Table of Contents
Background
Based on the findings of the European transport R&D project INDRIS (Inland Navigation Demonstrator for River Information Services) and the German project ARGO in 2001, both the Danube and the Rhine Commissions adopted an Inland Electronic Chart Display and Information Systems (ECDIS) standard for Electronic Navigational Chart (ENC) data and system requirements for the Rhine and the Danube Rivers. In 2001, the Economic Commission for Europe of the United Nations (UN ECE) adopted the Inland ECDIS Standard as a recommendation for the European inland waterway system (CCNR 2002).
In the USA, following a 1999 recommendation by the National Transportation Safety Board, the U.S. Army Corps of Engineers (USACE) initiated a program to facilitate the production and implementation of Inland ENCs on major river and inland waterway systems in the United States.
While there are some differences between the North American and European inland waterways, there are far more similarities. A North American - European Inland ENC Workshop was held in 2003 in conjunction with a Conference on River Information Services (RIS) organized by the European R&D-project COMPRIS (Consortium Operational Management Platform River Information Services). In addition to informing participants on the status of standards development and projects being conducted, a key objective was to discuss the benefits of harmonizing Inland ENC data standards between Europe and North America.
The North American - European Inland ENC Harmonization Group (IEHG) was formed in 2003 to facilitate the development of international standards for Inland ENC data. The IEHG is comprised of representatives from government, industry and academia. European participants take part on behalf of the European Inland ECDIS Expert Group. The North American participants are members of the North American Inland ENC Ad Hoc working group that was formed in 2002. The IEHG meets once per year. However, most of the work is accomplished via e-mail correspondence and the website http://ienc.openecdis.org.
The goal of the IEHG is to agree upon specifications for Inland ENCs that are suitable for all known inland ENC data requirements for safe and efficient navigation for European and North American inland waterways. However, it is intended that this standard meets the basic needs for Inland ENC applications, worldwide. As such, the Inland ENC standard is flexible enough to accommodate additional inland waterway requirements in other regions of the world.
In September 2005, the Ministry of Transport of the Russian Federation became a member of the IEHG. In 2007, Brazil through its national Hydrographic Service, the Directorate of Hydrography and Navigation (DHN), joined the IEHG as the first South American country. In October 2009, the Waterborne Transportation Institute of the Ministry of Transport, Peoples Republic of China became the first member of the IEHG from the Asian region.
IEHG also works closely with the International Hydrographic Organization (IHO). At the ECDIS stakeholders’ forum in 2007, IHO confirmed that compatibility with Inland ENC standards is allowed by the standards that are certified for maritime ECDIS applications. On 14 April 2009, IEHG became recognized as a Non-Governmental International Organization (NGIO) of IHO. In addition, at the 4th Extraordinary International Hydrographic Conference on 4 June 2009, IHO adopted a resolution to cooperate with the IEHG.
As an NGIO, IEHG supports, advises and provides input to IHO regarding Inland ENC matters. Specifically, IEHG attends:
Hydrographic Services and Standards Committee (HSSC)
Transfer Standard Maintenance and Application Development (TSMAD) WG
Inland Electronic Navigational Chart Defined
Inland Electronic Navigational Chart (IENC) means: the database, standardized as to content, structure and format, for use with inland electronic chart display and / or information systems operated onboard of vessels transiting inland waterways. An IENC is issued by or on the authority of a competent government agency, and conforms to standards [initially] developed by the International Hydrographic Organization (IHO) and [refined by] the Inland ENC Harmonization Group. An IENC contains all the chart information necessary for safe navigation on inland waterways and may contain supplementary information in addition to that contained in the paper chart (e.g. sailing directions, machine-readable operating schedules, etc.) which may be considered necessary for safe navigation and voyage planning.
IENC Standards
The framework for Inland ENC standards includes:
Use of IHO S-57 (Edition 3.1), including:
‘Maritime’ ENC Product Specification (Appendix B1)
Object Catalogue (Appendix A)
Use of Object Catalogue (Appendix B.1, Annex A)
A minimum Inland ENC Product Specification that includes mandatory requirements for safety-of-navigation on inland waterways, worldwide.
