def get_credibility(*args, **kwargs): alternatives = px.getAlternativesID(trees['alternatives']) comparison_with = kwargs.get('comparison_with') if not comparison_with: comparison_with = px.getParameterByName( trees['method_parameters'], 'comparison_with', ) if comparison_with in ('boundary_profiles', 'central_profiles'): categories_profiles = _get_categories_profiles( trees['categories_profiles'], comparison_with, ) else: categories_profiles = None eliminate_cycles_method = px.getParameterByName( trees.get('method_parameters'), 'eliminate_cycles_method', ) tree = trees.get('credibility') if eliminate_cycles_method == 'cut_weakest' and tree is None: raise InputDataError( "'cut_weakest' option requires credibility as an additional " "input (apart from outranking)." ) credibility = _get_alternatives_comparisons( tree, alternatives, categories_profiles=categories_profiles, ) return credibility # NoneType, Vividict
def get_discordance(*args, **kwargs): alternatives = px.getAlternativesID(trees['alternatives']) comparison_with = px.getParameterByName( trees['method_parameters'], 'comparison_with', ) if kwargs.get('use_partials') is not None: use_partials = kwargs.get('use_partials') else: parameter = px.getParameterByName( trees['method_parameters'], 'use_partials', ) use_partials = True if parameter == 'true' else False if comparison_with in ('boundary_profiles', 'central_profiles'): categories_profiles = _get_categories_profiles( trees['categories_profiles'], comparison_with, ) else: categories_profiles = None discordance = _get_alternatives_comparisons( trees['discordance'], alternatives, categories_profiles=categories_profiles, use_partials=use_partials, ) return discordance # Vividict
def get_input_data(input_dir): file_names = ( 'alternatives.xml', 'method_parameters.xml', 'outranking.xml', ) trees = get_trees(input_dir, file_names) alternatives = px.getAlternativesID(trees['alternatives']) alternatives.sort() outranking = get_intersection_distillation(trees['outranking'], alternatives) if outranking == None: outranking = px.getAlternativesComparisons(trees['outranking'], alternatives) eliminate_cycles_method = px.getParameterByName(trees['method_parameters'], 'eliminate_cycles_method') if eliminate_cycles_method not in ['aggregate', 'cut_weakest']: raise RuntimeError("Invalid/missing method for cycle elimination.") cut_threshold = px.getParameterByName(trees['method_parameters'], 'cut_threshold') check_cut_threshold(cut_threshold) ret = { 'alternatives': alternatives, 'cut_threshold': cut_threshold, 'eliminate_cycles_method': eliminate_cycles_method, 'outranking': outranking, } return ret
def get_input_data(input_dir): file_names = ( 'alternatives.xml', 'concordance.xml', 'method_parameters.xml', 'discordance_binary.xml', ) trees = get_trees(input_dir, file_names) alternatives = px.getAlternativesID(trees['alternatives']) # we can also get alternatives from 'concordance.xml', therefore 'alternatives.xml' # can be optional - like here: # alternatives = list(set([i.text for i in trees['concordance'].findall(".//alternativeID")])) concordance = px.getAlternativesComparisons(trees['concordance'], alternatives) discordance_binary = px.getAlternativesComparisons( trees['discordance_binary'], alternatives) cut_threshold = px.getParameterByName(trees['method_parameters'], 'cut_threshold') check_cut_threshold(cut_threshold) ret = { 'alternatives': alternatives, 'concordance': concordance, 'cut_threshold': cut_threshold, 'discordance_binary': discordance_binary, } return ret
def makeDistilation( in_selected, in_alternatives, in_credibility, out_descending, out_ascending, out_medianPreorder, out_final ): xml_alternatives = px.parseValidate(in_alternatives) xml_selected = px.parseValidate(in_selected) xml_alternatives = px.parseValidate(in_alternatives) xml_credibility = px.parseValidate(in_credibility) if xml_selected == None: raise ValueError, "Invalid selected file" if xml_alternatives == None: raise ValueError, "Invalid alternative file" if xml_credibility == None: raise ValueError, "Invalid credibility file" onCriterion = px.getParameterByName(xml_selected, "selectedCriterion") alternativesID = px.getAlternativesID(xml_alternatives) alternativesComparisions = getAlternativesComparisonsAtCriteria(xml_credibility, alternativesID) if not alternativesComparisions.has_key(onCriterion): raise ValueError, "Invalid selected criterion" distillation = Distillation(alternativesID, alternativesComparisions[onCriterion]) output_distillation(out_ascending, distillation.downwards(), "downward distillation", onCriterion) output_distillation(out_descending, distillation.upwards(), "upward distillation", onCriterion) output_distillation(out_medianPreorder, distillation.medianPreorder(), "median Preorder", onCriterion) writeAlternativeComparision(out_final, distillation.intersectionUpDowns, "outranks", onCriterion)
def get_input_data(input_dir): file_names = ( 'alternatives.xml', 'criteria.xml', 'interactions.xml', 'method_parameters.xml', 'performance_table.xml', 'weights.xml', ) trees = get_trees(input_dir, file_names) alternatives = px.getAlternativesID(trees['alternatives']) criteria = px.getCriteriaID(trees['criteria']) pref_directions = px.getCriteriaPreferenceDirections( trees['criteria'], criteria) thresholds = px.getConstantThresholds(trees['criteria'], criteria) weights = px.getCriterionValue(trees['weights'], criteria) performances = px.getPerformanceTable(trees['performance_table'], 1, 1) interactions = get_criteria_interactions(trees['interactions'], criteria) check_net_balance(interactions, weights) z_function = px.getParameterByName(trees['method_parameters'], 'z_function') ret = { 'alternatives': alternatives, 'criteria': criteria, 'interactions': interactions, 'performances': performances, 'pref_directions': pref_directions, 'thresholds': thresholds, 'weights': weights, 'z_function': z_function, } return ret
def get_input_data(input_dir): file_names = ( 'alternatives.xml', 'concordance.xml', 'method_parameters.xml', 'discordance_binary.xml', ) trees = get_trees(input_dir, file_names) alternatives = px.getAlternativesID(trees['alternatives']) # we can also get alternatives from 'concordance.xml', therefore 'alternatives.xml' # can be optional - like here: # alternatives = list(set([i.text for i in trees['concordance'].findall(".//alternativeID")])) concordance = px.getAlternativesComparisons(trees['concordance'], alternatives) discordance_binary = px.getAlternativesComparisons(trees['discordance_binary'], alternatives) cut_threshold = px.getParameterByName(trees['method_parameters'], 'cut_threshold') check_cut_threshold(cut_threshold) ret = { 'alternatives': alternatives, 'concordance': concordance, 'cut_threshold': cut_threshold, 'discordance_binary': discordance_binary, } return ret
def makeDistilation(in_selected, in_alternatives, in_credibility, out_descending, out_ascending, out_medianPreorder, out_final): xml_alternatives = px.parseValidate(in_alternatives) xml_selected = px.parseValidate(in_selected) xml_alternatives = px.parseValidate(in_alternatives) xml_credibility = px.parseValidate(in_credibility) if xml_selected == None: raise ValueError, "Invalid selected file" if xml_alternatives == None: raise ValueError, "Invalid alternative file" if xml_credibility == None: raise ValueError, "Invalid credibility file" onCriterion = px.getParameterByName(xml_selected, 'selectedCriterion') alternativesID = px.getAlternativesID(xml_alternatives) alternativesComparisions = getAlternativesComparisonsAtCriteria( xml_credibility, alternativesID) if not alternativesComparisions.has_key(onCriterion): raise ValueError, 'Invalid selected criterion' distillation = Distillation(alternativesID, alternativesComparisions[onCriterion]) output_distillation(out_ascending, distillation.downwards(), 'downward distillation', onCriterion) output_distillation(out_descending, distillation.upwards(), 'upward distillation', onCriterion) output_distillation(out_medianPreorder, distillation.medianPreorder(), 'median Preorder', onCriterion) writeAlternativeComparision(out_final, distillation.intersectionUpDowns, 'outranks', onCriterion)
def get_input_data(input_dir): file_names = ( 'alternatives.xml', 'categories.xml', 'categoriesProfiles.xml', 'credibility.xml', 'method_parameters.xml', ) trees = get_trees(input_dir, file_names) alternatives = px.getAlternativesID(trees['alternatives']) categories = px.getCategoriesID(trees['categories']) categories_rank = px.getCategoriesRank(trees['categories'], categories) categories_profiles = get_categories_profiles_central(trees['categoriesProfiles']) credibility = getAlternativesComparisons(trees['credibility'], alternatives, categories_profiles) cut_threshold = px.getParameterByName(trees['method_parameters'], 'cut_threshold') check_cut_threshold(cut_threshold) ret = { 'alternatives': alternatives, 'categories_rank': categories_rank, 'categories_profiles': categories_profiles, 'credibility': credibility, 'cut_threshold': cut_threshold, } return ret
def get_input_data(input_dir): file_names = ( 'alternatives.xml', 'criteria.xml', 'interactions.xml', 'method_parameters.xml', 'performance_table.xml', 'weights.xml', ) trees = get_trees(input_dir, file_names) alternatives = px.getAlternativesID(trees['alternatives']) criteria = px.getCriteriaID(trees['criteria']) pref_directions = px.getCriteriaPreferenceDirections(trees['criteria'], criteria) thresholds = px.getConstantThresholds(trees['criteria'], criteria) weights = px.getCriterionValue(trees['weights'], criteria) performances = px.getPerformanceTable(trees['performance_table'], 1, 1) interactions = get_criteria_interactions(trees['interactions'], criteria) check_net_balance(interactions, weights) z_function = px.getParameterByName(trees['method_parameters'], 'z_function') ret = { 'alternatives': alternatives, 'criteria': criteria, 'interactions': interactions, 'performances': performances, 'pref_directions': pref_directions, 'thresholds': thresholds, 'weights': weights, 'z_function': z_function, } return ret
def get_input_data(input_dir): file_names = ( 'alternatives.xml', 'categoriesProfiles.xml', 'credibility.xml', 'method_parameters.xml', ) trees = get_trees(input_dir, file_names) alternatives = px.getAlternativesID(trees['alternatives']) cp_tree = trees['categoriesProfiles'] categories = list( set(cp_tree.xpath('//categoriesProfiles//limits//categoryID/text()'))) categories_profiles = px.getCategoriesProfiles(trees['categoriesProfiles'], categories) profiles_names = [ p for p in cp_tree.xpath('//categoriesProfiles//alternativeID/text()') ] credibility = getAlternativesComparisons(trees['credibility'], alternatives, profiles_names) cut_threshold = px.getParameterByName(trees['method_parameters'], 'cut_threshold') check_cut_threshold(cut_threshold) ret = { 'alternatives': alternatives, 'categories_profiles': categories_profiles, 'credibility': credibility, 'cut_threshold': cut_threshold, } return ret
def get_cut_threshold(*args, **kwargs): cut_threshold = px.getParameterByName( trees['method_parameters'], 'cut_threshold', ) if cut_threshold is None or not (0 <= float(cut_threshold) <= 1): raise InputDataError("'cut_threshold' should be in range [0, 1] " "(most commonly used values are 0.6 or 0.7).") return cut_threshold # float
def get_profiles_categories(*args, **kwargs): #profilesCategories = px.getProfilesCategories(trees['categories_profiles'], None) comparison_with = kwargs.get('comparison_with') if comparison_with is None: comparison_with = px.getParameterByName( trees['method_parameters'], 'comparison_with', ) if comparison_with in ('boundary_profiles', 'central_profiles'): profilesCategories = _get_profiles_categories(trees['categories_profiles'], comparison_with, trees['categories']) return profilesCategories
def get_cut_threshold(*args, **kwargs): cut_threshold = px.getParameterByName( trees['method_parameters'], 'cut_threshold', ) if cut_threshold is None or not (0 <= float(cut_threshold) <= 1): raise InputDataError( "'cut_threshold' should be in range [0, 1] " "(most commonly used values are 0.6 or 0.7)." ) return cut_threshold # float
