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: AnalyzeEnsemble_FUN_MP_BUT.m
    path of file: ./repos/BRAPH-2/braph2/pipelines/functional multiplex
    
    the code of the file until where you have to start completion: classdef AnalyzeEnsemble_FUN_MP_BUT < AnalyzeEnsemble
	%AnalyzeEnsemble_FUN_MP_BUT is an ensemble-based graph analysis using functional multiplex data of fixed threshold.
	% It is a subclass of <a href="matlab:help AnalyzeEnsemble">AnalyzeEnsemble</a>.
	%
	% This graph analysis (AnalyzeEnsemble_FUN_MP_BUT) analyzes functional multiplex data 
	% using binary undirected multigraphs with fixed thresholds.
	%
	% The list of AnalyzeEnsemble_FUN_MP_BUT properties is:
	%  <strong>1</strong> <strong>ELCLASS</strong> 	ELCLASS (constant, string) is the class of the % % % .
	%  <strong>2</strong> <strong>NAME</strong> 	NAME (constant, string) is the name of the ensemble-based graph analysis with functional multiplex data of fixed threshold.
	%  <strong>3</strong> <strong>DESCRIPTION</strong> 	DESCRIPTION (constant, string) is the description of the ensemble-based graph analysis with functional multiplex data of fixed threshold.
	%  <strong>4</strong> <strong>TEMPLATE</strong> 	TEMPLATE (parameter, item) is the template of the ensemble-based graph analysis with functional multiplex data of fixed threshold.
	%  <strong>5</strong> <strong>ID</strong> 	ID (data, string) is a few-letter code for the ensemble-based graph analysis with functional multiplex data of fixed threshold.
	%  <strong>6</strong> <strong>LABEL</strong> 	LABEL (metadata, string) is an extended label of the ensemble-based graph analysis with functional multiplex data of fixed threshold.
	%  <strong>7</strong> <strong>NOTES</strong> 	NOTES (metadata, string) are some specific notes about the ensemble-based graph analysis with functional multiplex data of fixed threshold.
	%  <strong>8</strong> <strong>TOSTRING</strong> 	TOSTRING (query, string) returns a string that represents the concrete element.
	%  <strong>9</strong> <strong>WAITBAR</strong> 	WAITBAR (gui, logical) detemines wheth
    
function prop_default = getPropDefault(pointer)
			%GETPROPDEFAULT returns the default value of a property.
			%
			% DEFAULT = AnalyzeEnsemble_FUN_MP_BUT.GETPROPDEFAULT(PROP) returns the default 
			%  value of the property PROP.
			%
			% DEFAULT = AnalyzeEnsemble_FUN_MP_BUT.GETPROPDEFAULT(TAG) returns the default 
			%  value of the property with tag TAG.
			%
			% Alternative forms to call this method are (POINTER = PROP or TAG):
			%  DEFAULT = A.GETPROPDEFAULT(POINTER) returns the default value of POINTER of A.
			%  DEFAULT = Element.GETPROPDEFAULT(AnalyzeEnsemble_FUN_MP_BUT, POINTER) returns the default value of POINTER of AnalyzeEnsemble_FUN_MP_BUT.
			%  DEFAULT = A.GETPROPDEFAULT(AnalyzeEnsemble_FUN_MP_BUT, POINTER) returns the default value of POINTER of AnalyzeEnsemble_FUN_MP_BUT.
			%
			% Note that the Element.GETPROPDEFAULT(A) and Element.GETPROPDEFAULT('AnalyzeEnsemble_FUN_MP_BUT')
			%  are less computationally efficient.
			%
			% See also getPropDefaultConditioned, getPropProp, getPropTag, getPropSettings, 
			%  getPropCategory, getPropFormat, getPropDescription, checkProp.
			
			prop = AnalyzeEnsemble_FUN_MP_BUT.getPropProp(pointer);
			
			switch prop %CET: Computational Efficiency Trick
				case 15 % AnalyzeEnsemble_FUN_MP_BUT.REPETITION
					prop_default = 1;
				case 16 % AnalyzeEnsemble_FUN_MP_BUT.F_MIN
					prop_default = 0;
				case 17 % AnalyzeEnsemble_FUN_MP_BUT.F_MAX
					prop_default = Inf;
				case 18 % AnalyzeEnsemble_FUN_MP_BUT.CORRELATION_RULE
					prop_default = Correlation.CORRELATION_RULE_LIST{1};
				case 19 % AnalyzeEnsemble_FUN_MP_BUT.NEGATIVE_WEIGHT_RULE
					prop_default = Correlation.NEGATIVE_WEIGHT_RULE_LIST{1};
				case 20 % AnalyzeEnsemble_FUN_MP_BUT.THRESHOLDS
					prop_default = [-1:.5:1];
				case 1 % AnalyzeEnsemble_FUN_MP_BUT.ELCLASS
					prop_default = 'AnalyzeEnsemble_FUN_MP_BUT';
				case 2 % AnalyzeEnsemble_FUN_MP_BUT.NAME
					prop_default = 'AnalyzeEnsemble_FUN_MP_BUT';
				case 3 % AnalyzeEnsemble_FUN_MP_BUT.DESCRIPTION
					prop_default = 'This graph analysis (AnalyzeEnsemble_FUN_MP_BUT) analyzes functional multiplex data using binary undirected multigraphs with fixed thresholds.';
				case 4 % AnalyzeEnsemble_FUN_MP_BUT.TEMPLATE
					prop_default = Format.getFormatDefault(8, AnalyzeEnsemble_FUN_MP_BUT.getPropSettings(prop));
				case 5 % AnalyzeEnsemble_FUN_MP_BUT.ID
					prop_default = 'AnalyzeEnsemble_FUN_MP_BUT ID';
				case 6 % AnalyzeEnsemble_FUN_MP_BUT.LABEL
					prop_default = 'AnalyzeEnsemble_FUN_MP_BUT label';
				case 7 % AnalyzeEnsemble_FUN_MP_BUT.NOTES
					prop_default = 'AnalyzeEnsemble_FUN_MP_BUT notes';
				case 10 % AnalyzeEnsemble_FUN_MP_BUT.GR
					prop_default = Group('SUB_CLASS', 'SubjectFUN_MP');
				case 11 % AnalyzeEnsemble_FUN_MP_BUT.GRAPH_TEMPLATE
					prop_default = Format.getFormatDefault(8, AnalyzeEnsemble_FUN_MP_BUT.getPropSettings(prop));
				case 12 % AnalyzeEnsemble_FUN_MP_BUT.G_DICT
					prop_default = Format.getFormatDefault(10, AnalyzeEnsemble_FUN_MP_BUT.getPropSettings(prop));
				otherwise
					prop_default = getPropDefault@AnalyzeEnsemble(prop);
			end