547	</TR>
2548	<TR>
2549	<TD WIDTH=164>
2550	<P><A HREF="chapter_4.1.html#km_constant"><B>km_constant</B></A></P>
2551	</TD>
2552	<TD WIDTH=47>
2553	<P>I</P>
2554	</TD>
2555	<TD WIDTH=75>
2556	<P>R</P>
2557	</TD>
2558	<TD WIDTH=183>
2559	<P><I>variable (computed from TKE)</I></P>
2560	</TD>
2561	<TD WIDTH=651>
2562	<P>Constant eddy diffusivities are used (laminar simulations). </P>
2563	</TD>
2564	</TR>
2565	<TR>
2566	<TD WIDTH=164>
2567	<P><A HREF="chapter_4.1.html#km_damp_max"><B>km_damp_max</B></A></P>
2568	</TD>
2569	<TD WIDTH=47>
2570	<P>I</P>
2571	</TD>
2572	<TD WIDTH=75>
2573	<P>R</P>
2574	</TD>
2575	<TD WIDTH=183>
2576	<P><I>0.5*(dx or dy)</I></P>
2577	</TD>
2578	<TD WIDTH=651>
2579	<P>Maximum diffusivity used for filtering the velocity field in
2580	the vicinity of the outflow (in m<SUP>2</SUP>/s).</P>
2581	</TD>
2582	</TR>
2583	<TR>
2584	<TD WIDTH=164>
2585	<P><A HREF="chapter_4.1.html#lad_surface"><B>lad_surface</B></A></P>
2586	</TD>
2587	<TD WIDTH=47>
2588	<P>I</P>
2589	</TD>
2590	<TD WIDTH=75>
2591	<P>R</P>
2592	</TD>
2593	<TD WIDTH=183>
2594	<P><I>0.0</I></P>
2595	</TD>
2596	<TD WIDTH=651>
2597	<P>Surface value of the leaf area density (in m<SUP>2</SUP>/m<SUP>3</SUP>)</P>
2598	</TD>
2599	</TR>
2600	<TR>
2601	<TD WIDTH=164>
2602	<P><A HREF="chapter_4.1.html#lad_vertical_gradient"><B>lad_vertical_gradient</B></A></P>
2603	</TD>
2604	<TD WIDTH=47>
2605	<P>I</P>
2606	</TD>
2607	<TD WIDTH=75>
2608	<P>R (10)</P>
2609	</TD>
2610	<TD WIDTH=183>
2611	<P><I>10 * 0.0</I></P>
2612	</TD>
2613	<TD WIDTH=651>
2614	<P>Gradient(s) of the leaf area density (in m<SUP>2</SUP>/m<SUP>4</SUP>)</P>
2615	</TD>
2616	</TR>
2617	<TR>
2618	<TD WIDTH=164>
2619	<P><A HREF="chapter_4.1.html#lad_vertical_gradient_level"><B>lad_vertical_gradient_level</B></A></P>
2620	</TD>
2621	<TD WIDTH=47>
2622	<P>I</P>
2623	</TD>
2624	<TD WIDTH=75>
2625	<P>R (10)</P>
2626	</TD>
2627	<TD WIDTH=183>
2628	<P><I>10 * 0.0</I></P>
2629	</TD>
2630	<TD WIDTH=651>
2631	<P>Height level from which on the gradient of the leaf area
2632	density defined by <A HREF="chapter_4.1.html#lad_vertical_gradient">lad_vertical_gradient_level</A>
2633	is effective (in m).</P>
2634	</TD>
2635	</TR>
2636	<TR>
2637	<TD WIDTH=164>
2638	<P><A HREF="chapter_4.1.html#leaf_surface_concentration"><B>leaf_surface_concentration</B></A></P>
2639	</TD>
2640	<TD WIDTH=47>
2641	<P>R</P>
2642	</TD>
2643	<TD WIDTH=75>
2644	<P>R</P>
2645	</TD>
2646	<TD WIDTH=183>
2647	<P><I>0.0</I></P>
2648	</TD>
2649	<TD WIDTH=651>
2650	<P>Concentration of a passive scalar at the surface of a leaf (in
2651	kg/m<SUP>3</SUP>).</P>
2652	</TD>
2653	</TR>
2654	<TR>
2655	<TD WIDTH=164>
2656	<P><A HREF="chapter_4.1.html#long_filter_factor"><B>long_filter_factor</B></A></P>
2657	</TD>
2658	<TD WIDTH=47>
2659	<P>I</P>
2660	</TD>
2661	<TD WIDTH=75>
2662	<P>R</P>
2663	</TD>
2664	<TD WIDTH=183>
2665	<P><I>0.0</I></P>
2666	</TD>
2667	<TD WIDTH=651>
2668	<P>Filter factor for the so-called Long-filter.</P>
2669	</TD>
2670	</TR>
2671	<TR>
2672	<TD WIDTH=164>
2673	<P><A HREF="chapter_4.1.html#loop_optimization"><B>loop_optimization</B></A></P>
2674	</TD>
2675	<TD WIDTH=47>
2676	<P>I</P>
2677	</TD>
2678	<TD WIDTH=75>
2679	<P>C * 16</P>
2680	</TD>
2681	<TD WIDTH=183>
2682	<P>see parameter description</P>
2683	</TD>
2684	<TD WIDTH=651>
2685	<P>Method used to optimize loops for solving the prognostic
2686	equations .</P>
2687	</TD>
2688	</TR>
2689	<TR>
2690	<TD WIDTH=164>
2691	<P><A HREF="chapter_4.2.html#maximum_number_of_particles"><B>maximum_number_</B></A>
2692	<BR><A HREF="chapter_4.2.html#maximum_number_of_particles"><B>of_particles</B></A></P>
2693	</TD>
2694	<TD WIDTH=47>
2695	<P>P</P>
2696	</TD>
2697	<TD WIDTH=75>
2698	<P>I</P>
2699	</TD>
2700	<TD WIDTH=183>
2701	<P><I>1000</I></P>
2702	</TD>
2703	<TD WIDTH=651>
2704	<P>Maximum number of particles (on a PE).
2705	</P>
2706	</TD>
2707	</TR>
2708	<TR>
2709	<TD WIDTH=164>
2710	<P><A HREF="chapter_4.2.html#maximum_number_of_tailpoints"><B>maximum_number_</B></A>
2711	<BR><A HREF="chapter_4.2.html#maximum_number_of_tailpoints"><B>of_tailpoints</B></A></P>
2712	</TD>
2713	<TD WIDTH=47>
2714	<P>P</P>
2715	</TD>
2716	<TD WIDTH=75>
2717	<P>I</P>
2718	</TD>
2719	<TD WIDTH=183>
2720	<P><I>100</I></P>
2721	</TD>
2722	<TD WIDTH=651>
2723	<P>Maximum number of tailpoints that a particle tail can have.
2724	</P>
2725	</TD>
2726	</TR>
2727	<TR>
2728	<TD WIDTH=164>
2729	<P><A HREF="chapter_4.2.html#maximum_tailpoint_age"><B>maximum_tailpoint_</B></A>
2730	<BR><A HREF="chapter_4.2.html#maximum_tailpoint_age"><B>age</B></A></P>
2731	</TD>
2732	<TD WIDTH=47>
2733	<P>P</P>
2734	</TD>
2735	<TD WIDTH=75>
2736	<P>R</P>
2737	</TD>
2738	<TD WIDTH=183>
2739	<P><I>100000.0</I></P>
2740	</TD>
2741	<TD WIDTH=651>
2742	<P>Maximum age that the end point of a particle tail is allowed to
2743	have (in s).
2744	</P>
2745	</TD>
2746	</TR>
2747	<TR>
2748	<TD WIDTH=164>
2749	<P><A HREF="chapter_4.2.html#mg_cycles"><B>mg_cycles</B></A></P>
2750	</TD>
2751	<TD WIDTH=47>
2752	<P>R</P>
2753	</TD>
2754	<TD WIDTH=75>
2755	<P>I</P>
2756	</TD>
2757	<TD WIDTH=183>
2758	<P><I>- 1</I></P>
2759	</TD>
2760	<TD WIDTH=651>
2761	<P>Number of cycles to be used with the multi-grid scheme.</P>
2762	</TD>
2763	</TR>
2764	<TR>
2765	<TD WIDTH=164>
2766	<P><A HREF="chapter_4.2.html#mg_switch_to_pe0_level"><B>mg_switch_to_pe0_level</B></A></P>
2767	</TD>
2768	<TD WIDTH=47>
2769	<P>R</P>
2770	</TD>
2771	<TD WIDTH=75>
2772	<P>I</P>
2773	</TD>
2774	<TD WIDTH=183>
2775	<P>see parameter description</P>
2776	</TD>
2777	<TD WIDTH=651>
2778	<P>Grid level at which data shall be gathered on PE0.</P>
2779	</TD>
2780	</TR>
2781	<TR>
2782	<TD WIDTH=164>
2783	<P><A HREF="chapter_4.2.html#minimum_tailpoint_distance"><B>minimum_tailpoint_</B></A>
2784	<BR><A HREF="chapter_4.2.html#minimum_tailpoint_distance"><B>distance</B></A></P>
2785	</TD>
2786	<TD WIDTH=47>
2787	<P>P</P>
2788	</TD>
2789	<TD WIDTH=75>
2790	<P>R</P>
2791	</TD>
2792	<TD WIDTH=183>
2793	<P><I>0.0</I></P>
2794	</TD>
2795	<TD WIDTH=651>
2796	<P>Minimum distance allowed between two adjacent points of a
2797	particle tail (in m).
2798	</P>
2799	</TD>
2800	</TR>
2801	<TR>
2802	<TD WIDTH=164>
2803	<P><A HREF="chapter_4.1.html#mixing_length_1d"><B>mixing_length_1d</B></A></P>
2804	</TD>
2805	<TD WIDTH=47>
2806	<P>I</P>
2807	</TD>
2808	<TD WIDTH=75>
2809	<P>C * 20</P>
2810	</TD>
2811	<TD WIDTH=183>
2812	<P><I>'as_in_3d_model'</I></P>
2813	</TD>
2814	<TD WIDTH=651>
2815	<P>Mixing length used in the 1d-model.</P>
2816	</TD>
2817	</TR>
2818	<TR VALIGN=TOP>
2819	<TD WIDTH=164>
2820	<P><A HREF="chapter_4.2.html#mode_dvrp"><B>mode_dvrp</B></A></P>
2821	</TD>
2822	<TD WIDTH=47>
2823	<P>P</P>
2824	</TD>
2825	<TD WIDTH=75>
2826	<P>C * 20 (10)</P>
2827	</TD>
2828	<TD WIDTH=183>
2829	<P><I>10 * ' '</I></P>
2830	</TD>
2831	<TD WIDTH=651>
2832	<P>Graphical objects (isosurfaces, slicers, particles) which are
2833	to be created by the <B>dvrp</B> software.
2834	</P>
2835	</TD>
2836	</TR>
2837	<TR>
2838	<TD WIDTH=164>
2839	<P><A HREF="chapter_4.1.html#momentum_advec"><B>momentum_advec</B></A></P>
2840	</TD>
2841	<TD WIDTH=47>
2842	<P>I</P>
2843	</TD>
2844	<TD WIDTH=75>
2845	<P>C * 10</P>
2846	</TD>
2847	<TD WIDTH=183>
2848	<P><I>'pw-scheme</I>'</P>
2849	</TD>
2850	<TD WIDTH=651>
2851	<P>Advection scheme to be used for the momentum equations.</P>
2852	</TD>
2853	</TR>
2854	<TR>
2855	<TD WIDTH=164>
2856	<P><A HREF="chapter_4.1.html#netcdf_precision"><B>netcdf_precision</B></A></P>
2857	</TD>
2858	<TD WIDTH=47>
2859	<P>I</P>
2860	</TD>
2861	<TD WIDTH=75>
2862	<P>C * 20 (10)</P>
2863	</TD>
2864	<TD WIDTH=183>
2865	<P><I>single precision for all</I><BR><I>output quantities</I></P>
2866	</TD>
2867	<TD WIDTH=651>
2868	<P>Defines the accuracy of the NetCDF output.</P>
2869	</TD>
2870	</TR>
2871	<TR>
2872	<TD WIDTH=164>
2873	<P><A HREF="chapter_4.2.html#netcdf_64bit"><B>netcdf_64bit</B></A></P>
2874	</TD>
2875	<TD WIDTH=47>
2876	<P>R</P>
2877	</TD>
2878	<TD WIDTH=75>
2879	<P>L</P>
2880	</TD>
2881	<TD WIDTH=183>
2882	<P><I>.F.</I></P>
2883	</TD>
2884	<TD WIDTH=651>
2885	<P>All NetCDF files - except those containing 3d volume data -
2886	will have 64 bit offset format.</P>
2887	</TD>
2888	</TR>
2889	<TR>
2890	<TD WIDTH=164>
2891	<P><A HREF="chapter_4.2.html#netcdf_64bit_3d"><B>netcdf_64bit_3d</B></A></P>
2892	</TD>
2893	<TD WIDTH=47>
2894	<P>R</P>
2895	</TD>
2896	<TD WIDTH=75>
2897	<P>L</P>
2898	</TD>
2899	<TD WIDTH=183>
2900	<P><I>.T.</I></P>
2901	</TD>
2902	<TD WIDTH=651>
2903	<P>NetCDF files containing 3d volume data will have 64 bit offset
2904	format.</P>
2905	</TD>
2906	</TR>
2907	<TR VALIGN=TOP>
2908	<TD WIDTH=164>
2909	<P><A HREF="chapter_4.2.html#ngsrb"><B>ngsrb</B></A></P>
2910	</TD>
2911	<TD WIDTH=47>
2912	<P>R</P>
2913	</TD>
2914	<TD WIDTH=75>
2915	<P>I</P>
2916	</TD>
2917	<TD WIDTH=183>
2918	<P><I>2</I></P>
2919	</TD>
2920	<TD WIDTH=651>
2921	<P>Grid level at which data shall be gathered on PE0.</P>
2922	</TD>
2923	</TR>
2924	<TR>
2925	<TD WIDTH=164>
2926	<P><A HREF="chapter_4.2.html#normalizing_region"><B>normalizing_region</B></A></P>
2927	</TD>
2928	<TD WIDTH=47>
2929	<P>R</P>
2930	</TD>
2931	<TD WIDTH=75>
2932	<P>I</P>
2933	</TD>
2934	<TD WIDTH=183>
2935	<P><I>0</I></P>
2936	</TD>
2937	<TD WIDTH=651>
2938	<P>Determines the subdomain from which the normalization
2939	quantities are calculated.