def get_categories_profiles(*args, **kwargs): comparison_with = kwargs.get('comparison_with') if comparison_with is None: comparison_with = px.getParameterByName( trees['method_parameters'], 'comparison_with', ) categories_profiles = _get_categories_profiles( trees.get('categories_profiles'), comparison_with, ) return categories_profiles # NoneType, dict, list
def makeSelection(in_selected, in_outranking, out_outranking): xml_outranking = px.parseValidate(in_outranking) xml_selected = px.parseValidate(in_selected) if xml_selected == None: raise ValueError, "Invalid selected file" if xml_outranking == None: raise ValueError, "Invalid xml_outranking file" onCriterion = px.getParameterByName(xml_selected, 'selectedCriterion') alternativesComparisions = getAlternativesComparisonsAtCriteria(xml_outranking) if not alternativesComparisions.has_key(onCriterion): raise ValueError, 'Invalid selected criterion' writeAlternativeComparisionOnCriterion(out_outranking, alternativesComparisions, onCriterion, 'outranks')
def get_profiles_performance_table(*args, **kwargs): comparison_with = px.getParameterByName( trees['method_parameters'], 'comparison_with', ) if comparison_with in ('boundary_profiles', 'central_profiles'): tree = trees.get('profiles_performance_table') if tree is None: msg = ("Missing profiles performance table (did you forget " "to provide 'profiles_performance_table.xml' file?).") raise InputDataError(msg) profiles_performance_table = px.getPerformanceTable( tree, None, None) else: profiles_performance_table = None return profiles_performance_table # NoneType, dict
def get_profiles_performance_table(*args, **kwargs): comparison_with = px.getParameterByName( trees['method_parameters'], 'comparison_with', ) if comparison_with in ('boundary_profiles', 'central_profiles'): tree = trees.get('profiles_performance_table') if tree is None: msg = ( "Missing profiles performance table (did you forget " "to provide 'profiles_performance_table.xml' file?)." ) raise InputDataError(msg) profiles_performance_table = px.getPerformanceTable(tree, None, None) else: profiles_performance_table = None return profiles_performance_table # NoneType, dict
def check_concordance(xml_concordance, hierarchyArray, outfile): ret = "" concordances = px.getCriterionValue(xml_concordance, [(getOriginalName(v)) for v, k in hierarchyArray.items()], 'Concordance') if concordances.__len__() > 0: concordances = calculate_new_concordance(concordances, hierarchyArray) output_criteriaValues(outfile, concordances, 'Concordance') else: check = px.getParameterByName(xml_concordance, 'percentage', 'concordanceLevel') if check != None: content = """ <methodParameters name="concordanceLevel"> <parameter name="percentage"> <value><real>%f</real></value> </parameter> </methodParameters>""" % check write_xmcda_content(outfile, content)
def check_concordance(xml_concordance, hierarchyArray, outfile): ret = "" concordances = px.getCriterionValue( xml_concordance, [(getOriginalName(v)) for v, k in hierarchyArray.items()], "Concordance" ) if concordances.__len__() > 0: concordances = calculate_new_concordance(concordances, hierarchyArray) output_criteriaValues(outfile, concordances, "Concordance") else: check = px.getParameterByName(xml_concordance, "percentage", "concordanceLevel") if check != None: content = ( """ <methodParameters name="concordanceLevel"> <parameter name="percentage"> <value><real>%f</real></value> </parameter> </methodParameters>""" % check ) write_xmcda_content(outfile, content)
def get_criterion_concordance_cutting_level_value (xmltree, mcdaConcept=None) : if mcdaConcept == None : strSearch = "criteriaValues" else : strSearch = "criteriaValues[@mcdaConcept=\'" + mcdaConcept + "\']" try: criteriaValues = xmltree.xpath(strSearch)[0] except: criteriaValues = None #return {} if criteriaValues is None: return px.getParameterByName(xmltree, 'percentage', 'concordanceLevel') values = {} for criterionValue in criteriaValues.findall("./criterionValue"): crit = criterionValue.find ("criterionID").text values[crit] = px.getValue (criterionValue) return values
def get_cv_crossed(*args, **kwargs): # 'cv_crossed' stands for 'counter-veto crossed' alternatives = px.getAlternativesID(trees['alternatives']) comparison_with = px.getParameterByName( trees['method_parameters'], 'comparison_with', ) if comparison_with in ('boundary_profiles', 'central_profiles'): categories_profiles = _get_categories_profiles( trees['categories_profiles'], comparison_with, ) else: categories_profiles = None cv_crossed = _get_alternatives_comparisons( trees['counter_veto_crossed'], alternatives, categories_profiles=categories_profiles, use_partials=True, mcda_concept='counterVetoCrossed', ) return cv_crossed # Vividict
def get_concordance(*args, **kwargs): alternatives = px.getAlternativesID(trees['alternatives']) comparison_with = px.getParameterByName( trees['method_parameters'], 'comparison_with', ) if comparison_with in ('boundary_profiles', 'central_profiles'): categories_profiles = _get_categories_profiles( trees['categories_profiles'], comparison_with, ) concordance = _get_alternatives_comparisons( trees['concordance'], alternatives, categories_profiles, ) else: concordance = px.getAlternativesComparisons( trees['concordance'], alternatives, ) return concordance # Vividict, dict
def main(argv=None): if argv is None: argv = sys.argv parser = OptionParser() parser.add_option("-i", "--in", dest="in_dir") parser.add_option("-o", "--out", dest="out_dir") (options, args) = parser.parse_args(argv[1:]) in_dir = options.in_dir out_dir = options.out_dir # Creating a list for error messages errorList = [] if not os.path.isfile(in_dir + "/alternatives.xml"): errorList.append("alternatives.xml is missing") if not os.path.isfile(in_dir + "/relation.xml"): errorList.append("relation.xml is missing") if not os.path.isfile(in_dir + "/parameters.xml"): errorList.append("parameters.xml is missing") if not errorList: # We parse all the mandatory input files xmltree_alternatives = PyXMCDA.parseValidate(in_dir + "/alternatives.xml") xmltree_relation = PyXMCDA.parseValidate(in_dir + "/relation.xml") xmltree_parameters = PyXMCDA.parseValidate(in_dir + "/parameters.xml") # We check if all madatory input files are valid if xmltree_alternatives == None: errorList.append("alternatives.xml can't be validated.") if xmltree_relation == None: errorList.append("relation.xml can't be validated.") if xmltree_parameters == None: errorList.append("parameters.xml can't be validated.") if not errorList: alternativesId = PyXMCDA.getAlternativesID(xmltree_alternatives) alternativesRel = PyXMCDA.getAlternativesComparisons( xmltree_relation, alternativesId) relationMin = PyXMCDA.getParameterByName(xmltree_parameters, "min") relationMax = PyXMCDA.getParameterByName(xmltree_parameters, "max") relationCut = PyXMCDA.getParameterByName(xmltree_parameters, "cut") relationBipolar = PyXMCDA.getParameterByName( xmltree_parameters, "bipolar") if not alternativesId: errorList.append("No active alternatives found.") if not alternativesRel: errorList.append("Problems between relation and alternatives.") if relationMin is None: errorList.append("No \'min\' method parameter found") if relationMax is None: errorList.append("No \'max\' method parameter found") if relationCut is None: errorList.append("No \'cut\' method parameter found") if relationBipolar is None: errorList.append("No \'bipolar\' method parameter found") if not errorList: alg = algMccP(alternativesId, alternativesRel, relationMin, relationMax, relationCut, relationBipolar) results = alg.Run() fo = open(out_dir + "/output.xml", 'w') PyXMCDA.writeHeader(fo) fo.write('<alternativesAffectations>\n') for o in results: fo.write('\t<alternativeAffectation>\n\t\t<alternativeID>' + o + '</alternativeID>\n\t\t\t<categoryID>' + results[o] + '</categoryID>\n\t</alternativeAffectation>\n') fo.write('</alternativesAffectations>') PyXMCDA.writeFooter(fo) fo.close() # Creating log and error file, messages.xml fileMessages = open(out_dir + "/messages.xml", 'w') PyXMCDA.writeHeader(fileMessages) if not errorList: PyXMCDA.writeLogMessages(fileMessages, ["Execution ok"]) else: PyXMCDA.writeErrorMessages(fileMessages, errorList) PyXMCDA.writeFooter(fileMessages) fileMessages.close()
def main(argv=None): if argv is None: argv = sys.argv parser = OptionParser() parser.add_option("-i", "--in", dest="in_dir") parser.add_option("-o", "--out", dest="out_dir") (options, args) = parser.parse_args(argv[1:]) in_dir = options.in_dir out_dir = options.out_dir critAverage = {} critNormalSD = {} critTriangSD = {} # Creating a list for error messages errorList = [] # If some mandatory input files are missing if not os.path.isfile (in_dir+"/alternatives.xml") or not os.path.isfile (in_dir+"/criteria.xml") : errorList.append("Some input files are missing") else : # We parse all the mandatory input files xmltree_alternatives = PyXMCDA.parseValidate(in_dir+"/alternatives.xml") xmltree_criteria = PyXMCDA.parseValidate(in_dir+"/criteria.xml") # We check if all madatory input files are valid if xmltree_alternatives == None : errorList.append("The alternatives file can't be validated.") if xmltree_criteria == None : errorList.append("The criteria file can't be validated.") if not errorList : alternativesId = PyXMCDA.getAlternativesID(xmltree_alternatives) criteriaId = PyXMCDA.getCriteriaID(xmltree_criteria) if not alternativesId : errorList.append("No alternatives found. Is your alternatives file correct ?") if not criteriaId : errorList.append("No criteria found. Is your criteria file correct ?") if not errorList : # We check if parameters for criteria distribution profile have been provided if os.path.isfile (in_dir+"/criteriaProfiles.xml") : xmltree_CritProfile = PyXMCDA.parseValidate(in_dir+"/criteriaProfiles.xml") if xmltree_CritProfile == None : errorList.append ("criteriaProfiles file can't be validated.") else : critAverage = PyXMCDA.getNamedParametersByName (xmltree_CritProfile, "distributionAverage") critNormalSD = PyXMCDA.getNamedParametersByName (xmltree_CritProfile, "normalDistributionStandardDeviation") critTriangSD = PyXMCDA.getNamedParametersByName (xmltree_CritProfile, "triangularDistributionStandardDeviation") # ... if not errorList : # We check if a seed is provided for the random generation if os.path.isfile (in_dir+"/seed.xml") : xmltree_seed = PyXMCDA.parseValidate(in_dir+"/seed.xml") if xmltree_seed == None : errorList.append ("seed file can't be validated.") else : seed = PyXMCDA.getParameterByName (xmltree_seed, "seed") if not isinstance(seed,int) : errorList.append ("seed value should be a strictly positive integer") else : if seed <= 0 : errorList.append ("seed should be a strictly positive integer") else: # We initialize the random generator random.seed(seed) if not errorList : for i in range(20): print random.random() # We recover criteria scale information criteriaTypes = PyXMCDA.getCriteriaScalesTypes (xmltree_criteria, criteriaId) criteriaDir = PyXMCDA.getCriteriaPreferenceDirections (xmltree_criteria, criteriaId) criteriaUB = PyXMCDA.getCriteriaUpperBounds (xmltree_criteria, criteriaId) criteriaLB = PyXMCDA.getCriteriaLowerBounds (xmltree_criteria, criteriaId) criteriaRL = PyXMCDA.getCriteriaRankedLabel (xmltree_criteria, criteriaId) # We add some default lower and upper bounds for crit in criteriaId : if not criteriaLB.has_key (crit) or criteriaLB[crit] == None : if criteriaTypes[crit] == "quantitative" : criteriaLB[crit] = 0.0 else : criteriaLB[crit] = 1 if not criteriaUB.has_key (crit) or criteriaUB[crit] == None : if criteriaTypes[crit] == "quantitative" : criteriaUB[crit] = 100.0 else : if criteriaRL.has_key(crit) and criteriaRL[crit] != None : criteriaUB[crit] = len(criteriaRL[crit]) else : criteriaUB[crit] = 10 # We construct the performance Tableau Tab = {} for crit in criteriaId : Tab[crit] = {} if critNormalSD.has_key(crit) : sd = critNormalSD[crit] if critAverage.has_key(crit) : average = critAverage[crit] else : average = (criteriaLB[crit] + criteriaUB[crit])/2.0 for alt in alternativesId : temp = criteriaLB[crit] -1 while temp < criteriaLB[crit] or temp > criteriaUB[crit] : temp = random.gauss (average,sd) Tab[crit][alt] = temp if criteriaTypes[crit] == "qualitative" : Tab[crit][alt] = int(Tab[crit][alt]) elif critTriangSD.has_key (crit) : for alt in alternativesId : # TO BE CHANGED !!! Tab[crit][alt] = random.randint (criteriaLB[crit], criteriaUB[crit]) else : for alt in alternativesId : if criteriaTypes[crit] == "quantitative" : Tab[crit][alt] = float(random.randint (criteriaLB[crit]*100, criteriaUB[crit]*100))/100.0 else : Tab[crit][alt] = random.randint (criteriaLB[crit], criteriaUB[crit]) # We construct the performanceTable.xml file filePerfTable = open(out_dir+"/performanceTable.xml", 'w') PyXMCDA.writeHeader (filePerfTable) filePerfTable.write ("<performanceTable>\n") for alt in alternativesId : filePerfTable.write ("\t<alternativePerformances>\n\t\t<alternativeID>" + alt + "</alternativeID>\n") for crit in criteriaId : if criteriaTypes[crit] == "quantitative" : filePerfTable.write ("\t\t<performance>\n\t\t\t<criterionID>" + crit + "</criterionID>\n\t\t\t<value><real>"+ str(Tab[crit][alt]) + "</real></value>\n\t\t</performance>\n") else : filePerfTable.write ("\t\t<performance>\n\t\t\t<criterionID>" + crit + "</criterionID>\n\t\t\t<value><integer>"+ str(Tab[crit][alt]) + "</integer></value>\n\t\t</performance>\n") filePerfTable.write ("\t</alternativePerformances>\n") filePerfTable.write ("</performanceTable>\n") PyXMCDA.writeFooter(filePerfTable) filePerfTable.close() # Creating log and error file, messages.xml fileMessages = open(out_dir+"/messages.xml", 'w') PyXMCDA.writeHeader (fileMessages) if not errorList : PyXMCDA.writeLogMessages (fileMessages, ["Execution ok"]) else : PyXMCDA.writeErrorMessages (fileMessages, errorList) PyXMCDA.writeFooter(fileMessages) fileMessages.close()
def main(argv=None): if argv is None: argv = sys.argv parser = OptionParser() parser.add_option("-i", "--in", dest="in_dir") parser.add_option("-o", "--out", dest="out_dir") (options, args) = parser.parse_args(argv[1:]) in_dir = options.in_dir out_dir = options.out_dir # Creating lists for error and log messages errorList = [] logList = [] # If some mandatory input files are missing if not os.path.isfile (in_dir+"/alternatives.xml") or not os.path.isfile (in_dir+"/categories.xml") or not os.path.isfile (in_dir+"/categoriesProfiles.xml") or not os.path.isfile (in_dir+"/stabilityRelation.xml"): errorList.append("Some input files are missing") else : if os.path.isfile (in_dir+"/sortingMode.xml") : xmltree_mode = PyXMCDA.parseValidate(in_dir+"/sortingMode.xml") if xmltree_mode == None : errorList.append ("sortingMode file cannot be validated.") else : mode = PyXMCDA.getParameterByName (xmltree_mode, "sortingMode") if not (mode == "pessimistic" or mode == "optimistic"): errorList.append ("Value of parameter sortingMode should be 'pessimistic' or 'optimistic'.") xmltree_alternatives = PyXMCDA.parseValidate(in_dir+"/alternatives.xml") xmltree_categories = PyXMCDA.parseValidate(in_dir+"/categories.xml") xmltree_profiles = PyXMCDA.parseValidate(in_dir+"/categoriesProfiles.xml") xmltree_altStability = PyXMCDA.parseValidate(in_dir+"/stabilityRelation.xml") if xmltree_alternatives == None : errorList.append("The alternatives file cannot be validated.") if xmltree_categories == None : errorList.append("The categories file cannot be validated.") if xmltree_profiles == None : errorList.append("The categoriesProfiles file cannot be validated.") if xmltree_altStability == None : errorList.append("The alternatives comparisons file cannot be validated.") if not errorList : alternativesId = PyXMCDA.getAlternativesID(xmltree_alternatives, "ACTIVEREAL") allalt = PyXMCDA.getAlternativesID(xmltree_alternatives, "ACTIVE") categoriesId = PyXMCDA.getCategoriesID(xmltree_categories) categoriesRank = PyXMCDA.getCategoriesRank(xmltree_categories, categoriesId) altStability = PyXMCDA.getAlternativesComparisons (xmltree_altStability, allalt) if not alternativesId: errorList.append("No alternatives found.") if not categoriesId: errorList.append("No categories found.") if not altStability : errorList.append("No alternatives comparisons found.") if not errorList : catPro = PyXMCDA.getCategoriesProfiles(xmltree_profiles, categoriesId) proCat = PyXMCDA.getProfilesCategories(xmltree_profiles, categoriesId) profilesId = proCat.keys() # On retourne la liste pour trier selon les rangs rankCategories = {} for i, j in categoriesRank.iteritems(): rankCategories[j] = i ranks = rankCategories.keys()[:] ranks.sort() lowestRank = ranks.pop() # Un tableau pour conserver les affectations affectations = {} if mode == "pessimistic": # Electre tri pessimistic rule for alt in alternativesId: affectations[alt] = [] for rank in ranks: profile = catPro[rankCategories[rank]]["lower"] if altStability[alt][profile] >= -1 and altStability[alt][profile] <= 1: # Surclassement instable, on ajoute les categories sup et inf if affectations[alt].count(proCat[profile]["lower"]) == 0: affectations[alt].append(proCat[profile]["lower"]) if affectations[alt].count(proCat[profile]["upper"]) == 0: affectations[alt].append(proCat[profile]["upper"]) if altStability[alt][profile] > 1: # Surclassement stable, on ajoute que sup et on arrete if affectations[alt].count(proCat[profile]["upper"]) == 0: affectations[alt].append(proCat[profile]["upper"]) break if affectations[alt] == []: # Tous les surc stables et negatifs, on force la categorie la plus basse affectations[alt] = [rankCategories[lowestRank]] else: errorList.append("Optimistic rule is not taken into account yet") if not errorList : # Creating alternativesAffectations file fileAffectations = open(out_dir+"/alternativesAffectations.xml",'w') PyXMCDA.writeHeader(fileAffectations) # We write some information about the generated file fileAffectations.write ("\t<projectReference>\n\t\t<title>Stable alternatives affectation</title>\n\t\t<version>"+VERSION+"</version>\n\t\t<author>ws_PyXMCDA suite (TV)</author>\n\t</projectReference>\n\n") fileAffectations.write("\t<alternativesAffectations>\n") for alt in alternativesId: fileAffectations.write("\t\t<alternativeAffectation>\n\t\t\t<alternativeID>"+alt+"</alternativeID>\n\t\t\t<categoriesSet>\n") for cat in affectations[alt]: fileAffectations.write("\t\t\t\t<element><categoryID>"+cat+"</categoryID></element>\n") fileAffectations.write("\t\t\t</categoriesSet>\n\t\t</alternativeAffectation>\n") fileAffectations.write("\t</alternativesAffectations>\n") PyXMCDA.writeFooter(fileAffectations) fileAffectations.close() # Creating log and error file, messages.xml fileMessages = open(out_dir+"/messages.xml", 'w') PyXMCDA.writeHeader (fileMessages) if not errorList : logList.append("Execution ok") PyXMCDA.writeLogMessages (fileMessages, logList) else : PyXMCDA.writeErrorMessages (fileMessages, errorList) PyXMCDA.writeFooter(fileMessages) fileMessages.close()
def main(argv=None): if argv is None: argv = sys.argv parser = OptionParser() parser.add_option("-i", "--in", dest="in_dir") parser.add_option("-o", "--out", dest="out_dir") (options, args) = parser.parse_args(argv[1:]) in_dir = options.in_dir out_dir = options.out_dir # Creating a list for error messages errorList = [] if not os.path.isfile (in_dir+"/alternatives.xml"): errorList.append("alternatives.xml is missing") if not os.path.isfile (in_dir+"/relation.xml"): errorList.append("relation.xml is missing") if not os.path.isfile (in_dir+"/parameters.xml"): errorList.append("parameters.xml is missing") if not errorList: # We parse all the mandatory input files xmltree_alternatives = PyXMCDA.parseValidate(in_dir+"/alternatives.xml") xmltree_relation = PyXMCDA.parseValidate(in_dir+"/relation.xml") xmltree_parameters = PyXMCDA.parseValidate(in_dir+"/parameters.xml") # We check if all madatory input files are valid if xmltree_alternatives == None : errorList.append("alternatives.xml can't be validated.") if xmltree_relation == None : errorList.append("relation.xml can't be validated.") if xmltree_parameters == None : errorList.append("parameters.xml can't be validated.") if not errorList : alternativesId = PyXMCDA.getAlternativesID(xmltree_alternatives) alternativesRel = PyXMCDA.getAlternativesComparisons (xmltree_relation, alternativesId) relationMin = PyXMCDA.getParameterByName (xmltree_parameters, "min") relationMax = PyXMCDA.getParameterByName (xmltree_parameters, "max") relationCut = PyXMCDA.getParameterByName (xmltree_parameters, "cut") relationBipolar = PyXMCDA.getParameterByName (xmltree_parameters, "bipolar") if not alternativesId : errorList.append("No active alternatives found.") if not alternativesRel : errorList.append("Problems between relation and alternatives.") if relationMin is None: errorList.append("No \'min\' method parameter found") if relationMax is None: errorList.append("No \'max\' method parameter found") if relationCut is None: errorList.append("No \'cut\' method parameter found") if relationBipolar is None: errorList.append("No \'bipolar\' method parameter found") if not errorList : alg = algMccP(alternativesId, alternativesRel, relationMin, relationMax, relationCut, relationBipolar) results = alg.Run() fo = open(out_dir+"/output.xml",'w') PyXMCDA.writeHeader(fo) fo.write('<alternativesAffectations>\n') for o in results: fo.write('\t<alternativeAffectation>\n\t\t<alternativeID>'+o+'</alternativeID>\n\t\t\t<categoryID>'+results[o]+'</categoryID>\n\t</alternativeAffectation>\n') fo.write('</alternativesAffectations>') PyXMCDA.writeFooter(fo) fo.close() # Creating log and error file, messages.xml fileMessages = open(out_dir+"/messages.xml", 'w') PyXMCDA.writeHeader (fileMessages) if not errorList : PyXMCDA.writeLogMessages (fileMessages, ["Execution ok"]) else : PyXMCDA.writeErrorMessages (fileMessages, errorList) PyXMCDA.writeFooter(fileMessages) fileMessages.close()
def get_input_data(input_dir, filenames, params, **kwargs): trees = _get_trees(input_dir, filenames) d = _create_data_object(params) for p in params: if p == 'alternatives': d.alternatives = px.getAlternativesID(trees['alternatives']) elif p == 'categories_profiles': comparison_with = kwargs.get('comparison_with') if comparison_with is None: comparison_with = px.getParameterByName(trees['method_parameters'], 'comparison_with') d.categories_profiles = _get_categories_profiles(trees.get('categories_profiles'), comparison_with) elif p == 'categories_rank': categories = px.getCategoriesID(trees['categories']) d.categories_rank = px.getCategoriesRank(trees['categories'], categories) elif p == 'comparison_with': d.comparison_with = px.getParameterByName(trees['method_parameters'], 'comparison_with') elif p == 'concordance': alternatives = px.getAlternativesID(trees['alternatives']) comparison_with = px.getParameterByName(trees['method_parameters'], 'comparison_with') if comparison_with in ('boundary_profiles', 'central_profiles'): categories_profiles = _get_categories_profiles(trees['categories_profiles'], comparison_with) d.concordance = _get_alternatives_comparisons(trees['concordance'], alternatives, categories_profiles) else: d.concordance = px.getAlternativesComparisons(trees['concordance'], alternatives) elif p == 'credibility': alternatives = px.getAlternativesID(trees['alternatives']) comparison_with = kwargs.get('comparison_with') if not comparison_with: comparison_with = px.getParameterByName(trees['method_parameters'], 'comparison_with') if comparison_with in ('boundary_profiles', 'central_profiles'): categories_profiles = _get_categories_profiles(trees['categories_profiles'], comparison_with) else: categories_profiles = None eliminate_cycles_method = px.getParameterByName(trees.get('method_parameters'), 'eliminate_cycles_method') tree = trees.get('credibility') if eliminate_cycles_method == 'cut_weakest' and tree is None: raise RuntimeError("'cut_weakest' option requires credibility as " "an additional input (apart from outranking).") d.credibility = _get_alternatives_comparisons(tree, alternatives, categories_profiles=categories_profiles) elif