Intraoral scan and x-ray system

A system comprising:

• a display configured for outputting a graphical user interface (GUI);
• a processing device coupled to the display, the processing device configured to:
• obtain first data representing a surface of a dental object, wherein the first data is three-dimensional (3D) surface data;
• obtaining first augmentation data indicating an estimated presence of a first set of dental conditions in the first data;
• obtain second data representing an internal volume of the dental object;
• obtaining second augmentation data indicating an estimated presence of a second set of dental conditions in the second data;
• determining a spatial relationship between at least a part of the first data and at least a part of the second data using at least part of the first augmentation data and at least part of the second augmentation data;
• obtain a user input indicative of a desired inspection site of the dental object;
• determine a part of the first data corresponding to the desired inspection site;
• determine a part of the second data corresponding to the desired inspection site;
• render, in the GUI, a first view comprising the part of the first data corresponding to the desired inspection site with a visual representation of at least a part of the first augmentation data corresponding to the desired inspection site;
• and
• render, in the GUI, a second view comprising the part of the second data corresponding to the desired inspection site with a visual representation of at least a part of the second augmentation data corresponding to the desired inspection site,
• wherein the first view and the second view are bidirectionally synchronized based on the determined spatial relationship between the at least a part of the first data and the at least a part of the second data, whereby a user input indicative of an updated desired inspection site results in an updated first view and an updated second view.

A computer-implemented method comprising the steps of:

• obtaining first data representing a surface of a patient's dental object, wherein the first data is three-dimensional (3D) surface data;
• obtaining first augmentation data indicating an estimated presence of a first set of dental conditions in the first data;
• obtaining second data representing an internal volume of the patient's dental object;
• obtaining second augmentation data indicating an estimated presence of a second set of dental conditions in the second data;
• obtaining one or more audio files comprising one or more of a recording of a discussion about a health status of the patient's dental object and/or a recording about a set of desired aesthetic features of the patient's dental object;
• automatically filling-in a dental chart of the patient, the dental chart comprising information about the dental object based on the first data, the first augmentation data, the second data, the second augmentation data and/or the one or more audio files.