You are an expert in writing code in many different languages. Your goal is to perform code completion for the following code, keeping in mind the rest of the code and the file meta data.
    Metadata details:
    filename: StirredTankModel.m
    path of file: ./repos/CADET/src/cadet-mi/units
    
    the code of the file until where you have to start completion: 
classdef StirredTankModel < Model
	%StirredTankModel Represents a continuous stirred (reaction) tank model (short CSTR)
	%   Holds all model specific parameters which are necessary for a CADET simulation.
	%
	% See also MODEL, SINGLECSTR, MODELSYSTEM
	
	% Copyright: (C) 2008-2024 The CADET Authors
	%            See the license note at the end of the file.

	properties
		bindingModel; % Object of the used binding model class
		reactionModelBulk; % Object of the used reaction model class for the bulk volume
		reactionModelParticle; % Object of the used reaction model class for the particle volume
	end

	properties (Depen
    
function set.bindingModel(obj, val)
			for i = 1:numel(val)
				if ~isempty(val(i)) && ~isa(val(i), 'BindingModel')
					error('CADET:invalidConfig', 'Expected a valid binding model at index %d.', i);
				end
			end
			obj.bindingModel = val;
			obj.hasChanged = true;
		end

		function set.reactionModelBulk(obj, val)
			if numel(val) > 1
				error('CADET:invalidConfig', 'Expected a single reaction model instead of array.');
			end
			if ~isempty(val) && ~isa(val, 'ReactionModel')
				error('CADET:invalidConfig', 'Expected a valid reaction model.');
			end
			obj.reactionModelBulk = val;
			obj.hasChanged = true;
		end

		function set.reactionModelParticle(obj, val)
			for i = 1:numel(val)
				if ~isempty(val(i)) && ~isa(val(i), 'ReactionModel')
					error('CADET:invalidConfig', 'Expected a valid reaction model at index %d.', i);
				end
			end
			obj.reactionModelParticle = val;
			obj.hasChanged = true;
		end

		function val = get.nInletPorts(obj)
			val = 1;
		end

		function val = get.nOutletPorts(obj)
			val = 1;
		end


		function S = saveobj(obj)
			S = obj.saveobj@Model();

			S.bindingModel = [];
			S.bindingModelClass = [];

			if ~isempty(obj.bindingModel)
				S.bindingModelClass = cell(numel(obj.bindingModel), 1);
				S.bindingModel = cell(numel(obj.bindingModel), 1);
				for i = 1:numel(obj.bindingModel)
					S.bindingModelClass{i} = class(obj.bindingModel(i));
					S.bindingModel{i} = obj.bindingModel(i).saveobj();
				end