MyCeCryo.m
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	% Class for controlling the auto manifold of ColdEdge stinger cryostat.
	% The manifold is managed by an Arduino board that communicates with
	% computer via serial protocol.

	classdef MyCeCryo < MyScpiInstrument

	methods (Access = public)
	function this = MyCeCryo(interface, address, varargin)
	this@MyScpiInstrument(interface, address, varargin{:});

	% Buffer size of 64 kB should be way an overkill. The labview
	% program provided by ColdEdge use 256 Bytes.
	this.Device.InputBufferSize=2^16;
	this.Device.OutputBufferSize=2^16;
	end

	function switchAllOff(this)
	writePropertyHedged(this, ...
	'valve1', false, ...
	'valve2', false, ...
	'valve3', false, ...
	'valve4', false, ...
	'valve5', false, ...
	'valve7', false, ...
	'recirc', false, ...
	'cryocooler', false);
	end
	end

	methods (Access = protected)
	function createCommandList(this)

	% Valve states
	for i=1:7
	if i == 6
	continue % No valve 6
	end

	tag = sprintf('valve%i',i);
	cmd = sprintf(':VALVE%i',i);
	addCommand(this, tag, cmd,...
	'default', false, ...
	'fmt_spec', '%b', ...
	'info', 'Valve open(true)/clsed(false)');
	end

	addCommand(this, 'recirc', ':REC',...
	'default', false, ...
	'fmt_spec', '%b', ...
	'info', 'Recirculator on/off');

	addCommand(this, 'cryocooler', ':COOL',...
	'default', false, ...
	'fmt_spec', '%b', ...
	'info', 'Cryocooler on/off');

	addCommand(this, 'press', ':PRES',...
	'default', false, ...
	'fmt_spec', '%e', ...
	'access', 'r', ...
	'info', 'Supply pressure (PSI)');
	end
	end
	end