Sky Mode provides greater range and is optimized for airborne ISR and range extension applications.
天空模式优化了机载ISR，并扩展了应用范围。
In earlier examples, functions have relied on an explicit command range or a Visual mode selection to determine which lines they operate on, but this function computes its own range directly.
在此前的例子中，函数依赖于一个显式的命令范围或一个Visual模式选择来确定要进行处理的行，但是这个函数则直接计算它自己的行范围。
Then, the: swaps you to command mode and automatically sets the command's range to the range of lines you just selected in Visual mode.
之后，：将您切换到Command模式并自动将命令范围设置为刚刚从Visual模式选择的行的范围。
If the user changes the mode and later returns to Energy Smart, the control will remember the optimum temperature range, and automatically operate in the optimum range.
如果用户改变运行模式，随后恢复到节能智能模式，控制装置会记忆最佳温度范围，并自动按照最佳温度范围运行。
This method was applied to an range extended electric vehicle to analyze control strategy of range extender, engine start-stop control logic and mode change, indicating validity of this method.
将所提出方法应用于某先进 增程式电动汽车的整车控制策略解析中，解析了该车的增程器控制策略、发动机起/停控制逻辑和工作模式切换控制策略，表明了该方法的有效性。
This method was applied to an range extended electric vehicle to analyze control strategy of range extender, engine start-stop control logic and mode change, indicating validity of this method.
将所提出方法应用于某先进 增程式电动汽车的整车控制策略解析中，解析了该车的增程器控制策略、发动机起/停控制逻辑和工作模式切换控制策略，表明了该方法的有效性。
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