Передача нужного аргумента в substring - Prolog
Формулировка задачи:
Добрый день!
Пытаюсь реализовать программу-поиск лучшей сесси для конференции на swi prolog.
Данные представлены в таком виде
По заданию - надо проверить является ли введенная строка частью темы сессии или схожа с уже имеющимися докладами, в зависимости от этого начисляются баллы и в результате надо вывести отсортированные темы сессий.
Пытаюсь сначала сравнить с темой - выводит ошибку
Если использовать комманду в комментарии - всё работает, так что полагаю что проблема в обращении к списку.
Листинг программы
- session('Rules; Semantic Technology; and Cross-Industry Standards',
- ['XBRL - Extensible Business Reporting Language',
- 'MISMO - Mortgage Industry Standards Maintenance Org',
- 'FIXatdl - FIX Algorithmic Trading Definition Language',
- 'FpML - Financial products Markup Language',
- 'HL7 - Health Level 7',
- 'Acord - Association for Cooperative Operations Research and Development (Insurance Industry)',
- 'Rules for Governance; Risk; and Compliance (GRC); eg; rules for internal audit; SOX compliance; enterprise risk management (ERM); operational risk; etc',
- 'Rules and Corporate Actions']).
ERROR: table:sub_string/3: Type error: `text' expected, found `session(('_'|[_G8263]))' (a compound)
Листинг программы
- checktheme(ListOfKeywords):-
- % sub_string(case_insensitive,ListOfKeywords,"Rules and norms").
- sub_string(case_insensitive,ListOfKeywords,session('_'|[_])), nl.
Решение задачи: «Передача нужного аргумента в substring»
textual
Листинг программы
- % Facts about sessions, and respective topics
- session('Rules; Semantic Technology; and Cross-Industry Standards',
- ['XBRL - Extensible Business Reporting Language',
- 'MISMO - Mortgage Industry Standards Maintenance Org',
- 'FIXatdl - FIX Algorithmic Trading Definition Language',
- 'FpML - Financial products Markup Language',
- 'HL7 - Health Level 7',
- 'Acord - Association for Cooperative Operations Research and Development (Insurance Industry)',
- 'Rules for Governance; Risk; and Compliance (GRC); eg; rules for internal audit; SOX compliance; enterprise risk management (ERM); operational risk; etc',
- 'Rules and Corporate Actions']).
- session('Rule Transformation and Extraction',
- ['Transformation and extraction with rule standards; such as SBVR; RIF and OCL',
- 'Extraction of rules from code',
- 'Transformation and extraction in the context of frameworks such as KDM (Knowledge Discovery meta-model)',
- 'Extraction of rules from natural language',
- 'Transformation or rules from one dialect into another']).
- session('Rules and Uncertainty',
- ['Languages for the formalization of uncertainty rules',
- 'Probabilistic; fuzzy and other rule frameworks for reasoning with uncertain or incomplete information',
- 'Handling inconsistent or disparate rules using uncertainty',
- 'Uncertainty extensions of event processing rules; business rules; reactive rules; causal rules; derivation rules; association rules; or transformation rules']).
- session('Rules and Norms',
- ['Methodologies for modeling regulations using both ontologies and rules',
- 'Defeasibility and norms - modeling rule exceptions and priority relations among rules',
- 'The relationship between rules and legal argumentation schemes',
- 'Rule language requirements for the isomorphic modeling of legislation',
- 'Rule based inference mechanism for legal reasoning',
- 'E-contracting and automated negotiations with rule-based declarative strategies']).
- session('Rules and Inferencing',
- ['From rules to FOL to modal logics',
- 'Rule-based non-monotonic reasoning',
- 'Rule-based reasoning with modalities',
- 'Deontic rule-based reasoning',
- 'Temporal rule-based reasoning',
- 'Priorities handling in rule-based systems',
- 'Defeasible reasoning',
- 'Rule-based reasoning about context and its use in smart environments',
- 'Combination of rules and ontologies',
- 'Modularity']).
- session('Rule-based Event Processing and Reaction Rules',
- ['Reaction rule languages and engines (production rules; ECA rules; logic event action formalisms; vocabularies/ontologies)',
- 'State management approaches and frameworks',
- 'Concurrency control and scalability',
- 'Event and action definition; detection; consumption; termination; lifecycle management',
- 'Dynamic rule-based workflows and intelligent event processing (rule-based CEP)',
- 'Non-functional requirements; use of annotations; metadata to capture those',
- 'Design time and execution time aspects of rule-based (Semantic) Business Processes Modeling and Management',
- 'Practical and business aspects of rule-based (Semantic) Business Process Management (business scenarios; case studies; use cases etc)']).
- session('Rule-Based Distributed/Multi-Agent Systems',
- ['rule-based specification and verification of Distributed/Multi-Agent Systems',
- 'rule-based distributed reasoning and problem solving',
- 'rule-based agent architectures',
- 'rules and ontologies for semantic agents',
- 'rule-based interaction protocols for multi-agent systems',
- 'rules for service-oriented computing (discovery; composition; etc)',
- 'rule-based cooperation; coordination and argumentation in multi-agent systems',
- 'rule-based e-contracting and negotiation strategies in multi-agent systems',
- 'rule interchange and reasoning interoperation in heterogeneous Distributed/Multi-Agent Systems']).
- session('General Introduction to Rules',
- ['Rules and ontologies',
- 'Execution models; rule engines; and environments',
- 'Graphical processing; modeling and rendering of rules']).
- session('RuleML-2010 Challenge',
- ['benchmarks/evaluations; demos; case studies; use cases; experience reports; best practice solutions (design patterns; reference architectures; models)',
- 'rule-based implementations; tools; applications; demonstrations engineering methods',
- 'implementations of rule standards (RuleML; RIF; SBVR; PRR; rule-based Event Processing languages; BPMN and rules; BPEL and rules); rules and industrial standards (XBRL; MISMO; Accord) and industrial problem statements',
- 'Modelling Rules in the Temporal and Geospatial Applications',
- 'temporal modelling and reasoning; geospatial modelling and reasoning',
- 'cross-linking between temporal and geospatial knowledge',
- 'visualization of rules with graphic models in order to support end-user interaction',
- 'Demos related to various Rules topics',
- 'Extensions and implementations of W3C RIF',
- 'Editing environments and IDEs for Web rules',
- 'Benchmarks and comparison results for rule engines',
- 'Distributed rule bases and rule services',
- 'Reports on industrial experience about rule systems']).
- query(ListOfKeywords):-
- %здесь будет ещё код, поэтому checktheme вызывается не напрямую пользователем
- checktheme(ListOfKeywords).
- checktheme(ListOfKeywords):-
- %sub_string(case_insensitive,ListOfKeywords,"rules"). - работает
- sub_string(case_insensitive,ListOfKeywords,session("",[])).
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