This technical guidance document specifies the application module for assigning visual attributes to established style models and elements. This technical guidance document applies to: - The association of established style models and elements with visual attributes. This technical guidance document does not apply to: - View definitions represented in shape models, geometric elements or annotations; - Shape model specifications; - Annotation specifications; - Visual attribute specifications; - Due to the name conflict of the EXPRESS entity mechanical_design_geometric_presentation_representation of the scope overlap and interpretation model, this technical guidance document is used in conjunction with ISO10303-517; - Due to the name conflict of the EXPRESS entity draughting_model of the scope overlap and interpretation model, this technical guidance document is used in conjunction with GB/T16656.520. GB/Z 16656.1001-2004 Industrial Automation Systems and Integrated Products Data Representation and Exchange Part 1001: Application Module: Appearance Assignment GB/Z16656.1001-2004 Standard Download Decompression Password: www.bzxz.net

ICS35.245.50
National Standardization Guidance Technical Document of the People's Republic of China GR/7.16656.1001—2004/IS0/TS10303-10Q1:2001Industrial automation systems and integration
Product data representation and exchange
Part 1001: Application module:
Appearance assignment
Industrial automation systems and IntegrationProduct data representalian inclexchange--Part 1001:Application module: Appearance assignment(IS0/TS10303-1031.2061,11YT)2004-04-09 Issued
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China Standardization Administration of China
2004-12-01 Implementation
GA/z.16656.1001—2004/1S0/TS 10303-1001,2001 times
Normative application documents
3 Definitions and omissions of this document
3.1 Terms defined in GB/T16656.1
3.2 Terms defined in GB/T16656.2C2
33 Other terms and meanings
34 Marketing spectrum
Information requirements
4. Kinetic energy unit
4.2 The quality of the pressure-type block should be considered (based on 2 R4.3 Implementation of the reference model (ARM) 5.1. Mapping specification 5.2 MIMEXPRSS short example table Appendix A (normative appendix) Appendix A (normative appendix) Appendix E (informative appendix) MIM name Information registration ARM EXTRTSS-G
MIM EXJRESS-G
List of Explanable Stoppages
A (Attachment)
[S010303 Part Catalog
Ci Kao Wen
GR/7.6656,10C1200-/ISO/TS10303-1051,2001 Foreword
GB/T55 Industrial Automation System Collection or Product Specification Expression and Exchange has been published with the following 0 parts: Part 1, Overview of Basic Theory:
Part 11: Description Method: HXPRESS Language Reference Manual; Part 21 Implementation Method, Pure Text Code of Exchange Structure! Part 31: Conformance Test Methodology and Framework: Basic Five General Remaining: Part 32: Conformance Test Method Theory and Framework, Requirements for Filtering and Testing of the Whole Room and Customers! Part 1: Methodology and framework for conformance testing, abstract test methods for practical applications Part 1: General resources for integration, product description and support Part 12: General resources for integration: orientation and topological expression Part 23: General resources for integration: expression of product structure Part 44: General resources for integration: material science Part 11: Application resources for integration: taxable display Part 101: General resources for integration: shape variation tolerance Part 105: Application resources for integration: kinematics Part 201: Application protocols: star test drawings Part 2:3: Application protocols: configuration control design Part 2C: virtual application interpretation: related drawings for the project. G/T16656 corresponds to ISC)10303, G3/16656. The department numbers of each department are the same: TS00n. IS010303 is the largest standard, which includes 12 parts. In order to make it easier for users to understand the standard, the total structure of 1030% will be listed on the website in the copy of this guiding technical document. This technical document adopts S0)/71063.1001:23 Industrial automation systems - Part 1001: Application model: External value assignment. Its technical documentation and sales are in accordance with 190/1S105.13312001. It is a national standard for the conversion of materials into national standards. According to the requirements of the central government for the formulation of national standards, the following changes are made: for the English real names of the various KXP education files, the English original names are used to drive the number of each reduction. In order to maintain the original English name, the English original name must be understood: the meaning of the name is expressed, and in the technical document, when it appears as a title, the specific name is given; in the text, the text is given as the main one, and only in the first drink or when necessary: ​​the Chinese translation is folded together in the English original name. This guideline Appendix A of the technical document is the observation appendix, Appendix NA is the material production appendix, the main unit of this technical document is: China National Institute of Standardization, the main drafter of this technical document is: H/716656.1001—2004/1S0/1%10303-1001.2001 Introduction: This standard provides a computer-readable storage system for pharmaceutical products to achieve a safe exchange standard: it has been proposed to set up a neutral system that can describe the product throughout the product life cycle and is independent of the system. This standard is used to exchange documents without violating the standards, and is suitable as a basis for achieving and sharing product efficiency libraries and file archives. B/T16656 is a standard composed of different parts, each part is issued and published separately. It classifies the application structure, application design, application overview, image test suite, implementation method and consistency test. These categories are explained