choose_transect_limits: intdatevec(time) - File Exchange

Code covered by the BSD License

Highlights from
choose_transect_limits

ctl_makeguiobjects(varargin) % ctl_makeguiobjects--This m-file was generated automatically by fig2mfile.m.
get_popup_value(popHndl) % get_popup_value.m--Gets current value of a popup menu.
gpf(h) % gpf.m--Gets the parent figure of the object with handle h.
resizeguifig(arg1,varargin) % resizeguifig.m--Resizes the current figure and the gui objects it
resizeguifonts(DeltaFontSize,... % resizeguifonts.m--Takes all the uicontrols in the current figure and
choose_transect_limits(lat,lo... % choose_transect_limits.m--GUI to choose indices to start and end times of
dial_demo() % dial_demo.m--Demonstration of dial.m.
intdatevec(time) % intdatevec.m--Calls Matlab's datevec.m function, but rounds the seconds value
kdatetick(arg1,arg2)
latlonlims(varargin) % latlonlims.m--Resets map axes limits after zooming to have same scale in
repositiongui(LeftAndBottom,v... % repositiongui.m--Repositions the gui figure window at the location given
dial
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from choose_transect_limits by Kevin Bartlett
GUI for choosing time limits of oceanographic transects

intdatevec(time)

function [year,month,day,hour,minute,second] = intdatevec(time)
%
% intdatevec.m--Calls Matlab's datevec.m function, but rounds the seconds value
% up or down to the nearest integer.
%
% If called with 1 or 0 output arguments, intdatevec.m returns the year, 
% month, day, hour, minute and second values in a single vector variable.
% [year,month,day,hour,minute,second] = intdatevec(time) returns the 
% components of the date vector as individual variables.
%
% Syntax: [year,month,day,hour,minute,second] = intdatevec(time)
%
% e.g., DateVector = intdatevec(datenum(1999,12,31,23,59,59.9))
% e.g., [year,month,day,hour,minute,second] = intdatevec(datenum(1999,12,31,23,59,59.9))

% Kevin Bartlett (bartlettk@dfo-mpo.gc.ca) 11/1999
%------------------------------------------------------------------------------
% Tests for development:
% start = datenum(1999,12,31,23,59,59.9);DateVector = intdatevec([start:.2:start+3])

% Make sure time is a column vector.
time = time(:);

% Run Matlab's datevec.m function.
DateVector = datevec(time);

% Round the seconds to the nearest integer value.
DateVector(:,6) = round(DateVector(:,6));

% Carry over the rounding to the other elements of the date vector.

% ...minutes:
FindIndex = find(DateVector(:,6)>=60);

if ~isempty(FindIndex),
   DateVector(FindIndex,5) = DateVector(FindIndex,5) + 1;
   DateVector(FindIndex,6) = 0;
end % if

% ...hours:
FindIndex = find(DateVector(:,5)>=60);

if ~isempty(FindIndex),
   DateVector(FindIndex,4) = DateVector(FindIndex,4) + 1;
   DateVector(FindIndex,5) = 0;
end % if

% ...days:
FindIndex = find(DateVector(:,4)>=24);

if ~isempty(FindIndex),
   DateVector(FindIndex,3) = DateVector(FindIndex,3) + 1;
   DateVector(FindIndex,4) = 0;
end % if

% ...months:
InputYear = DateVector(:,1);
InputMonth = DateVector(:,2);
DaysInMonth = eomday(InputYear,InputMonth);

FindIndex = find(DateVector(:,3)>DaysInMonth);

if ~isempty(FindIndex),
   DateVector(FindIndex,2) = DateVector(FindIndex,2) + 1;
   DateVector(FindIndex,3) = 1;
end % if

% ...years:
FindIndex = find(DateVector(:,2)>12);

if ~isempty(FindIndex),
   DateVector(FindIndex,1) = DateVector(FindIndex,1) + 1;
   DateVector(FindIndex,2) = 1;
end % if

if nargout <= 1,
   year = DateVector;
else
   year   = DateVector(:,1);
   month  = DateVector(:,2);
   day    = DateVector(:,3);
   hour   = DateVector(:,4);
   minute = DateVector(:,5);
   second = DateVector(:,6);
end % if

Highlights from choose_transect_limits

Highlights from
choose_transect_limits