We've set up the chart with a title, a descriptive subtitle, X and Y labels, placed the chart legend at the bottom, and labeled the two data sets.
我们使用一个标题、一个描述性的副标题、x和y标签设置了一个图表，将图例放在了底部，并对两个数据集使用标签。
Therefore, user X may be entitled to view all data while user Y may be limited to view a limited portion of the data.
因此，用户X可能有权查看所有数据，而用户Y 可能仅能查看数据的有限的一部分。
How can you partition data so some information remains private (for instance, "person X distrusts person y"), while other information is published to the world?
怎样才能分割数据以便对某些信息保密(例如，“某人X不信任某人y”)而将其它信息公之于众？
This API takes the (x,y) starting point and the text. You do this for each of the data points, creating a bar graph with a label below it for each.
您对每个数据点都执行这个操作，为每个数据点创建一个柱状图，其下带有一个标签。
Vector data contains geometric shapes defined by x and y coordinates, and frequently z (elevation) coordinates.
矢量数据包含由x和y坐标，经常还有 z（立面）坐标所定义的几何图形。
This x,y value is stored in the textLocs array and is extracted for the respective text annotation line as defined in the data file.
这对x,y值被保存到textLocs数组中并且为数据文件中定义的相应的文本注释行提取它。
With a one-dimensional array for line type graphs, the X axis will be integers (1,2,3...), and the data will be the Y axis.
使用线形图的一维数组，X轴将是整数（1、2、3...） ，数据将是Y 轴。
Then during each iteration we get a little more data from system X, and some more from system Y, and some more from system Z, and so on.
在每个迭代中，我们从系统X 中再获得一些，从系统Z中获得一些，等等。
The RTLS provider might provide location data on a coordination system in the form of x, y, z, id, or for two-dimensional data in the form of x, y, id.
RTLS提供者可以通过一个形式为x,y,z,id的坐标系统来提供位置数据，或者对二维数据采用形式为x, y, id的坐标系统。
In the example, the data passes in the form (X-value), (Y-value). For example, [1, 1], [3, 5], [50, 2], and [10, 34].
该例中，数据以(X -value)，(Y - value)的形式传入，比如：[1,1]、[3,5]、[50,2]和[10,34]。
At times, a real-life data set may not have all the points — there may be an x-value but the corresponding y-value may be missing for the column you are trying to plot.
有时，真实的数据可能没有包含所有的点——对于要绘图的列，可能有x值，但缺少相应的y值。
Such crack-growth data can be input into the X-Y recorder.
上述裂纹扩展数据可以输入到x - Y记录仪中。
Then the direction of fracture zone can be determined by making both X, Y-component detection in data acquisition and coordinate revolution in data processing.
如果野外作了X、Y分量观测，室内又作了坐标旋转处理，那么，就可以进一步确定裂缝带的方向。
Then the direction of fracture zone can be determined by making both X, Y-component detection in data acquisition and coordinate revolution in data processing.
如果野外作了X、Y分量观测，室内又作了坐标旋转处理，那么，就可以进一步确定裂缝带的方向。
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