@@ -46,7 +46,7 @@ can be used.
4646Maps temperatures to fan speeds.
4747A \*( lq simple mapping\*( rq just specifies one temperature as the lower and
4848upper bound (respectively) for a given fan speed.
49- In a \*( lq complex mapping\*( rq , the upper and lower bounds are specified for
49+ In a \*( lq detailed mapping\*( rq , the upper and lower bounds are specified for
5050each driver/sensor configured under
5151.BR sensors: .
5252This mode should be used when thinkfan is monitoring multiple devices that can
@@ -270,7 +270,7 @@ temperature.
270270A YAML list that specifies temperature offsets for each sensor in use by the
271271given driver. Use this if you want to use the \*( lq simple\*( rq level syntax,
272272but need to compensate for devices with a lower heat tolerance.
273- Note however that the complex level syntax is usually the better (i.e. more
273+ Note however that the detailed level syntax is usually the better (i.e. more
274274fine-grained) choice.
275275
276276.TP
@@ -315,13 +315,13 @@ required fan behaviour is similar enough for all heat-generating devices.
315315.fi
316316
317317
318- .SS Complex Syntax
318+ .SS Detailed Syntax
319319This mode is suitable for more complex systems, with devices that have
320320different temperature ratings.
321321For example, many modern CPUs and GPUs can deal with temperatures above
32232280\[char176 ] C on a daily basis, whereas a hard disk will die quickly if it
323323reaches such temperatures.
324- In complex mode, upper and lower temperature limits are specified for each
324+ In detailed mode, upper and lower temperature limits are specified for each
325325sensor individually:
326326
327327.nf
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