- 更多网络例句与区域填充相关的网络例句 [注：此内容来源于网络，仅供参考]
-
Still have area fill etc. the various algorithms of aspect.
还有区域填充等方面的各种算法。
-
Based on the analysis of the shadow zone and the padding methods of the Radon domain generated by circular cone-beam CT scanning, this paper proposes a shadow zone padding method by distance-weighted interpolation.
通过分析圆轨迹锥束CT(cone-beam CT，简称CBCT)扫描Radon域的数据缺失问题，比较了前人提出的Radon阴影区域数据缺失填充方法的特点，提出了一种基于距离权重变量的阴影区域填充方法。
-
Based on image we study the tool path generation technology and problem of tool path planning. We put forward an algorithm for self-discrimination of island relation and an automatic intersected method of the region machining unit, which can judge the relationship among any plane obturate contour line effectively and swiftly. We also study the tool path generation technology of two-dimensional machining, basso-relievo machining, three-dimensional lifting-pen machining. Meanwhile, we put forward an optimize approach of tool path, which improve the efficiency of engraving.
研究了图像的刀具路径生成技术与轨迹规划问题，提出了基于射线的岛屿关系自动判断和区域加工单元的自动分割方法，有效、快速地判断了平面任意封闭轮廓线之间的关系，研究了平面任意区域填充加工、浮雕加工、三维提笔加工的刀具路径生成的技术，提出了刀具路径优化方法，提高了雕刻加工的质量和效率。
-
We put forward an algorithm for self - discrimination of island relation and an automatic intersected method of the region machining unit , which can judge the relationship among any plane obturate contour line effectively and swiftly . we also study the tool path generation technology of two - dimensional machining , basso - relievo machining , three - dimensional lifting - pen machining . meanwhile , we put forward an optimize approach of tool path , which improve the efficiency of engraving
研究了图像的刀具路径生成技术与轨迹规划问题，提出了基于射线的岛屿关系自动判断和区域加工单元的自动分割方法，有效、快速地判断了平面任意封闭轮廓线之间的关系，研究了平面任意区域填充加工、浮雕加工、三维提笔加工的刀具路径生成的技术，提出了刀具路径优化方法，提高了雕刻加工的质量和效率。
-
A simple graphical algorithm, first draw a polygon, resulting in a closed region, then select the color, to fill the region.
详细说明：一个简单的图形算法，先画一个多边形，产生封闭的区域，然后选择颜色，把这个区域填充。
-
Against the defect of traditional area filling,this paper presents a new method for area filling scan line algorithm.
针对传统区域填充存在的一些欠缺，提出了一种新的区域填充扫描线算法。
-
Filling algorithm of the complex connecting area is studied and a new scan line algorithm for filling area is presented.
对复连通区域填充算法进行了细致的研究，提出一种新的扫描线填充算法。
-
A class of special 4-adjacent connection areas can t be filled completely by scanline algorithm for filling area with pushing span -ends.
指出压入区段端点的区域填充扫描线算法对一类特殊4-连通区域有可能产生漏填。
-
A scanline algorithm for area filling with pushing span -ends has good efficiency but also a shortcoming that one class of special connected fields cann′t be filled completely by this algorithm .
针对压入区段端点的区域填充扫描线算法有可能出现的漏填，分析了漏填现象产生的原因，并在不增加算法复杂度的情况下提出相应的改进办法，给出了具体的算法流程，从而实现了对任意4-连通区域的正确而快速的填充，而且该算法的运行效率比递归种子填充算法以及经典的扫描线种子填充算法有明显提高。
-
Padding of 20 to 25 pixels in the wrapper and content area is becoming a rule of thumb, and even more padding is often considered acceptable.
在边界和内容区域填充20至25像素的正在成为一个经验法则，更多的填充往往被视为可以接受的。
- 更多网络解释与区域填充相关的网络解释 [注：此内容来源于网络，仅供参考]
-
Area Fill：区域填充
Arclength 弧长 | Area Fill 区域填充 | Area law 面积规律
-
Adjust Area fill：调整区域填充 调整区域填满
Adjust 调整 调整 | Adjust Area fill 调整区域填充 调整区域填满 | Administration dialog box 管理对话框 管理对话方块
-
Adjust Area fill：调整区域填充
Adjust 调整 | Adjust Area fill 调整区域填充 | Administration dialog box 管理对话框
-
Die Area Fill：区域填充
Die Addendum Surface|工艺补充面 | Die Area Fill|区域填充 | Die Binder Wrap|压料面
-
Crosshatch and Area Fill Tolerance：剖面线和区域填充公差
Crosshairs 光标十字交叉线 | Crosshatch and Area Fill Tolerance 剖面线和区域填充公差 | Crosshatching 剖面线
-
area graph：区域图
166area fill区域填充 | 167area graph区域图 | 168area name域名
-
Fill：填充模式
你可以看到填充风格面板显示了有关山体的填充设置参数:填充颜色(Fill color)、边线宽度(Edge width)、边线颜色(Edge color)以及一些填充的风格设置(Fill 和 Fill(2)). 点击填充颜色区域(Fill color),从填充模式(Fill)的弹出菜单中选择渐变(Gradient).
-
rectangle filling：矩形区域填充
矩形测量导管:rectangle-shape pipeline | 矩形区域填充:rectangle filling | 平面矩形桁架单元:plane rectangle truss element
-
region fill：区域填充
"区域合并","region consolidation" | "区域填充","region fill" | "区域增长","region growing"
-
Polygon Repour：区域用于多边形的重新填充
② Autopan Options区域用于设置PCB设计时工作环境中视图的自动移动功能. | ③ Polygon Repour区域用于多边形的重新填充. | ④ Other区域用于设置其他一些选项.