p == 'criteria': d.criteria = px.getCriteriaID(trees['criteria']) elif p == 'cut_threshold': cut_threshold = px.getParameterByName(trees['method_parameters'], 'cut_threshold') if cut_threshold is None or not (0 <= float(cut_threshold) <= 1): raise RuntimeError( "'cut_threshold' should be in range [0, 1] " "(most commonly used values are 0.6 or 0.7)." ) d.cut_threshold = cut_threshold # 'cv_crossed' == 'counter-veto crossed' elif p == 'cv_crossed': alternatives = px.getAlternativesID(trees['alternatives']) comparison_with = px.getParameterByName(trees['method_parameters'], 'comparison_with') if comparison_with in ('boundary_profiles', 'central_profiles'): categories_profiles = _get_categories_profiles(trees['categories_profiles'], comparison_with) else: categories_profiles = None d.cv_crossed = _get_alternatives_comparisons(trees['counter_veto_crossed'], alternatives, categories_profiles=categories_profiles, use_partials=True, mcda_concept='counterVetoCrossed') elif p == 'discordance': alternatives = px.getAlternativesID(trees['alternatives']) comparison_with = px.getParameterByName(trees['method_parameters'], 'comparison_with') if kwargs.get('use_partials') is not None: use_partials = kwargs.get('use_partials') else: parameter = px.getParameterByName(trees['method_parameters'], 'use_partials') use_partials = True if parameter == 'true' else False if comparison_with in ('boundary_profiles', 'central_profiles'): categories_profiles = _get_categories_profiles(trees['categories_profiles'], comparison_with) else: categories_profiles = None d.discordance = _get_alternatives_comparisons(trees['discordance'], alternatives, categories_profiles=categories_profiles, use_partials=use_partials) elif p == 'eliminate_cycles_method': d.eliminate_cycles_method = px.getParameterByName(trees['method_parameters'], 'eliminate_cycles_method') elif p == 'interactions': criteria = px.getCriteriaID(trees['criteria']) d.interactions = _get_criteria_interactions(trees['interactions'], criteria) elif p == 'outranking': d.outranking = _get_outranking_crisp(trees['outranking']) elif p == 'performances': d.performances = px.getPerformanceTable(trees['performance_table'], None, None) elif p == 'pref_directions': criteria = px.getCriteriaID(trees['criteria']) d.pref_directions = px.getCriteriaPreferenceDirections(trees['criteria'], criteria) elif p == 'profiles_performance_table': if comparison_with in ('boundary_profiles', 'central_profiles'): tree = trees.get('profiles_performance_table') if tree is None: msg = ("Missing profiles performance table (did you forget " "to provide 'profiles_performance_table.xml' file?).") raise RuntimeError(msg) d.profiles_performance_table = px.getPerformanceTable(tree, None, None) else: d.profiles_performance_table = None elif p == 'reinforcement_factors': criteria = px.getCriteriaID(trees['criteria']) factors = {} for c in criteria: rf = px.getCriterionValue(trees['reinforcement_factors'], c, 'reinforcement_factors') if len(rf) == 0: continue if rf.get(c) <= 1: msg = ("Reinforcement factor for criterion '{}' should be " "higher than 1.0 (ideally between 1.2 and 1.5).") raise RuntimeError(msg) factors.update(rf) d.reinforcement_factors = factors elif p == 'thresholds': criteria = px.getCriteriaID(trees['criteria']) d.thresholds = _get_thresholds(trees['criteria']) elif p == 'weights': criteria = px.getCriteriaID(trees['criteria']) d.weights = px.getCriterionValue(trees['weights'], criteria) elif p == 'z_function': d.z_function = px.getParameterByName(trees['method_parameters'], 'z_function') elif p == 'with_denominator': parameter = px.getParameterByName(trees['method_parameters'], 'with_denominator') d.with_denominator = True if parameter == 'true' else False elif p == 'only_max_discordance': parameter = px.getParameterByName(trees['method_parameters'], 'only_max_discordance') d.only_max_discordance = True if parameter == 'true' else False elif p == 'use_partials': parameter = px.getParameterByName(trees['method_parameters'], 'use_partials') d.use_partials = True if parameter == 'true' else False elif p == 'use_pre_veto': parameter = px.getParameterByName(trees['method_parameters'], 'use_pre_veto') d.use_pre_veto = True if parameter == 'true' else False else: raise RuntimeError("Unknown parameter '{}' specified.".format(p)) for param in params: data = getattr(d, param) if type(data) in (type(list), type(dict)) and len(data) == 0: raise RuntimeError("No content for '{}' parameter provided." .format(param)) return d
def get_param_boolean(param_name, *args, **kwargs): parameter = px.getParameterByName( trees['method_parameters'], param_name, ) return True if parameter == 'true' else False
def main(argv=None): if argv is None: argv = sys.argv parser = OptionParser() parser.add_option("-i", "--in", dest="in_dir") parser.add_option("-o", "--out", dest="out_dir") (options, args) = parser.parse_args(argv[1:]) in_dir = options.in_dir out_dir = options.out_dir # Initialising a list of dictionaries for the preferences prefDir = {} critType = {} lowerBound = {} upperBound = {} levelNumber = {} thresholds = {} # Creating a list for error messages errorList = [] # If some mandatory input files are missing if not os.path.isfile (in_dir+"/nbCriteria.xml") and not os.path.isfile (in_dir+"/criteriaNames.xml") : errorList.append("No parameter has been provided. You should provide a number of criteria (using nbCriteria.xml file) or a list of criteria names (using criteriaNames.xml file).") else : # User provides a list of criteria names if os.path.isfile (in_dir+"/criteriaNames.xml") : # We parse the input file xmltree_CritNames = PyXMCDA.parseValidate(in_dir+"/criteriaNames.xml") if xmltree_CritNames == None : errorList.append ("criteriaNames file can't be validated.") else : # We record the criteria names in critNames critNames = PyXMCDA.getParametersByName (xmltree_CritNames, "criteriaNames") if not critNames : errorList.append ("No criterion name has been found in criteriaNames file. Is your file correct ?") # User provides a number of criteria else : # We parse the input file xmltree_nbCrit = PyXMCDA.parseValidate(in_dir+"/nbCriteria.xml") if xmltree_nbCrit == None : errorList.append ("nbCriteria file can't be validated.") else : nbCrit = PyXMCDA.getParameterByName (xmltree_nbCrit, "nbCriteria") # We check the validity of the parameter if not nbCrit : errorList.append ("nbCriteria parameter not provided. It should be a strict positive integer.") if not errorList and not isinstance(nbCrit,int) : errorList.append ("nbCriteria value should be a strict positive integer.") if not errorList and nbCrit <= 0 : errorList.append ("nbCriteria value should be a scrict positive integer.") # We check if a prefix parameter has been provided if not errorList : if os.path.isfile (in_dir+"/criteriaPrefix.xml") : xmltree_CritPrefix = PyXMCDA.parseValidate(in_dir+"/criteriaPrefix.xml") if xmltree_CritPrefix == None : errorList.append ("criteriaPrefix file can't be validated.") else : critPrefix = PyXMCDA.getParameterByName (xmltree_CritPrefix, "criteriaPrefix") # We check the validity of the parameter if not isinstance(critPrefix,str) : errorList.append ("criteriaPrefix parameter should be a label") else : # If no prefix has been provided, the criteria will be called g1, g2, ... critPrefix = "g" if not errorList : # We create the critNames list critNames = [] for nb in range(nbCrit) : critNames.append(critPrefix+str(nb+1)) if not errorList : # We check if a seed is provided for the random generation if os.path.isfile (in_dir+"/seed.xml") : xmltree_seed = PyXMCDA.parseValidate(in_dir+"/seed.xml") if xmltree_seed == None : errorList.append ("seed file can't be validated.") else : seed = PyXMCDA.getParameterByName (xmltree_seed, "seed") if not isinstance(seed,int) : errorList.append ("seed value should be a strictly positive integer") else : if seed <= 0 : errorList.append ("seed should be a strictly positive integer") else: # We initialize the random generator random.seed(seed) if not errorList : # We check if a preferenceDirection file has been provided if os.path.isfile (in_dir+"/preferenceDirection.xml") : xmltree_PrefDir = PyXMCDA.parseValidate(in_dir+"/preferenceDirection.xml") if xmltree_PrefDir == None : errorList.append ("preferenceDirection file can't be validated.") else : prefDir = PyXMCDA.getNamedParametersByName (xmltree_PrefDir, "preferenceDirection") if not prefDir : errorList.append("No preference direction found. Is your preferenceDirection file correct ?") if not errorList : # We check if a criteriaType file has been provided if os.path.isfile (in_dir+"/criteriaType.xml") : xmltree_CritType = PyXMCDA.parseValidate(in_dir+"/criteriaType.xml") if xmltree_CritType == None : errorList.append ("criteriaType file can't be validated.") else : critType = PyXMCDA.getNamedParametersByName (xmltree_CritType, "criteriaType") if not critType : errorList.append("No criterion type found. Is your criteriaType file correct ?") if not errorList : # We check if a lowerBound file has been provided if os.path.isfile (in_dir+"/lowerBounds.xml") : xmltree_LowerBound = PyXMCDA.parseValidate(in_dir+"/lowerBounds.xml") if xmltree_LowerBound == None : errorList.append ("lowerBounds file can't be validated.") else : lowerBound = PyXMCDA.getNamedParametersByName (xmltree_LowerBound, "lowerBounds") if not lowerBound : errorList.append("No lower bound found. Is your lowerBounds file correct ?") if not errorList : # We check if an upperBound file has been provided if os.path.isfile (in_dir+"/upperBounds.xml") : xmltree_UpperBound = PyXMCDA.parseValidate(in_dir+"/upperBounds.xml") if xmltree_UpperBound == None : errorList.append ("upperBounds file can't be validated.") else : upperBound = PyXMCDA.getNamedParametersByName (xmltree_UpperBound, "upperBounds") if not upperBound : errorList.append("No upper bound found. Is your upperBounds file correct ?") if not errorList : # We check if a numberOfLevels parameter has been provided if os.path.isfile (in_dir+"/numberOfLevels.xml") : xmltree_levelNumber = PyXMCDA.parseValidate(in_dir+"/numberOfLevels.xml") if xmltree_levelNumber == None : errorList.append ("numberOfLevels file can't be validated.") else : levelNumber = PyXMCDA.getNamedParametersByName (xmltree_levelNumber, "numberOfLevels") if not levelNumber : errorList.append("No number of levels found. Is your numberOfLevels file correct ?") if not errorList : # We check if a thresholdsNames file has been provided if os.path.isfile (in_dir+"/thresholdsNames.xml") : xmltree_Thresholds = PyXMCDA.parseValidate(in_dir+"/thresholdsNames.xml") if xmltree_Thresholds == None : errorList.append ("thresholdsNames file can't be validated.") else : thresholds = PyXMCDA.getParametersByName (xmltree_Thresholds, "thresholdsNames") if not thresholds : errorList.append("No threshold name found. Is your thresholdsNames file correct ?") if not errorList : # We create the criteria.xml file fileCrit = open(out_dir+"/criteria.xml", 'w') PyXMCDA.writeHeader (fileCrit) fileCrit.write ("<criteria>\n") for crit in critNames : fileCrit.write ("\t<criterion id='" + crit + "'>\n\t\t<active>true</active>\n\t\t<scale>\n") # Opening qualitative or quantitative tag if critType.has_key (crit) and critType[crit] == "qualitative" : fileCrit.write ("\t\t\t<qualitative>\n") varBoundType = "integer" if levelNumber.has_key (crit) : numberOfLevels = levelNumber[crit] valLB = 1 valUB = numberOfLevels else : numberOfLevels = 10 valLB = 1 valUB = 10 else : # By default, a criterion is quantitative fileCrit.write ("\t\t\t<quantitative>\n") varBoundType = "real" if lowerBound.has_key (crit) : valLB = lowerBound[crit] else : valLB = 0.0 if upperBound.has_key (crit) : valUB = upperBound[crit] else : valUB = 100.0 # Preference direction information if prefDir.has_key (crit) and prefDir[crit] == "min" : fileCrit.write ("\t\t\t\t<preferenceDirection>min</preferenceDirection>\n") else : # By default, the preference direction is "max" fileCrit.write ("\t\t\t\t<preferenceDirection>max</preferenceDirection>\n") if