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  • ISO/IEC 18023-1:2006/Amd.1:2012 -- 3 Definitions
    the html for this definition remove the span tag 3 2 Acronyms and abbreviations In the html for the first paragraph remove the span tag 3 2 Acronyms and abbreviations In Table 3 1 the row leading is inconsistently applied

    Original URL path: http://standards.sedris.org/18023-1_Amd1/Part1/Clause3--Glossary.html (2016-02-11)
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  • ISO/IEC 18023-1:2012/Amd.1 -- Annex C Media format references
    1997 cited 3 February 2004 http developer apple com legacy mac library documentation Carbon reference QuickDraw Ref QuickDraw Ref pdf PNG ISO IEC 15948 2004 Information technology Computer graphics and image processing Portable Network Graphics PNG Functional specification QT Apple Computer Inc QuickTime File Format online Cupertino California Apple Computer 2002 http developer apple com documentation QuickTime QTFF qtff pdf RGB Haeberli Paul The SGI Image File Format Draft ver 0 97 online Silicon Graphics Computer Systems http paulbourke net dataformats sgirgb sgiversion html RIFF RIFF Microsoft Resource Interchange File Format Ver 1 1e Microsoft Corporation SVG Bowler John et al and Ferraiolo Jon editor Scalable Vector Graphics SVG 1 1 Specification online World Wide Web Consortium W3C 2001 http www w3 org TR SVG TIFF Adobe Systems AS TIFF Revision 6 0 Mountain View California 1992 http partners adobe com public developer en tiff TIFF6 pdf VRML ISO IEC 14772 1 1997 Information technology Computer graphics and image processing The Virtual Reality Modeling Language Part 1 Functional specification and UTF 8 encoding http www web3d org x3d vrml index html WMF Microsoft W indows Metafile Microsoft Corporation Redmond 1996 X3D ISO IEC 19776 1 2005 Information technology Computer graphics image processing and environmental data representation Extensible 3D X3D encodings Part 1 Extensible Markup Language XML encoding http www web3d org x3d specifications x3d specification html X3DV ISO IEC 19776 2 2005 Information technology Computer graphics image processing and environmental data representation Extensible 3D X3D encodings Part 2 Classic VRML encoding http www web3d org x3d specifications x3d specification html XBM XBM X BitMap MIT X Consortium Cambridge http www faqs org faqs graphics fileformats faq part3 section 162 html Table C 3 Replace the content of Table C 3 with the following MP2 ISO IEC 13818 3 1998 Information

    Original URL path: http://standards.sedris.org/18023-1_Amd1/Part1/AnnexC--Format%20references.html (2016-02-11)
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  • ISO/IEC 18023-1:2006/Amd.1:2012 -- 4 Concepts
    with the following 4 13 6 Italicize all occurrences of DRM Feature Hierarchy and DRM Geometry Hierarchy 4 13 9 Replace the text of the EXAMPLE with the following text EXAMPLE A DRM Quadrant Related Geometry instance representing some area of terrain may include a lake within its boundaries such that one or more of the quadrants has no non bathymetric terrain Conversely a DRM Quadrant Related Geometry instance organizing DRM Property Grid instances describing various properties of a region of sea water may omit a quadrant because it corresponds to an island 4 13 10 In the second sentence replace Geoemtry with Geometry Replace the two occurrences of DRM LOCATION with DRM LOCATION 3D 4 14 2 1 Replace the 2nd through the 4th sentences with the following text A model is embodied in the DRM through the class DRM Model This class allows a model to contain both a feature representation and a geometry representation The feature representation is specified using an instance of the DRM Feature Model class and the geometry representation is specified using an instance of the DRM Geometry Model class A model is constructed with a specific SRF and has field values that indicate

    Original URL path: http://standards.sedris.org/18023-1_Amd1/Part1/Clause4--Concepts.html (2016-02-11)
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  • ISO/IEC 18023-1:2006/Amd.1:2012 — Annex D Default field values
    should be TRUE In Table D 2 for DRM class DRM Octant Related Geometry the default for both fields should be TRUE In Table D 2 for DRM class DRM Predefined Function for the value type field replace BOOLEAN with REAL In Table D 2 for DRM class DRM Property Characteristic for the meaning field replace EVC CONSTANT VALUE with UNDESIGNATED In Table D 2 for DRM class DRM Property Characteristic for the characteristic value field replace the current default value with EDCS AVT REAL EDCS NVT SINGLE VALUE EUC UNITLESS ESC UNI 0 In Table D 2 for DRM class DRM Property Grid for the srf context info field replace TRUE MSL with FALSE UNSPECIFIED In Table D 2 for DRM class DRM Property Value for the meaning field replace EVC CONSTANT VALUE with UNDESIGNATED In Table D 2 for DRM class DRM Property Value for the characteristic value field replace the current default value with EDCS AVT REAL EDCS NVT SINGLE VALUE EUC UNITLESS ESC UNI 0 In Table D 2 for DRM class DRM Pseudo Code Function for the value type field replace BOOLEAN with REAL In Table D 2 for DRM class DRM Quadrant Related Features

