Interactive Scenario Builder (Builder) is a three-dimensional, interactive Radio Frequency (RF) Tactical Decision Aid (TDA). As a mission planning tool, Builder aids war fighters in the tactical decision making process by providing insight into and visualization of the RF capabilities of platforms in addition to providing. Objective The Chesapeake Bay Scenario Builder (Scenario Builder), a decision support tool, facilitates the creation of input decks for the Chesapeake Bay Watershed Model management scenarios. Developer The Bay Scenario Builder tool was developed by USEPA, the Chesapeake Bay Program Office and a private. Many companies do their sales forecast by averaging the three different scenarios – best, worst, and moderate. You can easily create all three of these scenarios and view their summaries from within Excel, without much trouble. Harcourt Mathematics 11 Ebook Login. The following procedure shows you how to use the Scenario Builder tool. Step 1 – Create a.

Aspect Description Introducing the Scenario Builder The Scenario Builder is used to define the details of a Use Case including defining detailed descriptions, creating one or more Scenarios and defining pre-conditions, post-conditions and other constraints. The detailed steps of a Use Case can be recorded and linked to other elements in the model and these can then be generated out as a diagram providing a visual representation of the Use Case and its Scenarios. The diagram and the text can be synchronized and individual steps can then be traced to other elements such as Components that will realize the Requirement specified in the Use Case.

Where to find the Scenario Builder Element Context Menu: Properties Scenarios Usage of the Scenario Builder To define the details of a Use Case and its scenarios and consraints which can be used to replace the traditional text-document based approach to defining Use Cases. This ensures that the Use Case diagram and the textual details of the Use Cases and its Scenarios and Constraints are all contained in the same model and can be traced. If the Use Cases are required in a document format for contractual or process reasons a Use Case Report can be generated automatically from the models using the in-built documentation engine. Options for the Scenario Builder The Scenario Builder can be viewed as a tabbed or a docked window or in an element's Properties window. The steps of a Use Case including its Scenarios can be automatically generated into a number of different diagram types available from the Generate Diagram toolbar icon. Learn more about the Scenario Builder.

This walkthrough demonstrates how to copy content (blobs) from one asset into another in order to handle redundancy for on-demand streaming. This scenario is useful if you want to set up Azure Content Delivery Network to fail over between two datacenters, in case of an outage in one datacenter. This walkthrough uses the Azure Media Services SDK, the Azure Media Services REST API, and the Azure Storage SDK to demonstrate the following tasks: • Set up a Media Services account in 'Data Center A.' • Upload a mezzanine file into a source asset. • Encode the asset into multi-bit rate MP4 files. • Create a read-only shared access signature locator.

This is for the source asset to have read access to the container in the storage account that is associated with the source asset. • Get the container name of the source asset from the read-only shared access signature locator created in the previous step.

This is necessary for copying blobs between storage accounts (explained later in the topic.) • Create an origin locator for the asset that was created by the encoding task. Then, to handle the failover: • Set up a Media Services account in 'Data Center B.' • Create a target empty asset in the target Media Services account. • Create a write shared access signature locator. This is for the target empty asset to have write access to the container in the target storage account that is associated with the target asset. • Use the Azure Storage SDK to copy blobs (asset files) between the source storage account in 'Data Center A' and the target storage account in 'Data Center B.' These storage accounts are associated with the assets of interest.

• Associate blobs (asset files) that were copied to the target blob container with the target asset. • Create an origin locator for the asset in 'Data Center B', and specify the locator ID that was generated for the asset in 'Data Center A.' This gives you the streaming URLs where the relative paths of the URLs are the same (only the base URLs are different).