Then we will show how validation errors can be reported on the diagram level.
然后我们将会显示确认器错误是怎样在图表层次上报告的。
These links resolve the errors in the diagram, but this arrangement would not work in a real system due to the multiple port usages.
这些链接会解决图表上的错误，但是该安排因为多个端口使用问题的存在于实际的系统中不会发挥作用。
This is a simple example of a Pareto diagram using sample data showing the relative frequency of causes for errors on websites.
这是一个简单的帕雷托图表的例子，用抽样资料显示引起网络错误原因的相对频率。
Validation errors and warnings are now shown on diagram elements representing elements that have validation problems.
验证的错误和警告现在会显示在拥有确认错误的图表元素中。
If any of the metrics are warnings or errors, the Kiviat diagram will display the appropriate colour.
如果这个矩阵中的任何一个出现了警告或者错误，Kiviat图都会显示适当的颜色。
It is available from any element with validation errors or warnings, for elements in both the Project Explorer and on the diagram.
它可以从带有验证错误和警告的元素中得到，这些元素可以是ProjectExplorer中的或者是图表上的。
After completing the dialog, the diagram will have errors (see Figure 19).
在完成这个对话框之后，图表将会出现错误(见于图19)。
You can also include a list of deployment diagram validation errors and warnings in the report.
此外，可以将部署关系图验证错误和警告的列表包括在该报告中。
For inner force element measurement, the paper adopted a method of diagram analysis by plotting elements and superposition which can avoid errors.
提出了画单元体应用叠加原理图解分析的方法进行内力素测定。
This checking module can correctly find syntax errors and some simple logical errors of the diagram program, which provides guidance for the further development.
该检查模块能够正确找出已编写程序的语法和一些简单的逻辑错误，对后续开发具有指导意义。
The technology of bar-code can simplify work diagram, improve work efficiency and reduce input errors. The technology provides enough protection for making automation of laboratory.
条形码简化并规范实验室工作流程，提高了工作效率，减少了人工因素造成的标本差错。条形码技术为实现实验室工作自动化提供了保障。
By theoretical analysis, the considerations were put forward about the check with symmetry solving hyperstatic structure, avoiding internal force diagram check errors caused by inertial thinking.
通过理论分析，提出利用对称性求解超静定结构时应注意的问题，避免因惯性思维造成最后内力图校核出现错。
Especially it is easy to make errors in drawing internal force diagram of a beam because the rules are too more to memory.
尤其是梁弯曲时内力图绘制的规律较多，不易记忆，容易出错。
Especially it is easy to make errors in drawing internal force diagram of a beam because the rules are too more to memory.
尤其是梁弯曲时内力图绘制的规律较多，不易记忆，容易出错。
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