    Original URL path: http://standards.sedris.org/18023-1_Amd1/Part1/AnnexD--Default%20field%20values.html (2016-02-11)
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  • ISO/IEC 18023-1:2006/Amd.1:2012 -- 5 Fundamental data types
    5 3 3 64 EI 3D Location Fields 5 3 3 65 Element Type 5 3 3 66 Ellipse Fields 5 3 3 67 Enumeration Axis Fields 5 3 3 68 Environment Root Fields 5 3 3 69 Environmental Domain Summary Fields 5 3 3 70 Face Direction Fields 5 3 3 71 Fade Range Fields 5 3 3 72 Feature Face Fields 5 3 3 73 Feature Topology Hierarchy Fields 5 3 3 74 Feature Volume Fields 5 3 3 75 Flashing Light Behaviour Fields 5 3 3 76 Function Fields 5 3 3 77 Functional Association Data Fields 5 3 3 78 General Hierarchy Select 5 3 3 79 Geometric Centre Fields 5 3 3 80 Geometry Topology Hierarchy Fields 5 3 3 81 Grid Overlap Fields 5 3 3 82 HAEC 3D Location Fields 5 3 3 83 HEEC 3D Location Fields 5 3 3 84 HEEQ 3D Location Fields 5 3 3 85 Hierarchy Data Fields 5 3 3 86 Hierarchy Order Parameters 5 3 3 87 Hierarchy Select Parameters 5 3 3 88 Hierarchy Summary Item Fields 5 3 3 89 HSV Colour Control Link Fields 5 3 3 90 HSV Colour Fields 5 3 3 91 HSV Data 5 3 3 92 Identification Fields 5 3 3 93 Image Anchor Fields 5 3 3 94 Image Data 5 3 3 95 Image Fields 5 3 3 96 Image Mapping Function Fields 5 3 3 97 Image MIP Extents 5 3 3 98 Image Texel Location 3D 5 3 3 99 In Out Fields 5 3 3 100 Index LOD Data Fields 5 3 3 101 Index Range 5 3 3 102 Infinite Light Fields 5 3 3 103 Inline Colour Fields 5 3 3 104 Integer Interval Value 5 3 3 105 Interface Template Fields 5 3 3 106 Interval Axis Fields 5 3 3 107 Interval Value 5 3 3 108 Irregular Axis Fields 5 3 3 109 Keywords Fields 5 3 3 110 LCC Augmented 3D Location Fields 5 3 3 111 LCC Surface Location Fields 5 3 3 112 LCE 3D Location Fields 5 3 3 113 Legal Constraints Fields 5 3 3 114 Light Rendering Properties Control Link Fields 5 3 3 115 Light Rendering Properties Fields 5 3 3 116 Light Source Control Link Fields 5 3 3 117 Light Source Fields 5 3 3 118 Line Fields 5 3 3 119 Lineage Fields 5 3 3 120 Linear Geometry Fields 5 3 3 121 Literal Fields 5 3 3 122 Lobe Data Fields 5 3 3 123 Local 4x4 Fields 5 3 3 124 Locale 5 3 3 125 LOD Entry 5 3 3 126 LOD Related Features Fields 5 3 3 127 LOD Related Geometry Fields 5 3 3 128 LOD Select Parameters 5 3 3 129 Long Float Interval 5 3 3 130 Long Float Interval Value 5 3 3 131 LSA 2D Location Fields 5 3 3 132 LSP 2D Location Fields 5 3 3 133 LSR 2D Location Fields 5 3 3 134 LSR 3D Location Control Link Fields 5 3 3 135 LSR 3D Location Fields 5 3 3 136 LTSAS 3D Location Fields 5 3 3 137 LTSAS Surface Location Fields 5 3 3 138 LTSC 3D Location Fields 5 3 3 139 LTSC Surface Location Fields 5 3 3 140 LTSE 3D Location Fields 5 3 3 141 LTSE Surface Location Fields 5 3 3 142 M Augmented 3D Location Fields 5 3 3 143 M Surface Location Fields 5 3 3 144 Map Scale LOD Data Fields 5 3 3 145 Mesh Face Table Fields 5 3 3 146 Model Fields 5 3 3 147 Model Instance Template Index Fields 5 3 3 148 Moving Light Behaviour Fields 5 3 3 149 Octant Data Fields 5 3 3 150 Octant Related Features Fields 5 3 3 151 Octant Related Geometry Fields 5 3 3 152 Octant Select Parameters 5 3 3 153 OMS Augmented 3D Location Fields 5 3 3 154 OMS Surface Location Fields 5 3 3 155 Overload Priority Index Fields 5 3 3 156 Packed Hierarchy 5 3 3 157 Packed Hierarchy Object 5 3 3 158 Packed Hierarchy Reference 5 3 3 159 Parallelepiped Volume Extent Entry 5 3 3 160 Parallelepiped Volume Extent Fields 5 3 3 161 PD 3D Location Fields 5 3 3 162 PD Surface Location Fields 5 3 3 163 Perimeter Related Feature Topology Fields 5 3 3 164 Perimeter Related Features Fields 5 3 3 165 Perimeter Related Geometry Fields 5 3 3 166 Perimeter Related Geometry Topology Fields 5 3 3 167 Polygon Control Link Fields 5 3 3 168 Polygon Fields 5 3 3 169 Positional Light Fields 5 3 3 170 Predefined Function Fields 5 3 3 171 Presentation Domain Fields 5 3 3 172 Primitive Summary Item Fields 5 3 3 173 Process Step Fields 5 3 3 174 Property Characteristic Fields 5 3 3 175 Property Code 5 3 3 176 Property Description Fields 5 3 3 177 Property Fields 5 3 3 178 Property Grid Fields 5 3 3 179 Property Set Index Control Link Fields 5 3 3 180 Property Set Index Fields 5 3 3 181 Property Set Table Fields 5 3 3 182 Property Set Table Group Fields 5 3 3 183 Property Table Reference Control Link Fields 5 3 3 184 Property Table Reference Fields 5 3 3 185 Property Value Fields 5 3 3 186 Proximity Data Fields 5 3 3 187 PS Augmented 3D Location Fields 5 3 3 188 PS Surface Location Fields 5 3 3 189 Pseudo Code Function Fields 5 3 3 190 Pyramid Directional Light Fields 5 3 3 191 Quadrant Data Fields 5 3 3 192 Quadrant Related Features Fields 5 3 3 193 Quadrant