Abstract: The disclosure generally describes computer-implemented methods, software, and systems for enhancing visual applications. A computer-implemented method includes: identifying a map-based application for enhancement, identifying a configuration file defining one or more application parts for enhancing the map-based application, the one or more application parts associated with a second application, and incorporating the one or more application parts from the identified configuration file into the map-based application. In some instances, incorporating the one or more application parts into the map-based application includes identifying a symbol associated with each of the one or more application parts, accessing data from the second application associated with each of the one or more application parts, and inserting an instance of the symbol for each application part based on the accessed data from the second application.

Abstract: A set of locational information items are provided, each of which includes a set of coordinate values. These locational information items can be represented on a map including various levels of detail. A mapping application is provided which is intended to display these locational information items on various levels of detail of the map. The locational information items are clustered on certain levels of detail of the map. To cluster the locational information items, a level of detail for each LOD can be specified; a Delaunay Triangulation can be created over the set of the locational information items provided; a list of the edges associated with the Delaunay Triangulation can be generated and sorted by length; a cluster tree can be built; and the locational information items are displayed in clusters at each LOD.

Abstract: A computer-implemented method includes: identifying a map-based application for enhancement, identifying a configuration file defining one or more application parts for enhancing the map-based application, the one or more application parts associated with a second application, and incorporating the one or more application parts from the identified configuration file into the map-based application. In some instances, incorporating the one or more application parts into the map-based application includes identifying a symbol associated with each of the one or more application parts, accessing data from the second application associated with each of the one or more application parts, and inserting an instance of the symbol for each application part based on the accessed data from the second application.

Abstract: A set of locational information items are provided, each of which includes a set of coordinate values. These locational information items can be represented on a map including various levels of detail. A mapping application is provided which is intended to display these locational information items on various levels of detail of the map. The locational information items are clustered on certain levels of detail of the map. To cluster the locational information items, a level of detail for each LOD can be specified; a Delaunay Triangulation can be created over the set of the locational information items provided; a list of the edges associated with the Delaunay Triangulation can be generated and sorted by length; a cluster tree can be built; and the locational information items are displayed in clusters at each LOD.

Abstract: The disclosure generally describes computer-implemented methods, software, and systems for enhancing visual applications. A computer-implemented method includes: identifying a map-based application for enhancement, identifying a configuration file defining one or more application parts for enhancing the map-based application, the one or more application parts associated with a second application, and incorporating the one or more application parts from the identified configuration file into the map-based application. In some instances, incorporating the one or more application parts into the map-based application includes identifying a symbol associated with each of the one or more application parts, accessing data from the second application associated with each of the one or more application parts, and inserting an instance of the symbol for each application part based on the accessed data from the second application.

Abstract: The disclosure generally describes computer-implemented methods, software, and systems for rendering maps using canvasses. One method includes: presenting a portion of a first map in a first canvas of a user interface; receiving a user input to perform a function associated with changing a display presentation of the first map; populating a second canvas with a second map associated with the first map; exposing at least a portion of the second canvas; and hiding at least a portion of the first canvas.

Abstract: Various embodiments for hit testing of visual objects are described herein. Data of visual objects is generated in a two-dimensional clip space. The data of visual objects includes two-dimensional projections of the visual objects. Cursor coordinates are transformed into the clip space and bounding box calculations are performed using the transformed cursor coordinates and the generated data. Hit testing is performed when there is a hit on a bounding box of at least one of the visual objects in the clip space. The hit testing is performed in a three-dimensional space. A result is then presented on a user interface based on the hit testing.

Abstract: The present disclosure describes methods, systems, and computer program products for providing access to vector data on a mobile device providing. A corresponding may comprise a mobile device; a server remote from the mobile device; the mobile device configured to: transmit, from the mobile device to the remote server, one or more requests for first vector data, the requests specifying the first vector data, a display property of the mobile device, a first zoom level and a location within the vector data; and the remote server configured to: determine, based on the one or more requests, one or more image tiles representing information of the requested first vector data; and provide the one or more image tiles to the mobile device for display.

Abstract: Systems and methods are disclose for facilitating the transfer of hierarchical data to a computer memory are provided. A disclosed method may include receiving an electronic document containing hierarchical data, memory layout information, and memory address information, wherein the memory address information comprises a base address. The data may be restructuring to conform with the memory layout of the computer memory when it is determined, based on the memory layout information, that a memory layout of the hierarchical data does not match the memory layout of the computer memory. Memory address information may be translated when it is determined that the base address is not available in the computer memory. The restructured hierarchical data may be loaded into the computer memory based on the translated memory address information.

Abstract: The disclosure generally describes computer-implemented methods, software, and systems for enhancing visual applications. A computer-implemented method includes: identifying a map-based application for enhancement, identifying a configuration file defining one or more application parts for enhancing the map-based application, the one or more application parts associated with a second application, and incorporating the one or more application parts from the identified configuration file into the map-based application. In some instances, incorporating the one or more application parts into the map-based application includes identifying a symbol associated with each of the one or more application parts, accessing data from the second application associated with each of the one or more application parts, and inserting an instance of the symbol for each application part based on the accessed data from the second application.