2940	</P>
2941	</TD>
2942	</TR>
2943	<TR>
2944	<TD WIDTH=164>
2945	<P><A HREF="chapter_4.2.html#npex"><B>npex</B></A></P>
2946	</TD>
2947	<TD WIDTH=47>
2948	<P>R</P>
2949	</TD>
2950	<TD WIDTH=75>
2951	<P>I</P>
2952	</TD>
2953	<TD WIDTH=183>
2954	<P>no default, see parameter description</P>
2955	</TD>
2956	<TD WIDTH=651>
2957	<P>Number of processors along x-direction of the virtual processor
2958	net.
2959	</P>
2960	</TD>
2961	</TR>
2962	<TR>
2963	<TD WIDTH=164>
2964	<P><A HREF="chapter_4.2.html#npey"><B>npey</B></A></P>
2965	</TD>
2966	<TD WIDTH=47>
2967	<P>R</P>
2968	</TD>
2969	<TD WIDTH=75>
2970	<P>I</P>
2971	</TD>
2972	<TD WIDTH=183>
2973	<P>no default, see parameter description</P>
2974	</TD>
2975	<TD WIDTH=651>
2976	<P>Number of processors along y-direction of the virtual processor
2977	net.
2978	</P>
2979	</TD>
2980	</TR>
2981	<TR>
2982	<TD WIDTH=164>
2983	<P><A HREF="chapter_4.2.html#nsor"><B>nsor</B></A></P>
2984	</TD>
2985	<TD WIDTH=47>
2986	<P>R</P>
2987	</TD>
2988	<TD WIDTH=75>
2989	<P>I</P>
2990	</TD>
2991	<TD WIDTH=183>
2992	<P><I>20</I></P>
2993	</TD>
2994	<TD WIDTH=651>
2995	<P>Number of iterations to be used with the SOR-scheme.
2996	</P>
2997	</TD>
2998	</TR>
2999	<TR>
3000	<TD WIDTH=164>
3001	<P><A HREF="chapter_4.1.html#nsor_ini"><B>nsor_ini</B></A></P>
3002	</TD>
3003	<TD WIDTH=47>
3004	<P>I</P>
3005	</TD>
3006	<TD WIDTH=75>
3007	<P>I</P>
3008	</TD>
3009	<TD WIDTH=183>
3010	<P><I>100</I></P>
3011	</TD>
3012	<TD WIDTH=651>
3013	<P>Initial number of iterations with the SOR algorithm</P>
3014	</TD>
3015	</TR>
3016	<TR>
3017	<TD WIDTH=164>
3018	<P><A HREF="chapter_4.2.html#number_of_particle_groups"><B>number_of_particle_groups</B></A></P>
3019	</TD>
3020	<TD WIDTH=47>
3021	<P>P</P>
3022	</TD>
3023	<TD WIDTH=75>
3024	<P>I</P>
3025	</TD>
3026	<TD WIDTH=183>
3027	<P><I>1</I></P>
3028	</TD>
3029	<TD WIDTH=651>
3030	<P>Number of particle groups to be used.</P>
3031	</TD>
3032	</TR>
3033	<TR>
3034	<TD WIDTH=164>
3035	<P><A HREF="chapter_4.1.html#nx"><B>nx</B></A></P>
3036	</TD>
3037	<TD WIDTH=47>
3038	<P>I</P>
3039	</TD>
3040	<TD WIDTH=75>
3041	<P>I</P>
3042	</TD>
3043	<TD WIDTH=183>
3044	<P>no default, see parameter description</P>
3045	</TD>
3046	<TD WIDTH=651>
3047	<P>Number of grid points in x-direction.
3048	</P>
3049	</TD>
3050	</TR>
3051	<TR>
3052	<TD WIDTH=164>
3053	<P><A HREF="chapter_4.1.html#ny"><B>ny</B></A></P>
3054	</TD>
3055	<TD WIDTH=47>
3056	<P>I</P>
3057	</TD>
3058	<TD WIDTH=75>
3059	<P>I</P>
3060	</TD>
3061	<TD WIDTH=183>
3062	<P>no default, see parameter description</P>
3063	</TD>
3064	<TD WIDTH=651>
3065	<P>Number of grid points in y-direction.</P>
3066	</TD>
3067	</TR>
3068	<TR>
3069	<TD WIDTH=164>
3070	<P><A HREF="chapter_4.1.html#nz"><B>nz</B></A></P>
3071	</TD>
3072	<TD WIDTH=47>
3073	<P>I</P>
3074	</TD>
3075	<TD WIDTH=75>
3076	<P>I</P>
3077	</TD>
3078	<TD WIDTH=183>
3079	<P>no default, see parameter description</P>
3080	</TD>
3081	<TD WIDTH=651>
3082	<P>Number of grid points in z-direction.</P>
3083	</TD>
3084	</TR>
3085	<TR>
3086	<TD WIDTH=164>
3087	<P><A HREF="chapter_4.2.html#nz_do3d"><B>nz_do3d</B></A></P>
3088	</TD>
3089	<TD WIDTH=47>
3090	<P>R</P>
3091	</TD>
3092	<TD WIDTH=75>
3093	<P>I</P>
3094	</TD>
3095	<TD WIDTH=183>
3096	<P><I>nz+1</I></P>
3097	</TD>
3098	<TD WIDTH=651>
3099	<P>Limits the output of 3d volume data along the vertical
3100	direction (grid point index k).</P>
3101	</TD>
3102	</TR>
3103	<TR>
3104	<TD WIDTH=164>
3105	<P><A HREF="chapter_4.1.html#ocean"><B>ocean</B></A></P>
3106	</TD>
3107	<TD WIDTH=47>
3108	<P>I</P>
3109	</TD>
3110	<TD WIDTH=75>
3111	<P>L</P>
3112	</TD>
3113	<TD WIDTH=183>
3114	<P><I>.F.</I></P>
3115	</TD>
3116	<TD WIDTH=651>
3117	<P>Parameter to switch on ocean runs.</P>
3118	</TD>
3119	</TR>
3120	<TR>
3121	<TD WIDTH=164>
3122	<P><A HREF="chapter_4.1.html#omega"><B>omega</B></A></P>
3123	</TD>
3124	<TD WIDTH=47>
3125	<P>I</P>
3126	</TD>
3127	<TD WIDTH=75>
3128	<P>R</P>
3129	</TD>
3130	<TD WIDTH=183>
3131	<P><I>7.29212E-5</I></P>
3132	</TD>
3133	<TD WIDTH=651>
3134	<P>Angular velocity of the rotating system (in rad s<SUP>-1</SUP>). </P>
3135	</TD>
3136	</TR>
3137	<TR>
3138	<TD WIDTH=164>
3139	<P><A HREF="chapter_4.2.html#omega_sor"><B>omega_sor</B></A></P>
3140	</TD>
3141	<TD WIDTH=47>
3142	<P>R</P>
3143	</TD>
3144	<TD WIDTH=75>
3145	<P>R</P>
3146	</TD>
3147	<TD WIDTH=183>
3148	<P><I>1.8</I></P>
3149	</TD>
3150	<TD WIDTH=651>
3151	<P>Convergence factor to be used with the the SOR-scheme.
3152	</P>
3153	</TD>
3154	</TR>
3155	<TR>
3156	<TD WIDTH=164>
3157	<P><A HREF="chapter_4.2.html#outflow_damping_width"><B>outflow_damping_width</B></A></P>
3158	</TD>
3159	<TD WIDTH=47>
3160	<P>I</P>
3161	</TD>
3162	<TD WIDTH=75>
3163	<P>I</P>
3164	</TD>
3165	<TD WIDTH=183>
3166	<P><I>MIN(20, nx/2</I> or <I>ny/2)</I></P>
3167	</TD>
3168	<TD WIDTH=651>
3169	<P>Width of the damping range in the vicinity of the outflow
3170	(gridpoints).</P>
3171	</TD>
3172	</TR>
3173	<TR>
3174	<TD WIDTH=164>
3175	<P><A HREF="chapter_4.1.html#overshoot_limit_e"><B>overshoot_limit_e</B></A></P>
3176	</TD>
3177	<TD WIDTH=47>
3178	<P>I</P>
3179	</TD>
3180	<TD WIDTH=75>
3181	<P>R</P>
3182	</TD>
3183	<TD WIDTH=183>
3184	<P><I>0.0</I></P>
3185	</TD>
3186	<TD WIDTH=651>
3187	<P>Allowed limit for the overshooting of subgrid-scale TKE in case
3188	that the upstream-spline scheme is switched on (in m<SUP>2</SUP>/s<SUP>2</SUP>).</P>
3189	</TD>
3190	</TR>
3191	<TR>
3192	<TD WIDTH=164>
3193	<P><A HREF="chapter_4.1.html#overshoot_limit_pt"><B>overshoot_limit_pt</B></A></P>
3194	</TD>
3195	<TD WIDTH=47>
3196	<P>I</P>
3197	</TD>
3198	<TD WIDTH=75>
3199	<P>R</P>
3200	</TD>
3201	<TD WIDTH=183>
3202	<P><I>0.0</I></P>
3203	</TD>
3204	<TD WIDTH=651>
3205	<P>Allowed limit for the overshooting of potential temperature in
3206	case that the upstream-spline scheme is switched on (in K).
3207	</P>
3208	</TD>
3209	</TR>
3210	<TR>
3211	<TD WIDTH=164>
3212	<P><A HREF="chapter_4.1.html#overshoot_limit_u"><B>overshoot_limit_u</B></A></P>
3213	</TD>
3214	<TD WIDTH=47>
3215	<P>I</P>
3216	</TD>
3217	<TD WIDTH=75>
3218	<P>R</P>
3219	</TD>
3220	<TD WIDTH=183>
3221	<P><I>0.0</I></P>
3222	</TD>
3223	<TD WIDTH=651>
3224	<P>Allowed limit for the overshooting of the u-component of
3225	velocity in case that the upstream-spline scheme is switched on
3226	(in m/s).</P>
3227	</TD>
3228	</TR>
3229	<TR>
3230	<TD WIDTH=164>
3231	<P><A HREF="chapter_4.1.html#overshoot_limit_v"><B>overshoot_limit_v</B></A></P>
3232	</TD>
3233	<TD WIDTH=47>
3234	<P>I</P>
3235	</TD>
3236	<TD WIDTH=75>
3237	<P>R</P>
3238	</TD>
3239	<TD WIDTH=183>
3240	<P><I>0.0</I></P>
3241	</TD>
3242	<TD WIDTH=651>
3243	<P>Allowed limit for the overshooting of the v-component of
3244	velocity in case that the upstream-spline scheme is switched on
3245	(in m/s).
3246	</P>
3247	</TD>
3248	</TR>
3249	<TR>
3250	<TD WIDTH=164>
3251	<P><A HREF="chapter_4.1.html#overshoot_limit_w"><B>overshoot_limit_w</B></A></P>
3252	</TD>
3253	<TD WIDTH=47>
3254	<P>I</P>
3255	</TD>
3256	<TD WIDTH=75>
3257	<P>R</P>
3258	</TD>
3259	<TD WIDTH=183>
3260	<P><I>0.0</I></P>
3261	</TD>
3262	<TD WIDTH=651>
3263	<P>Allowed limit for the overshooting of the w-component of
3264	velocity in case that the upstream-spline scheme is switched on
3265	(in m/s).
