Immersive visualization for condition assessment of civil structures

A structural analysis optimization system for automatically displaying a spatial model of at least one civil structure on at least one visualization platform associated with a computing device, the structure analysis optimization system comprising:

• the computing device comprising at least one processor;
• and
• a non-transitory computer-readable medium operably coupled to the at least one processor, the computer-readable medium having computer-readable instructions stored thereon that, when executed by the at least one processor, cause the structural analysis optimization system to automatically display at least one spatial model of the at least one civil structure on the at least one visualization platform associated with the computing device by executing instructions comprising:
• receiving, via at least one user interface associated with the at least one visual platform, a data query from at least one user regarding at least one civil structure;
• transmitting, via at least one processor of the computing device communicatively coupled to at least one sensor in mechanical communication with the at least one civil structure, at least one sensorial input to the at least one visualization platform, the at least one sensorial input being configured to be displayed on the at least one visualization platform;
• generating, via the at least one visualization platform, the at least one spatial model of the at least one civil structure based on the at least one received sensorial input;
• and
• automatically displaying the at least one generated spatial model on the at least one visualization platform associated with the computing device by:
• based on a determination that at least one tactile-input is received from the at least one user, via the at least one user-interface, generating at least one spatial alteration to the at least one generated spatial model;
• and
• based on a determination that at least one tactile-input is not received from the at least one user, via the at least one user-interface, maintaining the at least one generated spatial model.

A method of contactless structural analysis on at least one visualization platform associated with a computing device, the method comprising the steps of:

• receiving, via at least one user interface associated with the at least one visual platform, a data query from at least one user regarding at least one civil structure;
• transmitting, via at least one processor of the computing device communicatively coupled to at least one sensor in mechanical communication with the at least one civil structure, at least one sensorial input to the at least one visualization platform, the at least one sensorial input being configured to be displayed on the at least one visualization platform;
• generating, via the at least one visualization platform, at least one spatial model of the at least one civil structure based on the at least one received sensorial input;
• overlaying, via the at least one processor, the at least one sensorial input onto the at least one generated spatial model;
• creating, via the at least one visualization platform, a background scene comprising the at least one civil structure's real environment based on the at least one overlayed sensorial input;
• and
• automatically displaying the at least one generated spatial model within the background scene on the at least one visualization platform associated with the computing device by:
• based on a determination that at least one tactile-input is received from the at least one user, via the at least one user-interface, generating at least one spatial alteration to the at least one generated spatial model;
• and
• based on a determination that at least one tactile-input is not received from the at least one user, via the at least one user-interface, maintaining the at least one generated spatial model.