An Inland ENC Encoding Guide that provides guidance on recommended object classes, attributes, and attribute values for encoding IENC data.
Inland ENC Feature Catalogue.
Establishment of an Inland ENC Register for additional real-world, IENC features, attributes, and enumerations that are not already contained in IHO S-57 Edition 3.1 Object Catalogue.
Use of the ienc.openecdis.org as a means of communication, and as an interim means to register additional Inland ENC object classes, attributes, and attributes values.
Align with the IHO S-100 Universal Hydrographic Data Model. In particular, this includes the Inland ENC Register as part of the overall S-100 Geospatial Information Registry.
As of February 2011, the current versions of IENC-related standards are:
IENC Product Specification, Ed. 2.3 (February 2011)
Feature Catalogue, Ed. 2.3 (February 2011)
IENC Encoding Guide, Ed. 2.3.0 (February 2011)
Two other Inland IENC-related standards that are not maintained by IEHG, but are used in Europe include:
Inland ECDIS Standard, Ed. 2.2
IENC Presentation Library, Ed. 2.2
[Note: Both are under revision and will be posted on the IEHG website when available].
Copies of all IENC-related standards available at: http://ienc.openecdis.org.
IENC Encoding Guide
The IENC Encoding Guide provides detailed guidance on what is required to produce a consistent, uniform Inland ENC.
For all object classes, attributes, and attribute values that are used in conjunction with an IENC, the IENC Encoding Guide:
Provides a basis for its creation
Describes its relationship to the real-world entity
Provides criteria for its proper use
Gives specific encoding examples
Provides real-world and graphic examples of IENC information (portrayal)
Minimum Contents of an IENC
At a Minimum, the following objects shall be included in an IENC, if they exist:
Bank of waterway
Shoreline construction (e.g., groin, training wall)
Any facility that is considered a hazard to navigation
Contours of locks and dams (i.e., footprint area)
Boundaries of the navigation channel (if defined)
Isolated dangers in the navigation channel that are either:
under water (obstructions)
above water level (e.g., bridges, overhead cables)
Official Aids-to-Navigation (e.g. buoys, beacons, lights, notice marks)
Waterway axis with kilometres/hectometres
In addition to these minimum requirements, the Encoding Guide contains recommended objects, attributes and attribute values that are suitable for any Inland ENC application, worldwide. Each country or region can decide which of these recommended objects, attributes and attribute values are necessary to meet their requirements. For example, in Europe and the USA, there are different requirements for River Information Services (RIS). (See diagram below for reference.)
When the competent authorities in Europe define the “navigable water” for their individual waterways they should take into account water areas which can be used at mean water level by vessels with a hull length of 20m or more that are typically used on these waterways. Water areas on which navigation is prohibited are not “navigable water”. If an object which is minimum content when it is situated in navigable water is situated outside of the navigable water, it is recommended to encode it.
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Changes to the IENC Encoding Guide
The IENC Encoding Guide is a living document that can be modified, as needed, to accommodate future Inland ENC requirements and development, worldwide. As such, two basic procedures have been established for making changes to the document.
Procedure A: Proposals for copied and new object classes, attributes and attribute values
Proposals for copied and new object classes, attributes and attribute values need a formal decision by IEHG according to the following steps:
Prior to submitting a proposal, it is necessary to check whether an existing S-57 object, attribute or attribute value can be used. If a new object, attribute or attribute value is needed, the proposed acronym should be registered on the IEHG/S-100 Register to ensure that there is no duplication of acronyms.
Publication of the proposal, including the necessary changes in the Encoding Guide, should be posted on the IEHG Discussion Forum. [http://operations.usace.army.mil/nav/IEHG/start.cfm?Option=Login].
Discussion and decision at a meeting of the IEHG.
Procedure B: Proposals for all the other changes and amendments
Proposals for other types of changes and amendments (e.g., additional pictures, coding instructions, or object coding using already existing object classes, attributes and attribute values) are decided upon using the following steps:
Posting of the proposal (using the proposal form) on the IEHG discussion forum on the OEF by a member of the IEHG.[http://operations.usace.army.mil/nav/IEHG/start.cfm?Option=Login].
