Gesture management system

One or more non-transitory computer-readable media storing instructions which, when executed by one or more processors, cause performance of:

• receiving a first input defining a first gesture definition as a condition regarding a first tracked body part;
• storing the first gesture definition in the gesture dictionary;
• receiving a second input defining a second gesture definition as a condition regarding a second tracked body part;
• storing the second gesture definition in the gesture dictionary;
• receiving a third input defining a third gesture definition as a condition regarding a third tracked body part;
• storing the third gesture definition in the gesture dictionary;
• receiving a fourth input defining a fourth gesture definition as a condition regarding a fourth tracked body part;
• storing the fourth gesture definition in the gesture dictionary;
• receiving, as definition input, a first reference to a first gesture definition that is defined in a gesture dictionary, a second reference to a second gesture definition defined in the gesture dictionary, and a first operator;
• wherein the first input defines the first gesture definition as a third reference to the third gesture definition that is defined in the gesture dictionary, a fourth reference to the fourth gesture definition defined in the gesture dictionary, and a second operator;
• based on said definition input, storing a complex gesture definition as a combination of the first gesture definition, the second gesture definition, and the first operator;
• receiving, in an application program that is controlled using gestures as a form of user input, an action to execute in the application program;
• and
• causing the action to be triggered in said application program in response to user input satisfying the complex gesture definition.

A gesture management system, comprising:

• one or more hardware processors;
• one or more non-transitory computer-readable data storage media storing sequences of instructions which, when executed using the one or more hardware processors, cause the one or more hardware processors to:
• receiving a first input defining a first gesture definition as a condition regarding a first tracked body part;
• storing the first gesture definition in the gesture dictionary;
• receiving a second input defining a second gesture definition as a condition regarding a second tracked body part;
• storing the second gesture definition in the gesture dictionary;
• receiving a third input defining a third gesture definition as a condition regarding a third tracked body part;
• storing the third gesture definition in the gesture dictionary;
• receiving a fourth input defining a fourth gesture definition as a condition regarding a fourth tracked body part;
• storing the fourth gesture definition in the gesture dictionary;
• receive, as definition input, a first reference to a first gesture definition that is defined in a gesture dictionary, a second reference to a second gesture definition defined in the gesture dictionary, and a first operator;
• wherein the first input defines the first gesture definition as a third reference to the third gesture definition that is defined in the gesture dictionary, a fourth reference to the fourth gesture definition defined in the gesture dictionary, and a second operator;
• based on said definition input, store a complex gesture definition as a combination of the first gesture definition, the second gesture definition, and the first operator;
• receive, in an application program that is controlled using gestures as a form of user input, an action to execute in the application program;
• and
• cause the action to be triggered in said application program in response to user input satisfying the complex gesture definition.