Method and system for dynamic adjustment of a model

A system for dynamically adjusting a 3D model, the system comprising:

• at least one processor configured to:
• identify a 3D model engagement process;
• obtain a localized area of the 3D model proximate to a location of the 3D model being engaged by defining a region of the 3D model proximate to the location of the 3D model being engaged, the localized area of the 3D model and the location of the 3D model being engaged are on the same screen and wherein the 3D model is a dental 3D model,
• compute an orientation of the obtained localized area or location of the 3D model being engaged;
• and
• responsive to obtaining an obstructed view of a surface of the 3D model being engaged, adjust the 3D model based on the orientation of the obtained localized area or location of the 3D model being engaged, and the engagement process such that one or more surface normals or an average of surface normals of the localized area and a view direction coincide in order to produce an unobstructed or substantially unobstructed view of the surface of the 3D model being engaged.

A method for dynamically adjusting a dental 3D model, the method comprising steps of:

• engaging a 3D model on a screen using a 3D model engagement process, by continuously deforming/modifying a surface of the 3D model along a plurality of locations of the 3D model;
• identifying the 3D model engagement process;
• continuously obtaining, during the continuously deforming/modifying step, for each location of the plurality of locations of the 3D model being engaged, a localized area of the 3D model proximate to said location by defining a region of the 3D model proximate to the location of the 3D model being engaged, the localized area of the 3D model and said location are on the same screen;
• and
• responsive to obtaining an obstructed view of the surface of the 3D model being engaged, continuously adjusting the 3D model during the continuously deforming/modifying step, for each location of the plurality of locations of the 3D model being engaged, based on the orientation of the obtained localized area or location of the 3D model being engaged and the engagement process such that an angle formed by (i) one or more surface normals or an average of surface normals of the localized area or location of the 3D model being engaged and (ii) a view direction exceeds a predetermined threshold value, the view direction is updated to follow said one or more surface normals or the average of surface normals of the localized area during the continuously deforming/modifying step.

A method for dynamically adjusting a dental 3D model, the method comprising the steps of:

• engaging a 3D model on a screen using a 3D model engagement process, by continuously deforming/modifying a surface of the 3D model along a plurality of locations of the 3D model;
• identifying the 3D model engagement process;
• continuously obtaining, during the continuously deforming/modifying step, for each location of the plurality of locations of the 3D model being engaged, a localized area of the 3D model proximate to said location by defining a region of the 3D model proximate to the location of the 3D model being engaged, the localized area of the 3D model and said location are on the same screen;
• and
• responsive to obtaining an obstructed view of the surface of the 3D model being engaged, continuously adjusting the 3D model during the continuously deforming/modifying step, for each location of the plurality of locations of the 3D model being engaged, the 3D model based on an orientation of the obtained localized area or location of the 3D model being engaged,
• wherein the continuously adjusting, which occurs during the continuously deforming/modifying step includes magnification of the 3D model or a part of the model and/or coloring.