Related Geometry Fields 5 3 3 194 Quadrant Select Parameters 5 3 3 195 Reference Origin Fields 5 3 3 196 Reference Surface Fields 5 3 3 197 Reference Vector Control Link Fields 5 3 3 198 Reference Vector Fields 5 3 3 199 Regular Axis Fields 5 3 3 200 Relative Time Fields 5 3 3 201 Relative Time Interval Fields 5 3 3 202 Relative To Absolute Time Interval Entry 5 3 3 203 Relative To Absolute Time Entry 5 3 3 204 Remaining Objects List 5 3 3 205 Remaining Packed Hierarchies List 5 3 3 206 Rendering Priority Level Fields 5 3 3 207 Rendering Properties Fields 5 3 3 208 Responsible Party Fields 5 3 3 209 RGB Colour Control Link Fields 5 3 3 210 RGB Colour Fields 5 3 3 211 RGB Data 5 3 3 212 Role Data Fields 5 3 3 213 Rotating Light Behaviour Fields 5 3 3 214 Rotation Control Link Fields 5 3 3 215 Rotation Data 5 3 3 216 Rotation Fields 5 3 3 217 Scale Control Link Fields 5 3 3 218 Scale Fields 5 3 3 219 Search Bounds 5 3 3 220 Search Rule 5 3 3 221 Search Rule Component 5 3 3 222 Search Rule Component Field 5 3 3 223 Search Rule Component Field Array 5 3 3 224 Search Rule Component Field Range 5 3 3 225 Search Rule Field 5 3 3 226 Search Rule Field Array 5 3 3 227 Search Rule Field Range 5 3 3 228 Search Rule Predicate 5 3 3 229 Season Fields 5 3 3 230 SEC 3D Location Fields 5 3 3 231 Security Constraints Fields 5 3 3 232 Separating Plane Data Fields 5 3 3 233 Separating Plane Related Geometry Fields 5 3 3 234 Separating Plane Select Parameters 5 3 3 235 SEQ 3D Location Fields 5 3 3 236 Single Value 5 3 3 237 SMD 3D Location Fields 5 3 3 238 SME 3D Location Fields 5 3 3 239 Sound Fields 5 3 3 240 Sound Instance Control Link Fields 5 3 3 241 Sound Instance Fields 5 3 3 242 Source Fields 5 3 3 243 Spatial Association Data Fields 5 3 3 244 Spatial Index Data Fields 5 3 3 245 Spatial Index Parameters 5 3 3 246 Spatial Index Related Feature Topology Fields 5 3 3 247 Spatial Index Related Features Fields 5 3 3 248 Spatial Index Related Geometry Fields 5 3 3 249 Spatial Index Related Geometry Topology Fields 5 3 3 250 Spatial Resolution LOD Data Fields 5 3 3 251 Spherical Volume Extent Fields 5 3 3 252 Spot Light Fields 5 3 3 253 SRF Context Info 5 3 3 254 SRF Summary Fields 5 3 3 255 Stamp Behaviour Fields 5 3 3 256 State Control Link Fields 5 3 3 257 State Data Fields 5 3 3 258 State Entry 5 3 3 259 State Related Features Fields 5 3 3 260 State Related Geometry Fields 5 3 3 261 State Select Parameters 5 3 3 262 String 5 3 3 263 Strobing Light Behaviour Fields 5 3 3 264 Symbol Fields 5 3 3 265 Table Property Description Fields 5 3 3 266 Telephone Information 5 3 3 267 Text Fields 5 3 3 268 Text Font 5 3 3 269 Texture Coordinate Control Link Fields 5 3 3 270 Texture Coordinate Fields 5 3 3 271 Time Day Of Year Value 5 3 3 272 Time Entry 5 3 3 273 Time Interval Entry 5 3 3 274 Time Interval Fields 5 3 3 275 Time M Value 5 3 3 276 Time MD H Value 5 3 3 277 Time MD HM Value 5 3 3 278 Time MD HMS Value 5 3 3 279 Time Of Day Fields 5 3 3 280 Time Point Entry 5 3 3 281 Time Point Fields 5 3 3 282 Time Related Features Fields 5 3 3 283 Time Related Geometry Fields 5 3 3 284 Time Select Parameters 5 3 3 285 Time Value 5 3 3 286 Time Y Value 5 3 3 287 Time YD Value 5 3 3 288 Time YD H Value 5 3 3 289 Time YD HM Value 5 3 3 290 Time YD HMS Value 5 3 3 291 Time YMD Value 5 3 3 292 Time YMD H Value 5 3 3 293 Time YMD HM Value 5 3 3 294 Time YMD HMS Value 5 3 3 295 TM Augmented 3D Location Fields 5 3 3 296 TM Surface Location Fields 5 3 3 297 Translation Control Link Fields 5 3 3 298 Translation Fields 5 3 3 299 Translucency Control Link Fields 5 3 3 300 Translucency Fields 5 3 3 301 Transmittal Root Fields 5 3 3 302 Transmittal Summary Fields 5 3 3 303 Union Of Feature Topology Fields 5 3 3 304 Union Of Features Fields 5 3 3 305 Union Of Geometry Fields 5 3 3 306 Union Of Geometry Hierarchy Fields 5 3 3 307 Union Of Geometry Topology Fields 5 3 3 308 Union Of Primitive Geometry Fields 5 3 3 309 Unused Fields 5 3 3 310 URL 5 3 3 311 URN 5 3 3 312 Variable Fields 5 3 3 313 Volume Extent Entry 5 3 3 314 Volume Light Behaviour Fields 5 3 3 315 Volume LOD Data Fields 5 3 3 316 Volume LOD Entry 5 3 3 317 World 3x3 Fields 5 4 Private data types 5 4 1 Description 5 4 2 Iterator 5 4 3 Object 5 4 4 Packed Hierarchy Object Access 5 4 5 Search Boundary 5 4 6 Search Filter 5 4 7 Test Data 5 4 8 Transmittal 5 4 9 User Data 5 5 Function data types 5 5 1 Description 5 5 2 Predicate 5 5 3 Status Logger 5 6 Data types from other standards 5 6 1 Description 5 6 2 Data types from ISO IEC 18025 5 6 2 1 EDCS Attribute Code 5 6 2 2 EDCS Attribute Value 5 6 2 3 EDCS Attribute Value Type 5 6 2 4 EDCS Boolean 5 6 2 5 EDCS Classification Code 5 6 2 6 EDCS Count 5 6 2 7 EDCS Count Interval 5 6 2 8 EDCS Count Value 5 6 2 9 EDCS Integer 5 6 2 10 EDCS Integer Interval 5 6 2 11 EDCS Integer Value 5 6 2 12 EDCS Long Float 5 6 2 13 EDCS Long Float Value 5 6 2 14 EDCS Numeric Value Type 5 6 2 15 EDCS Null 5 6 2 16 EDCS String 5 6 2 17 EDCS Unit Code 5 6 2 18 