Difference between revisions of "Ramp User Guide"
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*An onboard Javascript interpreter extended to access the API, allowing the creation of scripts to control operation. | *An onboard Javascript interpreter extended to access the API, allowing the creation of scripts to control operation. | ||
*A local server enabling remote control of the API. This permits full integration with the R statistical platform when using the '''nmbR''' library package, also available from Numerus. | *A local server enabling remote control of the API. This permits full integration with the R statistical platform when using the '''nmbR''' library package, also available from Numerus. | ||
*Access to selected operator definitions used by the model, permitting user-defined alternatives to the model algorithm. | *Access to selected operator definitions used by the model, permitting user-defined alternatives to the model algorithm (RAMs). | ||
Ramps are created using the '''Numerus Designer''', a new version of the Numerus Model Builder that uses a visual GUI-based design platform for specifying models in the system dynamics, spatial, agent-based, network and event-driven paradigms. The Numerus Designer presents a more compact and simpler approach to model-building than earlier versions by providing powerful components to implement simulation actions. An entirely Java-based runtime engine implements more efficient and less resource intensive operation. | Ramps are created using the '''Numerus Designer''', a new version of the Numerus Model Builder that uses a visual GUI-based design platform for specifying models in the system dynamics, spatial, agent-based, network and event-driven paradigms. The Numerus Designer presents a more compact and simpler approach to model-building than earlier versions by providing powerful components to implement simulation actions. An entirely Java-based runtime engine implements more efficient and less resource intensive operation. | ||
Revision as of 20:14, 15 February 2022
Ramp Platform Overview
The Numerus Ramp (Runtime Alterable Model Platform) is a well-documented packaged simulation program with added features for runtime control and operations. These include:
- An API language for managing runtime properties such as parameter values and run operations.
- An onboard Javascript interpreter extended to access the API, allowing the creation of scripts to control operation.
- A local server enabling remote control of the API. This permits full integration with the R statistical platform when using the nmbR library package, also available from Numerus.
- Access to selected operator definitions used by the model, permitting user-defined alternatives to the model algorithm (RAMs).
Ramps are created using the Numerus Designer, a new version of the Numerus Model Builder that uses a visual GUI-based design platform for specifying models in the system dynamics, spatial, agent-based, network and event-driven paradigms. The Numerus Designer presents a more compact and simpler approach to model-building than earlier versions by providing powerful components to implement simulation actions. An entirely Java-based runtime engine implements more efficient and less resource intensive operation.
The Ramp Application
Each Ramp implements a single model using a common GUI platform, as shown in Figs. 1 and 2.
- Elapsed Model Time Shows the current time in model time units.
- Parameter Sliders Use these to control input values. Values may be entered directly into the slider windows.
- RAM Controls Use these to control the use of RAMs (runtime alternative modules). Double-click to access the RAM page. See Using RAMs.