3266	</P>
3267	</TD>
3268	</TR>
3269	<TR>
3270	<TD WIDTH=164>
3271	<P><A HREF="chapter_4.2.html#particles_per_point"><B>particles_per_point</B></A></P>
3272	</TD>
3273	<TD WIDTH=47>
3274	<P>P</P>
3275	</TD>
3276	<TD WIDTH=75>
3277	<P>I</P>
3278	</TD>
3279	<TD WIDTH=183>
3280	<P><I>1</I></P>
3281	</TD>
3282	<TD WIDTH=651>
3283	<P>Number of particles to be started per point.</P>
3284	</TD>
3285	</TR>
3286	<TR>
3287	<TD WIDTH=164>
3288	<P><A HREF="chapter_4.2.html#particle_advection_start"><B>particle_advection_start</B></A></P>
3289	</TD>
3290	<TD WIDTH=47>
3291	<P>P</P>
3292	</TD>
3293	<TD WIDTH=75>
3294	<P>R</P>
3295	</TD>
3296	<TD WIDTH=183>
3297	<P><I>0.0</I></P>
3298	</TD>
3299	<TD WIDTH=651>
3300	<P>Time of the first release of particles (in s).</P>
3301	</TD>
3302	</TR>
3303	<TR>
3304	<TD WIDTH=164>
3305	<P><A HREF="chapter_4.2.html#particle_color"><B>particle_color</B></A></P>
3306	</TD>
3307	<TD WIDTH=47>
3308	<P>P</P>
3309	</TD>
3310	<TD WIDTH=75>
3311	<P>C*10</P>
3312	</TD>
3313	<TD WIDTH=183>
3314	<P><I>'none'</I></P>
3315	</TD>
3316	<TD WIDTH=651>
3317	<P>Parameter, which allows to bind the displayed particle color to
3318	certain flow quantities.</P>
3319	</TD>
3320	</TR>
3321	<TR>
3322	<TD WIDTH=164>
3323	<P><A HREF="chapter_4.2.html#particle_dvrpsize"><B>particle_dvrpsize</B></A></P>
3324	</TD>
3325	<TD WIDTH=47>
3326	<P>P</P>
3327	</TD>
3328	<TD WIDTH=75>
3329	<P>C*10</P>
3330	</TD>
3331	<TD WIDTH=183>
3332	<P><I>'none'</I></P>
3333	</TD>
3334	<TD WIDTH=651>
3335	<P>Parameter, which allows to bind the displayed particle size to
3336	certain flow quantities.</P>
3337	</TD>
3338	</TR>
3339	<TR>
3340	<TD WIDTH=164>
3341	<P><A HREF="chapter_4.2.html#particle_maximum_age"><B>particle_maximum_age</B></A></P>
3342	</TD>
3343	<TD WIDTH=47>
3344	<P>P</P>
3345	</TD>
3346	<TD WIDTH=75>
3347	<P>R</P>
3348	</TD>
3349	<TD WIDTH=183>
3350	<P><I>9999999.9</I></P>
3351	</TD>
3352	<TD WIDTH=651>
3353	<P>Maximum allowed age of particles (in s).
3354	</P>
3355	</TD>
3356	</TR>
3357	<TR>
3358	<TD WIDTH=164>
3359	<P><A HREF="chapter_4.1.html#passive_scalar"><B>passive_scalar</B></A></P>
3360	</TD>
3361	<TD WIDTH=47>
3362	<P>I</P>
3363	</TD>
3364	<TD WIDTH=75>
3365	<P>L</P>
3366	</TD>
3367	<TD WIDTH=183>
3368	<P><I>.F.</I></P>
3369	</TD>
3370	<TD WIDTH=651>
3371	<P>Parameter to switch on the prognostic equation for a passive
3372	scalar.
3373	</P>
3374	</TD>
3375	</TR>
3376	<TR>
3377	<TD WIDTH=164>
3378	<P><A HREF="chapter_4.1.html#pch_index"><B>pch_index</B></A></P>
3379	</TD>
3380	<TD WIDTH=47>
3381	<P>I</P>
3382	</TD>
3383	<TD WIDTH=75>
3384	<P>I</P>
3385	</TD>
3386	<TD WIDTH=183>
3387	<P><I>0 </I>
3388	</P>
3389	</TD>
3390	<TD WIDTH=651>
3391	<P>Grid point index (scalar) of the upper boundary of the plant
3392	canopy layer</P>
3393	</TD>
3394	</TR>
3395	<TR VALIGN=TOP>
3396	<TD WIDTH=164>
3397	<P><A HREF="chapter_4.2.html#pdx"><B>pdx</B></A></P>
3398	</TD>
3399	<TD WIDTH=47>
3400	<P>P</P>
3401	</TD>
3402	<TD WIDTH=75>
3403	<P>R (10)</P>
3404	</TD>
3405	<TD WIDTH=183>
3406	<P><I>10 * dx</I></P>
3407	</TD>
3408	<TD WIDTH=651>
3409	<P>Distance along x between particles within a particle source (in
3410	m).
3411	</P>
3412	</TD>
3413	</TR>
3414	<TR>
3415	<TD WIDTH=164>
3416	<P><A HREF="chapter_4.2.html#pdy"><B>pdy</B></A></P>
3417	</TD>
3418	<TD WIDTH=47>
3419	<P>P</P>
3420	</TD>
3421	<TD WIDTH=75>
3422	<P>R (10)</P>
3423	</TD>
3424	<TD WIDTH=183>
3425	<P><I>10 * dy</I></P>
3426	</TD>
3427	<TD WIDTH=651>
3428	<P>Distance along y between particles within a particle source (in
3429	m).
3430	</P>
3431	</TD>
3432	</TR>
3433	<TR>
3434	<TD WIDTH=164>
3435	<P><A HREF="chapter_4.2.html#pdz"><B>pdz</B></A></P>
3436	</TD>
3437	<TD WIDTH=47>
3438	<P>P</P>
3439	</TD>
3440	<TD WIDTH=75>
3441	<P>R (10)</P>
3442	</TD>
3443	<TD WIDTH=183>
3444	<P><I>10 * ( zu(2) - zu(1) )</I></P>
3445	</TD>
3446	<TD WIDTH=651>
3447	<P>Distance along z between particles within a particle source (in
3448	m).</P>
3449	</TD>
3450	</TR>
3451	<TR>
3452	<TD WIDTH=164>
3453	<P><A HREF="chapter_4.1.html#phi"><B>phi</B></A></P>
3454	</TD>
3455	<TD WIDTH=47>
3456	<P>I</P>
3457	</TD>
3458	<TD WIDTH=75>
3459	<P>R</P>
3460	</TD>
3461	<TD WIDTH=183>
3462	<P><I>55.0</I></P>
3463	</TD>
3464	<TD WIDTH=651>
3465	<P>Geographical latitude (in degrees).
3466	</P>
3467	</TD>
3468	</TR>
3469	<TR>
3470	<TD WIDTH=164>
3471	<P><A HREF="chapter_4.1.html#plant_canopy"><B>plant_canopy</B></A></P>
3472	</TD>
3473	<TD WIDTH=47>
3474	<P>I</P>
3475	</TD>
3476	<TD WIDTH=75>
3477	<P>L</P>
3478	</TD>
3479	<TD WIDTH=183>
3480	<P><I>.F.</I></P>
3481	</TD>
3482	<TD WIDTH=651>
3483	<P>Parameter to switch on the plant canopy model</P>
3484	</TD>
3485	</TR>
3486	<TR>
3487	<TD WIDTH=164>
3488	<P><A HREF="chapter_4.2.html#plot_spectra_level"><B>plot_spectra_level</B></A></P>
3489	</TD>
3490	<TD WIDTH=47>
3491	<P>P</P>
3492	</TD>
3493	<TD WIDTH=75>
3494	<P>I (100)</P>
3495	</TD>
3496	<TD WIDTH=183>
3497	<P><I>No level</I></P>
3498	</TD>
3499	<TD WIDTH=651>
3500	<P>Vertical level(s) for which horizontal spectra are to be
3501	plotted (in gridpoints).
3502	</P>
3503	</TD>
3504	</TR>
3505	<TR>
3506	<TD WIDTH=164>
3507	<P><A HREF="chapter_4.1.html#prandtl_layer"><B>prandtl_layer</B></A></P>
3508	</TD>
3509	<TD WIDTH=47>
3510	<P>I</P>
3511	</TD>
3512	<TD WIDTH=75>
3513	<P>L</P>
3514	</TD>
3515	<TD WIDTH=183>
3516	<P><I>.T.</I></P>
3517	</TD>
3518	<TD WIDTH=651>
3519	<P>Parameter to switch on a Prandtl layer.
3520	</P>
3521	</TD>
3522	</TR>
3523	<TR>
3524	<TD WIDTH=164>
3525	<P><A HREF="chapter_4.2.html#prandtl_number"><B>prandtl_number</B></A></P>
3526	</TD>
3527	<TD WIDTH=47>
3528	<P>R</P>
3529	</TD>
3530	<TD WIDTH=75>
3531	<P>R</P>
3532	</TD>
3533	<TD WIDTH=183>
3534	<P><I>1.0</I></P>
3535	</TD>
3536	<TD WIDTH=651>
3537	<P>Ratio of the eddy diffusivities for momentum and heat (K<SUB>m</SUB>/K<SUB>h</SUB>).
3538	</P>
3539	</TD>
3540	</TR>
3541	<TR>
3542	<TD WIDTH=164>
3543	<P><A HREF="chapter_4.1.html#precipitation"><B>precipitation</B></A></P>
3544	</TD>
3545	<TD WIDTH=47>
3546	<P>I</P>
3547	</TD>
3548	<TD WIDTH=75>
3549	<P>L</P>
3550	</TD>
3551	<TD WIDTH=183>
3552	<P><I>.F.</I></P>
3553	</TD>
3554	<TD WIDTH=651>
3555	<P>Parameter to switch on the precipitation scheme.</P>
3556	</TD>
3557	</TR>
3558	<TR>
3559	<TD WIDTH=164>
3560	<P><A HREF="chapter_4.2.html#precipitation_amount_interval"><B>precipitation_amount_<BR>interval</B></A></P>
3561	</TD>
3562	<TD WIDTH=47>
3563	<P>R</P>
3564	</TD>
3565	<TD WIDTH=75>
3566	<P>R</P>
3567	</TD>
3568	<TD WIDTH=183>
3569	<P><I>value of  <A HREF="chapter_4.2.html#dt_do2d_xy">dt_do2d_<BR>xy</A></I></P>
3570	</TD>
3571	<TD WIDTH=651>
3572	<P><FONT FACE="Thorndale, serif">Temporal interval</FONT> <FONT FACE="Thorndale">for
3573	which the precipitation amount (in mm) shall be calculated and
3574	output (</FONT>in <FONT FACE="Thorndale">s). </FONT></P>
3575	</TD>
3576	</TR>
3577	<TR>
3578	<TD WIDTH=164>
3579	<P><A HREF="chapter_4.2.html#profile_columns"><B>profile_columns</B></A></P>
3580	</TD>
3581	<TD WIDTH=47>
3582	<P>R</P>
3583	</TD>
3584	<TD WIDTH=75>
3585	<P>I</P>
3586	</TD>
3587	<TD WIDTH=183>
3588	<P><I>3</I></P>
3589	</TD>
3590	<TD WIDTH=651>
3591	<P>Number of coordinate systems to be plotted in one row by
3592	<B>profil</B>.
3593	</P>
3594	</TD>
3595	</TR>
3596	<TR>
3597	<TD WIDTH=164>
3598	<P><A HREF="chapter_4.2.html#profile_rows"><B>profile_rows</B></A></P>
3599	</TD>
3600	<TD WIDTH=47>
3601	<P>R</P>
3602	</TD>
3603	<TD WIDTH=75>
3604	<P>I</P>
3605	</TD>
3606	<TD WIDTH=183>
3607	<P><I>2</I></P>
3608	</TD>
3609	<TD WIDTH=651>
3610	<P>Number of rows of coordinate systems to be plotted on one page
3611	by <B>profil</B>.
3612	</P>
3613	</TD>
3614	</TR>
3615	<TR VALIGN=TOP>
3616	<TD WIDTH=164>
3617	<P><A HREF="chapter_4.2.html#psb"><B>psb</B></A></P>
3618	</TD>
3619	<TD WIDTH=47>
3620	<P>P</P>
3621	</TD>
3622	<TD WIDTH=75>
3623	<P>R (10)</P>
3624	</TD>
3625	<TD WIDTH=183>
3626	<P><I>10 * zu(nz/2)</I></P>
3627	</TD>
3628	<TD WIDTH=651>
3629	<P>Bottom edge of a particle source (in m).</P>
3630	</TD>
3631	</TR>
3632	<TR VALIGN=TOP>
3633	<TD WIDTH=164>
3634	<P><A HREF="chapter_4.2.html#psl"><B>psl</B></A></P>
3635	</TD>
3636	<TD WIDTH=47>
3637	<P>P</P>
3638	</TD>
3639	<TD WIDTH=75>
3640	<P>R (10)</P>
3641	</TD>
3642	<TD WIDTH=183>
3643	<P><I>10 * 0.0</I></P>
3644	</TD>
3645	<TD WIDTH=651>
3646	<P>Left edge of a particle source (in m).
3647	</P>
3648	</TD>
3649	</TR>
3650	<TR VALIGN=TOP>
3651	<TD WIDTH=164>
3652	<P><A HREF="chapter_4.2.html#psn"><B>psn</B></A></P>
3653	</TD>
3654	<TD WIDTH=47>
3655	<P>P</P>
3656	</TD>
3657	<TD WIDTH=75>
3658	<P>R (10)</P>
3659	</TD>
3660	<TD WIDTH=183>
3661	<P><I>10 * ( ny * dy )</I></P>
3662	</TD>
3663	<TD WIDTH=651>
3664	<P>Rear (ânorthâ) edge of a particle source (in m).</P>
3665	</TD>
3666	</TR>
3667	<TR>
3668	<TD WIDTH=164>
3669	<P><A HREF="chapter_4.2.html#psolver"><B>psolver</B></A></P>
3670	</TD>
3671	<TD WIDTH=47>
3672	<P>R</P>
3673	</TD>
3674	<TD WIDTH=75>
3675	<P>C * 10</P>
3676	</TD>
3677	<TD WIDTH=183>
3678	<P><I>'poisfft'</I></P>
3679	</TD>
3680	<TD WIDTH=651>
3681	<P>Scheme to be used to solve the Poisson equation for the
3682	perturbation pressure.
