Automatic splitting method of three-dimensional model, computer equipment and storage medium
A three-dimensional model, automatic technology, applied in image data processing, instruments, etc., can solve problems such as poor user experience, time-consuming and laborious, manual splitting, etc., to improve user experience, reduce time and labor consumption.
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Embodiment 2
[0077] The automatic splitting method of described three-dimensional model comprises the following steps:
[0078] S210. Calculate the coordinates of the explosion center point of the three-dimensional model according to a preset algorithm;
[0079] S220. Each of the sub-models moves a first target distance in a direction opposite to the line connecting the explosion center point, and the first target distance is equal to the distance from the sub-model to the explosion center point. a proportional relationship;
[0080] S230. If the bounding box surfaces of the sub-models intersect with each other, each of the sub-models moves again by the first target distance along the direction opposite to the line connecting the respective center point and the explosion center point, until no sub-model exists to enclose The box faces cross each other;
[0081]Specifically, the fact that the bounding box surfaces of the submodels intersect each other means that the bounding box surfaces ...
Embodiment 3
[0087] The automatic splitting method of described three-dimensional model comprises the following steps:
[0088] S310. Calculate the coordinates of the explosion center point of the three-dimensional model according to a preset algorithm;
[0089] S320. Each of the sub-models moves a first target distance in a direction opposite to the line connecting the explosion center point, where the first target distance is equal to the distance from the sub-model to the explosion center point. a proportional relationship;
[0090] S330. If the bounding box surfaces of the sub-models intersect with each other, each of the sub-models moves the second target distance along the direction opposite to the line connecting the respective center point and the explosion center point until no sub-models have bounding box surfaces intersecting each other. Intersection; the second target distance is in a second proportional relationship with the original distance from the center point of the sub-...
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