Graphical user interface for clinical decision-making software for intracranial aneurysms using electronic devices

Abstract

1. Name of the product of this design: Graphical user interface of clinical decision-making support software for intracranial aneurysms in electronic equipment. 2. Purpose of this design product: for use in an electronic device. 3. The key design point of this appearance design product lies in the graphical interface displayed by this product. 4. The picture or photo that best illustrates the design points: Changing state diagram 1. 5. The rear view, top view, bottom view, left view and right view are conventionally designed and omitted. 6.Purpose of the Graphical User Interface: The software user interface of this product is used to load and display, restore blood vessels, segment aneurysms, input basic and clinical information of patients, and comprehensively evaluate the stability of aneurysms based on CTA, MRA, and XA (DSA) brain image data of patients with intracranial aneurysms. 7. Graphical user interface change state description: The main view shows the login graphical user interface. The user enters the account and password and clicks the "Login" text button to enter the change state diagram 1; clicks the "Open" button in the top toolbar to enter the change state diagram 2, clicks the file to be loaded in the pop-up window and clicks the "Open" button in the pop-up window to enter the change state diagram 3, double-clicks the thumbnail on the left to enter the change state diagram 4, drags horizontally at the vascular threshold on the right to select the required threshold and clicks the "Apply" option to enter the change state diagram 5, clicks the "Add" behind the "Seed Point Selection" column bar, and holds down the shift Use the left mouse button to select a seed point in any 2D view area, enter the change state diagram 6, click the "Restore vascular surface" option to complete the vascular restoration, enter the change state diagram 7, fill in the patient's basic information on the right side of the change state diagram 7, check the relevant disease information, click the "+" behind the "Total number of patient aneurysms" in the "Aneurysm Information" column to enter the change state diagram 8, click the "Split" button to enter the change state diagram 9, click the "Start cropping" option in the "Interest region selection" column to enter the change state diagram 10, use shift+left mouse button to outline the aneurysm region, and click the "Interest region cropping" button. Click the "OK" button in the "Select" column to enter the changed state Figure 11, click the "Start Segmentation" option in the "Aneurysm Segmentation" column to enter the changed state Figure 12, use shift+left mouse button to outline the aneurysm area in the 3D view, click the "OK" button in the "Aneurysm Segmentation" column to enter the changed state Figure 13, click the "Proximal End Point" in the "Aneurysm Parent Artery" column to enter the changed state Figure 14, set the proximal end point on the blood vessel surface by using shift+left mouse button to enter the changed state Figure 15, click the "Distal End Point" in the "Aneurysm Parent Artery" column and use shift+left mouse button to set the proximal end point key to set the distal point on the blood vessel surface to enter the change state diagram 16, click the "Calculate" button under the "Tumor Parent Artery" column and select the corresponding blood vessel segmentation, position relationship and aneurysm morphology under the "Tumor Parent Artery" column, then click the "Save" button to enter the change state diagram 17, click the "Prediction" button under the "Aneurysm Information" column to enter the change state diagram 18, check the aneurysm label that has been evaluated under the "Aneurysm Information" column (in this figure, the small square in front of "Aneurysm 1") to enter the change state diagram 19, click the "Generate Report" button in the lower right corner to enter the change state diagram 20 and generate a report.

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