critType.has_key (crit) and critType[crit] == "qualitative" : for nb in range (numberOfLevels) : fileCrit.write ("\t\t\t\t<rankedLabel><label>"+str(nb+1)+"</label><rank>"+str(nb+1)+"</rank></rankedLabel>\n") else : # Writing minimum tag for the lower bound fileCrit.write ("\t\t\t\t<minimum><"+varBoundType+">") if lowerBound.has_key (crit) : valLB = lowerBound[crit] fileCrit.write (str(valLB)+"</"+varBoundType+"></minimum>\n") # Writing maximum tag for the upper bound fileCrit.write ("\t\t\t\t<maximum><"+varBoundType+">") fileCrit.write (str(valUB)+"</"+varBoundType+"></maximum>\n") # Closing quantitative or qualitative tag if critType.has_key (crit) and critType[crit] == "qualitative" : fileCrit.write("\t\t\t</qualitative>\n") else : fileCrit.write("\t\t\t</quantitative>\n") # Closing scale tag fileCrit.write("\t\t</scale>\n") # Writing thresholds tag if thresholds : fileCrit.write ("\t\t<thresholds>\n") pos = 0 for thre in thresholds : if critType.has_key (crit) and critType[crit] == "qualitative" : # Writing a random integer valThre = random.randint(valLB+pos*(valUB-valLB)/len(thresholds),valLB+(pos+1)*(valUB-valLB)/len(thresholds)) else : # Writing a random real valThre = float(random.randint(int((valLB+pos*(valUB-valLB)/len(thresholds)))*100,int((valLB+(pos+1)*(valUB-valLB)/len(thresholds)))*100))/100 fileCrit.write ("\t\t\t<threshold id='"+thre+"'>\n\t\t\t\t<constant><"+varBoundType+">"+str(valThre)+"</"+varBoundType+"></constant>\n") fileCrit.write ("\t\t\t</threshold>\n") pos += 1 fileCrit.write ("\t\t</thresholds>\n") # Closing criterion tag fileCrit.write("\t</criterion>\n") fileCrit.write ("</criteria>\n") PyXMCDA.writeFooter(fileCrit) fileCrit.close() # Creating log and error file, messages.xml fileMessages = open(out_dir+"/messages.xml", 'w') PyXMCDA.writeHeader (fileMessages) if not errorList : PyXMCDA.writeLogMessages (fileMessages, ["Execution ok"]) else : PyXMCDA.writeErrorMessages (fileMessages, errorList) PyXMCDA.writeFooter(fileMessages) fileMessages.close()
def main(argv=None): if argv is None: argv = sys.argv parser = OptionParser() parser.add_option("-i", "--in", dest="in_dir") parser.add_option("-o", "--out", dest="out_dir") (options, args) = parser.parse_args(argv[1:]) in_dir = options.in_dir out_dir = options.out_dir # Creating a list for error messages errorList = [] # If some mandatory input files are missing if ( not os.path.isfile(in_dir + "/alternatives.xml") or not os.path.isfile(in_dir + "/criteria.xml") or not os.path.isfile(in_dir + "/criteriaWeights.xml") or not os.path.isfile(in_dir + "/performanceTable.xml") ): errorList.append("Some input files are missing") else: # We parse all the mandatory input files xmltree_alternatives = PyXMCDA.parseValidate(in_dir + "/alternatives.xml") xmltree_criteria = PyXMCDA.parseValidate(in_dir + "/criteria.xml") xmltree_weights = PyXMCDA.parseValidate(in_dir + "/criteriaWeights.xml") xmltree_perfTable = PyXMCDA.parseValidate(in_dir + "/performanceTable.xml") # We check if all madatory input files are valid if xmltree_alternatives == None: errorList.append("The alternatives file can't be validated.") if xmltree_criteria == None: errorList.append("The criteria file can't be validated.") if xmltree_perfTable == None: errorList.append("The performance table file can't be validated.") if xmltree_weights == None: errorList.append("The criteria weights file can't be validated.") # By default, the valuation domain is fixed to [0,1] minValDomain = 0 maxValDomain = 1 # If a valuation domain input file has been provided if os.path.isfile(in_dir + "/valuationDomain.xml"): xmltree_valuation = PyXMCDA.parseValidate(in_dir + "/valuationDomain.xml") if xmltree_valuation == None: errorList.append("valuationDomain file can't be validated.") else: minValDomain = PyXMCDA.getParameterByName(xmltree_valuation, "min", "valuationDomain") maxValDomain = PyXMCDA.getParameterByName(xmltree_valuation, "max", "valuationDomain") # We check the validity of the parameters if not isinstance(minValDomain, float) and not isinstance(minValDomain, int): errorList.append("min value should be an integer or a real") if not isinstance(maxValDomain, float) and not isinstance(maxValDomain, int): errorList.append("max value should be an integer or a real") if not errorList: if minValDomain >= maxValDomain: errorList.append("The max value should be strictly greater than the min value") if not errorList: alternativesId = PyXMCDA.getAlternativesID(xmltree_alternatives) criteriaId = PyXMCDA.getCriteriaID(xmltree_criteria) perfTable = PyXMCDA.getPerformanceTable(xmltree_perfTable, alternativesId, criteriaId) thresholds = PyXMCDA.getConstantThresholds(xmltree_criteria, criteriaId) weights = PyXMCDA.getCriterionValue(xmltree_weights, criteriaId) if not alternativesId: errorList.append("No alternatives found. Is your alternatives file correct ?") if not criteriaId: errorList.append("No criteria found. Is your criteria file correct ?") if not perfTable: errorList.append("No performance table found. Is your performance table file correct ?") if not weights: errorList.append("No weights found. Is your weights file correct ?") if not errorList: # We compute the weight sum (only the weights associated to active criteria) sumWeights = 0.0 for crit in criteriaId: try: sumWeights = sumWeights + weights[crit] except: errorList.append("There is no defined weight for criterion " + crit + ".") if not errorList: # We recover the criteria preference directions # criteriaDir = PyXMCDA.getCriteriaPreferenceDirections (xmltree_criteria, criteriaId) # Plus necessaire # We compute the alternative comparisons values fileAltValues = open(out_dir + "/alternativesComparisons.xml", "w") PyXMCDA.writeHeader(fileAltValues) # We write some information about the generated file fileAltValues.write( "\t<projectReference>\n\t\t<title>Rubis outranking relation</title>\n\t\t<version>" + VERSION + "</version>\n\t\t<author>ws_PyXMCDA suite (TV)</author>\n\t</projectReference>\n\n" ) fileAltValues.write("\t<alternativesComparisons>\n\t\t<pairs>\n") # ATTENTION Solution rustine # On retourne ici le tableau de perf pour les criteres a minimiser # Devra etre fait par le getRubisElementaryOutranking criteriaDir = PyXMCDA.getCriteriaPreferenceDirections(xmltree_criteria, criteriaId) for crit in criteriaId: if criteriaDir[crit] == "min": for alt in alternativesId: perfTable[alt][crit] = -perfTable[alt][crit] ElemOut = PyXMCDA.getRubisElementaryOutranking(alternativesId, criteriaId, perfTable, thresholds) tabVetos = PyXMCDA.getVetos(alternativesId, criteriaId, perfTable, thresholds) for alt1 in alternativesId: for alt2 in alternativesId: fileAltValues.write( "\t\t\t<pair>\n\t\t\t\t<initial><alternativeID>" + alt1 + "</alternativeID></initial>\n\t\t\t\t<terminal><alternativeID>" + alt2 + "</alternativeID></terminal>\n" ) # Verifier s'il manque des valeurs !!! try expect # fileAltValues.write ("\t\t\t\t<value><NA>not available</NA></value>\n\t\t\t</pair>\n") sum = 0.0 isVeto = 0 isWeakVeto = 0 for crit in criteriaId: sum += ElemOut[alt1][alt2][crit] * weights[crit] # On verifie si un veto est leve if ( tabVetos.has_key(alt1) and tabVetos[alt1].has_key(alt2) and tabVetos[alt1][alt2].has_key(crit) and tabVetos[alt1][alt2][crit] == 1 ): isVeto = 1 # On verifie si un veto faible est leve if ( tabVetos.has_key(alt1) and tabVetos[alt1].has_key(alt2) and tabVetos[alt1][alt2].has_key(crit) and tabVetos[alt1][alt2][crit] == 0.5 ): isWeakVeto = 1 sum = sum / sumWeights if isVeto == 1: # On utilise le veto classique, qui met la valeur minimale sum = 0.0 elif isWeakVeto == 1 and sum > 0.5: # Un veto faible est leve sum = 0.5 # La valeur est entre 0 et 1, on la met dans le bon intervalle sum = (maxValDomain - minValDomain) * sum + minValDomain fileAltValues.write("\t\t\t\t<value><real>" + str(sum) + "</real></value>\n\t\t\t</pair>\n") fileAltValues.write("\t\t</pairs>\n\t</alternativesComparisons>\n") PyXMCDA.writeFooter(fileAltValues) fileAltValues.close() # Creating log and error file, messages.xml fileMessages = open(out_dir + "/messages.xml", "w") PyXMCDA.writeHeader(fileMessages) if not errorList: PyXMCDA.writeLogMessages(fileMessages, ["Execution ok"]) else: PyXMCDA.writeErrorMessages(fileMessages, errorList) PyXMCDA.writeFooter(fileMessages) fileMessages.close()
def get_param_real(param_name, *args, **kwargs): param = px.getParameterByName(trees['method_parameters'], param_name) return float(param)
def main(argv=None): if argv is None: argv = sys.argv parser = OptionParser() parser.add_option("-i", "--in", dest="in_dir") parser.add_option("-o", "--out", dest="out_dir") (options, args) = parser.parse_args(argv[1:]) in_dir = options.in_dir out_dir = options.out_dir # Creating a list for error messages errorList = [] if not in_dir: errorList.append("option --in is missing") if not out_dir: errorList.append("option --out is missing") if not errorList: if not os.path.isfile (in_dir+"/alternatives.xml"): errorList.append("alternatives.xml is missing") if not os.path.isfile (in_dir+"/alternativesComparisons.xml"): errorList.append("alternativesComparisons.xml is missing") if not os.path.isfile (in_dir+"/methodParameters.xml"): errorList.append("methodParameters.xml is missing") if not errorList: # We parse all the mandatory input files xmltree_alternatives = PyXMCDA.parseValidate(in_dir+"/alternatives.xml") xmltree_alternativesComparisons = PyXMCDA.parseValidate(in_dir+"/alternativesComparisons.xml") xmltree_methodParameters = PyXMCDA.parseValidate(in_dir+"/methodParameters.xml") # We check if all mandatory input files are valid if xmltree_alternatives == None : errorList.append("alternatives.xml can't be validated.") if xmltree_alternativesComparisons == None : errorList.append("alternativesComparisons.xml can't be validated.") if xmltree_methodParameters == None : errorList.append("methodParameters.xml can't be validated.") if not errorList : alternativesId = PyXMCDA.getAlternativesID(xmltree_alternatives) alternativesRel = PyXMCDA.getAlternativesComparisons (xmltree_alternativesComparisons, alternativesId) bipolar = PyXMCDA.getParameterByName(xmltree_methodParameters, "bipolar") cutlvl = PyXMCDA.getParameterByName(xmltree_methodParameters, "cutlvl") if not alternativesId : errorList.append("No active alternatives found.") if not alternativesRel : errorList.append("Problems between relation and alternatives.") if not bipolar: errorList.append("No bipolar parameter found.") if not cutlvl: errorList.append("No cutlvl parameter found.") missing_eval = False for o in alternativesId: if not (o in alternativesRel): missing_eval = True break else: for p in alternativesId: if not (p in alternativesRel[o]): missing_eval = True break if missing_eval: errorList.append("Not all alternatives from alternatives.xml contain evaluations in alternativesComparisons.xml. Possible inputs from different sources.") if not errorList : PR = PreferenceRelation(alternativesId, alternativesRel, bipolar, cutlvl) R = PR.ExtractR() L = ['i','p+','p-','j'] fo = open(out_dir+"/preferenceRelation.xml",'w') PyXMCDA.writeHeader(fo) fo.write('<alternativesComparisons>\n') fo.write('\t<pairs>\n') for o in alternativesId: for p in alternativesId: fo.write('\t\t<pair>\n') fo.write('\t\t\t<initial>\n') fo.write('\t\t\t\t<alternativeID>'+o+'</alternativeID>\n') fo.write('\t\t\t</initial>\n') fo.write('\t\t\t<terminal>\n') fo.write('\t\t\t\t<alternativeID>'+p+'</alternativeID>\n') fo.write('\t\t\t</terminal>\n') fo.write('\t\t\t<values>\n') for i in range(4): fo.write('\t\t\t\t<value id="'+ L[i] +'">\n') fo.write('\t\t\t\t\t<real>'+str(R[o][p][i])+'</real>\n') fo.write('\t\t\t\t</value>\n') fo.write('\t\t\t</values>\n') fo.write('\t\t</pair>\n') fo.write('\t</pairs>\n') fo.write('</alternativesComparisons>\n') PyXMCDA.writeFooter(fo) fo.close() # Creating log and error file, messages.xml fileMessages = open(out_dir+"/messages.xml", 'w') PyXMCDA.writeHeader (fileMessages) if not errorList : PyXMCDA.writeLogMessages (fileMessages, ["Execution ok"]) else : PyXMCDA.writeErrorMessages (fileMessages, errorList) PyXMCDA.writeFooter(fileMessages) fileMessages.close()
