Anatomical visualization and measurement system
A computer-based visualization system for visualizing an anatomical structure and a graft implant which is to be deployed adjacent the anatomical structure, comprising: a 3-D computer model of the anatomical structure to be visualized, the 3-D computer model comprising at least one first software object which corresponds to the anatomical structure to be visualized; a database of second software objects, wherein at least one of the second software objects corresponds to a graft implant which is to be deployed adjacent the anatomical structure; selection apparatus for permitting a user to select at least one of the second software objects; registration apparatus for positioning the selected at least one of the second software objects into the 3-D computer model so as to create an augmented 3-D computer model; and processing apparatus for generating an image of the augmented 3-D computer model.
1. A computer-based visualization system for visualizing anatomical structure and a graft implant which is to be deployed adjacent the anatomical structure, comprising:
a 3-D computer model of the anatomical structure which is to be visualized, said 3-D computer model comprising at least one first software object, wherein said at least one first software object corresponds to the anatomical structure which is to be visualized;
a database of second software objects, wherein at least one of said second software objects corresponds to a graft implant which is to be deployed adjacent the anatomical structure;
selection apparatus for permitting a user to select said at least one of said second software objects;
registration apparatus for positioning said selected at least one of said second software objects into said 3-D computer model so as to create an augmented 3-D computer model, with said selected at least one of said second software objects being positioned in said augmented 3-D computer model in proper registration with said at least one first software object contained in said augmented 3-D model; and
processing apparatus for generating an image of said augmented 3-D computer model so as to simultaneously provide a view of said at least one first software object and said selected at least one second software object.
2. A method for visualizing anatomical structure and a graft implant which is to be deployed adjacent the anatomical structure, comprising:
providing a 3-D computer model of the anatomical structure which is to be visualized, said 3-D computer model comprising at least one first software object, wherein said at least one first software object corresponds to the anatomical structure which is to be visualized;
providing a database of second software objects, wherein at least one of said second software objects corresponds to a graft implant which is to be deployed adjacent the anatomical structure;
selecting said at least one of said second software objects;
positioning said selected at least one of said second software objects into said 3-D computer model so as to create an augmented 3-D computer model, with said selected at least one of said second software objects being positioned in said augmented 3-D computer model in proper registration with said at least one first software object contained in said augmented 3-D model; and
generating an image of said augmented 3-D computer model so as to simultaneously provide a view of said at least one first software object and said selected at least one second software object.
3. A visualization system comprising:
a first database comprising a plurality of 2-D slice images generated by scanning an anatomical structure, said 2-D slice images being stored in a first data format;
a second database comprising a 3-D computer model of said scanned anatomical structure, said 3-D computer model comprising at least one first software object, said at least one first software object being defined by a 3-D geometry database;
insertion apparatus for selectively inserting a second software object into said 3-D computer model so as to augment said 3-D computer model, said second software object being defined by a 3-D geometry database and including a planar surface;
determining apparatus for determining the specific 2-D slice image associated with the position of said planar surface of said second software object when said second software object is inserted within said augmented 3-D computer model;
texture mapping apparatus for texture mapping said specific 2-D slice image onto said planar surface of said second software object when said second software object is inserted within said augmented 3-D computer model;
a third database of third software objects, wherein at least one of said third software objects corresponds to a graft implant which is to be deployed adjacent the scanned anatomical structure;
selection apparatus for permitting a user to select said at least one of said third software objects;
registration apparatus for selectively positioning said selected at least one of said third software objects into said augmented 3-D computer model, with said selected at least one of said third software objects being positioned in said augmented 3-D computer model in proper registration with said at least one first software object contained in said augmented 3-D model; and
display apparatus for displaying an image of said augmented 3-D computer model so as to simultaneously provide a view of said (i) first software object; (ii) said specific 2-D slice image texture mapped onto said planar surface of said second software object when said second software object is inserted within said augmented 3-D computer model; and (iii) said at least one of said third software objects when said at least on one of said third software objects is positioned within said augmented 3-D computer model.
4. A method for visualizing structure, comprising:
providing a first database comprising a plurality of 2-D slice images generated by scanning an anatomical structure, said 2-D slice images being stored in a first data format;
providing a second database comprising a 3-D computer model of said scanned anatomical structure, said 3-D computer model comprising at least one first software object, said at least one first software object being defined by a 3-D geometry database;
providing insertion apparatus for selectively inserting a second software object into said 3-D computer model so as to augment said 3-D computer model, said second software object being defined by a 3-D geometry database and including a planar surface;
providing determining apparatus for determining the specific 2-D slice image associated with the position of said planar surface of said second software object when said second software object is inserted within said augmented 3-D computer model;
providing texture mapping apparatus for texture mapping said specific 2-D slice image onto said planar surface of said second software object when said second software object is inserted within said augmented 3-D computer model;
providing a third database of third software objects, wherein at least one of said third software objects corresponds to a graft implant which is to be deployed adjacent the scanned anatomical structure;
selecting said at least one of said third software objects;
positioning said selected at least one of said third software objects into said augmented 3-D computer model, with said selected at least one of said third software objects being positioned in said augmented 3-D computer model in proper registration with said at least one first software object contained in said augmented 3-D model; and
displaying an image of said augmented 3-D computer model so as to simultaneously provide a view of (i) said first software object; (ii) said at least one of said third software objects; and (iii) said specific 2-D slice image texture mapped onto said planar surface of said second software object when said second software object is inserted within said augmented 3-D computer model.