If there are recommendations on how to improve the proposal, the amended proposal is regarded as a new one.
If there is no veto within six (6) weeks, the amendment is considered adopted. It then:
Is included in the working version of the Encoding Guide that is available on the OEF
Can be used by everyone
Will be included in the next official edition of the Encoding Guide
If there is a veto, the proposal will be further discussed and decided upon at the next meeting of the IEHG.
Decisions of the IEHG in accordance with Procedure A may result in issuing a new edition of the Encoding Guide and Product Specification for Inland ENCs (e.g., Edition 2.2.0 Edition 2.3.0). Decision in accordance with Procedure B do not require new edition of the IENC Production Specification, and will be considered version to an existing Edition (Edition 2.2.0 2.2.1). The current edition as well as the latest version will both be available at http://ienc.openecdis.org, together with a history of changes.
A. Features & Attributes: Mandatory, Conditional, Optional
Each feature class and attribute class in the harmonization guide has been classified for encoding purposes as mandatory, conditional or optional.
Mandatory (M) features or attributes must be encoded. For attributes, if the value is not known, it must be coded as UNKNOWN.
Conditional (C) features or attributes are mandatory (must be encoded) if defined conditions are met (e.g. if a feature has multiple colours, a colour pattern must be encoded). If the defined conditions are not met, the features or attributes are Optional (O).
Optional (O) features or attributes should be encoded if the value is known.
B. Attribute Classes Associated With All Geo Object Classes
The following attribute classes can be associated with all geo object classes in an IENC:
SORIND
US: The source indicator is a mandatory attribute and must be coded for all objects in the IENC. All objects in the Encoding Guide state that SORIND is Conditional (C); the condition that must be met is that it is a US produced chart.
The format is: 2 character country code, 2 character authority code, 5 character source code, identifier (no restriction on number of characters). Examples:
For navigation features reference an authority such as the USCG Mississippi River System Light List, Volume 5: (US,U3,MS_LL,2004_Edition_No.808)
For hydrographic features reference appropriate survey: (US,U3,SURVY,2001_Hydro_Survey)
For other features reference appropriate survey data: (US,U3,SURVY,1999_Aerial_Survey)
EU: The source indicator must only be coded for an object in an IENC when the source is different from the producer of the IENC and the producer wants to exclude liability.
The format is: 2 character country code, 2 character authority code, 5 character source code, identifier (no restriction on number of characters). Examples:
BR: SORIND is an optional attribute which may be used for an object in an IENC when the source is different from the producer of the IENC.
The format is: 2 character country code, description of the responsible authority (no restriction on number of characters).
SORDAT
The production date of the source of the data (e.g. the date of measurement). The source date should be coded for those objects in an IENC, which are changing regularly, for example depth information.
The format is yearmonthday (YYYYMMDD). Example:
SORDAT coding for a feature with of source date of September 30, 2004 is 20040930
US: SORDAT is a mandatory attribute and must be coded for all objects in the IENC. SORDAT should be set to the release date of the chart if the actual source dates of the data unavailable.
EU: SORDAT for other objects it might be set to "unknown".
BR: SORDAT is optional.
OBJNAM
Use to code feature's name (do not include information on characteristics of feature). Name must be in Title Case. Use abbreviations where possible. Use short names only to avoid clutter in the display. OBJNAM shall be entered in local language using Basic Latin Unicode characters, e.g. Baarlerbruecke, Volkeraksluis or Wien.
NOBJNM
Whenever OBJNAM is used, it is also possible to use NOBJNM. NOBJNM may be used for names in the National Language, for example, Cyrillic characters.
INFORM
Use to code navigationally significant information about the feature that cannot be coded by attributes. INFORM should always be in English.
NINFOM
Whenever INFORM is used, it is also possible to use NINFOM. INFORM should always be in English, whereas NINFOM may be used for the National Language, for example, Cyrillic characters.
TXTDSC
Use to link textual descriptions or feature information in an ASCII file. For object names within the TXTDSC file, the same rules as for the attribute OBJNAM are applicable. Free text within the TXTDSC file should be provided in English language. Note that filename must be in UPPER CASE.