def main(argv=None): if argv is None: argv = sys.argv parser = OptionParser() parser.add_option("-i", "--in", dest="in_dir") parser.add_option("-o", "--out", dest="out_dir") (options, args) = parser.parse_args(argv[1:]) in_dir = options.in_dir out_dir = options.out_dir # Creating lists for error and log messages errorList = [] logList = [] # If some mandatory input files are missing if not os.path.isfile (in_dir+"/alternatives.xml") or not os.path.isfile (in_dir+"/criteria.xml") or not os.path.isfile (in_dir+"/alternativesComparisons.xml") or not os.path.isfile (in_dir+"/performanceTable.xml") : errorList.append("Some input files are missing") else : maxWeight = 0 if os.path.isfile (in_dir+"/maxWeight.xml") : xmltree_maxWeight = PyXMCDA.parseValidate(in_dir+"/maxWeight.xml") if xmltree_maxWeight == None : errorList.append ("maxWeight file can't be validated.") else : maxWeight = PyXMCDA.getParameterByName (xmltree_maxWeight, "maxWeight") if not isinstance(maxWeight,int) : errorList.append ("maxWeight value should be a strictly positive integer") else : if maxWeight <= 0 : errorList.append ("maxWeightvalue should be a strictly positive integer") xmltree_alternatives = PyXMCDA.parseValidate(in_dir+"/alternatives.xml") xmltree_criteria = PyXMCDA.parseValidate(in_dir+"/criteria.xml") xmltree_altComparisons = PyXMCDA.parseValidate(in_dir+"/alternativesComparisons.xml") xmltree_perfTable = PyXMCDA.parseValidate(in_dir+"/performanceTable.xml") if xmltree_alternatives == None : errorList.append("The alternatives file can't be validated.") if xmltree_criteria == None : errorList.append("The criteria file can't be validated.") if xmltree_perfTable == None : errorList.append("The performance table file can't be validated.") if xmltree_altComparisons == None : errorList.append("The alternatives comparisons file can't be validated.") if not errorList : alternativesId = PyXMCDA.getAlternativesID(xmltree_alternatives) criteriaId = PyXMCDA.getCriteriaID(xmltree_criteria) perfTable = PyXMCDA.getPerformanceTable(xmltree_perfTable, alternativesId, criteriaId) thresholds = PyXMCDA.getConstantThresholds (xmltree_criteria, criteriaId) altComparisons = PyXMCDA.getAlternativesComparisons (xmltree_altComparisons, alternativesId) criComparisons = {} if os.path.isfile (in_dir+"/criteriaComparisons.xml") : xmltree_criComparisons = PyXMCDA.parseValidate(in_dir+"/criteriaComparisons.xml") if xmltree_criComparisons == None : errorList.append ("criteriaComparisons file can't be validated") else : criComparisons = PyXMCDA.getCriteriaComparisons (xmltree_criComparisons, criteriaId) criLB = {} if os.path.isfile (in_dir+"/criteriaLowerBounds.xml") : xmltree_criLB = PyXMCDA.parseValidate(in_dir+"/criteriaLowerBounds.xml") if xmltree_criLB == None : errorList.append ("criteriaLowerBounds file can't be validated") else : criLB = PyXMCDA.getCriterionValue (xmltree_criLB, criteriaId) criUB = {} if os.path.isfile (in_dir+"/criteriaUpperBounds.xml") : xmltree_criUB = PyXMCDA.parseValidate(in_dir+"/criteriaUpperBounds.xml") if xmltree_criUB == None : errorList.append ("criteriaUpperBounds file can't be validated") else : criUB = PyXMCDA.getCriterionValue (xmltree_criUB, criteriaId) if not alternativesId : errorList.append("No alternatives found. Is your alternatives file correct ?") if not criteriaId : errorList.append("No criteria found. Is your criteria file correct ?") if not perfTable : errorList.append("No performance table found. Is your performance table file correct ?") #if not altComparisons : # errorList.append("No alternatives comparisons found. Is your file correct ?") if not thresholds : errorList.append("Problem when retrieving the thresholds. The thresholds need to be constant.") if not errorList : p = subprocess.Popen(['ampl'], shell=False, bufsize=0,stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE, close_fds=True) # We write in the pipe the first part of the ampl file file = open ("amplRoadef2010_model.txt", 'r') p.stdin.write(file.read()) p.stdin.write("\n") lib_ampl_reverse.create_ampl_reverse_data (p.stdin, alternativesId, criteriaId, perfTable, altComparisons, thresholds, maxWeight, criComparisons, criLB, criUB) file = open ("amplRoadef2010_solve.txt", 'r') p.stdin.write(file.read()) p.stdin.write("\n") p.stdin.flush() # Calling CPlex for solving MILP output,stderr = p.communicate() status = p.returncode # We check the correct resolution if status == 0 and not stderr : if PyXMCDA.getStringPart(output, "nolicense") == "" : if PyXMCDA.getStringPart(output, "infeasible") != "infeasible" : # We create the criteriaWeights file fileWeights = open(out_dir+"/criteriaWeights.xml", 'w') PyXMCDA.writeHeader (fileWeights) fileWeights.write (PyXMCDA.getStringPart(output, "criteriaValues")) logList.append("Execution ok") logList.append(PyXMCDA.getStringPart(output, "slackSum")) logList.append(PyXMCDA.getCleanedStringPart(output, "CPLexInfos")) PyXMCDA.writeFooter(fileWeights) fileWeights.close() else : errorList.append ("Infeasible problem.") errorList.append (PyXMCDA.getStringPart(output, "CPLexInfos")) else : errorList.append ("No license available.") errorList.append (PyXMCDA.getStringPart(output, "CPLexInfos")) else : errorList.append ("CPlex is unable to solve the problem.") errorList.append ("CPlex returned status : " + str(status)) errorList.append (stderr) # Creating log and error file, messages.xml fileMessages = open(out_dir+"/messages.xml", 'w') PyXMCDA.writeHeader (fileMessages) if not errorList : PyXMCDA.writeLogMessages (fileMessages, logList) else : PyXMCDA.writeErrorMessages (fileMessages, errorList) PyXMCDA.writeFooter(fileMessages) fileMessages.close()
def get_param_string(param_name, *args, **kwargs): param = px.getParameterByName(trees['method_parameters'], param_name) return param
def get_input_data(input_dir, filenames, params, **kwargs): trees = _get_trees(input_dir, filenames) d = _create_data_object(params) for p in params: if p == "alternatives": d.alternatives = px.getAlternativesID(trees["alternatives"]) elif p == "profiles": d.profiles = px.getProfilesID(trees["profiles"]) elif p == "categories_profiles": comparison_with = kwargs.get("comparison_with") if comparison_with is None: comparison_with = px.getParameterByName(trees["method_parameters"], "comparison_with") d.categories_profiles = _get_categories_profiles(trees.get("categories_profiles"), comparison_with) elif p == "categories_rank": categories = px.getCategoriesID(trees["categories"]) d.categories_rank = px.getCategoriesRank(trees["categories"], categories) elif p == "comparison_with": d.comparison_with = px.getParameterByName(trees["method_parameters"], "comparison_with") elif p == "concordance": alternatives = px.getAlternativesID(trees["alternatives"]) comparison_with = kwargs.get("comparison_with") if trees.has_key("methos_parameters"): comparison_with = px.getParameterByName(trees["method_parameters"], "comparison_with") if kwargs.get("use_partials") is not None: use_partials = kwargs.get("use_partials") else: if trees.has_key("methos_parameters"): parameter = px.getParameterByName(trees["method_parameters"], "use_partials") use_partials = True if parameter == "true" else False categories_profiles = None profiles = None if comparison_with in ("boundary_profiles", "central_profiles"): categories_profiles = _get_categories_profiles(trees["categories_profiles"], comparison_with) if comparison_with == "profiles": profiles = px.getProfilesID(trees["profiles"]) d.concordance = _get_alternatives_comparisons( trees["concordance"], alternatives, profiles=profiles, categories_profiles=categories_profiles, use_partials=use_partials, ) elif p == "crisp_concordance": alternatives = px.getAlternativesID(trees["alternatives"]) comparison_with = kwargs.get("comparison_with") if trees.has_key("methos_parameters"): comparison_with = px.getParameterByName(trees["method_parameters"], "comparison_with") if kwargs.get("use_partials") is not None: use_partials = kwargs.get("use_partials") else: if trees.has_key("methos_parameters"): parameter = px.getParameterByName(trees["method_parameters"], "use_partials") use_partials = True if parameter == "true" else False categories_profiles = None profiles = None if comparison_with in ("boundary_profiles", "central_profiles"): categories_profiles = _get_categories_profiles(trees["categories_profiles"], comparison_with) if comparison_with == "profiles": profiles = px.getProfilesID(trees["profiles"]) d.concordance = _get_alternatives_comparisons( trees["concordance"], alternatives, profiles=profiles, categories_profiles=categories_profiles, use_partials=use_partials, use_value=False, ) elif p == "credibility": alternatives = px.getAlternativesID(trees["alternatives"]) comparison_with = kwargs.get("comparison_with") if not comparison_with: comparison_with = px.getParameterByName(trees["method_parameters"], "comparison_with") if comparison_with in ("boundary_profiles", "central_profiles"): categories_profiles = _get_categories_profiles(trees["categories_profiles"], comparison_with) else: categories_profiles = None eliminate_cycles_method = px.getParameterByName(trees.get("method_parameters"), "eliminate_cycles_method") tree = trees.get("credibility") if eliminate_cycles_method == "cut_weakest" and tree is None: raise RuntimeError( "'cut_weakest' option requires credibility as " "an additional input (apart from outranking)." ) d.credibility = _get_alternatives_comparisons(tree, alternatives, categories_profiles=categories_profiles) elif p == "criteria": if trees.has_key("criteria"): d.criteria = px.getCriteriaID(trees["criteria"]) elif p == "cut_threshold": cut_threshold = px.getParameterByName(trees["method_parameters"], "cut_threshold") if cut_threshold is None or not (0 <= float(cut_threshold) <= 1): raise RuntimeError( "'cut_threshold' should be in range [0, 1] " "(most commonly used values are 0.6 or 0.7)." ) d.cut_threshold = cut_threshold # 'cv_crossed' == 'counter-veto crossed' elif p == "cv_crossed": alternatives = px.getAlternativesID(trees["alternatives"]) comparison_with = px.getParameterByName(trees["method_parameters"], "comparison_with") if comparison_with in ("boundary_profiles", "central_profiles"): categories_profiles = _get_categories_profiles(trees["categories_profiles"], comparison_with) else: categories_profiles = None d.cv_crossed = _get_alternatives_comparisons( trees["counter_veto_crossed"], alternatives, categories_profiles=categories_profiles, use_partials=True, mcda_concept="counterVetoCrossed", ) elif p == "discordance": alternatives = px.getAlternativesID(trees["alternatives"]) comparison_with = kwargs.get("comparison_with") if trees.has_key("methos_parameters"): comparison_with = px.getParameterByName(trees["method_parameters"], "comparison_with") if kwargs.get("use_partials") is not None: use_partials = kwargs.get("use_partials") else: if trees.has_key("methos_parameters"): parameter = px.getParameterByName(trees["method_parameters"], "use_partials") use_partials = True if parameter == "true" else False categories_profiles = None profiles = None if comparison_with in ("boundary_profiles", "central_profiles"): categories_profiles = _get_categories_profiles(trees["categories_profiles"], comparison_with) if comparison_with == "profiles": profiles = px.getProfilesID(trees["profiles"]) d.discordance = _get_alternatives_comparisons( trees["discordance"], alternatives, profiles=profiles, categories_profiles=categories_profiles, use_partials=use_partials, ) elif p == "crisp_discordance": alternatives = px.getAlternativesID(trees["alternatives"]) comparison_with = kwargs.get("comparison_with") if trees.has_key("methos_parameters"): comparison_with = px.getParameterByName(trees["method_parameters"], "comparison_with") if kwargs.get("use_partials") is not None: use_partials = kwargs.get("use_partials") else: if trees.has_key("methos_parameters"): parameter = px.getParameterByName(trees["method_parameters"], "use_partials") use_partials = True if parameter == "true" else