EDCS Unit Scale Code 5 6 2 19 EDCS Value Characteristics Code 5 6 3 Data types from ISO IEC 18026 5 6 3 1 SRM CD 3D Coordinate 5 6 3 2 SRM CD Surface Coordinate 5 6 3 3 SRM Coordinate 5 6 3 4 SRM DSS Code 5 6 3 5 SRM EI 3D Coordinate 5 6 3 6 SRM Equatorial Spherical 3D Coordinate 5 6 3 7 SRM Euclidean 2D Coordinate 5 6 3 8 SRM Euclidean 3D Coordinate 5 6 3 9 SRM LSA 2D Coordinate 5 6 3 109 SRM LSP 2D Coordinate 5 6 3 11 SRM LTSAS 3D Coordinate 5 6 3 12 SRM LTSAS Surface Coordinate 5 6 3 13 SRM LTSC 3D Coordinate 5 6 3 14 SRM LTSC Surface Coordinate 5 6 3 15 SRM LTSE 3D Coordinate 5 6 3 16 SRM LTSE Surface Coordinate 5 6 3 17 SRM Map Projection 3D Coordinate 5 6 3 18 SRM Map Projection Surface Coordinate 5 6 3 19 SRM Matrix 3x3 5 6 3 20 SRM Matrix 4x4 5 6 3 21 SRM PD 3D Coordinate 5 6 3 22 SRM PD Surface Coordinate 5 6 3 23 SRM SRF Parameters Info 5 6 3 24 SRM Vector 3D 5 6 4 Data types from ISO 19115 5 6 4 1 CI OnlineResource 5 6 4 2 CI RoleCode 5 6 4 3 MD ClassificationCode 5 6 4 4 MD KeywordTypeCode 5 6 4 5 MD RestrictionCode 5 2 7 2 API Function Table 5 31 Replace the value associated with code 43 with GET REMAINING PACKED HIERARCHIES LIST 5 2 7 11 Feature Topology Level Table 5 31 In row ONE constraint a replace DRM Location instance with DRM Location component 5 2 7 15 Geometry Topology Level Table 5 35 In row ZERO replace Item a of Constraints with the following text If a DRM Geometry Node instance is associated with more than one DRM Geometry Representation instance the DRM Geometry Representation instances shall be collocated In row ZERO replace Other types of geometry topology objects with Instances of other subclasses of DRM Geometry Topology In row ONE replace the second paragraph with the following text Relationships DRM Geometry Node three or more instances and DRM Geometry Edge two or more instances Instances of other subclasses of DRM Geometry Topology and relationships may exist at level ONE but are not required In row ONE replace the text of constraint a with the following text No two DRM Geometry Node instances may be collocated In row ONE insert at least before one pair In row TWO replace the text of constraint a with the following text DRM Geometry Edge instances may not intersect or overlap one another except where they meet at a common DRM Geometry Node instance In row TWO second paragraph replace No additional types of DRM objects with No instances of additional subclasses of DRM Geometry Topology In row THREE remove Relationship b In row THREE replace the text of constraints a and b with the following text DRM Geometry Face instances may not intersect or overlap one another except where they meet at a common DRM Geometry Edge instance Each DRM Geometry Edge instance shall bound either one or two DRM Geometry Face instances In row FOUR second paragraph replace No additional types of DRM objects with No instances of additional subclasses of DRM Geometry Topology 5 2 7 41 Spatial Association Meaning Type Table 5 61 Replace Value IN PROXIMTY OF with IN PROXIMITY OF 5 3 2 Array data types Replace 5 3 2 with the following text 5 3 2 Array data types Arrays specify an ordered set whose elements may be of any single data type Arrays in this part of ISO IEC 18023 are of one or two dimensions Table 5 80 specifies the notation for arrays of the supported dimensions Table 5 80 Array data type notation One dimensional arrays lists Data Type Name l Two dimensional arrays Data Type Name l w The numbers l and w represent the size of the corresponding length and width dimension Each dimension shall be at least one If the dimension is variable an asterisk is used EXAMPLE 1 A data type for a variable length list of integers would be specified as Integer EXAMPLE 2 A 4 4 matrix of single precision floating point numbers would be specified as Float 4 4 5 3 3 3 Absolute Time Fields In the reference time field replace the with a space character 5 3 3 8 Alternate Hierarchy Parameters Remove the character from the end of the 1st sentences of the 3rd and 4th paragraphs 5 3 3 15 Any Enumerated Or Selection Value Replace the text of declaration in this subclause with the following text Any Enumerated Value selected enumeration Enumerated Or Selection Type NULL TYPE null type Short Integer Unsigned AXIS ALIGNMENT axis alignment Axis Alignment BOOLEAN boolean Boolean CAMERA PROJECTION TYPE camera projection type Camera Projection Type CI ROLECODE ci rolecode CI RoleCode COLOUR BINDING colour binding Colour Binding COLOUR MODEL colour model Colour Model DRM CLASS drm class DRM Class EDCS ATTRIBUTE CODE edcs attribute code EDCS Attribute Code EDCS ATTRIBUTE VALUE TYPE edcs attribute value type EDCS Attribute Value Type EDCS BOOLEAN edcs boolean EDCS Boolean EDCS CLASSIFICATION CODE

    Original URL path: http://standards.sedris.org/18023-1_Amd1/Part1/Clause5--Fundamental%20Data%20Types.html (2016-02-11)
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  • ISO/IEC 18023-1:2006/Amd.1:2012 -- 6 DRM class definitions
