InfoWorks ICM Additional Options

Tailor InfoWorks ICM to your requirements with optional extras, Suite and Executive Suite

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InfoWorks ICM Options for Better Catchment Modeling

InfoWorks ICM's additional options extend the capabilities of this advanced integrated catchment modeling software. 

If you need help choosing an option, just get in touch. Scroll down for a brief description of each.

Some options are priced individually. We also offer two packages, InfoWorks ICM Suite and InfoWorks ICM Executive Suite. 

Options:

  • InfoWorks RS
  • InfoWorks Viewer

InfoWorks ICM Suite package:

  • ICM RiskMaster
  • ICM TSDB (Time Series Database)
  • InfoWorks PDM (Probability Distributed Moisture Model)

InfoWorks ICM Executive Suite package:

  • InfoWorks ICMExchange

Options:

InfoWorks RS plus minus

InfoWorks RS enables planners and engineers to carry out fast and accurate modeling of the key elements of river and channel systems, by integrating survey and time-series data with detailed and accurate modeling. It combines the advanced ISIS Flow simulation engine, geographical analysis, and a relational database within a single environment.

InfoWorks RS includes full solution modeling of open channels, floodplains, embankments and hydraulic structures. Its rainfall runoff simulation uses both event-based and conceptual hydrological methods. It simulates water quality and sediment transport.

The full flood-mapping capability is based on a sophisticated flood-interpolation model overlaid onto an imported groundmodel. You can also use an optional fully-dynamic, 2D surface flood simulation, integrated with the surface-channel hydraulic simulation.

Views

InfoWorks RS provides full interactive views of data including geographical plan views, sectional views, long sections, spreadsheet and time varying graphical data. You can also see animations in geographical plan, long section and cross section views.

In addition InfoWorks RS offers results reporting and analysis using tables and graphs. 

The underlying data can be accessed from any graphical or geographical view.

Applications

  • Flood flow planning and management
  • Low flow assessments
  • Water quality assessments
  • Sedimentation and sediment control
  • Water resources management
  • Flood Forecasting System hydraulic model development platform

InfoWorks RS screen shot

InfoWorks Viewer plus minus

InfoWorks Viewer lets you import and view data and results from InfoWorks models. It’s a valuable tool if you use a consultant to build your model, or if you’re involved with auditing models built by others. You won’t be able to amend data or set up new simulations.

With InfoWorks Viewer, everything appears just as it does in InfoWorks, for both static and time varying data and results. It is also possible to import any Map layers (ArcView or MapInfo), so the models appear exactly as they were built. The entire audit trail resulting from the model build process is also preserved. There is no restriction on the size of model or length of simulation results that can be viewed.

It can also re-run any simulations that have previously been run to completion in a full copy of InfoWorks. This means the simulation results don’t need to be included in the .IWC file, keeping its size down.

Suite package:

ICM RiskMaster plus minus

InfoWorks ICM RiskMaster is a risk-based analysis extension for InfoWorks ICM. It computes both the damage caused by specific flood events, and expected annual flood damage. Its calculations are based on the hydraulic, hydrologic and economic data for any number of simulated damage receptors including residential, commercial and industrial properties.

Powerful predictive analysis capabilities provide InfoWorks ICM users with both a quantification of the current flood risk associated with their collection systems and a long-term planning framework for making the most effective decisions on flood risk management and alleviation strategies.

Traditionally, flood management policies have been based on the design standard approach, where policy makers decide on an appropriate protection level to be achieved (degree-of-protection) in designing and managing their collection systems. In contrast, flood management policies based on risk focus on the consequences of flood events and the best alleviation measures over a given time period.

RiskMaster combines the inundation results of multiple events with a database of receptors (properties) and their vulnerability, based on the probability of occurrence. The outcome is an estimate of the economic impact of floods in terms of Expected Annual Damage (EAD) value, and a database of inundation depths ordered by return period, showing the predicted flood recurrence for each receptor. You can display the results in tabular or graphical format. They provide a comprehensive view of the hydraulic system performance and the consequences of flood events.

