STATUS_NONE is actually STATUS_UNKNOWN

diff --git a/comedi_calibrate/README b/comedi_calibrate/README
index 445bd88daf8c7896baa6f011597c0140abcac196..3fca2193e8ed2126a104fa74b2d844134395e7fa 100644 (file)
--- a/comedi_calibrate/README
+++ b/comedi_calibrate/README
@@ -5,7 +5,7 @@ I'm writing this mostly for myself.
 
 Boards may have one of 4 calibrations statuses, depending
 on how well the calibration code is trusted.  These are:
-STATUS_NONE, the default for no information; STATUS_SOME,
+STATUS_UNKNOWN, the default for no information; STATUS_SOME,
 meaning that a dump has been converted to initial code,
 but not tested; STATUS_DONE means that the output of a
 STATUS_SOME dump has been checked, and is correct;
@@ -43,7 +43,7 @@ interesting combinations are:
 
 The unipolar zero offset may not be available on some boards.
 
-In a STATUS_NONE dump, for each measurable quantity and each
+In a STATUS_UNKNOWN dump, for each measurable quantity and each
 calibration DAC, the DAC is varied throughout its entire range
 and the quantity measured.  The data is linearly fit, and if
 the slope is statistically non-zero, a line is printed:
@@ -61,7 +61,7 @@ or there is systematic noise.  The latter seems to common in
 E series boards, so I'm not too worried about the following
 dump where there are S_min/dof ratios above 4.
 
-Here's an example dump, generated by a STATUS_NONE dump for
+Here's an example dump, generated by a STATUS_UNKNOWN dump for
 a pci-mio-16xe-10, with the analog output section removed:
 
   Warning: device not fully calibrated due to insufficient information