    the following new constraint Constraints on associates Replace Clarification 2 with the following text 2 This relationship indicates the collection of DRM Geometry Edge instances that are bounded by the DRM Geometry Node instance if any For each DRM Geometry Edge instance associated with the DRM Geometry Node through the use of a DRM Edge Direction link object with a forwards field value of TRUE the DRM Geometry Node instance is the starting node of the DRM Geometry Edge instance For each DRM Geometry Edge instance associated with the DRM Geometry Node through the use of a DRM Edge Direction link object with a forwards field value of FALSE the DRM Geometry Node instance is the ending node of the DRM Geometry Edge instance 6 2 95 DRM Geometry Topology Table 6 95 In row Component of two way replace one with one or more 6 6 2 97 DRM Geometry Volume Table 6 97 Replace Figure 6 116 with the figure hyperlinked from Figure 6 116 DRM Geometry Volume In row Component of two way inherited replace one with one or more Replace clarification 2 with the following 2 These DRM Geometry Face instances specify the boundary of the DRM Geometry Volume instance 6 2 119 DRM Keyword Table 6 119 In the Field elements row the bookmark for the hyperlink to Clause 5 for MD KeywordTypeCode should be changed from KeywordTypeCode to MDKeywordTypeCode 6 2 124 DRM Legal Constraints Table 6 124 In the Field elements row the bookmark for the hyperlink to Clause 5 for MD RestrictionCode should be changed from RestrictionCode to MDRestrictionCode two occurrences 6 2 127 DRM Light Rendering Properties Table 6 127 In the Field elements row insert the range 0 0 for each of the following fields light diameter light extinguishing range and candela value 6 2 142 DRM LOD Related Features Table 6 142 Under Composed of two way inherited replace zero or more DRM Feature Topology Hierarchy instances with zero or one DRM Feature Topology Hierarchy instance 6 2 143 DRM LOD Related Geometry Table 6 143 Under Composed of two way inherited replace zero or more DRM Geometry Topology Hierarchy instances with zero or one DRM Geometry Topology Hierarchy instance 6 2 166 DRM Octant Related Features Table 6 166 Under Composed of two way inherited replace zero or more DRM Feature Topology Hierarchy instances with zero or one DRM Feature Topology Hierarchy instance 6 2 167 DRM Octant Related Geometry Table 6 167 Under Composed of two way inherited replace zero or more DRM Geometry Topology Hierarchy instances with zero or one DRM Geometry Topology Hierarchy instance 6 2 176 DRM Perimeter Related Features Table 6 176 Under Composed of two way inherited replace zero or more DRM Feature Topology Hierarchy instances with zero or one DRM Feature Topology Hierarchy instance 6 6 2 177 DRM Perimeter Related Geometry Table 6 177 Under Composed of two way inherited replace zero or more DRM Geometry Topology Hierarchy instances with

    Original URL path: http://standards.sedris.org/18023-1_Amd1/Part1/Clause6--DRM%20Class%20Definitions.html (2016-02-11)
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  • ISO/IEC 18023-1:2006/Amd.1:2012 -- 7 DRM class constraints
    instance with n DRM Polygon components P 1 P n and an associated DRM Geometry Volume instance V For each P i every DRM Vertex component of P i has a DRM Location 3D component and is associated with a DRM Geometry Node instance and P i is associated with a DRM Geometry Face instance F i which is in turn associated with V 7 2 27 DRM Presentation Domain constraints In Items a and d replace DRM Colour with DRM Colour 7 2 28 DRM Primitive Summary Item constraints In Item c replace in its DRM Feature Hierarchy instance and or its DRM Geometry Hierarchy instance with in the component tree of its DRM Feature Hierarchy component and or that of its DRM Geometry Hierarchy component In Item d replace in the DRM Feature Hierarchy instance of its DRM Feature Model instance and or the DRM Geometry Hierarchy instance of its DRM Geometry Model instance with in the component tree of its DRM Feature Model component and or that of its DRM Geometry Model component In Item e insert the text instance after DRM Model 7 2 30 DRM Property Characteristic constraints In the first sentence replace DRM Property with DRM Property In the first sentence of Item a replace the text the abstract value type ENUMERATION with the text the abstract value type BOOLEAN or the abstract value type ENUMERATION Append to the last sentence of Item a the text for the case of ENUMERATION or of TRUE or FALSE for the case of BOOLEAN In Item b insert field value before the period Replace Item c with the following text If the attribute value type entry of the characteristic value field of C is not REAL C shall not have a meaning field value of EVC TOLERANCE 7 2 32 DRM Property Set Table size In the first sentence of the second paragraph replace both occurrences of DRM class instances with DRM objects In the first sentence of the second