False categories_profiles = None profiles = None if comparison_with in ("boundary_profiles", "central_profiles"): categories_profiles = _get_categories_profiles(trees["categories_profiles"], comparison_with) if comparison_with == "profiles": profiles = px.getProfilesID(trees["profiles"]) d.discordance = _get_alternatives_comparisons( trees["discordance"], alternatives, profiles=profiles, categories_profiles=categories_profiles, use_partials=use_partials, use_value=False, ) elif p == "preorder": if trees.has_key("preorder"): alternatives = px.getAlternativesID(trees["alternatives"]) d.preorder = px.getAlternativeValue(trees["preorder"], alternatives, None) elif p == "downwards": alternatives = px.getAlternativesID(trees["alternatives"]) d.downwards = px.getAlternativeValue(trees["downwards"], alternatives, None) elif p == "upwards": alternatives = px.getAlternativesID(trees["alternatives"]) d.upwards = px.getAlternativeValue(trees["upwards"], alternatives, None) elif p == "eliminate_cycles_method": d.eliminate_cycles_method = px.getParameterByName(trees["method_parameters"], "eliminate_cycles_method") elif p == "interactions": criteria = px.getCriteriaID(trees["criteria"]) d.interactions = _get_criteria_interactions(trees["interactions"], criteria) elif p == "outranking": alternatives = px.getAlternativesID(trees["alternatives"]) outranking = _get_intersection_distillation(trees["outranking"], alternatives) if outranking == None: outranking = px.getAlternativesComparisons(trees["outranking"], alternatives) if outranking == {}: outranking = _get_outranking(trees["outranking"]) d.outranking = outranking elif p == "nonoutranking": if trees.has_key("nonoutranking"): alternatives = px.getAlternativesID(trees["alternatives"]) nonoutranking = _get_intersection_distillation(trees["nonoutranking"], alternatives) if nonoutranking == None: nonoutranking = px.getAlternativesComparisons(trees["nonoutranking"], alternatives) if nonoutranking == {}: nonoutranking = _get_outranking(trees["nonoutranking"]) d.nonoutranking = nonoutranking elif p == "performances": d.performances = px.getPerformanceTable(trees["performance_table"], None, None) elif p == "pref_directions": criteria = px.getCriteriaID(trees["criteria"]) d.pref_directions = px.getCriteriaPreferenceDirections(trees["criteria"], criteria) elif p == "profiles_performance_table": if comparison_with in ("boundary_profiles", "central_profiles"): tree = trees.get("profiles_performance_table") if tree is None: msg = ( "Missing profiles performance table (did you forget " "to provide 'profiles_performance_table.xml' file?)." ) raise RuntimeError(msg) d.profiles_performance_table = px.getPerformanceTable(tree, None, None) else: d.profiles_performance_table = None elif p == "reinforcement_factors": criteria = px.getCriteriaID(trees["criteria"]) factors = {} for c in criteria: rf = px.getCriterionValue(trees["reinforcement_factors"], c, "reinforcement_factors") if len(rf) == 0: continue if rf.get(c) <= 1: msg = ( "Reinforcement factor for criterion '{}' should be " "higher than 1.0 (ideally between 1.2 and 1.5)." ) raise RuntimeError(msg) factors.update(rf) d.reinforcement_factors = factors elif p == "thresholds": criteria = px.getCriteriaID(trees["criteria"]) d.thresholds = _get_thresholds(trees["criteria"]) elif p == "weights": criteria = px.getCriteriaID(trees["criteria"]) d.weights = px.getCriterionValue(trees["weights"], criteria) elif p == "z_function": d.z_function = px.getParameterByName(trees["method_parameters"], "z_function") elif p == "with_denominator": parameter = px.getParameterByName(trees["method_parameters"], "with_denominator") d.with_denominator = True if parameter == "true" else False elif p == "use_partials": parameter = px.getParameterByName(trees["method_parameters"], "use_partials") d.use_partials = True if parameter == "true" else False elif p == "use_pre_veto": parameter = px.getParameterByName(trees["method_parameters"], "use_pre_veto") d.use_pre_veto = True if parameter == "true" else False elif p == "alpha": d.alpha = px.getParameterByName(trees["method_parameters"], "alpha") elif p == "beta": d.beta = px.getParameterByName(trees["method_parameters"], "beta") elif p == "s1": d.s1 = px.getParameterByName(trees["method_parameters"], "s1") elif p == "s2": d.s2 = px.getParameterByName(trees["method_parameters"], "s2") elif p == "crisp_outranking": d.crisp_outranking = px.getParameterByName(trees["method_parameters"], "crisp_outranking") elif p == "direction": d.direction = px.getParameterByName(trees["method_parameters"], "direction") elif p == "conc_threshold": d.conc_threshold = px.getParameterByName(trees["method_parameters"], "conc_threshold") elif p == "disc_threshold": d.disc_threshold = px.getParameterByName(trees["method_parameters"], "disc_threshold") elif p == "comprehensive": d.comprehensive = px.getParameterByName(trees["method_parameters"], "comprehensive") else: raise RuntimeError("Unknown parameter '{}' specified.".format(p)) return d
def main(argv=None): if argv is None: argv = sys.argv parser = OptionParser() parser.add_option("-i", "--in", dest="in_dir") parser.add_option("-o", "--out", dest="out_dir") (options, args) = parser.parse_args(argv[1:]) in_dir = options.in_dir out_dir = options.out_dir # Creating a list for error messages errorList = [] if not in_dir: errorList.append("option --in is missing") if not out_dir: errorList.append("option --out is missing") if not errorList: if not os.path.isfile (in_dir+"/alternatives.xml"): errorList.append("alternatives.xml is missing") if not os.path.isfile (in_dir+"/preferenceRelation.xml"): errorList.append("preferenceRelation.xml is missing") if not os.path.isfile (in_dir+"/methodParameters.xml"): errorList.append("methodParameters.xml is missing") if not errorList: # We parse all the mandatory input files xmltree_alternatives = PyXMCDA.parseValidate(in_dir+"/alternatives.xml") xmltree_preferenceRelation = PyXMCDA.parseValidate(in_dir+"/preferenceRelation.xml") xmltree_methodParameters = PyXMCDA.parseValidate(in_dir+"/methodParameters.xml") # We check if all mandatory input files are valid if xmltree_alternatives == None : errorList.append("alternatives.xml can't be validated.") if xmltree_preferenceRelation == None : errorList.append("preferenceRelation.xml can't be validated.") if xmltree_methodParameters == None : errorList.append("methodParameters.xml can't be validated.") if not errorList : alternativesId = PyXMCDA.getAlternativesID(xmltree_alternatives) alternativesRel = PyXMCDA.getAlternativesComparisonsValues(xmltree_preferenceRelation, alternativesId) method_type = PyXMCDA.getParameterByName(xmltree_methodParameters, "type") if not alternativesId : errorList.append("No active alternatives found.") if not alternativesRel : errorList.append("Problems between relation and alternatives.") if not method_type: errorList.append("No method type found.") missing_eval = False for o in alternativesId: if not (o in alternativesRel): missing_eval = True break else: for p in alternativesId: if not (p in alternativesRel[o]): missing_eval = True break else: if not ('i' in alternativesRel[o][p]): missing_eval = True break if not ('p+' in alternativesRel[o][p]): missing_eval = True break if not ('p-' in alternativesRel[o][p]): missing_eval = True break if not ('j' in alternativesRel[o][p]): missing_eval = True break if missing_eval: errorList.append("Not all alternatives from alternatives.xml contain evaluations in preferenceRelation.xml, or evaluations are incomplete. Possible inputs from different sources") if not errorList : alg = Mcc(alternativesId, alternativesRel, method_type) K, RK = alg.Run() fo = open(out_dir+"/alternativesAffectations.xml",'w') PyXMCDA.writeHeader(fo) fo.write('<alternativesAffectations>\n') for i in range(len(K)): for o in K[i]: fo.write('\t<alternativeAffectation>\n\t\t<alternativeID>'+o+'</alternativeID>\n\t\t<categoryID>'+'K'+str(i+1)+'</categoryID>\n\t</alternativeAffectation>\n') fo.write('</alternativesAffectations>') PyXMCDA.writeFooter(fo) fo.close() fo = open(out_dir+"/clustersRelations.xml",'w') PyXMCDA.writeHeader(fo) fo.write('<categoriesComparisons>\n') fo.write('\t<pairs>\n') for i in range(len(K)): for j in range(len(K)): fo.write('\t\t<pair>\n') fo.write('\t\t\t<initial>\n') fo.write('\t\t\t\t<categoryID>'+'K'+str(i+1)+'</categoryID>\n') fo.write('\t\t\t</initial>\n') fo.write('\t\t\t<terminal>\n') fo.write('\t\t\t\t<categoryID>'+'K'+str(j+1)+'</categoryID>\n') fo.write('\t\t\t</terminal>\n') fo.write('\t\t\t<value>\n') fo.write('\t\t\t\t<label>'+RK[i][j]+'</label>\n') fo.write('\t\t\t</value>\n') fo.write('\t\t</pair>\n') fo.write('\t</pairs>\n') fo.write('</categoriesComparisons>') PyXMCDA.writeFooter(fo) fo.close() # Creating log and error file, messages.xml fileMessages = open(out_dir+"/messages.xml", 'w') PyXMCDA.writeHeader (fileMessages) if not errorList : PyXMCDA.writeLogMessages (fileMessages, ["Execution ok"]) else : PyXMCDA.writeErrorMessages (fileMessages, errorList) PyXMCDA.writeFooter(fileMessages) fileMessages.close()
def get_input_data(input_dir, filenames, params, **kwargs): trees = _get_trees(input_dir, filenames) d = _create_data_object(params) for p in params: if p == 'alternatives': d.alternatives = px.getAlternativesID(trees['alternatives']) elif p == 'categories_profiles': comparison_with = kwargs.get('comparison_with') if comparison_with is None: comparison_with = px.getParameterByName( trees['method_parameters'], 'comparison_with') d.categories_profiles = _get_categories_profiles( trees.get('categories_profiles'), comparison_with) elif p == 'categories_rank': categories = px.getCategoriesID(trees['categories']) d.categories_rank = px.getCategoriesRank(trees['categories'], categories) elif p == 'comparison_with': d.comparison_with = px.getParameterByName( trees['method_parameters'], 'comparison_with') elif p == 'concordance': alternatives = px.getAlternativesID(trees['alternatives']) comparison_with = px.getParameterByName(trees['method_parameters'], 'comparison_with') if comparison_with in ('boundary_profiles', 'central_profiles'): categories_profiles = _get_categories_profiles( trees['categories_profiles'], comparison_with) d.concordance = _get_alternatives_comparisons( trees['concordance'], alternatives, categories_profiles) else: d.concordance = px.getAlternativesComparisons( trees['concordance'], alternatives) elif p == 'credibility': alternatives = px.getAlternativesID(trees['alternatives']) comparison_with = kwargs.get('comparison_with') if not comparison_with: comparison_with = px.getParameterByName( trees['method_parameters'], 'comparison_with') if comparison_with in ('boundary_profiles', 'central_profiles'): categories_profiles = _get_categories_profiles( trees['categories_profiles'], comparison_with) else: categories_profiles = None eliminate_cycles_method = px.getParameterByName( trees.get('method_parameters'), 'eliminate_cycles_method') tree = trees.get('credibility') if eliminate_cycles_method == 'cut_weakest' and tree is None: raise RuntimeError( "'cut_weakest' option requires credibility as " "an additional input (apart from outranking).") d.credibility = _get_alternatives_comparisons( tree, alternatives, categories_profiles=categories_profiles) elif p == 'criteria': d.criteria = px.getCriteriaID(trees['criteria']) elif p == 'cut_threshold': cut_threshold = px.getParameterByName(trees['method_parameters'], 'cut_threshold') if cut_threshold is None or not (0 <= float(cut_threshold) <= 1): raise RuntimeError( "'cut_threshold' should be in range [0, 1] " "(most commonly used values are 0.6 or 0.7).") d.cut_threshold = cut_threshold # 'cv_crossed' == 'counter-veto crossed' elif p == 'cv_crossed': alternatives = px.getAlternativesID(trees['alternatives']) comparison_with = px.getParameterByName(trees['method_parameters'], 'comparison_with') if comparison_with in ('boundary_profiles', 'central_profiles'): categories_profiles = _get_categories_profiles( trees['categories_profiles'], comparison_with) else: categories_profiles = None d.cv_crossed = _get_alternatives_comparisons( trees['counter_veto_crossed'], alternatives, categories_profiles=categories_profiles, use_partials=True, mcda_concept='counterVetoCrossed') elif p == 'discordance': alternatives = px.getAlternativesID(trees['alternatives']) comparison_with = px.getParameterByName(trees['method_parameters'], 'comparison_with') if kwargs.get('use_partials') is not None: use_partials = kwargs.get('use_partials') else: parameter = px.getParameterByName(trees['method_parameters'], 'use_partials') use_partials = True if parameter == 'true' else False if comparison_with in ('boundary_profiles', 'central_profiles'): categories_profiles = _get_categories_profiles( trees['categories_profiles'], comparison_with) else: categories_profiles = None d.discordance = _get_alternatives_comparisons( trees['discordance'], alternatives, categories_profiles=categories_profiles, use_partials=use_partials) elif p == 'eliminate_cycles_method': d.eliminate_cycles_method = px.getParameterByName( trees['method_parameters'], 'eliminate_cycles_method') elif p == 'interactions': criteria = px.getCriteriaID(trees['criteria']) d.interactions = _get_criteria_interactions( trees['interactions'], criteria) elif p == 'outranking': d.outranking = _get_outranking_crisp(trees['outranking']) elif p == 'performances': d.performances = px.getPerformanceTable(trees['performance_table'], None, None) elif p == 'pref_directions': criteria = px.getCriteriaID(trees['criteria']) d.pref_directions = px.getCriteriaPreferenceDirections( trees['criteria'], criteria) elif p == 'profiles_performance_table': if comparison_with in ('boundary_profiles', 'central_profiles'): tree = trees.get('profiles_performance_table') if tree is None: msg = ( "Missing profiles performance table (did you forget " "to provide 'profiles_performance_table.xml' file?).") raise RuntimeError(msg) d.profiles_performance_table = px.getPerformanceTable( tree, None, None) else: d.profiles_performance_table = None elif p == 'reinforcement_factors': criteria = px.getCriteriaID(trees['criteria']) factors = {} for c in criteria: rf = px.getCriterionValue(trees['reinforcement_factors'], c, 'reinforcement_factors') if len(rf) == 0: continue if rf.get(c) <= 1: msg = ("Reinforcement factor for criterion '{}' should be " "higher than 1.0 (ideally between 1.2 and 1.5).") raise RuntimeError(msg) factors.update(rf) d.reinforcement_factors = factors elif p == 'thresholds': criteria = px.getCriteriaID(trees['criteria']) d.thresholds = _get_thresholds(trees['criteria']) elif p == 'weights': criteria = px.getCriteriaID(trees['criteria']) d.weights = px.getCriterionValue(trees['weights'], criteria) elif p == 'z_function': d.z_function = px.getParameterByName(trees['method_parameters'], 'z_function') elif p == 'with_denominator': parameter = px.getParameterByName(trees['method_parameters'], 'with_denominator') d.with_denominator = True if parameter == 'true' else False elif p == 'only_max_discordance': parameter = px.getParameterByName(trees['method_parameters'], 'only_max_discordance') d.only_max_discordance = True if parameter == 'true' else False elif p == 'use_partials': parameter = px.getParameterByName(trees['method_parameters'], 'use_partials') d.use_partials = True if parameter == 'true' else False elif p == 'use_pre_veto': parameter = px.getParameterByName(trees['method_parameters'], 'use_pre_veto') d.use_pre_veto = True if parameter == 'true' else False else: raise RuntimeError("Unknown parameter '{}' specified.".format(p)) for param in params: data = getattr(d, param) if type(data) in (type(list), type(dict)) and len(data) == 0: raise RuntimeError( "No content for '{}' parameter provided.".format(param)) return d
def main(argv=None): if argv is None: argv = sys.argv parser = OptionParser() parser.add_option("-i", "--in", dest="in_dir") parser.add_option("-o", "--out", dest="out_dir") (options, args) = parser.parse_args(argv[1:]) in_dir = options.in_dir out_dir = options.out_dir # Creating a list for error messages errorList = [] # If some mandatory input files are missing if not os.path.isfile (in_dir+"/alternatives.xml") or not os.path.isfile (in_dir+"/criteria.xml") or not os.path.isfile (in_dir+"/criteriaWeights.xml") or not os.path.isfile (in_dir+"/performanceTable.xml") : errorList.append("Some input files are missing") else : # We parse all the mandatory input files xmltree_alternatives = PyXMCDA.parseValidate(in_dir+"/alternatives.xml") xmltree_criteria = PyXMCDA.parseValidate(in_dir+"/criteria.xml") xmltree_weights = PyXMCDA.parseValidate(in_dir+"/criteriaWeights.xml") xmltree_perfTable = PyXMCDA.parseValidate(in_dir+"/performanceTable.xml") # We check if all madatory input files are valid if xmltree_alternatives == None : errorList.append("The alternatives file can't be validated.") if xmltree_criteria == None : errorList.append("The criteria file can't be validated.") if xmltree_perfTable == None : errorList.append("The performance table file can't be validated.") if xmltree_weights == None : errorList.append("The criteria weights file can't be validated.") # By default, the valuation domain is fixed to [0,1] minValDomain = 0 maxValDomain = 1 # If a valuation domain input file has been provided if os.path.isfile (in_dir+"/valuationDomain.xml") : xmltree_valuation = PyXMCDA.parseValidate(in_dir+"/valuationDomain.xml") if xmltree_valuation == None : errorList.append ("valuationDomain file can't be validated.") else : minValDomain = PyXMCDA.getParameterByName (xmltree_valuation, "min", "valuationDomain") maxValDomain = PyXMCDA.getParameterByName (xmltree_valuation, "max", "valuationDomain") # We check the validity of the parameters if not isinstance(minValDomain,float) and not isinstance(minValDomain,int) : errorList.append ("min value should be an integer or a real") if not isinstance(maxValDomain,float) and not isinstance(maxValDomain,int) : errorList.append ("max value should be an integer or a real") if not errorList : if minValDomain >= maxValDomain : errorList.append ("The max value should be strictly greater than the min value") if not errorList : alternativesId = PyXMCDA.getAlternativesID(xmltree_alternatives) criteriaId = PyXMCDA.getCriteriaID(xmltree_criteria) perfTable = PyXMCDA.getPerformanceTable(xmltree_perfTable, alternativesId, criteriaId) thresholds = PyXMCDA.getConstantThresholds (xmltree_criteria, criteriaId) weights = PyXMCDA.getCriterionValue (xmltree_weights, criteriaId) if not alternativesId : errorList.append("No alternatives found. Is your alternatives file correct ?") if not criteriaId : errorList.append("No criteria found. Is your criteria file correct ?") if not perfTable : errorList.append("No performance table found. Is your performance table file correct ?") if not weights : errorList.append("No weights found. Is your weights file correct ?") if not errorList : # We compute the weight sum (only the weights associated to active criteria) sumWeights = 0.0 for crit in criteriaId : try : sumWeights = sumWeights + weights[crit] except : errorList.append("There is no defined weight for criterion "+crit+".") if not errorList : # We recover the criteria preference directions criteriaDir = PyXMCDA.getCriteriaPreferenceDirections (xmltree_criteria, criteriaId) # We compute the alternative comparisons values fileAltValues = open(out_dir+"/alternativesComparisons.xml", 'w') PyXMCDA.writeHeader (fileAltValues) fileAltValues.write ("\t<alternativesComparisons>\n\t\t<pairs>\n") ElemOut = PyXMCDA.getRubisElementaryOutranking (alternativesId, criteriaId, perfTable, thresholds) for alt1 in alternativesId : for alt2 in alternativesId : fileAltValues.write("\t\t\t<pair>\n\t\t\t\t<initial><alternativeID>"+alt1+"</alternativeID></initial>\n\t\t\t\t<terminal><alternativeID>"+alt2+"</alternativeID></terminal>\n") # Verifier s'il manque des valeurs !!! try expect #fileAltValues.write ("\t\t\t\t<value><NA>not available</NA></value>\n\t\t\t</pair>\n") sum = 0.0 for crit in criteriaId : sum += ElemOut[alt1][alt2][crit] * weights[crit] sum = sum/sumWeights # La valeur est entre 0 et 1, on la met dans le bon intervalle sum = (maxValDomain - minValDomain)*sum + minValDomain fileAltValues.write ("\t\t\t\t<value><real>"+str(sum)+"</real></value>\n\t\t\t</pair>\n") fileAltValues.write ("\t\t</pairs>\n\t</alternativesComparisons>\n") PyXMCDA.writeFooter(fileAltValues) fileAltValues.close() # Creating log and error file, messages.xml fileMessages = open(out_dir+"/messages.xml", 'w') PyXMCDA.writeHeader (fileMessages) if not errorList : PyXMCDA.writeLogMessages (fileMessages, ["Execution ok"]) else : PyXMCDA.writeErrorMessages (fileMessages, errorList) PyXMCDA.writeFooter(fileMessages) fileMessages.close()
def main(argv=None): if argv is None: argv = sys.argv parser = OptionParser() parser.add_option("-i", "--in", dest="in_dir") parser.add_option("-o", "--out", dest="out_dir") (options, args) = parser.parse_args(argv[1:]) in_dir = options.in_dir out_dir = options.out_dir # Creating a list for error messages errorList = [] # If some mandatory input files are missing if not os.path.isfile(in_dir + "/nbAlternatives.xml") and not os.path.isfile(in_dir + "/alternativesNames.xml"): errorList.append( "No parameter has been provided. You should provide a number of alternatives (using nbAlternatives.xml file) or a list of alternatives names (using alternativesNames.xml file)." ) else: # User provide a list of alternatives names if os.path.isfile(in_dir + "/alternativesNames.xml"): # We parse the input file xmltree_AltNames = PyXMCDA.parseValidate(in_dir + "/alternativesNames.xml") if xmltree_AltNames == None: errorList.append("alternativesNames file can't be validated.") else: # We record the alternatives names in altNames altNames = PyXMCDA.getParametersByName(xmltree_AltNames, "alternativesNames") if not altNames: errorList.append( "No alternative name has been found in alternativesNames file. Is your file correct ?" ) # user provide a number of alternatives else: # We parse the input file xmltree_nbAlt = PyXMCDA.parseValidate(in_dir + "/nbAlternatives.xml") if xmltree_nbAlt == None: errorList.append("nbAlternatives file can't be validated.") else: nbAlt = PyXMCDA.getParameterByName(xmltree_nbAlt, "nbAlternatives") # We check the validity of the parameter if not nbAlt: errorList.append("nbAlternatives parameter not provided. It should be a strict positive integer.") if not errorList and not isinstance(nbAlt, int): errorList.append("nbAlternatives value should be a strict positive integer.") if not errorList and nbAlt <= 0: errorList.append("nbAlternatives value should be a scrict positive integer.") # We check if a prefix parameter has been provided if not errorList: if os.path.isfile(in_dir + "/alternativesPrefix.xml"): xmltree_AltPrefix = PyXMCDA.parseValidate(in_dir + "/alternativesPrefix.xml") if xmltree_AltPrefix == None: errorList.append("alternativesPrefix file can't be validated.") else: altPrefix = PyXMCDA.getParameterByName(xmltree_AltPrefix, "alternativesPrefix") # We check the validity of the parameter if not isinstance(altPrefix, str): errorList.append("alternativesPrefix parameter should be a label") else: # If no prefix has been provided, the alternatives will be called a1, a2, ... altPrefix = "a" if not errorList: # We create the altNames list altNames = [] for nb in range(nbAlt): altNames.append(altPrefix + str(nb + 1)) if not errorList: # We create the alternatives.xml file fileAlt = open(out_dir + "/alternatives.xml", "w") PyXMCDA.writeHeader(fileAlt) fileAlt.write("<alternatives>\n") for alt in altNames: fileAlt.write("\t<alternative id='" + alt + "'>\n\t\t<active>true</active>\n\t</alternative>\n") fileAlt.write("</alternatives>\n") PyXMCDA.writeFooter(fileAlt) fileAlt.close() # Creating log and error file, messages.xml fileMessages = open(out_dir + "/messages.xml", "w") PyXMCDA.writeHeader(fileMessages) if not errorList: PyXMCDA.writeLogMessages(fileMessages, ["Execution ok"]) else: PyXMCDA.writeErrorMessages(fileMessages, errorList) PyXMCDA.writeFooter(fileMessages) fileMessages.close()