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                ThinkChat2.0新版上線,更智能更精彩,支持會話、畫圖、視頻、閱讀、搜索等,送10W Token,即刻開啟你的AI之旅 廣告
                ![](http://www.rhinostudio.cn/files/course/2019/06-02/11500804382c886781.png) ## **Brep Wireframe** 感謝網友“J.Z”的提醒,抽離結構線,功能同Rhino屬性面板中的設置結構線密度一樣: ![](http://www.rhinostudio.cn/files/course/2019/05-31/2045393cec4b286558.png) 需要注意的是,數值為0時,只顯示節點位置的結構線,而最簡曲面(點數比階數大一)是沒有節點的,所以最簡曲面和非最簡曲面比,結果是不一樣的: ![](https://img.kancloud.cn/b1/4f/b14ff6df14cbeddfe3628ed3fb9efcdf_1003x764.png) -1的時候獲取的都是外邊框: ![](https://img.kancloud.cn/13/99/1399784747d3c87415844fe733222406_1444x447.png) 數值為0的時候,由于最簡曲面沒有節點,所以左邊的曲面沒有多余結構線: ![](https://img.kancloud.cn/06/2b/062b97f1583d6cf972622aebdc914a1c_1424x484.png) ![](https://img.kancloud.cn/78/69/786925352d9c7831265cd6bd0de68015_1399x372.png) ![](https://img.kancloud.cn/3d/5c/3d5c9ca832962e7989fdb6144132ad2c_1405x405.png) 這一特性也會影響到多重曲面,獲取的結構線也會根據組成多重曲面的面是不是最簡曲面而發生改變: ![](https://img.kancloud.cn/cf/07/cf07b508141eb1bd3e0c4ae54ec27a86_1533x506.png)
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