paragraph replace T with T In the second sentence of the second paragraph replace has value FALSE for T with of T has value FALSE In the Note replace and that with and 7 2 33 DRM Reference Surface constraints In Item a replace context of with scope of a DRM object that specifies In Item c replace instnace with instance 7 2 34 DRM Stamp Behaviour constraints Replace context of with scope of a DRM object that specifies 7 2 36 Edges bordering faces Remove the paragraph and list starting with DRM Geometry Edge 7 2 37 Face ring edge consistency Replace the text of Items a and b with the following text For a DRM Feature Face Ring instance R that associates to DRM Feature Edge instances E 1 E n the following conditions shall hold If n 1 E 1 shall be a loop such that its start and end DRM Feature Node instances are the same DRM Feature Node instance If n 1 for each E i E i 1 where i 1 n 1 E i and E i 1 shall associate to a common DRM Feature Node instance and where i n E 1 and E n shall associate to a common DRM Feature Node instance For each consecutive DRM Feature Edge instance within R the DRM Edge Direction link object shall be consistent with the starting and ending nodes of the edge If n 1 for each E i E i 1 where i 1 n there shall be at most one E j where j 1 such that E j is the same DRM Feature Edge instance as E i but where the DRM Edge Direction link objects for E i and E j have different forwards field values If such an E j exists then for every E i there shall be such an E j For a DRM Geometry Face instance F that associates to DRM Geometry Edge instances E 1 E n the following condition shall hold For each E i E i 1 where i 1 n 1 E i and E i 1 shall associate to a common DRM Geometry Node instance and where i n E 1 and E n shall associate to a common DRM Geometry Node instance For each consecutive DRM Geometry Edge instance within R the DRM Edge Direction link object shall be consistent with the starting and ending nodes of the edge For each E i E j where i j E i and E j shall be distinct Remove Item c 7 2 39 General axis constraints Insert the field value after each occurrence of axis type throughout Replace all occurrences of the value of the axis type with axis type In Item a 2 insert field after axis value array In Items b c and d insert field value after each occurrence of value unit and value scale In Item b insert field value after every occurrence of axis interval value array In Item c insert field value after every occurrence of axis value array 7 2 40 Hierarchy summary constraints In Item a replace An instance of DRM Hierarchy Summary Item with A DRM Hierarchy Summary Item instance In Item c replace the comma with a period In Item c 1 replace the first occurrence of field with field value In Item c 1 i replace shall match with field value shall match In Item c l i replace that with the DRM class In Item c 2 replace the first occurrence of field with field value In the second sentence of Item c 3 remove such a component instance In Item c 3 i replace shall match with field value shall match In Item c 3 i replace that with the DRM class In Item c 3 ii insert field before the first occurrence of value In Item c 3 ii replace field shall have value with field value shall be In Item c 4 insert value after field In the first sentence of Item d 1 insert component after DRM Geometry Model In the first sentence of Item d 1 replace the first occurrence of field with field value In the second sentence of Item d 1 remove the text such a component instance In Item d l i replace shall match with field value shall match In Item d 1 i replace that with the DRM class In Item d 1 ii insert field before the first occurrence of value In Item d 1 ii replace field shall have value with field value shall be In Item d 2 replace field with field value In the first sentence of Item d 3 replace the first instance of instance with component In the first sentence of Item d 3 replace field with field value In the second sentence of Item d 3 remove the text such a component instance In Item d 3 i replace shall match with field value shall match In Itrm d 3 i replace that with the DRM class In Item d 3 ii insert field before the first occurrence of value In Item d 3 ii replace field shall have value with field value shall be In Item d 4 insert value after field 7 2 41 Homogeneous light rendering properties Change the name of the subclause to Homogeneous DRM Light Rendering Properties and update the hyperlinks and Topics table entry appropriately Replace instances with components 7 2 42 Image mapping functions and texture coordinates In the first paragraph replace an instance of DRM Geometry Representation with a DRM Geometry Representation instance In the first paragraph replace DRM Texture Coordinate instances with DRM Texture Coordinate components In the first paragraph replace that instance of DRM Geometry Representation with that DRM Geometry Representation instance In the second paragraph replace instances of