| 1. | Renders the vertices as a single polyline
将顶点呈现为单个折线。 |
| 2. | Polyline clipping boundaries
多段线裁剪边界 |
| 3. | Tapered polyline segments
锥状多段线线段 |
| 4. | 108 . render the line 109 . svgout . write " - n polyline points - " 0 1000 , " ; 110
第109行是polyline元素的起点，它与坐标轴的原点重合。 |
| 5. | You now have your calculated x and y positions , so add this point into the polyline inline
现在计算得到了x和y位置，然后要将该坐标点添加到polyline参数表中。 |
| 6. | In line 109 , the polyline element is started , and an initial point is drawn at the origin of the axis
因此，两个值以20像素的间距绘制，全部数组的计算结果为： |
| 7. | Once you have worked through all the values in the array , the polyline is closed off and a style is applied to the line
处理完数组中的值后封闭折线并应用适当的样式。 |
| 8. | Nature coastline looks more like to be a polyline in a small range scale ( such as 0 . 25 ) on the radar / arpa screen
在小量程时（如0 25海里） ，自然海岸线回波图像的折线化比较明显。 |
| 9. | The polyline takes in pairs of values as x and y points and draws a connecting line between the points . for example
Polyline接受成对的x和y坐标值并在相邻的两点之间划一条线，比如： |
| 10. | As before , a working java example program is supplied that scales and renders polyline graphs from the supplied data see
与上面的描述相同，也提供了一个java示例程序，根据输入的数据缩放和呈现折线图（请参阅 |