3683	</P>
3684	</TD>
3685	</TR>
3686	<TR VALIGN=TOP>
3687	<TD WIDTH=164>
3688	<P><A HREF="chapter_4.2.html#psr"><B>psr</B></A></P>
3689	</TD>
3690	<TD WIDTH=47>
3691	<P>P</P>
3692	</TD>
3693	<TD WIDTH=75>
3694	<P>R (10)</P>
3695	</TD>
3696	<TD WIDTH=183>
3697	<P><I>10 * ( nx * dx )</I></P>
3698	</TD>
3699	<TD WIDTH=651>
3700	<P>Right edge of a particle source (in m).</P>
3701	</TD>
3702	</TR>
3703	<TR VALIGN=TOP>
3704	<TD WIDTH=164>
3705	<P><A HREF="chapter_4.2.html#pss"><B>pss</B></A></P>
3706	</TD>
3707	<TD WIDTH=47>
3708	<P>P</P>
3709	</TD>
3710	<TD WIDTH=75>
3711	<P>R (10)</P>
3712	</TD>
3713	<TD WIDTH=183>
3714	<P><I>10 * 0.0</I></P>
3715	</TD>
3716	<TD WIDTH=651>
3717	<P>Front (âsouthâ) edge of a particle source (in m).</P>
3718	</TD>
3719	</TR>
3720	<TR VALIGN=TOP>
3721	<TD WIDTH=164>
3722	<P><A HREF="chapter_4.2.html#pst"><B>pst</B></A></P>
3723	</TD>
3724	<TD WIDTH=47>
3725	<P>P</P>
3726	</TD>
3727	<TD WIDTH=75>
3728	<P>R (10)</P>
3729	</TD>
3730	<TD WIDTH=183>
3731	<P><I>10 * zu(nz/2)</I></P>
3732	</TD>
3733	<TD WIDTH=651>
3734	<P>Top edge of a particle source (in m).</P>
3735	</TD>
3736	</TR>
3737	<TR>
3738	<TD WIDTH=164>
3739	<P><A HREF="chapter_4.1.html#pt_reference"><B>pt_reference</B></A></P>
3740	</TD>
3741	<TD WIDTH=47>
3742	<P>I</P>
3743	</TD>
3744	<TD WIDTH=75>
3745	<P>R</P>
3746	</TD>
3747	<TD WIDTH=183>
3748	<P><I>use horizontal average as reference</I></P>
3749	</TD>
3750	<TD WIDTH=651>
3751	<P>Reference temperature to be used in all buoyancy terms (in K).</P>
3752	</TD>
3753	</TR>
3754	<TR>
3755	<TD WIDTH=164>
3756	<P><A HREF="chapter_4.1.html#pt_surface"><B>pt_surface</B></A></P>
3757	</TD>
3758	<TD WIDTH=47>
3759	<P>I</P>
3760	</TD>
3761	<TD WIDTH=75>
3762	<P>R</P>
3763	</TD>
3764	<TD WIDTH=183>
3765	<P><I>300.0</I></P>
3766	</TD>
3767	<TD WIDTH=651>
3768	<P>Surface potential temperature (in K).
3769	</P>
3770	</TD>
3771	</TR>
3772	<TR>
3773	<TD WIDTH=164>
3774	<P><A HREF="chapter_4.1.html#pt_surface_initial_change"><B>pt_surface_initial</B></A>
3775	<BR><A HREF="chapter_4.1.html#pt_surface_initial_change"> <B>_change</B></A></P>
3776	</TD>
3777	<TD WIDTH=47>
3778	<P>I</P>
3779	</TD>
3780	<TD WIDTH=75>
3781	<P>R</P>
3782	</TD>
3783	<TD WIDTH=183>
3784	<P><I>0.0</I></P>
3785	</TD>
3786	<TD WIDTH=651>
3787	<P>Change in surface temperature to be made at the beginning of
3788	the 3d run (in K). </P>
3789	</TD>
3790	</TR>
3791	<TR>
3792	<TD WIDTH=164>
3793	<P><A HREF="chapter_4.1.html#pt_vertical_gradient"><B>pt_vertical_gradient</B></A></P>
3794	</TD>
3795	<TD WIDTH=47>
3796	<P>I</P>
3797	</TD>
3798	<TD WIDTH=75>
3799	<P>R (10)</P>
3800	</TD>
3801	<TD WIDTH=183>
3802	<P><I>10 * 0.0</I></P>
3803	</TD>
3804	<TD WIDTH=651>
3805	<P>Temperature gradient(s) of the initial temperature profile (in
3806	K / 100 m).
3807	</P>
3808	</TD>
3809	</TR>
3810	<TR>
3811	<TD WIDTH=164>
3812	<P><A HREF="chapter_4.1.html#pt_vertical_gradient_level"><B>pt_vertical_gradient</B></A>
3813	<BR><A HREF="chapter_4.1.html#pt_vertical_gradient_level"> <B>_level</B></A></P>
3814	</TD>
3815	<TD WIDTH=47>
3816	<P>I</P>
3817	</TD>
3818	<TD WIDTH=75>
3819	<P>R (10)</P>
3820	</TD>
3821	<TD WIDTH=183>
3822	<P><I>10 *</I>  <I>0.0</I></P>
3823	</TD>
3824	<TD WIDTH=651>
3825	<P>Height level from which on the temperature gradient defined by
3826	<A HREF="chapter_4.1.html#pt_vertical_gradient">pt_vertical_gradient</A>
3827	is effective (in m). </P>
3828	</TD>
3829	</TR>
3830	<TR>
3831	<TD WIDTH=164>
3832	<P><A HREF="chapter_4.1.html#q_surface"><B>q_surface</B></A></P>
3833	</TD>
3834	<TD WIDTH=47>
3835	<P>I</P>
3836	</TD>
3837	<TD WIDTH=75>
3838	<P>R</P>
3839	</TD>
3840	<TD WIDTH=183>
3841	<P><I>0.0</I></P>
3842	</TD>
3843	<TD WIDTH=651>
3844	<P>Surface specific humidity / total water content (kg/kg).
3845	</P>
3846	</TD>
3847	</TR>
3848	<TR>
3849	<TD WIDTH=164>
3850	<P><A HREF="chapter_4.1.html#q_surface_initial_change"><B>q_surface_initial</B></A>
3851	<BR><A HREF="chapter_4.1.html#q_surface_initial_change"> <B>_change</B></A></P>
3852	</TD>
3853	<TD WIDTH=47>
3854	<P>I</P>
3855	</TD>
3856	<TD WIDTH=75>
3857	<P>R</P>
3858	</TD>
3859	<TD WIDTH=183>
3860	<P><I>0.0</I></P>
3861	</TD>
3862	<TD WIDTH=651>
3863	<P>Change in surface specific humidity / total water content to be
3864	made at the beginning of the 3d run (kg/kg).
3865	</P>
3866	</TD>
3867	</TR>
3868	<TR>
3869	<TD WIDTH=164>
3870	<P><A HREF="chapter_4.1.html#q_vertical_gradient"><B>q_vertical_gradient</B></A></P>
3871	</TD>
3872	<TD WIDTH=47>
3873	<P>I</P>
3874	</TD>
3875	<TD WIDTH=75>
3876	<P>R (10)</P>
3877	</TD>
3878	<TD WIDTH=183>
3879	<P><I>10 * 0.0</I></P>
3880	</TD>
3881	<TD WIDTH=651>
3882	<P>Humidity gradient(s) of the initial humidity profile (in 1/100
3883	m).
3884	</P>
3885	</TD>
3886	</TR>
3887	<TR>
3888	<TD WIDTH=164>
3889	<P><A HREF="chapter_4.1.html#q_vertical_gradient_level"><B>q_vertical_gradient</B></A>
3890	<BR><A HREF="chapter_4.1.html#q_vertical_gradient_level"> <B>_level</B></A></P>
3891	</TD>
3892	<TD WIDTH=47>
3893	<P>I</P>
3894	</TD>
3895	<TD WIDTH=75>
3896	<P>R (10)</P>
3897	</TD>
3898	<TD WIDTH=183>
3899	<P><I>10 *</I>  <I>0.0</I></P>
3900	</TD>
3901	<TD WIDTH=651>
3902	<P>Height level from which on the humidity gradient defined by
3903	<A HREF="chapter_4.1.html#q_vertical_gradient">q_vertical_gradient</A>
3904	is effective (in m). </P>
3905	</TD>
3906	</TR>
3907	<TR>
3908	<TD WIDTH=164>
3909	<P><A HREF="chapter_4.1.html#radiation"><B>radiation</B></A></P>
3910	</TD>
3911	<TD WIDTH=47>
3912	<P>I</P>
3913	</TD>
3914	<TD WIDTH=75>
3915	<P>L</P>
3916	</TD>
3917	<TD WIDTH=183>
3918	<P><I>.F.</I></P>
3919	</TD>
3920	<TD WIDTH=651>
3921	<P>Parameter to switch on longwave radiation cooling at
3922	cloud-tops.
3923	</P>
3924	</TD>
3925	</TR>
3926	<TR>
3927	<TD WIDTH=164>
3928	<P><A HREF="chapter_4.2.html#radius"><B>radius</B></A></P>
3929	</TD>
3930	<TD WIDTH=47>
3931	<P>P</P>
3932	</TD>
3933	<TD WIDTH=75>
3934	<P>R (10)</P>
3935	</TD>
3936	<TD WIDTH=183>
3937	<P><I>0.0, 9</I>*<BR><I>9999999.9</I></P>
3938	</TD>
3939	<TD WIDTH=651>
3940	<P>Particle radius (in m).</P>
3941	</TD>
3942	</TR>
3943	<TR VALIGN=TOP>
3944	<TD WIDTH=164>
3945	<P><A HREF="chapter_4.1.html#random_generator"><B>random_generator</B></A></P>
3946	</TD>
3947	<TD WIDTH=47>
3948	<P>I</P>
3949	</TD>
3950	<TD WIDTH=75>
3951	<P>C * 20</P>
3952	</TD>
3953	<TD WIDTH=183>
3954	<P><I>'numerical recipes'</I></P>
3955	</TD>
3956	<TD WIDTH=651>
3957	<P>Random number generator to be used for creating uniformly
3958	distributed random numbers.
3959	</P>
3960	</TD>
3961	</TR>
3962	<TR>
3963	<TD WIDTH=164>
3964	<P><A HREF="chapter_4.1.html#random_heatflux"><B>random_heatflux</B></A></P>
3965	</TD>
3966	<TD WIDTH=47>
3967	<P>I</P>
3968	</TD>
3969	<TD WIDTH=75>
3970	<P>L</P>
3971	</TD>
3972	<TD WIDTH=183>
3973	<P><I>.F.</I></P>
3974	</TD>
3975	<TD WIDTH=651>
3976	<P>Parameter to impose random perturbations on the internal
3977	two-dimensional near surface heat flux field <I>shf</I>.
3978	</P>
3979	</TD>
3980	</TR>
3981	<TR VALIGN=TOP>
3982	<TD WIDTH=164>
3983	<P><A HREF="chapter_4.2.html#random_start_position"><B>random_start_position</B></A></P>
3984	</TD>
3985	<TD WIDTH=47>
3986	<P>P</P>
3987	</TD>
3988	<TD WIDTH=75>
3989	<P>L</P>
3990	</TD>
3991	<TD WIDTH=183>
3992	<P><I>.F.</I></P>
3993	</TD>
3994	<TD WIDTH=651>
3995	<P><SPAN STYLE="background: transparent"><FONT COLOR="#000000">Initial
3996	position of the</FONT> particles is varied randomly within certain
3997	limits. </SPAN></P>
3998	</TD>
3999	</TR>
4000	<TR>
4001	<TD WIDTH=164>
4002	<P><A HREF="chapter_4.2.html#rayleigh_damping_factor"><B>rayleigh_damping</B></A>
4003	<BR><A HREF="chapter_4.2.html#rayleigh_damping_factor"> <B>_factor</B></A></P>
4004	</TD>
4005	<TD WIDTH=47>
4006	<P>R</P>
4007	</TD>
4008	<TD WIDTH=75>
4009	<P>R</P>
4010	</TD>
4011	<TD WIDTH=183>
4012	<P><I>0.0</I> and/or <I>0.01</I> (see parameter description)</P>
4013	</TD>
4014	<TD WIDTH=651>
4015	<P>Factor for Rayleigh damping. </P>
4016	</TD>
4017	</TR>
4018	<TR>
4019	<TD WIDTH=164>
4020	<P><A HREF="chapter_4.2.html#rayleigh_damping_height"><B>rayleigh_damping</B></A>
4021	<BR><A HREF="chapter_4.2.html#rayleigh_damping_height"> <B>_height</B></A></P>
4022	</TD>
4023	<TD WIDTH=47>
4024	<P>R</P>
4025	</TD>
4026	<TD WIDTH=75>
4027	<P>R</P>
4028	</TD>
4029	<TD WIDTH=183>
4030	<P><I>2/3 * zu(nz)</I></P>
4031	</TD>
4032	<TD WIDTH=651>
4033	<P ALIGN=LEFT>Height where the Rayleigh damping starts (in m).