DRM Feature Representation with DRM Feature Representation instances In the third paragraph replace instances with components In the third paragraph replace DRM Tack Point instance with DRM Tack Point component 7 2 43 Index codes within tables Replace N with n throughout In Item a first sentence replace meaning with meaning field Index Code In Item a second paragraph replace each occurrence of DRM Data Table with DRM Data Table In the second paragraph of Items a b c and g replace missing or excluded with a qualitative EDCS Attribute Value Characteristic In Item a 3 replace all occurrences of DRM Classification Data instance with DRM Classification Data component In Item b first sentence replace meaning Index Code with meaning field Index Code In Item c first sentence replace meaning Index Code with meaning field Index Code In Item f replace or f with or e In Item g first sentence replace meaning Index Code with meaning field Index Code In Item g first paragraph replace component DRM Table Property Description with component DRM Table Property Description instance 7 2 45 LOD related organizing principle In the first sentence replace applies with apply In Item a replace instance of DRM Base LOD Data with DRM Base LOD Data link object In Item a insert value after field In the first sentence of Item b replace instances with link objects In Item b 1 replace instances of DRM Distance LOD Data with DRM Distance LOD Data link objects In the first sentence of Item b 1 i replace of one with field value of one In the first sentence of Item b 1 i replace of the other with field value of the other In Item b 1 ii insert DRM Distance LOD Data link object after each In Item b 2 replace instances of DRM Volume LOD Data with DRM Volume LOD Data link objects In Item c replace inherited with inherits In Item c replace its lod data type with the lod data type field value of L In Item c 1 replace is of type with has an lod data type field value of In Item c 2 replace is of type with has an lod data type field value of 7 2 46 Mandatory metadata In the DRM Browse Media entry replace field name with name field In the DRM Browse Media entry replace field media urn shall be with media urn field shall specify In the DRM Citation entry replace field title shall be with title field shall specify In the DRM Identification entry replace field abstract shall be with abstract field shall specify In the DRM Keywords entry replace the first sentence of the first paragraph with the following text For any given DRM Identification instance the type field value of each of its DRM Keywords components shall be distinct In the DRM Legal Constraints entry replace both occurrences of contain with specify In the DRM Lineage entry replace An instance of DRM Lineage with A DRM Lineage instance In Items a and b of the DRM Lineage entry replace instance with component In the first paragraph of the DRM Responsible Party entry insert of the address entry before within In the third paragraph of the DRM Responsible Party entry replace locale with locale In the fourth paragraph of the DRM Responsible Party entry replace contain with specify In the fifth paragraph of the DRM Responsible Party entry replace value with field value In the fifth paragraph of the DRM Responsible Party entry replace fields with field values In the sixth paragraph of the DRM Responsible Party entry replace fields with field values In the sixth paragraph of the DRM Responsible Party entry replace values with field values In the DRM Security Constraints entry replace classification with the classification field In the DRM Security Constraints entry replace classification system field shall be with the classification system field value shall specify In the DRM Source entry replace be with specify 7 2 47 Model reference type constraints In the first sentence replace the colon with a period In Item a replace an instance of DRM Model with a DRM Model instance In Item a replace value set to with field value of In Item a replace aggregate DRM Model Library instance with DRM Model Library aggregate In Item a replace name with name field value In Item b replace an instance of DRM Model with a DRM Model instance M In Item b replace model reference type set to with a model reference type field value of In Item b replace the colon with a period In Item b 1 replace that DRM Model instance with M In Item b 1 replace the semicolon with a period In Item b 2 replace Its dynamic model processing with The dynamic model processing field value of M 7 2 48 Nested primitive geometry Replace contains a DRM Union Of Primitive Geometry instance with has a DRM Union Of Primitive Geometry component Replace all occurrences of can nest with can nest instances of 7 2 49 Non cyclic aggregations Replace the text preceding the list with the following text Let X be a DRM object X shall not appear in the component tree of X other than as the root of the component tree In Item b replace instance with instance Remove