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: Parameter.m
    path of file: ./repos/magic-formula-tyre-library/src/+tydex
    
    the code of the file until where you have to start completion: classdef (Abstract) Parameter
    properties (Access = public)
        Name    char
        Desc    char
    end
    
    properties (Access = protected)
        DescMap containers.Map
    end
    
    methods
        function param = Parameter()
            param.DescMap = param.initDescMap();
        end
        function param = set.Name(param, name)
            param.Name = name;
            param = param.setDescription(name);
        end
    end
    
    methods (Access = protected)
        function param = setDescription(param, name)
            try param.Desc = param.DescMap(name);catch;end
        end
    end
    
    methods (Static)
        function map = initDescMap()
            map = containers.Map;
            map('RELEASE')  = 'Release of TYDEX-format';
            map('MEASID')   = 'measurement id.';
            map('SUPPLIER') = 'Data supplier';
            map('DATE')     = 'Date';
            map('CLCKTIME') = 'Clocktime';
            map('TESTMETH') = 'test method';
            map('NOMWIDTH') = 'nominal section width of tyre';
            map('TYSTRUCT') = 'tyre structure';
            map('NOMDIAME') = 'nominal diameter of tyre';
            map('RIMDIAME') = 'nominal rim diameter';
            map('MANUFACT') = 'manufacturer';
            map('PARTNUM')  = 'part number';
            map('OVALLDIA') = 'overall diameter';
            map('RFREE')    = 'Unloaded radius';
            map('FNOMIN')   = 'Nominal vertical load';
            map('NOMPRES')  = 'Nominal inflation pressure';
            map('RUNTIME')  = 'Running Time';
            m
    
function map = initDescMap()
            map = containers.Map;
            map('RELEASE')  = 'Release of TYDEX-format';
            map('MEASID')   = 'measurement id.';
            map('SUPPLIER') = 'Data supplier';
            map('DATE')     = 'Date';
            map('CLCKTIME') = 'Clocktime';
            map('TESTMETH') = 'test method';
            map('NOMWIDTH') = 'nominal section width of tyre';
            map('TYSTRUCT') = 'tyre structure';
            map('NOMDIAME') = 'nominal diameter of tyre';
            map('RIMDIAME') = 'nominal rim diameter';
            map('MANUFACT') = 'manufacturer';
            map('PARTNUM')  = 'part number';
            map('OVALLDIA') = 'overall diameter';
            map('RFREE')    = 'Unloaded radius';
            map('FNOMIN')   = 'Nominal vertical load';
            map('NOMPRES')  = 'Nominal inflation pressure';
            map('RUNTIME')  = 'Running Time';
            map('LONGVEL')  = 'longitudinal velocity';
            map('WHROTSPD') = 'WHEEL rotation speed';
            map('SLIPANGL') = 'slip angle';
            map('INCLANGL') = 'inclination angle';
            map('INFLPRES') = 'inflation pressure';
            map('FX')       = 'longitudinal force';
            map('FYW')      = 'lateral force';
            map('FZW')      = 'vertical force';
            map('MXW')      = 'overturning moment';
            map('MZW')      = 'aligning moment';
            map('LGFCCOEF') = 'long. force coefficient';
            map('LTFCCOEF') = 'lateral force coefficient';
            map('LONGSLIP') = 'longitudinal slip';
            map('TRCKTEMP') = 'temperature of track';
            map('TRDTEMP')  = 'tread surface temperature';
            map('AMBITEMP') = 'ambient temperature';
        end