Method, apparatus and computer program product for providing documentation and/or annotation capabilities for volumetric data
View Patent ↗A method for providing documentation and/or annotation capabilities for volumetric data may include receiving an indication of user insertion of an annotation with respect to a particular presentation state of a planar view of volumetric data and generating a medical image such as a DICOM image corresponding to the particular presentation state and including the annotation in response to receipt of the indication. A corresponding computer program product and apparatus are also provided.
1. A method comprising:
during navigation through a three-dimensional volume, receiving an indication of user insertion of a first annotation with respect to a particular presentation state of a planar view of volumetric data having at least three dimensions;
including the first annotation in the three-dimensional volume defined by the volumetric data;
generating from the volumetric data having at least three dimensions, via processing circuitry in response to the first annotation, a new two-dimensional medical image representing a plane on which the first annotation was inserted within the volumetric data, wherein the new two-dimensional medical image also corresponds to the particular presentation state of the volumetric data when the first annotation was inserted and includes the first annotation in response to receipt of the indication such that both the three-dimensional volume defined by the volumetric data and the new two-dimensional medical image that was generated include the first annotation, wherein the new two-dimensional medical image is distinct from the three-dimensional volume, and wherein generating the two-dimensional medical image comprises storing the medical image in a memory;
generating a navigation point associated with the first annotation in response to receipt of the indication of the first annotation, the navigation point linking the user to the particular presentation state in which the first annotation was inserted in response to selection of the navigation point;
receiving an indication of user insertion of a second annotation of the planar view of the volumetric data, wherein the planar view of the volumetric data is along a common plane as when the indication of the first annotation was received;
in an instance in which the presentation state of the planar view of the volumetric data when the indication of the second annotation was received is identical to the presentation state when the indication of the first annotation was received, updating the two-dimensional medical image to include both the first and second annotations; and
in an instance in which the presentation state of the planar view of the volumetric data when the indication of the second annotation was received is different from the presentation state when the indication of the first annotation was received, generating another two-dimensional medical image that corresponds to the presentation state of the volumetric data when the second annotation was inserted and includes the second annotation.
2. The method of claim 1 , wherein generating the medical image comprises generating a Digital Imaging and Communications in Medicine (DICOM) image.
3. The method of claim 1 , wherein generating the medical image further comprises creating the medical image.
4. The method of claim 1 , further comprising storing the navigation point in a navigable list of selectable navigation points.
5. The method of claim 1 , further comprising updating the medical image in response to modification to the first annotation.
6. A computer program product comprising at least one computer-readable storage medium having computer-executable program code instructions stored therein, the computer-executable program code instructions comprising:
program code instructions for receiving, during navigation through a three-dimensional volume, an indication of user insertion of a first annotation with respect to a particular presentation state of a planar view of volumetric data having at least three dimensions;
program code instructions for including the first annotation in the three-dimensional volume defined by the volumetric data;
program code instructions for generating from the volumetric data having at least three dimensions, in response to the first annotation, a new two-dimensional medical image representing a plane on which the first annotation was inserted within the volumetric data, wherein the new two-dimensional medical image also corresponds to the particular presentation state of the volumetric data when the first annotation was inserted and includes the first annotation in response to receipt of the indication such that both the three-dimensional volume defined by the volumetric data and the new two-dimensional medical image that was generated include the first annotation, wherein the new two-dimensional medical image is distinct from the three-dimensional volume, and wherein the program code instructions for generating the two-dimensional medical image comprise program code instructions for storing the medical image in a memory;
program code instructions for generating a navigation point associated with the first annotation in response to receipt of the indication of the first annotation, the navigation point linking the user to the particular presentation state in which the first annotation was inserted in response to selection of the navigation point;
program code instructions for receiving an indication of user insertion of a second annotation of the planar view of the volumetric data, wherein the planar view of the volumetric data is along a common plane as when the indication of the first annotation was received;
program code instructions for updating, in an instance in which the presentation state of the planar view of the volumetric data when the indication of the second annotation was received is identical to the presentation state when the indication of the first annotation was received, the two-dimensional medical image to include both the first and second annotations; and
program code instructions for generating, in an instance in which the presentation state of the planar view of the volumetric data when the indication of the second annotation was received is different from the presentation state when the indication of the first annotation was received, another two-dimensional medical image that corresponds to the presentation state of the volumetric data when the second annotation was inserted and includes the second annotation.
7. The computer program product of claim 6 , wherein program code instructions for generating the medical image include instructions for generating a Digital Imaging and Communications in Medicine (DICOM) image.
8. The computer program product of claim 6 , wherein program code instructions for generating the medical image further include instructions for creating the medical image.
9. The computer program product of claim 6 , further comprising program code instructions for storing the navigation point in a navigable list of selectable navigation points.
10. The computer program product of claim 6 , further comprising program code instructions for updating the medical image in response to modification to the first annotation.
11. An apparatus comprising processing circuitry configured to:
during navigation through a three-dimensional volume, receive an indication of user insertion of a first annotation with respect to a particular presentation state of a planar view of volumetric data having at least three dimensions;
include the annotation in the three-dimensional volume defined by the volumetric data;
in response to the first annotation, generate from the volumetric data having at least three dimensions a new two-dimensional medical image representing a plane on which the first annotation was inserted within the volumetric data, wherein the new two-dimensional medical image also corresponds to the particular presentation state of the volumetric data when the first annotation was inserted and includes the first annotation in response to receipt of the indication such that both the three-dimensional volume defined by the volumetric data and the new two-dimensional medical image that was generated include the first annotation, wherein the new two-dimensional medical image is distinct from the three-dimensional volume, and wherein generating the two-dimensional medical image comprises storing the medical image in a memory; and
generate a navigation point associated with the first annotation in response to receipt of the indication of the first annotation, the navigation point linking the user to the particular presentation state in which the first annotation was inserted in response to selection of the navigation point;
receive an indication of user insertion of a second annotation of the planar view of the volumetric data, wherein the planar view of the volumetric data is along a common plane as when the indication of the first annotation was received;
in an instance in which the presentation state of the planar view of the volumetric data when the indication of the second annotation was received is identical to the presentation state when the indication of the first annotation was received, update the two-dimensional medical image to include both the first and second annotations; and
in an instance in which the presentation state of the planar view of the volumetric data when the indication of the second annotation was received is different from the presentation state when the indication of the first annotation was received, generate another two-dimensional medical image that corresponds to the presentation state of the volumetric data when the second annotation was inserted and includes the second annotation.
12. The apparatus of claim 11 , wherein the processing circuitry is configured to generate the medical image as a Digital Imaging and Communications in Medicine (DICOM) image.
13. The apparatus of claim 11 , wherein the processing circuitry is further configured to store the navigation point in a navigable list of selectable navigation points.
14. The apparatus of claim 11 , wherein the processing circuitry is further configured to update the medical image in response to modification to the first annotation.