Function details for massageData>fixTimingOrder

massageData>fixTimingOrder (1 call, 0.448 sec)
Generated 05-Aug-2011 13:00:44 using cpu time.
subfunction in file /home/LeechJ/cbass_analysis/reduc/flag/massageData.m
Copy to new window for comparing multiple runs

Parents (calling functions)

Function Name	Function Type	Calls
massageData	function	1

Lines where the most time was spent

Line Number	Code	Calls	Total Time	% Time	Time Plot
159	dfinal = framecutSub(d, logica...	1	0.208 s	46.3%
153	dreceiver = framecutSub(drecei...	1	0.197 s	43.9%
160	clear d;	1	0.022 s	4.9%
161	dfinal.antenna0.receiver = dre...	1	0.011 s	2.4%
157	dthermal = framecutSub(dtherma...	1	0.011 s	2.4%
All other lines			0 s	0%
Totals			0.448 s	100%

Children (called functions)

Function Name	Function Type	Calls	Total Time	% Time	Time Plot
massageData>framecutSub	subfunction	4	0.415 s	92.7%
Self time (built-ins, overhead, etc.)			0.033 s	7.3%
Totals			0.448 s	100%

Code Analyzer results

Line number	Message
134	Use \|\| instead of \| as the OR operator in (scalar) conditional statements.
134	Use \|\| instead of \| as the OR operator in (scalar) conditional statements.
148	The value assigned to variable 'indFinal' might be unused.

Coverage results
[ Show coverage for parent directory ]

Total lines in function	45
Non-code lines (comments, blank lines)	15
Code lines (lines that can run)	30
Code lines that did run	28
Code lines that did not run	2
Coverage (did run/can run)	93.33 %

Function listing

   time   calls  line
                129 function dfinal = fixTimingOrder(d)
                130 % basically the servo and the receiver data are from two seconds ago,
                131 % cryocon is from 1 second ago, and the data frame is current time
                132 
             1  133 if(isfield(d, 'antenna0')) 
             1  134   if(~isfield(d.antenna0, 'servo') | ~isfield(d.antenna0, 'receiver') | ... 
             1  135 	~isfield(d.antenna0, 'thermal')) 
                136     return;
                137   end
             1  138 end 
                139 
             1  140 dservo = d.antenna0.servo; 
             1  141 dreceiver = d.antenna0.receiver; 
             1  142 dthermal = d.antenna0.thermal; 
             1  143 lengthOrig = size(d.array.frame.utc); 
                144 
                145 % now from dfinal we cut out the last frame and from everything else we cut
                146 % out the first frame.
             1  147 indFinal = ones(lengthOrig); 
             1  148 indFinal(length(indFinal)-1:length(indFinal)) = 0; 
                149 
             1  150 indFinal = ones(lengthOrig); 
             1  151 indFinal(1:2) = 0; 
             1  152 dservo = framecutSub(dservo, logical(indFinal)); 
  0.20       1  153 dreceiver = framecutSub(dreceiver, logical(indFinal)); 
                154 
             1  155 indFinal = ones(lengthOrig); 
             1  156 indFinal([1 length(indFinal)]) = 0; 
  0.01       1  157 dthermal = framecutSub(dthermal, logical(indFinal)); 
                158 
  0.21       1  159 dfinal = framecutSub(d, logical(indFinal)); 
  0.02       1  160 clear d; 
  0.01       1  161 dfinal.antenna0.receiver = dreceiver; 
             1  162 dfinal.antenna0.servo.utc = dservo.utc; 
             1  163 dfinal.antenna0.servo.fast_az_pos = dservo.fast_az_pos; 
             1  164 dfinal.antenna0.servo.fast_el_pos = dservo.fast_el_pos; 
             1  165 dfinal.antenna0.servo.fast_az_err = dservo.fast_az_err; 
             1  166 dfinal.antenna0.servo.fast_el_err = dservo.fast_el_err; 
             1  167 dfinal.antenna0.thermal.utc       = dthermal.utc; 
             1  168 dfinal.antenna0.thermal.ccTemperatureLoad = dthermal.ccTemperatureLoad; 
                169 
                170 % now all the data should be on the same timescale, which should make things
                171 % easier to cut/etc.
                172 
             1  173 return;

Other subfunctions in this file are not included in this listing.