Data generation program, data generation method, data generation apparatus, and x-ray equipment
AssigneeJ. Morita Mfg. Corp.
InventorHideki YOSHIKAWA
Life of this patent
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Abstract
A data generation program is configured to cause a computing device to perform a display step of showing on a display, an oral cavity image three-dimensionally showing an oral cavity including a tooth, an image superimposition step of superimposing a virtual surface on the oral cavity image based on a user input or machine learning, and an image change step of changing the oral cavity image in accordance with a distance between the virtual surface and an occlusal surface of the tooth shown in the oral cavity image.
Claims21
A non-transitory computer-readable storage medium storing a data generation program that, when executed by a computer, causes the computer to perform a method for generating image data for checking a state of a tooth, the method comprising:
- showing on a display, an oral cavity image three-dimensionally showing an oral cavity including the tooth;
- superimposing a virtual surface on the oral cavity image based on a user input or machine learning;
- and
- changing the oral cavity image in accordance with a distance between the virtual surface and an occlusal surface of the tooth shown in the oral cavity image.
A data generation method of generating image data for checking a state of a tooth, the data generation method comprising, as processing to be performed by a computer:
- showing on a display, an oral cavity image three-dimensionally showing an oral cavity including the tooth;
- superimposing a virtual surface on the oral cavity image based on a user input or machine learning;
- and
- changing the oral cavity image in accordance with a distance between the virtual surface and an occlusal surface of the tooth shown in the oral cavity image.
A data generation apparatus configured to generate image data for checking a state of a tooth, the data generation apparatus comprising:
- a display configured to show an image;
- input interface configured to receive a user input;
- and
- a processor configured to control the display based on the user input, wherein
- the processor is further configured to
- cause the display to show an oral cavity image three-dimensionally showing an oral cavity including the tooth,
- superimpose a virtual surface on the oral cavity image based on the user input or machine learning, and
- change the oral cavity image in accordance with a distance between the virtual surface and an occlusal surface of the tooth shown in the oral cavity image.
(canceled)
Dependencies are inferred from the claim text.