Medical image diagnostic apparatus, medical image processing apparatus, and methods therefor
View Patent ↗According to an embodiment, in a medical image diagnostic apparatus, an accepting unit accepts input of conditions with respect to regions to be photographed and arrangement of the regions. An extracting unit extracts an area of interest of each subject by analyzing medical image data photographed based on the conditions accepted by the accepting unit. Based on the conditions and on the area of interest extracted by the extracting unit, a setting unit sets display conditions of a parallax image group to be displayed on a display unit having a stereoscopic viewing function.
1. A medical image diagnostic apparatus, comprising:
processing circuitry configured to
accept input of conditions with respect to diagnosis regions to be scanned and arrangement of the diagnosis regions in volume data;
extract a region of interest that is set according to the diagnosis regions by analyzing the volume data acquired based on the accepted conditions and determine a portion of the extracted region of interest in the diagnosis regions;
set each generating condition of a plurality of parallax image groups that are generated from the volume data to display the diagnosis regions while rotating the diagnosis regions and a condition with respect to the rotation and stopping of the diagnosis regions, based on the arrangement of the diagnosis regions in the volume data, the position of the extracted region of interest in the diagnosis regions, and a type of the extracted region of interest; and
perform control to display the plurality of parallax image groups generated by each generating condition on a display having a stereoscopic viewing function, based on the condition with respect to the rotation and the stopping of the diagnosis regions.
2. The medical image diagnostic apparatus according to claim 1 , wherein
the processing circuitry accepts scanning conditions and reconstructing conditions as the accepted conditions,
the processing circuitry extracts the region of interest based on the accepted scanning conditions and the accepted reconstructing conditions, and
the processing circuitry sets each generating condition and the condition with respect to the rotation and stopping of the diagnosis regions based on the accepted scanning conditions and the accepted reconstructing conditions and based on the extracted region of interest.
3. The medical image diagnostic apparatus according to claim 1 , wherein the processing circuitry sets a parallax angle of each of the parallax image groups, respectively, as the generating condition of each of the parallax image groups.
4. The medical image diagnostic apparatus according to claim 1 , wherein the processing circuitry sets, as the condition with respect to the rotation and stopping of the diagnosis regions, a start position of the rotation, a stop position of the rotation, a rotational speed, and a direction of rotation.
5. The medical image diagnostic apparatus according to claim 1 , wherein the processing circuitry determines, based on scanning conditions, a structure of the diagnosis regions included in the volume data, determines a relative position of the extracted region of interest in the determined structure of the diagnosis regions, and sets the condition with respect to the rotation and stopping of the diagnosis regions so that an image including the determined relative position of the region of interest is displayed on the display.
6. The medical image diagnostic apparatus according to claim 1 , wherein the processing circuitry is further configured to switch in a stepwise manner the set generating condition and the condition with respect to the rotation and stopping of the diagnosis regions for each of the regions of interest, and when having accepted a switching request from an operator, instantly switch the generating condition and the condition with respect to the rotation and stopping of the diagnosis regions.
7. A medical image processing method, comprising:
accepting input of conditions with respect to diagnosis regions to be scanned and arrangement of the diagnosis regions in volume data;
extracting a region of interest that is set according to the diagnosis regions by analyzing the volume data acquired based on the accepted conditions and determining a position of the extracted region of interest in the diagnosis regions; and
setting each generating condition of a plurality of parallax image groups that are generated from the volume data to display the diagnosis regions while rotating the diagnosis regions and a condition with respect to the rotation and stopping of the diagnosis regions, based on the arrangement of the diagnosis regions in the volume data, the position of the extracted region of interest in the diagnosis regions, and a type of the extracted region of interest; and
performing control to display the plurality of parallax image groups generated by each generating condition on a display having a stereoscopic viewing function, based on the condition with respect to the rotation and the stopping of the diagnosis regions.