Abstract: A method for supporting versions of a menu includes identifying menu items for an application. The menu items are in a first menu and have state data used by functions to perform operations. The method includes generating indices from the menu items, generating a first table that includes the indices and the functions, and generating a second table that includes a portion of the indices. The indices in the first table correspond to the functions, the portion defines a subset of menu items for a second menu, and the portion of the indices corresponds to a portion of the state data. When an operation is to be performed, an index for the subset of menu items is used to determine state data corresponding to the index in the second table, and the index is used to determine a function corresponding to the index in the first table.

Abstract: The systems and methods described herein provide a scientific and analytical basis for the following: (a) collective interpretation of the entire spectrum of chromatographic data, e.g., GC×GC two-dimensional data, with capability of operating at multi-resolution over bigger or smaller sub-regions of the two-dimensional data, (b) given two or more samples that are from the same source, and some samples from clearly different sources, quantitatively estimate where the fingerprint of the source lies, (c) given a source signature template, an unknown sample can be compared to decide whether it is related to, and if so, to what degree, to this source, and (d) given two source signature templates, the templates can be compared to determine how related is one source to the other.

Abstract: A method for supporting versions of a menu includes identifying menu items for an application. The menu items are in a first menu and have state data used by functions to perform operations. The method includes generating indices from the menu items, generating a first table that includes the indices and the functions, and generating a second table that includes a portion of the indices. The indices in the first table correspond to the functions, the portion defines a subset of menu items for a second menu, and the portion of the indices corresponds to a portion of the state data. When an operation is to be performed, an index for the subset of menu items is used to determine state data corresponding to the index in the second table, and the index is used to determine a function corresponding to the index in the first table.

Abstract: A method for downloading a web application and script files to a computing device from a set of servers includes creating, by a browser thread, a web worker thread, and receiving, in the web worker thread, a request from the browser thread where the request includes identifiers for the script files. The method includes issuing, from the web worker thread, a set of requests for the script files to the set of servers based on the request message, and receiving, in the web worker thread, the script files from the set of servers. The method includes issuing, from the web worker thread, a set of messages to the browser thread, wherein each of the messages includes at least one of the script files, and executing the script files in the browser thread in an order specified by the identifiers.

Abstract: The systems and methods described herein provide a scientific and analytical basis for the following: (a) collective interpretation of the entire spectrum of chromatographic data, e.g., GC×GC two-dimensional data, with capability of operating at multi-resolution over bigger or smaller sub-regions of the two-dimensional data, (b) given two or more samples that are from the same source, and some samples from clearly different sources, quantitatively estimate where the fingerprint of the source lies, (c) given a source signature template, an unknown sample can be compared to decide whether it is related to, and if so, to what degree, to this source, and (d) given two source signature templates, the templates can be compared to determine how related is one source to the other.