Item c 7 2 50 Non empty DRM Environment Root instance Replace the text as components a DRM Feature Hierarchy instance and or a DRM Geometry Hierarchy instance with a DRM Feature Hierarchy component and or a DRM Geometry Hierarchy component 7 2 51 Non empty DRM Model instance In Item a replace the second and third occurrences of instance with component In Item b replace the second and third occurrences of instance with component In Item b replace e g with i e In Items b 1 and c 1 replace the second and third occurrences of instance with component In Items b 3 and c 3 replace is tagged as with has a model reference type field value of In Item b 4 replace the first and last occurrences of instance with component In Item d replace the last occurrence of instance with component In Item d replace field set to with field value of In Item d replace instnace with instance 7 2 54 Octant related organizing principle In the first paragraph replace a DRM Octant Related Features or a DRM Octant Related Geometry instance with an instance of DRM Octant Related Features or an instance of DRM Octant Related Geometry In Item a insert component after the second occurrence of DRM Spatial Extent In Item b replace all occurrences of DRM Spatial Extent instance with DRM Spatial Extent component In Item b replace all occurrences of DRM Spatial Extent instances with DRM Spatial Extent components In Item b 3 insert except at the boundaries after the first occurrence of overlap In Item b 3 replace instances shall not overlap with instances may have overlapping boundaries but shall have no overlapping interiors 7 2 56 Perimeter related organizing principle In Item a 1 insert link objects after DRM Perimeter Data In Item a 3 replace both occurrences of instance with link object In Item c 2 replace branches of P with branches of P In Item c 4 replace fields of P with fields of P 7 2 57 Polygon as bounded plane Replace index N with n throughout Replace the text of item b with the following text For each pair of line segments L i L j L r L s where L i and L j are adjacent and L r and L s are adjacent L i L j and L r L s shall not intersect unless i s or j r in which case they shall intersect only at that common DRM Vertex instance In item d replace index otherwise with otherwise 7 2 58 Precedence of DRM Property Set Index In Items a 5 and b 5 replace DRM Colour with DRM Colour 7 2 59 Publishable object In Item b insert DRM Base Association Data as the first entry in the list of DRM classes 7 2 60 Quadrant related organizing principle In Item a replace instance with component In Item b replace all occurrences of DRM Spatial Extent instance with DRM Spatial Extent component In Item b replace all occurrences of DRM Spatial Extent instances with DRM Spatial Extent components In Item b 1 insert instance after DRM Model In Item b 3 insert except at the boundaries after the first occurrence of overlap In Item b 3 replace instances shall not overlap with instances may have overlapping boundaries but no overlapping interiors In Item b 6 i replace instance with component In Item b 7 replace the list enumerators for the list within Item 7 with lower case roman numerals In Item b 7 a or Item b 7 i after the preceding change is applied replace instance with component 7 2 61 Required reference vector location Replace a DRM Polygon with an instance of DRM Polygon Remove the last occurrence of instance 7 2 62 Separating plane organizing principle In Item b 2 replace component DRM Separating Plane Relations with DRM Separating Plane Relations component In Items b 2 ii and b 3 iii replace DRM Separating Plane Data instance with DRM Separating Plane Data link object 7 2 63 Spatial axis constraints Replace the text of this subclause with the following text Consider a spatial DRM Axis component X of a DRM Property Grid instance G as defined in 4 9 5 2 Spatial axes The axis type field value of X shall correspond to a coordinate of the SRF specified by G as follows The axis type field value of X shall be one of the following EAC SPATIAL ANGULAR PRIMARY COORDINATE EAC SPATIAL ANGULAR SECONDARY COORDINATE EAC SPATIAL LINEAR PRIMARY COORDINATE EAC SPATIAL LINEAR SECONDARY COORDINATE or EAC SPATIAL LINEAR TERTIARY COORDINATE If the primary component of the SRF specified by G is angular X shall not specify an

    Original URL path: http://standards.sedris.org/18023-1_Amd1/Part1/Clause7--DRM%20Class%20Constraints.html (2016-02-11)
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  • ISO/IEC 18023-1:2006/Amd.1:2012 -- 8 Application programmer interface (API)
    8 3 22 Table 8 23 Change the data type of the matrix output parameter to SRM Matrix 4x4 8 3 44 Title Change the title of this subclause from GetRemainingPackedHierarchies to GetRemainingPackedHierarchiesList 8 3 44 Table 8 45 Change

    Original URL path: http://standards.sedris.org/18023-1_Amd1/Part1/Clause8--Abstract%20API.html (2016-02-11)
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