in G5/T16656.1H. This guiding technical document belongs to G5/T155. This guiding technical document defines the application model or series. This guiding technical document defines the application model, implementation and annotation requirements, etc. It has been modeled in a certain style and the visual reducibility of the elements is visible, but does not include the properties of this property. The module will be used to group the elements to enable them to bear the shape of the layer, and to specify properties such as color, line type and topology information: Additional information IS/S16333-109, Note: The technical specifications of the vehicle are in accordance with S31 and 8-31. This article is suitable for the use of the model in the Sichuan Ten District Association. This H he uses the model according to the car model: FXPFESs entity lglir.y_n:x risk model benefit: rrtral_clnctaou_ea-ian set to show this name of the entity. 1)1030.3-511S)103935Name See Appendix N.36/T16e.E7K\16556.521Scope
B/2.16656.1031—2004/1S0/TS10303-10312001Industrial Automation Systems and Integration
Product Data Representation and Exchange
Part 1001:Application Modules:
Appearance Assignment
This technical guidance provides for the verification of established models and elements for possible missing parts. This technical guidance does not apply to:
The association between established models and elements is required. This guiding technical document is applicable to:
- In shape modeling: the view definition represented by several elements or labels: shape model specification
- Annotation specification:
Visual network specification:
The name conflict of the FxPR entity el_gemseatat.n of the scope overlapping and interpretation model refers to the technical document I51333-517X; - The name conflict of the FxIRess entity el_gemseatat.n of the scope overlapping and interpretation model refers to the technical document I51333-517X; - The name conflict of the FxIRess entity el_gemseatat.n of the scope overlapping and interpretation model refers to the technical document G/T16655,323.
2 Normative network documents
The clauses in the document are used in accordance with the provisions of this guiding technical document and become the terms of this technical document. All the previous cited documents, including all revisions (excluding errors) or revised versions, are not applicable to the technical guidance documents. However, the latest versions of these documents can be used according to the validity of the guidance documents. All references without a date are incorporated into this technical guidance.Technical document, industrial automation systems and integrated products drive expression and transformation: Part 1 Overview of the basic principles [50030194
GT4G-8 Industrial automation systems and integrated products teaching operation and exchange Part 1 Integrated gear information: Visual display 1) 5303-46: 14) GBT1666.2J2-20U Industrial automation systems and integrated products of the number of I and the side with 312 Part: Application protocol: Meiling diagram (1110303-20: 795) 0131-Industry wide dynamic north system to make the integrated product operation and exchange Part 11 Learning method limited - PRESS language test level
JS 10303-43,2r00
Industrial automation systems and integrated product data exchange Part 13: Integrated common resources: Expression structure
ISIEC8321-11SS8 Information technology representation method (ASN.): Basic method standard 0 Industrial automation systems and integrated product data exchange Part 13: Application model, shape
150:TS 10:G3- 30.:2001
Module state basic area
Second industry automation system ticket strict post-validation data expression space length Part 1: Application 1
GH/216658.1901—2004/150>/1S10303-1001.20013 Terminology, definitions and abbreviations
3.1 Definitions in B/T 16656.1
The following definitions in GB/7166551 apply to the following technical documents: Application application:oni| |tt||Application object:
Application association
A model:
A data:
Information information:
Resource information:
Product data:
Product data productdata;
A unit of energy
3.2 Terminology of GB/T16656.207
The following terms of GB/T1655.20 apply to this technical document: application in nep-e: cosrc
3.3 Other terms and definitions
The following terms and definitions apply to this technical document. 3.3.1 Application module (AM package) information requirements, mapping module solution requirements The architecture of the model supports the special use of product data across many years of applications and key environments.
Model interpretation module muduleinlerpreledmhdelMIM) application model solution, so that the state of the shared resources to meet the application according to the information requirements and constraints of the information model 3.4 Step revealing terminology
The following abbreviations are used in this technical document: A block applicationmorlnle
ARM virtual application model pylicatiun:eierer.ce model;-MlM model solution model caduleinterpreted-iocelLoF function uritaffuneonabty:
—system—resource locator mifarsrur
4 Information requirements
This chapter defines the information requirements of the model: information self-requirement rain temporary kinetic energy unit should be old object parent happiness speed: the location of the month in the subject area of ​​this application model solution terminology. Note: The recording heart age is the rate of the information required by the situation, Note 2: The reason: the shooting is present, it is necessary to use the learning material to make the heart wide and long. The following should be carefully measured and properly handled. The weight of the loss system is also increased. FXPRFSS description:
SHEMAAppearance.ass:giiment_arm;(+
2.1 Functional unit
GH/2:16656,16G1—2004/O/T5 10303-1GC01:200 This clause defines the functional units of the technical documentation (T1F) and the technical elements required for the definition of application modules. This technical documentation defines the following functional units:
Aprarnce_ass:gumcat appearance.
