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The present invention features determining, from a plurality of actions, an action event corresponding to multiple segments of input data received from a computer input device, defining a corresponding action, based upon an order in which the multiple segments of input are received. Access is provid

The present invention features determining, from a plurality of actions, an action event corresponding to multiple segments of input data received from a computer input device, defining a corresponding action, based upon an order in which the multiple segments of input are received. Access is provided to the event through a program interface. Also disclosed is a system that carries-out the functions of the method, as well as a computer-program product includes computer-readable instructions that causes a processor of a computer system to carry-out the functions of the method.

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1. A method comprising: displaying on a computer system a web page containing one or more script elements, wherein said one or more script elements are responsive to input data from an input device;receiving at the computer system from the input device multiple segments of input data, the multiple s

1. A method comprising: displaying on a computer system a web page containing one or more script elements, wherein said one or more script elements are responsive to input data from an input device;receiving at the computer system from the input device multiple segments of input data, the multiple segments of data defining an input sequence, wherein a time interval between receiving adjacent segments of data within the input sequence comprises a phase differential;selecting, from a plurality of actions that change a user experience with the web page, an action associated with said input sequence, wherein the multiple segments of input data are sensed by event handlers of a script element and are processed into an event trigger that is implemented in multiple layers of a software stack, wherein the event handlers correspond to nodes in a Document Object Model (DOM) tree and the one or more script elements have multiple event handlers; andexecuting said action on the computer system, wherein the phase differential of any two adjacent segments of input data, from the input sequence received by the computer system, as well as a corresponding region of the web page at which point the data input is sensed, are utilized to determine a desired action to the web page from among a set of actions that changes the user experience with the web page. 2. The method as recited in claim 1 wherein selecting further includes ascertaining multiple corresponding actions associated with different groups of said segments in said input sequence. 3. The method as recited in claim 1 wherein selecting further includes ascertaining a cursor position with respect to said program interface and determining said corresponding action based upon an order and said cursor position. 4. The method as recited in claim 1 wherein receiving further includes receiving said multiple segments of input data from a plurality of computer interface devices. 5. The method as recited in claim 1 wherein selecting further includes measuring a latency between receipt of one of said multiple segments in a group and a second of said multiple segments in said group and ascertaining whether said latency is greater than a range of time and with a corresponding event being associated with a first event if said latency is with said first range of time and a second event that differs from said first event if said latency is outside of said range of time. 6. The method as recited in claim 1 wherein receiving further includes receiving said multiple segments from a computer mouse, with said computer mouse having a plurality of switches and determining further includes ascertaining multiple corresponding actions associated with different groups of said segments in said input sequence, with each of said multiple segments being generated by a common switch of said plurality of switches. 7. The method as recited in claim 1 wherein receiving further includes receiving said multiple segments from a computer mouse, with said computer mouse having a plurality of switches and determining further includes ascertaining multiple corresponding actions associated with different groups of said segments in said input sequence, with each of said multiple segments being generated by a common group of said plurality of switches. 8. The method as recited in claim 1 wherein receiving further includes receiving said multiple segments from a computer mouse, with said computer mouse having a plurality of switches and determining further includes ascertaining multiple corresponding actions associated with different groups of said segments in said input sequence, with each of said multiple segments being generated by a common group of said plurality of switches being activated sequentially. 9. The method as recited in claim 1 wherein receiving further includes receiving said multiple segments from a computer mouse, with said computer mouse having a plurality of switches and determining further includes ascertaining multiple corresponding actions associated with different groups of said segments in said input sequence, with each of said multiple segments being generated by a common group of said plurality of switches being activated concurrently. 10. The method as recited in claim 1 wherein receiving further includes receiving said multiple segments from a computer mouse, with said computer mouse having a plurality of switches and determining further includes ascertaining multiple corresponding actions associated with different groups of said segments in said input sequence, with each of said multiple segments being generated by a different groups of common said plurality of switches. 