NEW
P&K TAL2K
Multi-Core
Calculation will run with almost 2-fold (Dual Core) or 4-fold (Quad-Core) the speed.
Cluster
Calculation will run up to 16-fold the speed. (Requires multiple networked sufficient PCs; Special Installation knowledge required.)
P&K austal2000 translator
austal2000 english
Translates austal2000 or taldia log files or their output into English.
Just open such a log file, using the windows program pk_ATtrans.exe, and you can read the English translation. You can toggle between English (en-us) and German (de), if you need the German for e.g. support reasons.
We have created this program to help you read the output of austal2000 and taldia. We have translated the texts from the program sources to our best knowledge and understanding. It must be pointed out, that the formal language for these programs is German and that we had to match the German grammar to accommodate embedded values, which in some circumstances might sound awkward.
This program comes with a wrapper program (pk_at2ktr.exe) for our MPI extension, which translates the austal2000 or taldia output directly at the console window during the calculation. The wrapper can also be used standalone with following DOS commands to get a simultaneous translation of a calculation or translation of a log file including a DOS character set translation.
austal2000.exe workdir | pk_at2ktr.exe taldia.exe workdir | pk_at2ktr.exe type austal2000.log | pk_at2ktr.exe |
NOTE:
- You need to replace workdir and insert the proper paths
- The program doesn't translate user comments.
- If you don't know about using command shells and need a graphical user interface, check out P&K TAL2K which comes with english built in.
See this output sample:
2008-03-15 16:32:20 AUSTAL2000 started
Dispersion model AUSTAL2000, Version 2.3.6-WI-x
Copyright (c) Umweltbundesamt, Berlin, 2002-2007
Copyright (c) Janicke Consulting, Dunum, 1989-2007
====================================================
Modified by Petersen+Kade Software , 2007
====================================================
Working directory: C:/temp/tal2k/haus-01/haus-xlib/erg0001
Build date of this program: 2008-03-15 13:59:27
The program runs on the computer RKN.
=========================== Begin of input ==========================
> ti "Test Haus-01"
> az "anno95-01-01.akterm"
> gh *
> dd 4
> x0 0
> y0 0
> nx 50
> ny 50
> os "+NOSTANDARD"
> hh 0 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60
> xa 2
> ya 2
> z0 0.5
> qs -2
> hq 2
> xq 98
> yq 78
> so2 0.556 ' 2 kg/h
> xp 98 98
> yp 26 130
============================ End of input ===========================
Existing wind field library will be used.
>>> Deviation of the standard requested!
Number CPUs: 1
The height hq of source 1 is less than 10 m.
The maximal gradient of the terrain is 0.00 (0.00).
AKTerm C:/temp/tal2k/haus-01/haus-xlib/erg0001/anno95-01-01.akterm with 24 Rows, Format 3
The anemometer height ha=14.4 m will be used.
Availability of the AKTerm file: 100.0 %
=========================================================================
TMT: Analysis of the Dispersion calculation for so2
TMT: File C:/temp/tal2k/haus-01/haus-xlib/erg0001/so2-j00z written.
TMT: File C:/temp/tal2k/haus-01/haus-xlib/erg0001/so2-j00s written.
TQL: Calculation of short term averages for so2
TQL: Permissible overruns set to 0.
TQL: File C:/temp/tal2k/haus-01/haus-xlib/erg0001/so2-s24z written.
TQL: File C:/temp/tal2k/haus-01/haus-xlib/erg0001/so2-s24s written.
TQL: File C:/temp/tal2k/haus-01/haus-xlib/erg0001/so2-s00z written.
TQL: File C:/temp/tal2k/haus-01/haus-xlib/erg0001/so2-s00s written.
TMO: Time line at the monitor points for so2
TMO: File C:/temp/tal2k/haus-01/haus-xlib/erg0001/so2-zbpz written.
=========================================================================
Evaluation of the results:
==========================
DEP: Annual average of the deposition
J00: Annual average of the concentration/odorous hours frequency
Tnn: Highest daily average of the concentration with nn overruns
Snn: Highest hourly average of the concentration with nn overruns
WARNING: One or several sources are lower than 10 m.
The following stated maximal values are therefore
possibly not relevant for a calculation!
=========================================================================
Maximal values, Concentration at z=2.0 m
=======================================
SO2 J00 : 8658.2 µg/m³ (+/- 0.5%) at x= 98 m, y= 78 m ( 25, 20)
SO2 T03 : n.v.
SO2 T00 : n.v.
SO2 S24 : 11900 µg/m³ (+/- 3.1%) at x= 98 m, y= 78 m ( 25, 20)
SO2 S00 : 11900 µg/m³ (+/- 3.1%) at x= 98 m, y= 78 m ( 25, 20)
=========================================================================
Analysis for the evaluation areas: Additional load
======================================================
POINT 01 02
xp 98 98
yp 26 130
hp 1.5 1.5
--------+------+------
SO2 J00 0.0 7.3 µg/m³
SO2 T03 0.0 7.3 *** 0 *** µg/m³
SO2 S24 0.0 164.6 *** 0 *** µg/m³
=========================================================================
=========================================================================
2008-03-15 16:32:38 AUSTAL2000 finished without errors.
|