Display processing method and apparatus
A disclosed method includes: performing a processing for adjusting positions of voxel data for an object and data of a geometric model for the object; calculating, for each voxel included in a range defined by a cross section among plural voxels that are included in the voxel data, a voxel value of the voxel from physical values in elements of the geometric model, which are included in a predetermined range of the voxel, based on a relation between the cross section and vectors; and rendering an image by using the voxel value calculated for each voxel. A vector of the vectors is set for one element of plural elements included in the geometric model, the vectors represent a direction of an inner structure of the object, and the cross section is set for the voxel data and the geometric model data.
1. A computer-readable, non-transitory storage medium storing a program for causing a computer to execute a process, the process comprising:
performing a processing for adjusting positions of voxel data for an object and data of a geometric model for the object;
calculating, for each voxel included in a range defined by a cross section among a plurality of voxels that are included in the voxel data, a voxel value of the voxel from weighted physical values that are obtained by weighting, for each of elements of the geometric model, a physical value that is set in the element, according to a length of a first vector obtained when projecting a second vector that is set for the element and represents a direction of an inner structure of the object onto the cross section, wherein the elements are included in a predetermined range of the voxel, and the cross section is set for the voxel data and the geometric model data; and
rendering an image by using the voxel value calculated for each voxel.
2. The computer-readable, non-transitory storage medium as set forth in claim 1 , wherein the calculating further comprises:
calculating an average value of the weighted physical values, as the voxel value.
3. A display processing method, comprising:
performing, by using a computer, a processing for adjusting positions of voxel data for an object and data of a geometric model for the object;
calculating, by using the computer and for each voxel included in a range defined by a cross section among a plurality of voxels that are included in the voxel data, a voxel value of the voxel from weighted physical values that are obtained by weighting, for each of elements of the geometric model, a physical value that is set in the element, according to a length of a first vector obtained when projecting a second vector that is set for the element and represents a direction of an inner structure of the object onto the cross section, wherein the elements are included in a predetermined range of the voxel, and the cross section is set for the voxel data and the geometric model data; and
rendering, by using the computer, an image by using the voxel value calculated for each voxel.
4. A display processing apparatus, comprising:
a memory; and
a processor coupled to the memory and configured to:
perform a processing for adjusting positions of voxel data for an object and data of a geometric model for the object;
calculate, for each voxel included in a range defined by a cross section among a plurality of voxels that are included in the voxel data, a voxel value of the voxel from weighted physical values that are obtained by weighting for each of elements of the geometric model, a physical value that is set in the element, according to a length of a first vector obtained when projecting a second vector that is set for the element and represents a direction of an inner structure of the object onto the cross section, wherein the elements are included in a predetermined range of the voxel, and the cross section is set for the voxel data and the geometric model data; and
render an image by using the voxel value calculated for each voxel.