![]() Next is G1: you set a tolerance and then you indicate what your maximum is to consider edges to be included in the search.The max is hard coded to 0.5 units to make the edge matching algorithm possible. If the edges form a water tight model, they get a gray color to indicate the model is closable. So this I gave the extra (alarming) color. G0 fail: if the edge is not within tolerance, it means it cannot be joined, this makes the model fail since you cannot get a water tight object. ![]() In case of adding or removing surfaces, a full recalculation is performed. In case of point editing, only a partial updated is calculated (fast). Interactive mode means, any edit will make the results update.When graphs or both labels and graphs are enabled, you can set the scale of the graph with the graph scale spinner. You can show (or hide) labels, graphs or both.deviation can be on different location along the edge. The zoom slider zooms in on the point with the highest deviation. Depending on the mode (G0, G1, G2) the point of max.When selecting two or more, only those surfaces will be considered in the evaluation. When selecting only one surface, its direct surrounding surfaces will be found automatically. ![]() The tool has one command: GlobalEdgeContinuity that brings up a dialog after selection one or more (poly)surfaces or extrusions. The tool displays labels for G0, G1 and G2 continuity as wel as deviation graphs. Edge matching is done automatically after selecting the surfaces to evaluate. ![]() The surfaces can, but don't need to be joined. Quickly evaluate continuity between surfaces on G0, G1 and G2 continuity. ![]()
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