4034	</P>
4035	</TD>
4036	</TR>
4037	<TR>
4038	<TD WIDTH=164>
4039	<P><A HREF="chapter_4.2.html#read_particles_from_restartfile"><B>read_particles_from_</B></A>
4040	<BR><A HREF="chapter_4.2.html#read_particles_from_restartfile"><B>restartfile</B></A></P>
4041	</TD>
4042	<TD WIDTH=47>
4043	<P>P</P>
4044	</TD>
4045	<TD WIDTH=75>
4046	<P>L</P>
4047	</TD>
4048	<TD WIDTH=183>
4049	<P><I>.T.</I></P>
4050	</TD>
4051	<TD WIDTH=651>
4052	<P>Read particle data from the previous run.
4053	</P>
4054	</TD>
4055	</TR>
4056	<TR>
4057	<TD WIDTH=164>
4058	<P><A HREF="chapter_4.1.html#recycling_width"><B>recycling_width</B></A></P>
4059	</TD>
4060	<TD WIDTH=47>
4061	<P>I</P>
4062	</TD>
4063	<TD WIDTH=75>
4064	<P>R</P>
4065	</TD>
4066	<TD WIDTH=183>
4067	<P><I>0.1 * <A HREF="http://www.muk.uni-hannover.de/%7Eraasch/PALM_group/doc/app/chapter_4.1.html#nx">nx</A>
4068	* <A HREF="http://www.muk.uni-hannover.de/%7Eraasch/PALM_group/doc/app/chapter_4.1.html#dx">dx</A></I></P>
4069	</TD>
4070	<TD WIDTH=651>
4071	<P>Distance of the recycling plane from the inflow boundary (in
4072	m).</P>
4073	</TD>
4074	</TR>
4075	<TR>
4076	<TD WIDTH=164>
4077	<P><A HREF="chapter_4.3.html#region"><B>region</B></A></P>
4078	</TD>
4079	<TD WIDTH=47>
4080	<P>U</P>
4081	</TD>
4082	<TD WIDTH=75>
4083	<P>C * 40 (0:9)</P>
4084	</TD>
4085	<TD WIDTH=183>
4086	<P> </P>
4087	</TD>
4088	<TD WIDTH=651>
4089	<P>Name(s) of the subdomain(s) defined by the user.</P>
4090	</TD>
4091	</TR>
4092	<TR VALIGN=TOP>
4093	<TD WIDTH=164>
4094	<P><A HREF="chapter_4.2.html#residual_limit"><B>residual_limit</B></A></P>
4095	</TD>
4096	<TD WIDTH=47>
4097	<P>R</P>
4098	</TD>
4099	<TD WIDTH=75>
4100	<P>R</P>
4101	</TD>
4102	<TD WIDTH=183>
4103	<P><I>1.0E-6</I></P>
4104	</TD>
4105	<TD WIDTH=651>
4106	<P>Largest residual permitted for the multi-grid scheme (in
4107	s<SUP>-2</SUP>m<SUP>-3</SUP>).
4108	</P>
4109	</TD>
4110	</TR>
4111	<TR>
4112	<TD WIDTH=164>
4113	<P><A HREF="chapter_4.2.html#restart_time"><B>restart_time</B></A></P>
4114	</TD>
4115	<TD WIDTH=47>
4116	<P>R</P>
4117	</TD>
4118	<TD WIDTH=75>
4119	<P>R</P>
4120	</TD>
4121	<TD WIDTH=183>
4122	<P>9999999.9</P>
4123	</TD>
4124	<TD WIDTH=651>
4125	<P>Simulated time after which a restart run is to be carried out
4126	(in s).</P>
4127	</TD>
4128	</TR>
4129	<TR>
4130	<TD WIDTH=164>
4131	<P><A HREF="chapter_4.1.html#rif_max"><B>rif_max</B></A></P>
4132	</TD>
4133	<TD WIDTH=47>
4134	<P>I</P>
4135	</TD>
4136	<TD WIDTH=75>
4137	<P>R</P>
4138	</TD>
4139	<TD WIDTH=183>
4140	<P><I>1.0</I></P>
4141	</TD>
4142	<TD WIDTH=651>
4143	<P>Upper limit of the flux-Richardson number.
4144	</P>
4145	</TD>
4146	</TR>
4147	<TR>
4148	<TD WIDTH=164>
4149	<P><A HREF="chapter_4.1.html#rif_min"><B>rif_min</B></A></P>
4150	</TD>
4151	<TD WIDTH=47>
4152	<P>I</P>
4153	</TD>
4154	<TD WIDTH=75>
4155	<P>R</P>
4156	</TD>
4157	<TD WIDTH=183>
4158	<P><I>- 5.0</I></P>
4159	</TD>
4160	<TD WIDTH=651>
4161	<P>Lower limit of the flux-Richardson number.
4162	</P>
4163	</TD>
4164	</TR>
4165	<TR>
4166	<TD WIDTH=164>
4167	<P><A HREF="chapter_4.1.html#roughness_length"><B>roughness_length</B></A></P>
4168	</TD>
4169	<TD WIDTH=47>
4170	<P>I</P>
4171	</TD>
4172	<TD WIDTH=75>
4173	<P>R</P>
4174	</TD>
4175	<TD WIDTH=183>
4176	<P><I>0.1</I></P>
4177	</TD>
4178	<TD WIDTH=651>
4179	<P>Roughness length (in m).
4180	</P>
4181	</TD>
4182	</TR>
4183	<TR>
4184	<TD WIDTH=164>
4185	<P><A HREF="chapter_4.1.html#sa_surface"><B>sa_surface</B></A></P>
4186	</TD>
4187	<TD WIDTH=47>
4188	<P>I</P>
4189	</TD>
4190	<TD WIDTH=75>
4191	<P>R</P>
4192	</TD>
4193	<TD WIDTH=183>
4194	<P><I>35.0</I></P>
4195	</TD>
4196	<TD WIDTH=651>
4197	<P>Surface salinity (in psu).</P>
4198	</TD>
4199	</TR>
4200	<TR>
4201	<TD WIDTH=164>
4202	<P><A HREF="chapter_4.1.html#sa_vertical_gradient"><B>sa_vertical_gradient</B></A></P>
4203	</TD>
4204	<TD WIDTH=47>
4205	<P>I</P>
4206	</TD>
4207	<TD WIDTH=75>
4208	<P>R(10)</P>
4209	</TD>
4210	<TD WIDTH=183>
4211	<P><I>10 * 0.0</I></P>
4212	</TD>
4213	<TD WIDTH=651>
4214	<P>Salinity gradient(s) of the initial salinity profile (in psu /
4215	100 m).</P>
4216	</TD>
4217	</TR>
4218	<TR>
4219	<TD WIDTH=164>
4220	<P><A HREF="chapter_4.1.html#sa_vertical_gradient_level"><B>sa_vertical_gradient_level</B></A></P>
4221	</TD>
4222	<TD WIDTH=47>
4223	<P>I</P>
4224	</TD>
4225	<TD WIDTH=75>
4226	<P>R(10)</P>
4227	</TD>
4228	<TD WIDTH=183>
4229	<P><I>10 * 0.0</I></P>
4230	</TD>
4231	<TD WIDTH=651>
4232	<P>Height level from which on the salinity gradient defined by
4233	<A HREF="chapter_4.1.html#sa_vertical_gradient">sa_vertical_gradient</A>
4234	is effective (in m).</P>
4235	</TD>
4236	</TR>
4237	<TR>
4238	<TD WIDTH=164>
4239	<P><A HREF="chapter_4.1.html#scalar_advec"><B>scalar_advec</B></A></P>
4240	</TD>
4241	<TD WIDTH=47>
4242	<P>I</P>
4243	</TD>
4244	<TD WIDTH=75>
4245	<P>C * 10</P>
4246	</TD>
4247	<TD WIDTH=183>
4248	<P><I>'pw-scheme'</I></P>
4249	</TD>
4250	<TD WIDTH=651>
4251	<P>Advection scheme to be used for the scalar quantities.
4252	</P>
4253	</TD>
4254	</TR>
4255	<TR>
4256	<TD WIDTH=164>
4257	<P><A HREF="../../../../../DEVELOPER_VERSION/chapter_4.1.html#scalar_exchange_coefficient"><B>scalar_exchange_coefficient</B></A></P>
4258	</TD>
4259	<TD WIDTH=47>
4260	<P>R</P>
4261	</TD>
4262	<TD WIDTH=75>
4263	<P>R</P>
4264	</TD>
4265	<TD WIDTH=183>
4266	<P><I>0.0</I></P>
4267	</TD>
4268	<TD WIDTH=651>
4269	<P>Scalar exchange coefficient for a leaf (dimensionless).</P>
4270	</TD>
4271	</TR>
4272	<TR>
4273	<TD WIDTH=164>
4274	<P><A HREF="chapter_4.2.html#section_xy"><B>section_xy</B></A></P>
4275	</TD>
4276	<TD WIDTH=47>
4277	<P>R</P>
4278	</TD>
4279	<TD WIDTH=75>
4280	<P>I (100)</P>
4281	</TD>
4282	<TD WIDTH=183>
4283	<P><I>no section</I></P>
4284	</TD>
4285	<TD WIDTH=651>
4286	<P><FONT FACE="Thorndale">Position of cross section(s)
4287	for output of 2d horizontal cross sections (grid point index
4288	k). </FONT></P>
4289	</TD>
4290	</TR>
4291	<TR>
4292	<TD WIDTH=164>
4293	<P><A HREF="chapter_4.2.html#section_xz"><B>section_xz</B></A></P>
4294	</TD>
4295	<TD WIDTH=47>
4296	<P>R</P>
4297	</TD>
4298	<TD WIDTH=75>
4299	<P>I (100)</P>
4300	</TD>
4301	<TD WIDTH=183>
4302	<P><I>no section</I></P>
4303	</TD>
4304	<TD WIDTH=651>
4305	<P><FONT FACE="Thorndale">Position of cross section(s)
4306	for output of 2d (xz) vertical cross sections (grid point
4307	index j). </FONT></P>
4308	</TD>
4309	</TR>
4310	<TR>
4311	<TD WIDTH=164>
4312	<P><A HREF="chapter_4.2.html#section_yz"><B>section_yz</B></A></P>
4313	</TD>
4314	<TD WIDTH=47>
4315	<P>R</P>
4316	</TD>
4317	<TD WIDTH=75>
4318	<P>I (100)</P>
4319	</TD>
4320	<TD WIDTH=183>
4321	<P><I>no section</I></P>
4322	</TD>
4323	<TD WIDTH=651>
4324	<P><FONT FACE="Thorndale">Position of cross section(s)
4325	for output of 2d (yz) vertical cross sections (grid point
4326	index i). </FONT></P>
4327	</TD>
4328	</TR>
4329	<TR>
4330	<TD WIDTH=164>
4331	<P><A HREF="chapter_4.2.html#skip_particles_for_tail"><B>skip_particles_for_tail</B></A></P>
4332	</TD>
4333	<TD WIDTH=47>
4334	<P>P</P>
4335	</TD>
4336	<TD WIDTH=75>
4337	<P>I</P>
4338	</TD>
4339	<TD WIDTH=183>
4340	<P><I>100</I></P>
4341	</TD>
4342	<TD WIDTH=651>
4343	<P>Limit the number of particle tails.</P>
4344	</TD>
4345	</TR>
4346	<TR>
4347	<TD WIDTH=164>
4348	<P><A HREF="chapter_4.2.html#skip_time_data_output"><B>skip_time_data_output</B></A></P>
4349	</TD>
4350	<TD WIDTH=47>
4351	<P>R</P>
4352	</TD>
4353	<TD WIDTH=75>
4354	<P>R</P>
4355	</TD>
4356	<TD WIDTH=183>
4357	<P><I>0.0</I></P>
4358	</TD>
4359	<TD WIDTH=651>
4360	<P>No data output before this interval has passed (in s).</P>
4361	</TD>
4362	</TR>
4363	<TR>
4364	<TD WIDTH=164>
4365	<P><A HREF="chapter_4.2.html#skip_time_data_output_av"><B>skip_time_data_output_av</B></A></P>
4366	</TD>
4367	<TD WIDTH=47>
4368	<P>R</P>
4369	</TD>
4370	<TD WIDTH=75>
4371	<P>R</P>
4372	</TD>
4373	<TD WIDTH=183>
4374	<P><I>value of <A HREF="chapter_4.2.html#skip_time_data_output">skip_time_<BR>data_output</A></I></P>
4375	</TD>
4376	<TD WIDTH=651>
4377	<P>No output of temporally averaged 2d/3d data before this
4378	interval has passed (in s).</P>
4379	</TD>
4380	</TR>
4381	<TR>
4382	<TD WIDTH=164>
4383	<P><A HREF="chapter_4.2.html#skip_time_dopr"><B>skip_time_dopr</B></A></P>