11. A method comprising: sequentially receiving with a computer system multiple segments of input data, defining an input sequence, wherein a time interval between receiving adjacent segments of data within the input sequence comprises a phase differential, from a computer interface device having a plurality of switches, with a first subset of said plurality of switches generating a first sub-group of said multiple segments and a second subset of said plurality of switches generating a second sub-group of said multiple segments;determining, from a plurality of actions that change a user experience with a web page, actions corresponding to different groups of said segments, wherein the multiple segments of input data are sensed by event handlers of a scripting element and are processed into an event trigger that is implemented in multiple layers of a software stack, wherein the event handlers correspond to nodes in a Document Object Model (DOM) tree and the one or more script elements have multiple event handlers; andproviding access to action corresponding to anyone group being based upon an order in which the data segments are received, wherein the phase differential of any two adjacent segments of input data, from the input sequence received by the computer system, as well as a corresponding region of the web page at which point the data input is sensed are utilized to determine a desired action to the web page from among a set of actions that changes the user experience with the web page. 12. The method as recited in claim 11 wherein providing further includes providing access to action corresponding to any one group based upon said order and a region of said programming interface with which a cursor is in superimposition. 13. The method as recited in claim 11 wherein determining further includes measuring a latency between receipt of one of said plurality of segments in said group and a second of said plurality of segments in said group and ascertaining whether said latency is greater than a range of time and with a corresponding event being associated with a first event if said latency is with said first range of time and a second event that differs from said first event if said latency is outside of said range of time. 14. The method as recited in claim 11 wherein sequentially receiving further includes receiving said multiple segments of input data from a plurality of computer interface devices. 15. A computer system comprising: a processor;a display in data communication with said processor;an interface device in data communication with both said processor and said display;a memory in data communication with both said display and said processor, said memory having computer readable instructions stored therein which, when operated on by said processor causes said computer system to carry-out operations including:sequentially receiving with a computer system multiple segments of input data, defining an input sequence, wherein a time interval between receiving adjacent segments of data within the input sequence comprises a phase differential, from a computer interface device;determining, from a plurality of actions that change a user experience with a web page, actions corresponding to different groups of said segments, wherein the multiple segments of input data are sensed by event handlers of a scripting element and are processed into an event trigger that is implemented in multiple layers of a software stack, wherein the event handlers correspond to nodes in a Document Object Model (DOM) tree and the one or more script elements have multiple event handlers; andproviding access to said corresponding action through a program interface, wherein the phase differential of any two adjacent segments of input data, from the input sequence received by the computer system, as well as a corresponding region of the web page at which point the data input is sensed are utilized to determine a desired action to the web page from among a set of actions that changes the user experience with the web page. 16. The system as recited in claim 15 wherein determining further includes ascertaining multiple corresponding actions associated with different groups of said segments in said input sequence. 17. The system as recited in claim 15 wherein determining further includes ascertaining a cursor position with respect to said program interface and determining said corresponding action based upon said order and said cursor position. 18. The system as recited in claim 15 wherein sequentially receiving further includes receiving said multiple segments of input data from a plurality of computer interface devices, determining further includes ascertaining multiple corresponding actions based upon latency between said different sub-groups of said input sequence. 19. A non-transitory machine-readable medium carrying one or more sequences of instructions for implementing method in a computer system when executed by one or more processors and cause said one or more processors to carry out: sequentially receiving with a computer system multiple segments of input data, defining an input sequence, wherein a time interval between receiving adjacent segments of data within the input sequence comprises a phase differential, from a computer interface device having a plurality of switches, with a first subset of said plurality of switches generating a first sub-group of said multiple segments and a second subset of said plurality of switches generating a second sub-group of said multiple segments;determining, from a plurality of actions that change a user experience with a web page, actions corresponding to different groups of said segments, wherein the multiple segments of input data are sensed by event handlers of a scripting element and are processed into an event trigger that is implemented in multiple layers of a software stack, wherein the event handlers correspond to nodes in a Document Object Model (DOM) tree and the one or more script elements have multiple event handlers, wherein the phase differential of any two adjacent segments of input data, from the input sequence received by the computer system, as well as a corresponding region of the web page at which point the data input is sensed are utilized to determine a desired action to the web page from among a set of actions that changes the user experience with the web page; andproviding access to an event through a program interface. 20. The machine-readable medium as recited in claim 19 wherein said instructions to carry out determining further includes instructions for carrying out ascertaining multiple corresponding actions associated with different groups of said segments in said input sequence. 21. The machine-readable medium as recited in claim 19 wherein said instructions to carry out providing executing further includes instructions for carrying out providing access to action corresponding to any one group based upon said order and a region of said programming interface with which a cursor is in superimposition. 22. The machine-readable medium as recited in claim 19 wherein said instructions to carry out sequentially receiving further includes instructions to carry out receiving said multiple segments of input data from a plurality of computer interface devices.