1. A method to be executed at least in part in a computing device for data navigation employing analytic workflows, the method comprising:
automatically collecting by a workflow host view a typed tuple and context information based on a selection of a data point;
passing the collected typed tuple and context information to an analytic workflow host model;
ranking a set of analytic workflows obtained from an analytic workflow library based on the collected typed tuple and context information for the selected data point;
presenting the ranked set of analytic workflows for selection of one of the analytic workflows from the ranked set of analytic workflows applicable to the selected data point to a user;
receiving an analytic workflow selected from the ranked set of analytic workflows;
executing the selected analytic workflow on the selected data point; and
presenting visualization of the selected data point by a client application based on properties associated with the selected analytic workflow executed by the analytic workflow host model.
2. The method of claim 1, further comprising:
ranking the set of analytic workflows applicable to the selected data point employing at least one ranking algorithm.
3. The method of claim 2, wherein the ranked set of analytic workflows are ranked based on a total weight factor derived from executing a plurality of ranking algorithms and assigning a weight factor to a result of each ranking algorithm.
4. The method of claim 3, wherein the ranking algorithms include at least one from a set of: ranking based on a number of matched properties, ranking based on least-recently-used, and ranking based on user community voting.
5. The method of claim 1, further comprising serializing the workflows in the analytic workflow library for storage and distribution.
6. The method of claim 5, wherein data navigation activities are serialized and include one of: an embedded copy of native serialization of visualization and queries required for the visualization and a link to native serialization content such that the visualization and the required queries are not duplicated for each serialized analytic workflow.
7. The method of claim 1, wherein the executing the selected analytic workflow includes launching of at least one application external to the client application.
8. The method of claim 1, further comprising:
upon receiving selection of the analytic workflow, providing a tertiary user interface for receiving at least one operational parameter associated with the selected analytic workflow from the user.
9. The method of claim 1, wherein the visualization of the selected data point based on properties associated with the selected analytic workflow is presented to the user as one of: a chart, a diagram, a data listing, and a comprehensive report.
10. A system for data navigation employing analytic workflows, the system comprising:
a processor; and
a memory including computer readable instructions, that when executed by a processor are configured to:
automatically collect by a workflow host view a typed tuple and context information based on a selection of a data point;
pass the collected typed tuple and context information to an analytic workflow host model;
rank a set of analytic workflows obtained from an analytic workflow library based on the collected typed tuple and context information for the selected data point;
present the ranked set of analytic workflows for selection of one of the analytic workflows from the ranked set of analytic workflows applicable to the selected data point to a user;
receive an analytic workflow selected from the ranked set of analytic workflows;
execute the selected analytic workflow on the selected data point; and
present visualization of the selected data point by a client application based on properties associated with the selected analytic workflow executed by the analytic workflow host model.
11. The system of claim 10, further comprising:
ranking the set of analytic workflows applicable to the selected data point employing at least one ranking algorithm.
12. The method of claim 11, wherein the ranked set of analytic workflows are ranked based on a total weight factor derived from executing a plurality of ranking algorithms and assigning a weight factor to a result of each ranking algorithm.
13. The method of claim 12, wherein the ranking algorithms include at least one from a set of: ranking based on a number of matched properties, ranking based on least-recently-used, and ranking based on user community voting.
14. The method of claim 10, further comprising serializing the workflows in the analytic workflow library for storage and distribution.
15. The method of claim 10, wherein the executing the selected analytic workflow includes launching of at least one application external to the client application.
16. A computer storage medium including computer readable instructions, that when executed by a processor perform a method for data navigation employing analytic workflows, the method comprising:
automatically collecting by a workflow host view a typed tuple and context information based on a selection of a data point;
passing the collected typed tuple and context information to an analytic workflow host model;
ranking a set of analytic workflows obtained from an analytic workflow library based on the collected typed tuple and context information for the selected data point;
presenting the ranked set of analytic workflows for selection of one of the analytic workflows from the ranked set of analytic workflows applicable to the selected data point to a user;
receiving an analytic workflow selected from the ranked set of analytic workflows;
executing the selected analytic workflow on the selected data point; and
presenting visualization of the selected data point by a client application based on properties associated with the selected analytic workflow executed by the analytic workflow host model.
17. The data store of claim 16, further comprising:
ranking the set of analytic workflows applicable to the selected data point employing at least one ranking algorithm.
18. The data store of claim 17, wherein the ranked set of analytic workflows are ranked based on a total weight factor derived from executing a plurality of ranking algorithms and assigning a weight factor to a result of each ranking algorithm.
19. The data store of claim 16, wherein the selected analytic workflow includes launching of at least one application external to the client application.
20. The data store of claim 16, further comprising serializing the workflows in the analytic workflow library for storage and distribution.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
I claim:
1. Garment structure designed for the topical management of pain, via the employment of pressure, heat and moisture (liquid andor vapor), said structure comprising
an elongate wrap having an operative body expanse usable by the user in relation to a selected anatomical site in the user’s body,
a heat generator operatively carried by said wrap, and effective, under a use circumstance, to convey heat to a user’s body in the vicinity of said body expanse and a selected anatomical body site,
topical moisture-delivery structure operatively joinedjoinable to and with said body expanse in the vicinity of said heat generator, selectively infusible with a substance that can respond to heat to deliver moist heat to a user’s body, and
adjustable and releasable closure mechanism, operatively associated with said body expanse, operable to place the body expanse selectively in different levels of tension adjacent a selected anatomical region or regions in a user’s body so as to control, selectively, the compression applied by said body expanse to the user’s selected anatomical region.
2. The garment structure of claim 1, wherein said wrap is elastomeric.
3. The garment structure of claim 1, wherein said wrap is non-elastomeric.
4. The garment structure of claim 1, wherein said moisture-delivery structure is selectively removable.
5. The garment structure of claim 1, wherein said moisture-delivery structure is non-removable.
6. A wrapper-style pain-therapy garment selectively and removably wearable by a user to cover one or plural anatomical regions of the user’s body for the purpose of ministering to pain, said garment comprising
a size-adjustable, selectively tensible, flexible, elongate body expanse adapted generally to encircle a user’s selected anatomical region,
adjustable closure structure operatively associated with said body expanse for securing the expanse releasably in a selectively tensed, circumsurrounding, compression-applying manner about a user’s selected anatomical region,
a selectively activatable, flexible heat generator joined to said body expanse, adapted to conform with said body expanse under circumstances with the latter wrapped in an operative condition on the anatomy of a user, and
a controlled-delivery, therapeutic, moisture-delivery structure operatively attached, or attachable, to said body expanse at a location adjacent said heat generator, and for selective placement adjacent a user’s selected anatomical region with the body expanse wrapped in an operative condition relative thereto,
said moisture-delivery structure being structured to contain, dispensingly, a selected, heat-delivery-promoted moisture (liquid andor vapor) substance.