4384	</TD>
4385	<TD WIDTH=47>
4386	<P>R</P>
4387	</TD>
4388	<TD WIDTH=75>
4389	<P>R</P>
4390	</TD>
4391	<TD WIDTH=183>
4392	<P><I>value of <A HREF="chapter_4.2.html#skip_time_data_output">skip_time_<BR>data_output</A></I></P>
4393	</TD>
4394	<TD WIDTH=651>
4395	<P>No output of vertical profile data before this interval has
4396	passed (in s).</P>
4397	</TD>
4398	</TR>
4399	<TR>
4400	<TD WIDTH=164>
4401	<P><A HREF="chapter_4.2.html#skip_time_dosp"><B>skip_time_dosp</B></A></P>
4402	</TD>
4403	<TD WIDTH=47>
4404	<P>P</P>
4405	</TD>
4406	<TD WIDTH=75>
4407	<P>R</P>
4408	</TD>
4409	<TD WIDTH=183>
4410	<P><I>value of <A HREF="chapter_4.2.html#skip_time_data_output">skip_time_<BR>data_output</A></I></P>
4411	</TD>
4412	<TD WIDTH=651>
4413	<P>No output of spectra data before this interval has passed (in
4414	s).</P>
4415	</TD>
4416	</TR>
4417	<TR>
4418	<TD WIDTH=164>
4419	<P><A HREF="chapter_4.2.html#skip_time_do2d_xy"><B>skip_time_do2d_xy</B></A></P>
4420	</TD>
4421	<TD WIDTH=47>
4422	<P>R</P>
4423	</TD>
4424	<TD WIDTH=75>
4425	<P>R</P>
4426	</TD>
4427	<TD WIDTH=183>
4428	<P><I>value of <A HREF="chapter_4.2.html#skip_time_data_output">skip_time_<BR>data_output</A></I></P>
4429	</TD>
4430	<TD WIDTH=651>
4431	<P>No output of instantaneous horizontal cross section data before
4432	this interval has passed (in s).</P>
4433	</TD>
4434	</TR>
4435	<TR>
4436	<TD WIDTH=164>
4437	<P><A HREF="chapter_4.2.html#skip_time_do2d_xz"><B>skip_time_do2d_xz</B></A></P>
4438	</TD>
4439	<TD WIDTH=47>
4440	<P>R</P>
4441	</TD>
4442	<TD WIDTH=75>
4443	<P>R</P>
4444	</TD>
4445	<TD WIDTH=183>
4446	<P><I>value of <A HREF="chapter_4.2.html#skip_time_data_output">skip_time_<BR>data_output</A></I></P>
4447	</TD>
4448	<TD WIDTH=651>
4449	<P>No output of instantaneous vertical (xz) cross section data
4450	before this interval has passed (in s).</P>
4451	</TD>
4452	</TR>
4453	<TR>
4454	<TD WIDTH=164>
4455	<P><A HREF="chapter_4.2.html#skip_time_do2d_yz"><B>skip_time_do2d_yz</B></A></P>
4456	</TD>
4457	<TD WIDTH=47>
4458	<P>R</P>
4459	</TD>
4460	<TD WIDTH=75>
4461	<P>R</P>
4462	</TD>
4463	<TD WIDTH=183>
4464	<P><I>value of <A HREF="chapter_4.2.html#skip_time_data_output">skip_time_<BR>data_output</A></I></P>
4465	</TD>
4466	<TD WIDTH=651>
4467	<P>No output of instantaneous vertical (yz) cross section data
4468	before this interval has passed (in s).</P>
4469	</TD>
4470	</TR>
4471	<TR>
4472	<TD WIDTH=164>
4473	<P><A HREF="chapter_4.2.html#skip_time_do3d"><B>skip_time_do3d</B></A></P>
4474	</TD>
4475	<TD WIDTH=47>
4476	<P>R</P>
4477	</TD>
4478	<TD WIDTH=75>
4479	<P>R</P>
4480	</TD>
4481	<TD WIDTH=183>
4482	<P><I>value of <A HREF="chapter_4.2.html#skip_time_data_output">skip_time_<BR>data_output</A></I></P>
4483	</TD>
4484	<TD WIDTH=651>
4485	<P>No output of instantaneous 3d volume data before this interval
4486	has passed (in s).</P>
4487	</TD>
4488	</TR>
4489	<TR>
4490	<TD WIDTH=164>
4491	<P><A HREF="../../../../../../raasch/public_html/PALM_group/doc/app/chapter_4.2.html#spectra_direction"><B>slicer_range_limits_dvrp</B></A></P>
4492	</TD>
4493	<TD WIDTH=47>
4494	<P>P</P>
4495	</TD>
4496	<TD WIDTH=75>
4497	<P>R(2,10)</P>
4498	</TD>
4499	<TD WIDTH=183>
4500	<P><I>10 * (-1,1)</I></P>
4501	</TD>
4502	<TD WIDTH=651>
4503	<P>Ranges of values to which a color table has to be mapped (units
4504	of the respective quantity).</P>
4505	</TD>
4506	</TR>
4507	<TR>
4508	<TD WIDTH=164>
4509	<P><A HREF="chapter_4.2.html#spectra_direction"><B>spectra_direction</B></A></P>
4510	</TD>
4511	<TD WIDTH=47>
4512	<P>P</P>
4513	</TD>
4514	<TD WIDTH=75>
4515	<P>C * 2 (10)</P>
4516	</TD>
4517	<TD WIDTH=183>
4518	<P><I>10 * ' '</I></P>
4519	</TD>
4520	<TD WIDTH=651>
4521	<P>Direction(s) along which spectra are to be calculated.
4522	</P>
4523	</TD>
4524	</TR>
4525	<TR>
4526	<TD WIDTH=164>
4527	<P><A HREF="chapter_4.1.html#statistic_regions"><B>statistic_regions</B></A></P>
4528	</TD>
4529	<TD WIDTH=47>
4530	<P>I</P>
4531	</TD>
4532	<TD WIDTH=75>
4533	<P>I</P>
4534	</TD>
4535	<TD WIDTH=183>
4536	<P><I>0</I></P>
4537	</TD>
4538	<TD WIDTH=651>
4539	<P>Number of additional user-defined subdomains for which
4540	statistical analysis and corresponding output (profiles, time
4541	series) shall be made.</P>
4542	</TD>
4543	</TR>
4544	<TR>
4545	<TD WIDTH=164>
4546	<P><A HREF="chapter_4.2.html#superelevation"><B>superelevation</B></A></P>
4547	</TD>
4548	<TD WIDTH=47>
4549	<P>P</P>
4550	</TD>
4551	<TD WIDTH=75>
4552	<P>R</P>
4553	</TD>
4554	<TD WIDTH=183>
4555	<P><I>1.0</I></P>
4556	</TD>
4557	<TD WIDTH=651>
4558	<P>Superelevation factor for the vertical coordinate.
4559	</P>
4560	</TD>
4561	</TR>
4562	<TR>
4563	<TD WIDTH=164>
4564	<P><A HREF="chapter_4.2.html#superelevation_x"><B>superelevation_x</B></A></P>
4565	</TD>
4566	<TD WIDTH=47>
4567	<P>P</P>
4568	</TD>
4569	<TD WIDTH=75>
4570	<P>R</P>
4571	</TD>
4572	<TD WIDTH=183>
4573	<P><I>1.0</I></P>
4574	</TD>
4575	<TD WIDTH=651>
4576	<P>Superelevation factor for the horizontal (x) coordinate.
4577	</P>
4578	</TD>
4579	</TR>
4580	<TR>
4581	<TD WIDTH=164>
4582	<P><A HREF="chapter_4.2.html#superelevation_y"><B>superelevation_y</B></A></P>
4583	</TD>
4584	<TD WIDTH=47>
4585	<P>P</P>
4586	</TD>
4587	<TD WIDTH=75>
4588	<P>R</P>
4589	</TD>
4590	<TD WIDTH=183>
4591	<P><I>1.0</I></P>
4592	</TD>
4593	<TD WIDTH=651>
4594	<P>Superelevation factor for the horizontal (y) coordinate.
4595	</P>
4596	</TD>
4597	</TR>
4598	<TR>
4599	<TD WIDTH=164>
4600	<P><A HREF="chapter_4.1.html#surface_heatflux"><B>surface_heatflux</B></A></P>
4601	</TD>
4602	<TD WIDTH=47>
4603	<P>I</P>
4604	</TD>
4605	<TD WIDTH=75>
4606	<P>R</P>
4607	</TD>
4608	<TD WIDTH=183>
4609	<P><I>no prescribed heatflux</I></P>
4610	</TD>
4611	<TD WIDTH=651>
4612	<P>Kinematic sensible heat flux at the bottom surface (in K m/s).</P>
4613	</TD>
4614	</TR>
4615	<TR>
4616	<TD WIDTH=164>
4617	<P><A HREF="chapter_4.1.html#surface_pressure"><B>surface_pressure</B></A></P>
4618	</TD>
4619	<TD WIDTH=47>
4620	<P>I</P>
4621	</TD>
4622	<TD WIDTH=75>
4623	<P>R</P>
4624	</TD>
4625	<TD WIDTH=183>
4626	<P><I>1013.25</I></P>
4627	</TD>
4628	<TD WIDTH=651>
4629	<P>Atmospheric pressure at the surface (in hPa)</P>
4630	</TD>
4631	</TR>
4632	<TR>
4633	<TD WIDTH=164>
4634	<P><A HREF="chapter_4.1.html#surface_scalarflux"><B>surface_scalarflux</B></A></P>
4635	</TD>
4636	<TD WIDTH=47>
4637	<P>I</P>
4638	</TD>
4639	<TD WIDTH=75>
4640	<P>R</P>
4641	</TD>
4642	<TD WIDTH=183>
4643	<P><I>0.0</I></P>
4644	</TD>
4645	<TD WIDTH=651>
4646	<P>Scalar flux at the surface (in kg/(m<SUP>2</SUP> s)).
4647	</P>
4648	</TD>
4649	</TR>
4650	<TR>
4651	<TD WIDTH=164>
4652	<P><A HREF="chapter_4.1.html#surface_waterflux"><B>surface_waterflux</B></A></P>
4653	</TD>
4654	<TD WIDTH=47>
4655	<P>I</P>
4656	</TD>
4657	<TD WIDTH=75>
4658	<P>R</P>
4659	</TD>
4660	<TD WIDTH=183>
4661	<P><I>0.0</I></P>
4662	</TD>
4663	<TD WIDTH=651>
4664	<P>Kinematic water flux near the surface (in m/s).
4665	</P>
4666	</TD>
4667	</TR>
4668	<TR>
4669	<TD WIDTH=164>
4670	<P><A HREF="chapter_4.1.html#s_surface"><B>s_surface</B></A></P>
4671	</TD>
4672	<TD WIDTH=47>
4673	<P>I</P>
4674	</TD>
4675	<TD WIDTH=75>
4676	<P>R</P>
4677	</TD>
4678	<TD WIDTH=183>
4679	<P><I>0.0</I></P>
4680	</TD>
4681	<TD WIDTH=651>
4682	<P>Surface value of the passive scalar (in kg/m<SUP>3</SUP>).
4683	</P>
4684	</TD>
4685	</TR>
4686	<TR>
4687	<TD WIDTH=164>
4688	<P><A HREF="chapter_4.1.html#s_surface_initial_change"><B>s_surface_initial_change</B></A></P>
4689	</TD>
4690	<TD WIDTH=47>
4691	<P>I</P>
4692	</TD>
4693	<TD WIDTH=75>
4694	<P>R</P>
4695	</TD>
4696	<TD WIDTH=183>
4697	<P><I>0.0</I></P>
4698	</TD>
4699	<TD WIDTH=651>
4700	<P>Change in surface scalar concentration to be made at the
4701	beginning of the 3d run (in kg/m<SUP>3</SUP>).
4702	</P>
4703	</TD>
4704	</TR>
4705	<TR>
4706	<TD WIDTH=164>
4707	<P><A HREF="chapter_4.1.html#s_vertical_gradient"><B>s_vertical_gradient</B></A></P>
4708	</TD>
4709	<TD WIDTH=47>
4710	<P>I</P>
4711	</TD>
4712	<TD WIDTH=75>
4713	<P>R(10)</P>
4714	</TD>
4715	<TD WIDTH=183>
4716	<P><I>10 * 0.0</I></P>
4717	</TD>
4718	<TD WIDTH=651>
4719	<P>Scalar concentration gradient(s) of the initial scalar
4720	concentration profile (in kg/m<SUP>3 </SUP>/ 100 m).