Applications

  • Public bodies/national ministries/local governments responsible for flood risk management policy: Quantification of the benefits and costs of flood risk management measures to inform the allocation of investment in flood protection programs
  • Authorities responsible for emergency planning: Identify critical areas for flood damage and build post-disaster emergency plans
  • Insurance companies: Highly accurate local distribution of insured financial loss derived from flooding events
  • National governments: Post-disaster flood damage assessment to evaluate the consequences of a flooding event
  • Consultants: Evaluation and assessment of flood risk management strategies. Recommendation of cost-effective alternatives
  • Water and drainage utilities: Reduce flood risk from the service of hydraulic infrastructure

ICM RiskMaster screen shot

ICM TSDB plus minus

ICM TSDB (Time Series Database) provides accurate network performance and operational information from real-time data – so you’re not limited to offline analyses.

It enables engineers and operators to quickly and reliably assess the integrity of the network and respond to potential overflows, flooding and other non-routine events.

With ICM TSDB you can archive, analyze and aggregate data into user-defined actionable information, including real-time and historical data, including 2D rainfall data, radar images and meteorological forecasts. You can then use this data to drive simulations of past and future events for optimal management of integrated catchment systems in InfoWorks ICM.

You’re empowered to detect problems before they become events, and you get you crucial time to react and reduce or eliminate the impacts of these events.

ICM TSDB delivers a powerful combination of 2D rainfall data and time-series data, along with a suite of analytic and visualization tools that monitor the performance and capacity of collection systems. It gives users a comprehensive, real-time view into current system operations, enabling them to make informed, timely decisions.

With ICM TSDB you’ll benefit from:

  • Flexible import, storage and export of time-series data including import from existing InfoWorks ICM events
  • The import, storage and export of 2D rainfall data on a range of geometries (both Cartesian and Polar) with a variety of source formats
  • Capacity for large amounts of data including 2D Radar data at very high resolutions such as the Xband radar (which has 250m resolution)
  • Visualization and animation of 2D rainfall data
  • Creation, storage and management of user edits of time-series data
  • Addition of missing data or deletion/change of invalid data
  • Creation of custom overrides of the base data (what-if scenarios)
  • Merging of externally-supplied, user-edited and recurrent time series for input to a simulation or comparison with simulation results
  • Interpolation of time-series data at various stages in the data flow
  • Combination of rain gauge profiles and 2D rainfall profiles for direct simulation, including time-dependent prioritization of sources
  • Ability to use non-regular time steps for time-varying data (e.g., inflows, levels)
  • Seamless integration with any InfoWorks ICM model

InfoWorks PDM (Probability Distributed Moisture Model) plus minus

InfoWorks PDM is a rainfall-runoff model based on probability-distributed moisture stores and translation of runoff and drainage via routing stores. It provides a toolkit of model algorithms (standard, splitting and demand-based) which can be configured and calibrated to suit a wide variety of catchment response forms. It also provides real-time forecasting of flows for any complex river catchments. Model inputs are rainfall and evaporation over the catchment. Output is river flow (or level) at the catchment outlet along with other important parameters including soil moisture deficit and the various flow components (e.g., infiltration excess runoff, inflow to groundwater store, baseflow, fast response surface flow).

InfoWorks PDM screen shot

Executive Suite package:

InfoWorks ICMExchange plus minus

A full-featured programmer’s toolkit, InfoWorks ICMExchange enables users to directly import and export InfoWorks ICM data in a variety of formats (e.g. Oracle, SQL, CSV, MIF/MID, Geodatabases, Shapefiles, etc.) as well as interface with the powerful InfoWorks ICM simulation engine to create their own custom solutions. Having access to this tailored functionality right out of the box also streamlines the creation of independent applications and custom interfaces that enable users to view or modify data for evaluation and comparison of various modeling scenarios. Armed with these capabilities, consultants and utilities can adapt the input and output from their InfoWorks ICM models to meet specific project needs in a fully automated process that increases efficiencies. These abilities empower them to work more efficiently and instantly get the reliable information they need to make better design and operational decisions for optimal performance.

ICMExchange can do all the following operations as background tasks:

  • Edit, update and query database tree objects
  • Create, copy and delete database tree objects
  • Create network scenarios
  • Commit and validate networks
  • Edit network objects
  • Carry out simulations
  • Query results and extract data