CERC — Environmental Software and Services

Helpdesk notes

Below are listed technical notes that you can download. They cover issues frequently raised on our software helpdesk.

The relevance of each model to a note is indicated by the model icons shown:

ADMS icon ADMS 5

ADMS-Urban and ADMS-Roads icon ADMS-Urban and ADMS-Roads

ADMS-Screen icon ADMS-Screen

EMIT icon EMIT

FLOWSTAR-Energy icon FLOWSTAR-Energy

Run Manager icon Run Manager

Download icon
No. Note Relevance
117 Microsoft fix for error "Invalid procedure call or argument" ADMS icon ADMS-Urban and ADMS-Roads icon ADMS-Screen icon
116 Viewing terrain data as a surface (DEM) layer in the ADMS Mapper ADMS icon ADMS-Urban and ADMS-Roads icon
115 Visualising advanced canyon widths using GDAL ADMS-Urban and ADMS-Roads icon
114 Rendering in the ADMS Mapper using multiple sections ADMS icon ADMS-Urban and ADMS-Roads icon
113 Viewing ADMS Comprehensive Output File data in ArcGIS ADMS icon ADMS-Urban and ADMS-Roads icon
112 Creating a Protocol Layer Connector file to add background map data to the ADMS Mapper ADMS icon ADMS-Urban and ADMS-Roads icon FLOWSTAR-Energy icon
111 Setting up terrain data for input to CERC models ADMS ADMS-Urban, ADMS-Roads FLOWSTAR-Energy icon
110 Temperature inversions within ADMS ADMS ADMS-Urban, ADMS-Roads FLOWSTAR-Energy icon
109 Reducing run time using variable grid resolution ADMS ADMS-Urban, ADMS-Roads FLOWSTAR-Energy icon
108 Modelling dense releases ADMS-Urban, ADMS-Roads
107 Installing model per user or for all users ADMS ADMS-Urban, ADMS-Roads FLOWSTAR-Energy icon
106 Installing multiple model versions on the same computer ADMS ADMS-Urban, ADMS-Roads
104 Importing aircraft activity data into EMIT for use with the 'ICAO 20 + Other'dataset EMIT
103 Visualising advanced canyon widths in the ADMS Mapper ADMS-Urban, ADMS-Roads
97 Registering Surfer for use with CERC products ADMS ADMS-Urban, ADMS-Roads FLOWSTAR-Energy icon
96 Converting between emission factor datasets with different vehicle splits ADMS-Urban, ADMS-Roads
94 Time and hour labelling conventions in CERC models ADMS ADMS-Urban, ADMS-Roads
91 Representing an area source using point sources to allow for buildings effects ADMS ADMS-Urban, ADMS-Roads
90 Use of USEPA Emission Factor Resources EMIT
88 Using the Plume Visibility option ADMS
87 Finding the met condition causing the maximum concentration ADMS ADMS-Urban, ADMS-Roads FLOWSTAR-Energy icon
85 Simplifying road geometry ADMS-Urban, ADMS-Roads
84 Combining road sources ADMS-Urban, ADMS-Roads
77 Modelling the effects of changes to a road network ADMS-Urban, ADMS-Roads
72 Source apportionment ADMS-Urban, ADMS-Roads
62 Difference between short term and long term calculations ADMS ADMS-Urban, ADMS-Roads ADMS-Screen icon
60 Modelling queuing traffic ADMS-Urban, ADMS-Roads
54 Modelling car parks ADMS-Urban, ADMS-Roads
52 Potential EMIT problem in emissions import from ArcGIS shapefiles EMIT
51 Modelling bus stops ADMS-Urban, ADMS-Roads
39 Calculation of number of exceedences ADMS
34 Loading background images into the EMIT Mapper EMIT
33 Emissions factors for wind blown dust ADMS ADMS-Urban, ADMS-Roads EMIT
24 Building roof orientation ADMS ADMS-Urban, ADMS-Roads


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