US: Format is AARRMMMXNN.EXT where:
AA = 2-character Producer Code
RR = 2-character river code
MMM = 3-digit river mile or river km, 000-999
X = tenth of river mile/km; preceding decimal point implied; use zero if river mile/km known only to the nearest mile.
NN = 01-99; unique identifier for text file at the particular river mile/km.
For example, if three TXTDSC files exist at the same river mile/km, 01, 02, and 03 would be used.
EXT = 3-character file extension for Hypertext Metafile (HTM), ASCII text (TXT), or Standardized External XML file with communication information.
EU: The ISRS code can be used for the file name, e.g. DEXXX039000000005023.XML.
NTXTDS
Use to link textual descriptions or feature information in the national language (if the national language is not English) in an ASCII file. For object names within the NTXTDS file, the same rules as for the attribute NOBJNM are applicable. Free text within the NTXTDS file should be provided in the national language.
Note that filename must be in UPPER CASE. EU: The two letter language code can be added to the file name, e.g. DEXXX039000000005023DE.XML
PICREP
Use to link imagery related to feature. Note that the filename must be in UPPER CASE. Image should be 640 x 480 pixels in resolution. Format is AARRMMMXNN.EXT, where:
AA = 2-character Producer Code
RR = 2-character river code
MMM = 3-digit river mile or river km, 000-999
X = tenth of river mile/km; preceding decimal point implied; use zero if river mile/km known only to the nearest mile.
NN = 01-99; unique identifier for image file at the particular river mile/km.
For example, if three PICREP files exist at the same river mile/km, 01, 02, and 03 would be used.
EXT = 3-character file extension for the image file format; most commonly TIFF (TIF) or JPEG (JPG) formats.
C. Scale Minimum
The values for the scale minimum mentioned in the encoding guide are recommendations for European and N. American waterways. The chart producer might deviate from these values in order to improve the chart display in special situations, for example on very small or very large waterways. The value of SCAMIN has to be set to a scale value smaller than or equal to the compilation scale of the data for the area.
D. Numeric Precision
Numeric attributes indicating meters (e.g., depth contours and structure heights) should reflect the accuracy of the number. For example, a bridge height of thirty-five meters, accurate to one meter, would be 35, not 35.0. No more than two decimal places should be used. Real values without safety margins should be used. The S-57 standard only supports depth contour resolutions to 0.1 meter.
E. Feature Naming and Text Display
US: Any important navigation notes that should always be shown on the IENC should be encoded as LNDRGN (P) on land or SEAARE (P) objects in the water.
EU: Use the appropriate object to display information (e.g. comare).
F. Assigning Approximate Positions
To assign an approximate position (‘PA’) for charted features, the attribute Quality of Position [QUAPOS = 4 (approximate)] is assigned to the appropriate spatial object (point or line). It is not assigned to the feature object (e.g. WRECKS object), but to the spatial reference for the feature object. When correctly coded, the electronic chart system will display ‘PA’ adjacent to the feature object.
G. Navigational Purpose
The following types of Navigational Purpose (“usage”) are available:
Subfield |
Navigational purpose |
Definition for intended use |
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1 |
Overview: |
For route planning and oceanic crossing. |
2 |
General: |
For navigating oceans, approaching coasts and route planning. |
3 |
Coastal: |
For navigating along the coastline, either inshore or offshore. |
4 |
Approach: |
Navigating the approaches to ports or mayor channels or through intricate or congested waters. |
5 |
Harbour: |
Navigating within ports, harbours, bays, rivers and canals, for anchorages. |
6 |
Berthing: |
Detailed data to aid berthing. |
7 |
River: |
Navigating the inland waterways (skin cell). |
8 |
River harbour: |
Navigating within ports and harbours on inland waterways (skin cell). |
9 |
River berthing: |
Detailed data to aid berthing maneuvering in inland navigation (skin cell). |
A |
Overlay: |
Overlay cell to be displayed in conjunction with skin cells |
The Navigational Purposes 1 to 8 may be used by authorities as well as private bodies. Navigational Purpose 9 may only be used by private bodies. Overlay cells may be used by authorities as well as private bodies.
Within overlapping cells with the same navigational purpose skin-of-the-earth objects of the same object class must not overlap.