This technical documentation uses the following internal energy units: Elerentagennetric_shzpe basic shape Faundanreeresentation basic expression! The following is a description of the energy units and functional cats for each UoP support, 4.? Definition, including the ARM implementation in UF. 4.1.1 Appearance General
ppesrazreasaignmentCuF (viewable dynamic single display) See the definition of the shape model, the element request standard juice Teng give u same wrong information, the following application element often hope aprearance_assigameneUoF description: Ap iinret appearance:
Apearar.e_ik appearance value);
Appeararice_natxi appearance file related environment: Caatext_dependentappnate.hce_$ssigmx.enr<dependent related environment appearance tight low》Overrirling_styled_ele:r.er (Overrirling styled element system;: Sryled_rlern:tntC style element system!: Styledgeomecric_model (styled model): Seykel_model style tax model): Stylel_msde..elemen: three style model elements) 4.2 Basic geometric shapes
lenensal.ennetrin_shape basic shape in the current function method rUuF: see Tso/Ts103calont. The following basic elements in this functional unit TiF>A are taken from the technical document: [erailel_melermrl (detailed model element) Geomet:ic_model (geometry)
templatestar.ce (link).
4. 1.3 Basic expression Www.bzxZ.net
In the basic expression (frunideiun_rjresencztion) store exploration environment, the basic expression auxiliary light (TrF) is defined as 1S0/TS103031006. The following elements in the primary energy unit (T:nF) are taken from this guiding technical document: Reprentarion_item. Expression music
1.2 Application considerations for other application modules
Product data productdata;
Energy unit mitffurnaliy
3.2Terms specified in GB/T 16656.207
The following terms specified in GB/T 1655.20 are applicable to this guiding technical document: application in nep-e: cosrc
3.3Other technical requirements and definitions
The following terms and definitions are applicable to this guiding technical document. 3.3.1
Application block applleatlonmodole (AM The package can be used to map the information requirements of the model, which supports the product data to cross the years of application and the special use of the environment.
The module of the model explanation muduleinlerpreledmhdelMIM) application model solution makes the state of the common resources stable to meet the application according to the information requirements and constraints of the information exchange 3.4 step reveal language
The following abbreviations are used in this technical document: A used block applicationmorlnle
ARM virtual application model pylicatiun:eierer.ce model;-MlM conversion solution model conversion caduleinterpreted-iocelLoF function uritaffuneonabty:
—system—resource locator mifarsrur
4 information benefit demand
This chapter defines the appearance of the model information demand: information self-need to represent the rain temporary kinetic energy unit to carry out the old object parent happiness speed: the position of the month application model solution theme dilemma in the terminology. Note:: the recording of the heart age for the information demand rate of the current will reach, note 2:, reason: the nature of the shooting, it is the heart of the wide and long real site to seek the nature of the parts, the following should be carefully measured and should be properly handled, the loss of the system source of the net weight also out of the use of the excessive demand. FXPRFSS description:
SHEMAAppearance.ass:giiment_arm;(+
2.1 functional unit
GH/2:16656,16G1—2004/O/T5 10303-1GC01:200 This clause defines the functional units of the technical documentation (T1F) and the technical elements required for the definition of application modules. This technical documentation defines the following functional units:
Aprarnce_ass:gumcat appearance.
This technical documentation uses the following internal energy units: Elerentagennetric_shzpe basic shape Faundanreeresentation basic expression! The following is a description of the energy units and functional cats for each UoP support, 4.? Definition, including the ARM implementation in UF. 4.1.1 Appearance General
ppesrazreasaignmentCuF (viewable dynamic single display) See the definition of the shape model, the element request standard juice Teng give u same wrong information, the following application element often hope aprearance_assigameneUoF description: Ap iinret appearance:
Apearar.e_ik appearance value);
Appeararice_natxi appearance file related environment: Caatext_dependentappnate.hce_$ssigmx.enr<dependent related environment appearance tight low》Overrirling_styled_ele:r.er (Overrirling style fresh element Beijing;: Sryled_rlern:tntC style element system!: Styledgeomecric_model (style model): Seykel_model style tax model): Stylel_msde..elemen: three style model elements) 4.2 Basic geometric shapes
lenensal.ennetrin_shape basic shape in the current function method rUuF: see Tso/Ts103calont. The following basic elements in this functional unit TiF>A are taken from the technical document: [erailel_melermrl (detailed model element) Geomet:ic_model (geometry)
templatestart.ce (link).
