Abstract: A computer-implemented method includes obtaining first data representing a surface of a dental object and second data representing an internal volume of the object, wherein the first data is 3D surface data; obtaining first and second augmentation data indicating an estimated presence of first and second sets of dental conditions, respectively; obtaining a user input indicative of a desired inspection site of the object; determining a part of the first and second data corresponding to the desired inspection site; and rendering, in a GUI, first and second views including the part of the first and second data corresponding to the desired inspection site and rendering with a visual indication of at least a part of the first and second augmentation data corresponding to the desired inspection site, respectively.

Abstract: A method includes receiving a first digital 3D dental model representative of a dental situation at a first time, receiving a second digital 3D dental model representative of the dental situation at a second time. Further, the method includes generating a difference map, where generating of the difference map includes obtaining values of geometric differences between the first digital 3D dental model and the second digital 3D dental model, identifying a greatest value of geometric differences from the values of geometric differences, generating a color scale including a plurality of discrete colors associated with the values of geometric differences, wherein colors of the plurality of discrete colors are separated by color scale threshold values, further wherein the color scale threshold values are generated based on the greatest value of geometric differences, and assigning the plurality of discrete colors to the values of geometric differences.

Abstract: A computer-implemented method includes receiving, in a common 3D space, a first digital 3D model representative of the dental situation at a first time, and a second digital 3D model representative of the dental situation at a second time, the second time being later than the first time. The method further includes displaying a transition of a tooth of the first digital 3D model into a corresponding tooth of the second digital 3D model, wherein the displaying includes aligning the tooth and the corresponding tooth at an intermediate position between the tooth and the corresponding tooth, generating an adapter tooth based on the shape of the tooth and the shape of the corresponding tooth, and mapping the adapter tooth to the corresponding tooth to obtain the adapter tooth at a destination position.