Systems and methods for mapping an explosive event

A method for dynamic mapping of explosive events within a test environment, the method comprising:

• accessing event data of a plurality of data streams, each data stream of the plurality of data streams including a plurality of time stamped environmental measurements from a sensor device within the test environment sampled over a time period and location data for the sensor device within the test environment;
• and
• analyzing, using one or more processors, a plurality of data streams at selected time intervals over the time period to generate a visualization of the explosive event, the analyzing including for each time interval:
• generating visualization data representing the time interval based at least in part on portions of the plurality of time stamped environmental measurements representing the time interval, the visualization data mapping the environmental measurements into a virtual representation of the test environment using the location data.

A machine-readable storage medium including instructions which, when executed by one or more processors, cause the one or more processors to:

• access location data associated with a plurality of blast detection devices, the location data identifying a location within a test environment of each blast detection device of the plurality of blast detection devices previously arranged throughout the test environment to capture data from an explosive event within the test environment;
• access time stamped environmental measurement data collected from the plurality of blast detection devices, the time stamped environmental measurement data correlated with the location data;
• generate, using at least the time stamped measurement data, a visualization depicting a representation of a measured aspect of the explosive event within a virtual representation of the test environment;
• and
• cause the display of the visualization.

A system for dynamic mapping of explosive events within a test environment, the system including:

• a plurality of sensor devices woven into a wired meshwork interconnecting and positioning the plurality of sensor devices, each sensor device in the wired meshwork including:
• a environmental sensor to measure at least one parameter of an explosive event;
• and
• a communication interface;
• a data analysis system including a plurality of processor implemented modules, the modules including:
• a time synchronization module to synchronize time stamping of event data collected from the plurality of sensor devices;
• a data access module to access measurement data collected from the plurality of sensor devices, the measurement data recorded during an explosive test;
• and
• an analysis module to analyze the measurement data to produce a dynamic visualization of the at least one parameter included in the measurement data, the at least one parameter is mapped onto a virtual representation of the test environment.