4721	</P>
4722	</TD>
4723	</TR>
4724	<TR>
4725	<TD WIDTH=164>
4726	<P><A HREF="chapter_4.1.html#s_vertical_gradient_level"><B>s_vertical_gradient_level</B></A></P>
4727	</TD>
4728	<TD WIDTH=47>
4729	<P>I</P>
4730	</TD>
4731	<TD WIDTH=75>
4732	<P>R(10)</P>
4733	</TD>
4734	<TD WIDTH=183>
4735	<P><I>10 * 0.0</I></P>
4736	</TD>
4737	<TD WIDTH=651>
4738	<P>Height level from which on the scalar gradient defined by
4739	<A HREF="chapter_4.1.html#s_vertical_gradient">s_vertical_gradient</A>
4740	is effective (in m).</P>
4741	</TD>
4742	</TR>
4743	<TR>
4744	<TD WIDTH=164>
4745	<P><A HREF="chapter_4.2.html#termination_time_needed"><B>termination_time</B></A>
4746	<BR><A HREF="chapter_4.2.html#termination_time_needed"> <B>_needed</B></A></P>
4747	</TD>
4748	<TD WIDTH=47>
4749	<P>R</P>
4750	</TD>
4751	<TD WIDTH=75>
4752	<P>R</P>
4753	</TD>
4754	<TD WIDTH=183>
4755	<P><I>35.0</I></P>
4756	</TD>
4757	<TD WIDTH=651>
4758	<P>CPU time needed for terminal actions at the end of a run in
4759	batch mode (in s).</P>
4760	</TD>
4761	</TR>
4762	<TR>
4763	<TD WIDTH=164>
4764	<P><A HREF="chapter_4.2.html#threshold"><B>threshold</B></A></P>
4765	</TD>
4766	<TD WIDTH=47>
4767	<P>P</P>
4768	</TD>
4769	<TD WIDTH=75>
4770	<P>R (10)</P>
4771	</TD>
4772	<TD WIDTH=183>
4773	<P><I>0.0</I></P>
4774	</TD>
4775	<TD WIDTH=651>
4776	<P>Threshold value for which an isosurface is to be created by the
4777	<B>dvrp</B> software.
4778	</P>
4779	</TD>
4780	</TR>
4781	<TR>
4782	<TD WIDTH=164>
4783	<P><A HREF="chapter_4.1.html#timestep_scheme"><B>timestep_scheme</B></A></P>
4784	</TD>
4785	<TD WIDTH=47>
4786	<P>I</P>
4787	</TD>
4788	<TD WIDTH=75>
4789	<P>C * 20</P>
4790	</TD>
4791	<TD WIDTH=183>
4792	<P><I>'runge-kutta-3'</I></P>
4793	</TD>
4794	<TD WIDTH=651>
4795	<P>Time step scheme to be used for integration of the prognostic
4796	variables.
4797	</P>
4798	</TD>
4799	</TR>
4800	<TR>
4801	<TD WIDTH=164>
4802	<P><A HREF="chapter_4.1.html#topography"><B>topography</B></A></P>
4803	</TD>
4804	<TD WIDTH=47>
4805	<P>I</P>
4806	</TD>
4807	<TD WIDTH=75>
4808	<P>C * 40</P>
4809	</TD>
4810	<TD WIDTH=183>
4811	<P><I>'flat'</I></P>
4812	</TD>
4813	<TD WIDTH=651>
4814	<P>Topography mode.</P>
4815	</TD>
4816	</TR>
4817	<TR>
4818	<TD WIDTH=164>
4819	<P><A HREF="chapter_4.2.html#topography_color"><B>topography_color</B></A></P>
4820	</TD>
4821	<TD WIDTH=47>
4822	<P>P</P>
4823	</TD>
4824	<TD WIDTH=75>
4825	<P>R(3)</P>
4826	</TD>
4827	<TD WIDTH=183>
4828	<P><I>0.8, 0.7, 0.6</I></P>
4829	</TD>
4830	<TD WIDTH=651>
4831	<P>Color of the topography.</P>
4832	</TD>
4833	</TR>
4834	<TR>
4835	<TD WIDTH=164>
4836	<P><A HREF="chapter_4.1.html#topography_grid_convention"><B>topography_grid_convention</B></A></P>
4837	</TD>
4838	<TD WIDTH=47>
4839	<P>I</P>
4840	</TD>
4841	<TD WIDTH=75>
4842	<P>C * 11</P>
4843	</TD>
4844	<TD WIDTH=183>
4845	<P><I>default depends on value of <A HREF="chapter_4.1.html#topography">topography</A>;
4846	see text for details</I></P>
4847	</TD>
4848	<TD WIDTH=651>
4849	<P>Convention for defining the topography grid.</P>
4850	</TD>
4851	</TR>
4852	<TR>
4853	<TD WIDTH=164>
4854	<P><A HREF="chapter_4.1.html#top_heatflux"><B>top_heatflux</B></A></P>
4855	</TD>
4856	<TD WIDTH=47>
4857	<P>I</P>
4858	</TD>
4859	<TD WIDTH=75>
4860	<P>R</P>
4861	</TD>
4862	<TD WIDTH=183>
4863	<P><I>no prescribed heatflux</I></P>
4864	</TD>
4865	<TD WIDTH=651>
4866	<P>Kinematic sensible heat flux at the top surface (in K m/s).</P>
4867	</TD>
4868	</TR>
4869	<TR>
4870	<TD WIDTH=164>
4871	<P><A HREF="chapter_4.1.html#top_momentumflux_u"><B>top_momentumflux_u</B></A></P>
4872	</TD>
4873	<TD WIDTH=47>
4874	<P>I</P>
4875	</TD>
4876	<TD WIDTH=75>
4877	<P>R</P>
4878	</TD>
4879	<TD WIDTH=183>
4880	<P><I>no prescribed momentumflux</I></P>
4881	</TD>
4882	<TD WIDTH=651>
4883	<P>Momentum flux along x at the top boundary (in m2/s2).</P>
4884	</TD>
4885	</TR>
4886	<TR>
4887	<TD WIDTH=164>
4888	<P><A HREF="chapter_4.1.html#top_momentumflux_v"><B>top_momentumflux_v</B></A></P>
4889	</TD>
4890	<TD WIDTH=47>
4891	<P>I</P>
4892	</TD>
4893	<TD WIDTH=75>
4894	<P>R</P>
4895	</TD>
4896	<TD WIDTH=183>
4897	<P><I>no prescribed momentumflux</I></P>
4898	</TD>
4899	<TD WIDTH=651>
4900	<P>Momentum flux along y at the top boundary (in m2/s2).</P>
4901	</TD>
4902	</TR>
4903	<TR>
4904	<TD WIDTH=164>
4905	<P><A HREF="chapter_4.1.html#top_salinityflux"><B>top_salinityflux</B></A></P>
4906	</TD>
4907	<TD WIDTH=47>
4908	<P>I</P>
4909	</TD>
4910	<TD WIDTH=75>
4911	<P>R</P>
4912	</TD>
4913	<TD WIDTH=183>
4914	<P><I>no prescribed</I><BR><I>salinityflux</I></P>
4915	</TD>
4916	<TD WIDTH=651>
4917	<P>Kinematic salinity flux at the top boundary, i.e. the sea
4918	surface (in psu m/s).</P>
4919	</TD>
4920	</TR>
4921	<TR>
4922	<TD WIDTH=164>
4923	<P><A HREF="chapter_4.1.html#turbulent_inflow"><B>turbulent_inflow</B></A></P>
4924	</TD>
4925	<TD WIDTH=47>
4926	<P>I</P>
4927	</TD>
4928	<TD WIDTH=75>
4929	<P>L</P>
4930	</TD>
4931	<TD WIDTH=183>
4932	<P><I>.F.</I></P>
4933	</TD>
4934	<TD WIDTH=651>
4935	<P>Generates a turbulent inflow at side boundaries using a
4936	turbulence recycling method.</P>
4937	</TD>
4938	</TR>
4939	<TR>
4940	<TD WIDTH=164>
4941	<P><A HREF="chapter_4.1.html#u_bulk"><B>u_bulk</B></A></P>
4942	</TD>
4943	<TD WIDTH=47>
4944	<P>I</P>
4945	</TD>
4946	<TD WIDTH=75>
4947	<P>R</P>
4948	</TD>
4949	<TD WIDTH=183>
4950	<P><I>0.0</I></P>
4951	</TD>
4952	<TD WIDTH=651>
4953	<P>u-component of the predefined bulk velocity (in m/s).</P>
4954	</TD>
4955	</TR>
4956	<TR>
4957	<TD WIDTH=164>
4958	<P><A HREF="chapter_4.1.html#ug_surface"><B>ug_surface</B></A></P>
4959	</TD>
4960	<TD WIDTH=47>
4961	<P>I</P>
4962	</TD>
4963	<TD WIDTH=75>
4964	<P>R</P>
4965	</TD>
4966	<TD WIDTH=183>
4967	<P><I>0.0</I></P>
4968	</TD>
4969	<TD WIDTH=651>
4970	<P>u-component of the geostrophic wind at the surface (in m/s).
4971	</P>
4972	</TD>
4973	</TR>
4974	<TR>
4975	<TD WIDTH=164>
4976	<P><A HREF="chapter_4.1.html#ug_vertical_gradient"><B>ug_vertical_gradient</B></A></P>
4977	</TD>
4978	<TD WIDTH=47>
4979	<P>I</P>
4980	</TD>
4981	<TD WIDTH=75>
4982	<P>R(10)</P>
4983	</TD>
4984	<TD WIDTH=183>
4985	<P><I>10 * 0.0</I></P>
4986	</TD>
4987	<TD WIDTH=651>
4988	<P>Gradient(s) of the initial profile of the  u-component of
4989	the geostrophic wind (in 1/100s).</P>
4990	</TD>
4991	</TR>
4992	<TR>
4993	<TD WIDTH=164>
4994	<P><A HREF="chapter_4.1.html#ug_vertical_gradient_level"><B>ug_vertical_gradient_level</B></A></P>
4995	</TD>
4996	<TD WIDTH=47>
4997	<P>I</P>
4998	</TD>
4999	<TD WIDTH=75>
5000	<P>R(10)</P>
5001	</TD>
5002	<TD WIDTH=183>
5003	<P><I>10 * 0.0</I></P>
5004	</TD>
5005	<TD WIDTH=651>
5006	<P>Height level from which on the gradient defined by
5007	<A HREF="chapter_4.1.html#ug_vertical_gradient">ug_vertical_gradient</A>
5008	is effective (in m).</P>
5009	</TD>
5010	</TR>
5011	<TR>
5012	<TD WIDTH=164>
5013	<P><A HREF="chapter_4.1.html#ups_limit_e"><B>ups_limit_e</B></A></P>
5014	</TD>
5015	<TD WIDTH=47>
5016	<P>I</P>
5017	</TD>
5018	<TD WIDTH=75>
5019	<P>R</P>
5020	</TD>
5021	<TD WIDTH=183>
5022	<P><I>0.0</I></P>
5023	</TD>
5024	<TD WIDTH=651>
5025	<P>Subgrid-scale turbulent kinetic energy difference used as
5026	criterion for applying the upstream scheme when upstream-spline
5027	advection is switched on (in m<SUP>2</SUP>/s<SUP>2</SUP>).  </P>
5028	</TD>
5029	</TR>
5030	<TR>
5031	<TD WIDTH=164>
5032	<P><A HREF="chapter_4.1.html#ups_limit_pt"><B>ups_limit_pt</B></A></P>
5033	</TD>
5034	<TD WIDTH=47>
5035	<P>I</P>
5036	</TD>
5037	<TD WIDTH=75>
5038	<P>R</P>
5039	</TD>
5040	<TD WIDTH=183>
5041	<P><I>0.0</I></P>
5042	</TD>
5043	<TD WIDTH=651>
5044	<P>Temperature difference used as criterion for applying  the
5045	upstream scheme when upstream-spline advection  is switched
5046	on (in K).
5047	</P>
5048	</TD>
5049	</TR>
5050	<TR>
5051	<TD WIDTH=164>
5052	<P><A HREF="chapter_4.1.html#ups_limit_u"><B>ups_limit_u</B></A></P>
5053	</TD>
5054	<TD WIDTH=47>
5055	<P>I</P>
5056	</TD>
5057	<TD WIDTH=75>
5058	<P>R</P>
5059	</TD>
5060	<TD WIDTH=183>
5061	<P><I>0.0</I></P>
5062	</TD>
5063	<TD WIDTH=651>
5064	<P>Velocity difference (u-component) used as criterion for
5065	applying the upstream scheme when upstream-spline advection is
5066	switched on (in m/s).
5067	</P>
5068	</TD>
5069	</TR>
5070	<TR>
5071	<TD WIDTH=164>
5072	<P><A HREF="chapter_4.1.html#ups_limit_v"><B>ups_limit_v</B></A></P>
5073	</TD>
5074	<TD WIDTH=47>
5075	<P>I</P>
5076	</TD>
5077	<TD WIDTH=75>
5078	<P>R</P>
5079	</TD>
5080	<TD WIDTH=183>
5081	<P><I>0.0</I></P>
5082	</TD>
5083	<TD WIDTH=651>
5084	<P>Velocity difference (v-component) used as criterion for
5085	applying the upstream scheme when upstream-spline advection is
5086	switched on (in m/s).
5087	</P>
5088	</TD>
5089	</TR>
5090	<TR>
5091	<TD WIDTH=164>
5092	<P><A HREF="chapter_4.1.html#ups_limit_w"><B>ups_limit_w</B></A></P>
5093	</TD>
5094	<TD WIDTH=47>
5095	<P>I</P>
5096	</TD>
5097	<TD WIDTH=75>
5098	<P>R</P>
5099	</TD>
5100	<TD WIDTH=183>
5101	<P><I>0.0</I></P>
5102	</TD>
5103	<TD WIDTH=651>
5104	<P>Velocity difference (w-component) used as criterion for
5105	applying the upstream scheme when upstream-spline advection is
5106	switched on (in m/s).
