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- the
ergonomic-intuitive user interface for the dispersion model AUSTAL2000 (TA Luft)
a
product developed in cooperation with Lakes Environmental Software, the US market leader for industrial meteorological
software |
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AUSTAL
View G+ can
also calculate the disperison of odor compounds;
evaluation and
visualisation according to the guideline GIRL are supported as well.
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efficient project management of impact statements is enabled by:  georeferencing of
scanned maps and plans (on screen use)
interactive grafical
input of all source type (on screen use)
interactive
creation of nested calculation grids
integrated object
management for input and results
flexible emission
time series generator with week day selection
input
interface for source and emission data via Excel tables
effective
control of time and situation dependent parameters
interactive
digitisation of buildings, even with polygon horizontal projection
maps of cell building structures and heights after gridding procedure
meteorology-dependent
emissions even for time series
result
maps for chemicals off the spectrum given by TA Luft
analysis of
input data for
completeness
continuous
storing of the project status
stack height
determination according to TA Luft 5.5
3D-graphics (sources,
buildings, topography)
import of formats
SHP, LUC, DXF, DLG, BMP,
geo/TIFF, MrSID
export of formats
BMP, EMF, SHP
direct processing
of SHAPE files (ESRI)
with compatibility to ArcGIS
and ArcView
visualisation of
meteorological data: wind roses, bar charts, time series plots
statistical evaluations
variable filter
functions for data time series
overlaying of
background concentration time series
layer approach
for sources, grids, results
fixed or
configurable scales for print-outs (template)
transparency function
for the top map layer
expertize
suitable visualisations via print template with logo
immission maps as
color-coded cells and contour areas
with semi-transparent
display on maps and plans
numerical
cell-related values display
comment
annotations: free text, north arrows, point markers, grafical objects:
rectangle, circle, polygon
time series
display of concentration values
report function
for sources and emissions
batch
processing of calculations
ZIP-project
storage for backup and exchange
compatibility
with the currently used Microsoft Windows versions
(NT4-SP6 / 2000-SP4 / XP)
import/export
interface for building objects (prognostic flow model MISKAM)
visualisation
of roughness lengths (limited to German territory)
user interface of
the software in English and German
free
updates for 1 year
technical Hotline
(phone/mail) by experienced experts
AUSTAL View
is much more than a user interface: it is a self-sustaining software-aystem
for beginners and experts - ir operates according to ergonomical demands
and can be used intuitively.
AUSTAL View was developed based on the know-how of IT experts as
well as on long experience of air pollution meteorologists in pratical work
of impact statements. Therefore the result is convincing.
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Demo-Presentation
of AUSTAL View: The
demo is downloadable as a flash file
(1907 kb).
Manual
of AUSTAL
View
(5285 kb)
The following poject samples are
screen shots of the software in German interface mode only
Projekt sample (interactive
grafical source input)
(zoomed display by clicking on the image)
Project sample (3D view
of immissions impressed on a complex terrain surface)
(zoomed display by clicking on the image)
... and as animated camera
flight
(click on the image to download the 5652 kb AVI file)
Project sample (display
of a wind rose for a meteorological time series)
(zoomed display by clicking on the image)
Project sample (import
of background concentrations from an air quality network)
(zoomed display by clicking on the image)
Project sample (result
display with color coded values)
(zoomed display by clicking on the image)
Project sample (display
of the roughness length distribution from the integrated
CORINE land use data base)
 (zoomed display by clicking on the image)
Project sample (annual
time series of hourly values at monitor points)
(zoomed display by clicking on the image)
project sample (3D
display of an industiral complex in flat terrain)
(zoomed display by clicking on the image)
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