The letter “A” at the third position of the file name indicates that the cell is displayed as overlay over other cells within a range of usages. Overlay cells may not contain skin-of-the-earth objects. The range of usages of overlay cells is indicated in the Data Set Identification Field of the header of the overlay cell (see S57, Part 3, Data Structure, ch. 7.3.1.1). The 8th bit of the intended usage subfield (INTU) has to be set, if a range is used and the other seven bits describe the range (e.g. 25 means a range from usage 2 to usage 5).
H. UN Location Code
The attribute ‘unlocd’ should be used to encode the UN Location Code (http://www.unece.org/cefact/locode/service/main.htm) or, in Europe, the Inland Ship Reporting Standard (ISRS) Code; which is used to establish a standardized relation to other River Information Services.
UN country code (2 digits),
UN Location code (3 digits, “XXX” if not available),
Fairway section number (5 alphanumerical digits, to be determined by the national authority; a side branch should have its own section number, when there are special restrictions, e.g. bridges),
Terminal code or passage point code (5 alphanumerical digits, “00000” if not available),
Fairway section hectometre (5 numerical digits, hectometre at the center of the area or “00000” if not available).
If the ISRS code is not available, the code of the Noordersoft RIS-Index may be used.
I. Legal ECDIS (refers to Section U)
Category attributes for ship types, ship formations and cargo type are available. These categories are used to describe for which type of ship, convoy, or cargo the particular regulation is valid. There are two ways of describing which categories are affected by the rule:
explicit selection
implicit selection
The attributes for explicit type selection are used to explicitly select the types from the given list. The attributes for implicit type selection are is used to select those types that are not affected.
It is up to the encoder if the explicit attribute or its implicit version is used. However, it is not allowed to use both attributes when defining the category of a law content object.
One would make use of implicit type selection if for example the respective regulation states which types are excluded from the regulation rather than explicitly listing those types that are affected. Example: “recreational crafts are excluded from a speed limit.”
J. DATSTA, DATEND, PERSTA and PEREND
For objects, which are installed for a specific time, the date start and date end should be encoded using the DATSTA and DATEND attributes. In case of periodic installation (for example in the summer time each year) the attributes periodic start PERSTA and periodic end PEREND should be used.
The attributes should be encoded using 4 digits for the calendar year (CCYY), 2 digits for the month (MM) (e.g. April = 04) and 2 digits for the day (DD), according to ISO 8601: 1988.
Format is: CCYYMMDD (mandatory), for example: 19960822 for 22 August 1996.
These attributes may not be used for Group I feature classes.
Table of Contents
Graphics |
Encoding Intructions |
Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =M_COVR(A) (M) CATCOV = [1 (coverage available), 2 (no coverage available)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization (for CATZOC=6)
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Object Encoding Object Class =M_QUAL(A) (O) CATZOC = [1 (zone of confidence A1), 2 (zone of confidence A2), 3 (zone of confidence B), 4 (zone of confidence C), 5 (zone of confidence D), 6 (zone of confidence U (data not assessed))] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Zone of Confidence (ZOC) Table
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Remarks:
To decide on a ZOC Category, all conditions outlined in columns 2 to 4 of the tables must be met.
Footnote numbers quoted in the table have the following meanings:
The allocation of a ZOC indicates that particular data meets minimum criteria for position and depth accuracy and seafloor coverage defined in this Table. Data may be further qualified by Object Class Quality of Data (M_QUAL) sub-attributes as follows:
Positional Accuracy (POSACC) and Sounding Accuracy (SOUACC) may be used to indicate that a higher position or depth accuracy has been achieved than defined in this Table (e.g. a survey where full seafloor coverage was not achieved could not be classified higher than ZOC B; however, if the positional accuracy was, for instance, 15 metres, the sub-attribute POSACC could be used to indicate this).
Swept areas where the clearance depth is accurately known but the actual seabed depth is not accurately known may be accorded a higher ZOC (i.e. A1 or A2) providing positional and depth accuracies of the swept depth meets the criteria in this Table. In this instance, Depth Range Value 1 (DRVAL1) may be used to specify the swept depth. The position accuracy criteria apply to the boundaries of swept areas.