5107	</P>
5108	</TD>
5109	</TR>
5110	<TR>
5111	<TD WIDTH=164>
5112	<P><A HREF="chapter_4.2.html#use_particle_tails"><B>use_particle_tails</B></A></P>
5113	</TD>
5114	<TD WIDTH=47>
5115	<P>P</P>
5116	</TD>
5117	<TD WIDTH=75>
5118	<P>L</P>
5119	</TD>
5120	<TD WIDTH=183>
5121	<P><I>.F.</I></P>
5122	</TD>
5123	<TD WIDTH=651>
5124	<P>Give particles a tail.</P>
5125	</TD>
5126	</TR>
5127	<TR>
5128	<TD WIDTH=164>
5129	<P><A HREF="chapter_4.2.html#use_prior_plot1d_parameters"><B>use_prior_plot1d</B></A>
5130	<BR><A HREF="chapter_4.2.html#use_prior_plot1d_parameters"> <B>_parameters</B></A></P>
5131	</TD>
5132	<TD WIDTH=47>
5133	<P>R</P>
5134	</TD>
5135	<TD WIDTH=75>
5136	<P>L</P>
5137	</TD>
5138	<TD WIDTH=183>
5139	<P><I>.F.</I></P>
5140	</TD>
5141	<TD WIDTH=651>
5142	<P ALIGN=LEFT>Additional plot of vertical profile data with <B>profil</B>
5143	from preceding runs of the job chain.
5144	</P>
5145	</TD>
5146	</TR>
5147	<TR>
5148	<TD WIDTH=164>
5149	<P><A HREF="chapter_4.2.html#use_sgs_for_particles"><B>use_sgs_for_particles</B></A></P>
5150	</TD>
5151	<TD WIDTH=47>
5152	<P>P</P>
5153	</TD>
5154	<TD WIDTH=75>
5155	<P>L</P>
5156	</TD>
5157	<TD WIDTH=183>
5158	<P><I>.F.</I></P>
5159	</TD>
5160	<TD WIDTH=651>
5161	<P>Use subgrid-scale velocities for particle advection.</P>
5162	</TD>
5163	</TR>
5164	<TR>
5165	<TD WIDTH=164>
5166	<P><A HREF="chapter_4.1.html#use_surface_fluxes"><B>use_surface_fluxes</B></A></P>
5167	</TD>
5168	<TD WIDTH=47>
5169	<P>I</P>
5170	</TD>
5171	<TD WIDTH=75>
5172	<P>L</P>
5173	</TD>
5174	<TD WIDTH=183>
5175	<P><I>.F.</I></P>
5176	</TD>
5177	<TD WIDTH=651>
5178	<P>Parameter to steer the treatment of the subgrid-scale vertical
5179	fluxes within the diffusion terms at k=1 (bottom boundary).</P>
5180	</TD>
5181	</TR>
5182	<TR>
5183	<TD WIDTH=164>
5184	<P><A HREF="chapter_4.1.html#use_top_fluxes"><B>use_top_fluxes</B></A></P>
5185	</TD>
5186	<TD WIDTH=47>
5187	<P>I</P>
5188	</TD>
5189	<TD WIDTH=75>
5190	<P>L</P>
5191	</TD>
5192	<TD WIDTH=183>
5193	<P><I>.F.</I></P>
5194	</TD>
5195	<TD WIDTH=651>
5196	<P>Parameter to steer the treatment of the subgrid-scale vertical
5197	fluxes within the diffusion terms at k=nz (top boundary).</P>
5198	</TD>
5199	</TR>
5200	<TR VALIGN=TOP>
5201	<TD WIDTH=164>
5202	<P><A HREF="chapter_4.1.html#use_ug_for_galilei_tr"><B>use_ug_for_galilei_tr</B></A></P>
5203	</TD>
5204	<TD WIDTH=47>
5205	<P>I</P>
5206	</TD>
5207	<TD WIDTH=75>
5208	<P>L</P>
5209	</TD>
5210	<TD WIDTH=183>
5211	<P><I>.T.</I></P>
5212	</TD>
5213	<TD WIDTH=651>
5214	<P>Switch to determine the translation velocity in case that a
5215	Galilean transformation is used.</P>
5216	</TD>
5217	</TR>
5218	<TR>
5219	<TD WIDTH=164>
5220	<P><A HREF="chapter_4.1.html#use_upstream_for_tke"><B>use_upstream_for_tke</B></A></P>
5221	</TD>
5222	<TD WIDTH=47>
5223	<P>I</P>
5224	</TD>
5225	<TD WIDTH=75>
5226	<P>L</P>
5227	</TD>
5228	<TD WIDTH=183>
5229	<P><I>.F.</I></P>
5230	</TD>
5231	<TD WIDTH=651>
5232	<P>Parameter to choose the advection/timestep scheme to be used
5233	for the subgrid-scale TKE.</P>
5234	</TD>
5235	</TR>
5236	<TR>
5237	<TD WIDTH=164>
5238	<P><A HREF="chapter_4.2.html#vertical_particle_advection"><B>vertical_particle_advection</B></A></P>
5239	</TD>
5240	<TD WIDTH=47>
5241	<P>P</P>
5242	</TD>
5243	<TD WIDTH=75>
5244	<P>L</P>
5245	</TD>
5246	<TD WIDTH=183>
5247	<P><I>.T.</I></P>
5248	</TD>
5249	<TD WIDTH=651>
5250	<P>Switch on/off vertical particle transport.</P>
5251	</TD>
5252	</TR>
5253	<TR>
5254	<TD WIDTH=164>
5255	<P><A HREF="chapter_4.1.html#v_bulk"><B>v_bulk</B></A></P>
5256	</TD>
5257	<TD WIDTH=47>
5258	<P>I</P>
5259	</TD>
5260	<TD WIDTH=75>
5261	<P>R</P>
5262	</TD>
5263	<TD WIDTH=183>
5264	<P><I>0.0</I></P>
5265	</TD>
5266	<TD WIDTH=651>
5267	<P>v-component of the predefined bulk velocity (in m/s).</P>
5268	</TD>
5269	</TR>
5270	<TR>
5271	<TD WIDTH=164>
5272	<P><A HREF="chapter_4.1.html#vg_surface"><B>vg_surface</B></A></P>
5273	</TD>
5274	<TD WIDTH=47>
5275	<P>I</P>
5276	</TD>
5277	<TD WIDTH=75>
5278	<P>R</P>
5279	</TD>
5280	<TD WIDTH=183>
5281	<P><I>0.0</I></P>
5282	</TD>
5283	<TD WIDTH=651>
5284	<P>v-component of the geostrophic wind at the surface (in m/s).</P>
5285	</TD>
5286	</TR>
5287	<TR>
5288	<TD WIDTH=164>
5289	<P><A HREF="chapter_4.1.html#vg_vertical_gradient"><B>vg_vertical_gradient</B></A></P>
5290	</TD>
5291	<TD WIDTH=47>
5292	<P>I</P>
5293	</TD>
5294	<TD WIDTH=75>
5295	<P>R(10)</P>
5296	</TD>
5297	<TD WIDTH=183>
5298	<P><I>10 * 0.0</I></P>
5299	</TD>
5300	<TD WIDTH=651>
5301	<P>Gradient(s) of the initial profile of the  v-component of
5302	the geostrophic wind (in 1/100s).</P>
5303	</TD>
5304	</TR>
5305	<TR>
5306	<TD WIDTH=164>
5307	<P><A HREF="chapter_4.1.html#vg_vertical_gradient_level"><B>vg_vertical_gradient_level</B></A></P>
5308	</TD>
5309	<TD WIDTH=47>
5310	<P>I</P>
5311	</TD>
5312	<TD WIDTH=75>
5313	<P>R(10)</P>
5314	</TD>
5315	<TD WIDTH=183>
5316	<P><I>10 * 0.0</I></P>
5317	</TD>
5318	<TD WIDTH=651>
5319	<P>Height level from which on the gradient defined by
5320	<A HREF="chapter_4.1.html#vg_vertical_gradient">vg_vertical_gradient</A>
5321	is effective (in m).</P>
5322	</TD>
5323	</TR>
5324	<TR VALIGN=TOP>
5325	<TD WIDTH=164>
5326	<P><A HREF="chapter_4.1.html#wall_adjustment"><B>wall_adjustment</B></A></P>
5327	</TD>
5328	<TD WIDTH=47>
5329	<P>I</P>
5330	</TD>
5331	<TD WIDTH=75>
5332	<P>L</P>
5333	</TD>
5334	<TD WIDTH=183>
5335	<P><I>.T.</I></P>
5336	</TD>
5337	<TD WIDTH=651>
5338	<P>Parameter to restrict the mixing length in the vicinity of the
5339	bottom boundary (and near vertical walls of a non-flat
5340	<A HREF="chapter_4.1.html#topography">topography</A>).</P>
5341	</TD>
5342	</TR>
5343	<TR>
5344	<TD WIDTH=164>
5345	<P><A HREF="chapter_4.1.html#wall_heatflux"><B>wall_heatflux</B></A></P>
5346	</TD>
5347	<TD WIDTH=47>
5348	<P>I</P>
5349	</TD>
5350	<TD WIDTH=75>
5351	<P>R(5)</P>
5352	</TD>
5353	<TD WIDTH=183>
5354	<P><I>5 * 0.0</I></P>
5355	</TD>
5356	<TD WIDTH=651>
5357	<P>Prescribed kinematic sensible heat flux in K m/s at the
5358	five topography faces.</P>
5359	</TD>
5360	</TR>
5361	<TR>
5362	<TD WIDTH=164>
5363	<P><A HREF="chapter_4.2.html#write_particle_statistics"><B>write_particle_</B></A>
5364	<BR><A HREF="chapter_4.2.html#write_particle_statistics"><B>statistics</B></A>
5365	</P>
5366	</TD>
5367	<TD WIDTH=47>
5368	<P>P</P>
5369	</TD>
5370	<TD WIDTH=75>
5371	<P>L</P>
5372	</TD>
5373	<TD WIDTH=183>
5374	<P><I>.F.</I></P>
5375	</TD>
5376	<TD WIDTH=651>
5377	<P>Switch on/off output of particle informations.</P>
5378	</TD>
5379	</TR>
5380	<TR>
5381	<TD WIDTH=164>
5382	<P><A HREF="chapter_4.2.html#z_max_do1d"><B>z_max_do1d</B></A></P>
5383	</TD>
5384	<TD WIDTH=47>
5385	<P>R</P>
5386	</TD>
5387	<TD WIDTH=75>
5388	<P>R</P>
5389	</TD>
5390	<TD WIDTH=183>
5391	<P><I>zu(nzt+1) (model top)</I></P>
5392	</TD>
5393	<TD WIDTH=651>
5394	<P>Height level up to which horizontally averaged profiles are to
5395	be plotted with <B>profil</B> (in m).
5396	</P>
5397	</TD>
5398	</TR>
5399	<TR>
5400	<TD WIDTH=164>
5401	<P><A HREF="chapter_4.2.html#z_max_do1d_normalized"><B>z_max_do1d</B></A>
5402	<BR><A HREF="chapter_4.2.html#z_max_do1d_normalized"> <B>_normalized</B></A></P>
5403	</TD>
5404	<TD WIDTH=47>
5405	<P>R</P>
5406	</TD>
5407	<TD WIDTH=75>
5408	<P>R</P>
5409	</TD>
5410	<TD WIDTH=183>
5411	<P><I>determined by plot <BR>data</I></P>
5412	</TD>
5413	<TD WIDTH=651>
5414	<P>Normalized height level up to which horizontally averaged
5415	profiles are to be plotted with <B>profil</B>.
5416	</P>
5417	</TD>
5418	</TR>
5419	<TR>
5420	<TD WIDTH=164>
5421	<P><A HREF="chapter_4.2.html#z_max_do2d"><B>z_max_do2d</B></A></P>
5422	</TD>
5423	<TD WIDTH=47>
5424	<P>R</P>
5425	</TD>
5426	<TD WIDTH=75>
5427	<P>R</P>
5428	</TD>
5429	<TD WIDTH=183>
5430	<P><I>zu(nz)</I></P>
5431	</TD>
5432	<TD WIDTH=651>
5433	<P>Height level up to which 2d cross sections are to be plotted
5434	with <B>iso2d</B> (in m).
5435	</P>
5436	</TD>
5437	</TR>
5438	</TABLE>
5439	<HR>
5440	<P><BR><FONT COLOR="#000080"><A HREF="chapter_4.5.6.html"><FONT COLOR="#000080"><IMG SRC="left.gif" NAME="Grafik1" ALIGN=BOTTOM WIDTH=32 HEIGHT=32 BORDER=1></FONT></A><A HREF="index.html"><FONT COLOR="#000080"><IMG SRC="up.gif" NAME="Grafik2" ALIGN=BOTTOM WIDTH=32 HEIGHT=32 BORDER=1></FONT></A><A HREF="chapter_5.0.html"><FONT COLOR="#000080"><IMG SRC="right.gif" NAME="Grafik3" ALIGN=BOTTOM WIDTH=32 HEIGHT=32 BORDER=1></FONT></A></FONT></P>
5441	<P> <I>Last change:  </I> $Id: chapter_4.6.html 336
5442	2009-06-10 11:19:35Z raasch $
5443	</P>
5444	<P><BR><BR><BR>
5445	</P>
5446	</BODY>
5447	</HTML>

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