Abstract: Systems and methods are disclose for facilitating the transfer of hierarchical data to a computer memory are provided. A disclosed method may include receiving an electronic document containing hierarchical data, memory layout information, and memory address information, wherein the memory address information comprises a base address. The data may be restructuring to conform with the memory layout of the computer memory when it is determined, based on the memory layout information, that a memory layout of the hierarchical data does not match the memory layout of the computer memory. Memory address information may be translated when it is determined that the base address is not available in the computer memory. The restructured hierarchical data may be loaded into the computer memory based on the translated memory address information.

Abstract: Systems and methods are disclose for facilitating the transfer of hierarchical data to a computer memory are provided. A disclosed method may include receiving an electronic document containing hierarchical data, memory layout information, and memory address information, wherein the memory address information comprises a base address. The data may be restructuring to conform with the memory layout of the computer memory when it is determined, based on the memory layout information, that a memory layout of the hierarchical data does not match the memory layout of the computer memory. Memory address information may be translated when it is determined that the base address is not available in the computer memory. The restructured hierarchical data may be loaded into the computer memory based on the translated memory address information.

Abstract: The disclosure generally describes computer-implemented methods, software, and systems for rendering maps using canvasses. One method includes: presenting a portion of a first map in a first canvas of a user interface; receiving a user input to perform a function associated with changing a display presentation of the first map; populating a second canvas with a second map associated with the first map; exposing at least a portion of the second canvas; and hiding at least a portion of the first canvas.

Abstract: Various embodiments for hit testing of visual objects are described herein. Data of visual objects is generated in a two-dimensional clip space. The data of visual objects includes two-dimensional projections of the visual objects. Cursor coordinates are transformed into the clip space and bounding box calculations are performed using the transformed cursor coordinates and the generated data. Hit testing is performed when there is a hit on a bounding box of at least one of the visual objects in the clip space. The hit testing is performed in a three-dimensional space. A result is then presented on a user interface based on the hit testing.

Abstract: A business process master data vector for a business process of an organization can include master data coordinates corresponding to a plurality of business object node fields of a plurality of business objects involved in the business process. Values of the master data coordinates can indicate whether a corresponding business object node field is mandatory for successful execution of the business process. Master data instance vectors corresponding to the plurality of business objects can be evaluated such that a master data instance vector includes instance coordinates indicating whether a corresponding business object node field contains a master data value. The business process can be analyzed using the business process master data vector and/or the master data instance vectors. Related systems, processes, and articles of manufacture are also described.

Abstract: A business process master data vector for a business process of an organization can include master data coordinates corresponding to a plurality of business object node fields of a plurality of business objects involved in the business process. Values of the master data coordinates can indicate whether a corresponding business object node field is mandatory for successful execution of the business process. Master data instance vectors corresponding to the plurality of business objects can be evaluated such that a master data instance vector includes instance coordinates indicating whether a corresponding business object node field contains a master data value. The business process can be analyzed using the business process master data vector and/or the master data instance vectors. Related systems, processes, and articles of manufacture are also described.

Abstract: A business process master data vector for a business process of an organization can include master data coordinates corresponding to a plurality of business object node fields of a plurality of business objects involved in the business process. Values of the master data coordinates can indicate whether a corresponding business object node field is mandatory for successful execution of the business process. Master data instance vectors corresponding to the plurality of business objects can be evaluated such that a master data instance vector includes instance coordinates indicating whether a corresponding business object node field contains a master data value. The business process can be analyzed using the business process master data vector and/or the master data instance vectors. Related systems, processes, and articles of manufacture are also described.

Abstract: Systems and methods are disclose for facilitating the transfer of hierarchical data to a computer memory are provided. A disclosed method may include receiving an electronic document containing hierarchical data, memory layout information, and memory address information, wherein the memory address information comprises a base address. The data may be restructuring to conform with the memory layout of the computer memory when it is determined, based on the memory layout information, that a memory layout of the hierarchical data does not match the memory layout of the computer memory. Memory address information may be translated when it is determined that the base address is not available in the computer memory. The restructured hierarchical data may be loaded into the computer memory based on the translated memory address information.

Abstract: Embodiments consistent with the principles of the invention provide client-server application problem-solving capabilities at sites remote from the operational site by supplying server response data to a copy of the client-side application running at the remote site. The client-side application running at the remote site receives the same inputs as the operational site application, allowing application problems and behavior to be reproduced at the remote site. Debugging tools, expertise, and other resources may be more efficiently applied at the remote site to solve problems and explain behavior than would be the case at the operational site.

Abstract: Embodiments consistent with the principles of the invention provide client-server application problem-solving capabilities at sites remote from the operational site by supplying server response data to a copy of the client-side application running at the remote site. The client-side application running at the remote site receives the same inputs as the operational site application, allowing application problems and behavior to be reproduced at the remote site. Debugging tools, expertise, and other resources may be more efficiently applied at the remote site to solve problems and explain behavior than would be the case at the operational site.