14 | | 1. '''Pictographs in Alerting''' - Develop a Sahana (OData-like) S3XML data structure to CRUD pictographs used in alerting. The teams will determine the optimal set of CAP elements to build in to the HTTP RESTful Request APIs. Thereafter, the CAP Editor, Mobile CAP Tool, and ITU CAP Software will use the APIs to publish a message with the pictograph |
15 | | 1. '''Scientific Parameter Validation''' - Establish a set of parameters for exchanging measurement data; first document the norms in the Sahana wiki; then enhance each of the CAP-enabled tools to use the parameter values to change the visualization (e.g. flash flood water height to display the inundation region on a map). |
| 14 | 1. Develop a GUI frame for displaying the '''pictograph''' for a CAP message |
| 15 | 1. '''Scientific Parameter Validation''' - use the earthquake dataset as a basis for exchanging that data between the Carribean, Indonesian, PTWC, and Establish a set of parameters for exchanging measurement data; first document the norms in the Sahana wiki; then enhance each of the CAP-enabled tools to use the parameter values to change the visualization (e.g. flash flood water height to display the inundation region on a map). |