Homec4science
Diffusion Instrument Control (Rohde_FSW) Browse

rINSTCONTROL/@MyNewDataEvent/MyNewDataEvent.m
fe4d0024f2fdRohde_FSW

Last Change
Raw File

MyNewDataEvent.m
View Options

%Class for NewData events that are generated by MyDataSource and its
%subclasses, including MyInstrument
classdef MyNewDataEvent < event.EventData
properties (Access=public)
% Name of the instrument that triggered the event. Usefult for
% passing the event data forward, e.g. by triggering
% NewDataWithHeaders
src_name = 'UnknownInstrument'
% New acquired trace. Should be passed by value in order to prevent
% race condition when multiple NewData events are triggered by
% the same instrument in a short period of time. Passing by value
% makes sure that the trace is not modified before it is received
% by Daq.
Trace
% If false then MyCollector does not acquire new measurement
% headers for this trace. Setting new_header = false allows
% transferring an existing trace to Daq by triggering NewData.
new_header = true
% If the new data should be automatically saved by Daq.
save = false
% If 'save' is true and 'filename_ending' is not empty, Daq appends
% the ending to the file name before saving. In this way the
% default way of generating unique file names by Daq can be
% overwritten.
filename_ending = ''
end
methods
% Use parser to process properties supplied as name-value pairs via
% varargin
function this=MyNewDataEvent(varargin)
P=MyClassParser(this);
addParameter(P, 'Trace', []);
processInputs(P, this, varargin{:});
end
end
%% Set and get methods
methods
% Ensures that the source name is a valid Matlab variable
function set.src_name(this, str)
assert(ischar(str), ['The value assigned to ''src_name'' ' ...
'must be char'])
if ~isempty(str)
str=matlab.lang.makeValidName(str);
else
str='UnknownInstrument';
end
this.src_name=str;
end
function set.Trace(this, Val)
assert(isa(Val, 'MyTrace'), ['Trace must be a derivative ' ...
'of MyTrace class.'])
this.Trace=Val;
end
end
end
c4science · Help