4. 1.3 Basic expression
In the basic expression (frunideiun_rjresencztion) store exploration environment, the basic expression auxiliary light (TrF) is defined as 1S0/TS103031006. The following elements in the primary energy unit (T:nF) are taken from this guiding technical document: Reprentarion_item. Expression music
1.2 Application considerations for other application modules
Product data productdata;
Energy unit mitffurnaliy
3.2Terms specified in GB/T 16656.207
The following terms specified in GB/T 1655.20 are applicable to this guiding technical document: application in nep-e: cosrc
3.3Other technical requirements and definitions
The following terms and definitions are applicable to this guiding technical document. 3.3.1
Application block applleatlonmodole (AM The package can be used to map the information requirements of the model, which supports the product data to cross the application and the special use of the environment.
The module of the model explanation is muduleinlerpreledmhdelMIM) application model, so that the state can fully display the application according to the information requirements and constraints of the information exchange 3.4 step-by-step language
The following abbreviations are used in this technical document: A block applicationmorlnle
ARM virtual application model pylicatiun:eierer.ce model;-MlM conversion solution model conversion caduleinterpreted-iocelLoF function uritaffuneonabty:
—system—resource locator mifarsrur
4 information benefit demand
This chapter defines the appearance of the model information demand: information self-need to represent the rain temporary kinetic energy unit to carry out the old object parent happiness speed: the position of the month application model solution theme dilemma in the terminology. Note:: the recording of the heart age out of the information demand status of the rate of the current will reach, Note 2:, reason: the nature of the shooting, it is the heart of the wide and long real site to seek the nature of the parts, the following should be carefully measured and should be properly handled, the loss of the net weight of the system source also out of the use of the excessive demand. FXPRFSS description:
SHEMAAppearance.ass:giiment_arm;(+
2.1 functional unit
GH/2:16656,16G1—2004/O/T5 10303-1GC01:200 This clause defines the functional units of the technical documentation (T1F) and the technical elements required for the definition of application modules. This technical documentation defines the following functional units:
Aprarnce_ass:gumcat appearance.
This technical documentation uses the following internal energy units: Elerentagennetric_shzpe basic shape Faundanreeresentation basic expression! The following is a description of the energy units and functional cats for each UoP support, 4.? Definition, including the ARM implementation in UF. 4.1.1 Appearance General
ppesrazreasaignmentCuF (viewable dynamic single display) See the definition of the shape model, the element request standard juice Teng give u same wrong information, the following application element often hope aprearance_assigameneUoF description: Ap iinret appearance:
Apearar.e_ik appearance value);
Appeararice_natxi appearance file related environment: Caatext_dependentappnate.hce_$ssigmx.enr<dependent related environment appearance tight low》Overrirling_styled_ele:r.er (Overrirling styled element system;: Sryled_rlern:tntC style element system!: Styledgeomecric_model (styled model): Seykel_model style tax model): Stylel_msde..elemen: three style model elements) 4.2 Basic geometric shapes
lenensal.ennetrin_shape basic shape in the current function method rUuF: see Tso/Ts103calont. The following basic elements in this functional unit TiF>A are taken from the technical document: [erailel_melermrl (detailed model element) Geomet:ic_model (geometry)
templatestar.ce (link).
4. 1.3 Basic expression
In the basic expression (frunideiun_rjresencztion) store exploration environment, the basic expression auxiliary light (TrF) is defined as 1S0/TS103031006. The following elements in the primary energy unit (T:nF) are taken from this guiding technical document: Reprentarion_item. Expression music
1.2 Application considerations for other application modules2 Basic geometry
lenensal.ennetrin_shape The basic geometry. The function of the shape is defined in rUuF: see Tso/TS103calont. In this function unit TiF> the following basic elements are derived from the technical document: [erailel_melermrl (detailed model element) Geomet:ic_model (geometry)
emplatestar.ce (link).
4. 1.3 Basic expression
In the basic expression (frunideiun_rjresencztion) store exploration environment, the basic expression auxiliary light (TrF) is defined in 1S0/TS103031006. The following elements in the primary unit (T:nF) are derived from this guidance document: Reprentarion_item. Expression music
1.2 Application considerations for other application modules2 Basic geometry
lenensal.ennetrin_shape The basic geometry. The function of the shape is defined in rUuF: see Tso/TS103calont. In this function unit TiF> the following basic elements are derived from the technical document: [erailel_melermrl (detailed model element) Geomet:ic_model (geometry)
emplatestar.ce (link).
4. 1.3 Basic expression
In the basic expression (frunideiun_rjresencztion) store exploration environment, the basic expression auxiliary light (TrF) is defined in 1S0/TS103031006. The following elements in the primary unit (T:nF) are derived from this guidance document: Reprentarion_item. Expression music
1.2 Application considerations for other application modules
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