SURSTA, SUREND and TECOU may be used to indicate the start and end dates of the survey and the technique of sounding measurement.
Position Accuracy of depicted soundings at 95% CI (2.45 sigma) with respect to the given datum. It is the cumulative error and includes survey, transformation and digitizing errors, etc. Position accuracy need not be rigorously computed for ZOCs B, C, and D but may be estimated based on type of equipment, calibration regime, historical accuracy, etc.
Depth accuracy of depicted soundings = a + (B%d) / 100 at 95% CI (2.00 sigma), where d = depth in metres at the critical depth. Depth accuracy need not be rigorously computed for ZOCs B, C and D but may be estimated based on type of equipment, calibration regime, historical accuracy, etc.
Significant seafloor features are defined as those rising above depicted depths by more than:
Depth |
Significant Feature | |
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a. |
< 10 metres |
> 0.1% depth, |
b. |
10 to 30 metres |
> 1.0 metre, |
c. |
> 30 metres |
> (0.1% depth) minus 2.0 metres |
Controlled, systematic (high accuracy) survey (ZOC A1, A2, and B) – a survey comprising planned survey lines on a geodetic datum that can be transformed to WGS 84.
Position fixing (ZOC A1) must be strong with at least three high quality Lines of Position (LOP) or Differential GPS.
Modern survey echosounder – a high precision surveying depth measuring equipment, generally including all survey echosounders designed post 1970.
Graphics | Encoding Intructions | Object Encoding |
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Object Encoding Object Class =m_nsys(A) (M) marsys = [1 (IALA A), 2 (IALA B), 9 (no system), 10 (other system), 11 (CEVNI), 12 (Russian inland waterway regulations), 13 (Brazilian national inland waterway regulations - two sides), 14 (Brazilian national inland waterway regulations - side independent), 15 (Paraguay-Parana waterway - Brazilian complementary aids)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding |
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Object Encoding Object Class =m_sdat(A) (M) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding |
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Object Encoding Object Class =m_vdat(A) (M) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding |
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Object Encoding Object Class =M_QUAL(A) (M) TECSOU = [1 (found by echo-sounder), 2 (found by side-scan-sonar), 3 (found by multi-beam), 4 (found by diver), 5 (found by lead-line), 6 (swept by wire-drag), 7 (found by laser), 8 (swept by vertical acoustic system), 9 (found by electromagnetic sensor), 10 (photogrammetry), 11 (satellite imagery), 12 (found by levelling), 13 (swept by side-scan-sonar), 14 (computer generated)] (O) SOUACC = [x.xx] The best estimate of the accuracy of the sounding data. Minimum value: 0; Resolution: 0.1 m (O) POSACC = [xxx.x] (metres), The best estimate of the accuracy of a position. Minimum value: 0; Resolution: 0.1 m (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding |
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Object Encoding Object Class =M_SREL(L,A) (M) QUASOU = [1 (depth known), 2 (depth unknown), 8 (value reported (not surveyed)), 10 (maintained depth), 11 (not regularly maintained)] (C) QUAPOS = [10 (precisely known)] (M) SURATH = (Name of the surveying authority: e.g., “Wasser- und Schifffahrtsamt Bingen”) (M) SUREND = [CCYYMMDD (full date), CCYYMM (no specific day required)] (M) SURSTA = [CCYYMMDD (full date), CCYYMM (no specific day required)] (C) SURTYP = [2 (controlled survey)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding |
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Object Encoding Object Class =M_NPUB(A) (M) TXTDSC = (Refer to letter B) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Table of Contents
Table of Contents
Graphics | Encoding Intructions | Object Encoding |
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Object Encoding Object Class =CANALS(L,A) (O) OBJNAM = [Canal name] (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
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Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =RIVERS(L,A) (O) OBJNAM = [River Name] (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 45000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
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Chart Symbol
IENC Symbolization
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Object Encoding Object Class =SEAARE(P,A) (M) OBJNAM = [Water Area Name] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CATSEA = [5 (bay), 12 (narrows), 13 (shoal), 51 (canal), 52 (lake), 53 (river), 54 (reach), 57 (chute), 58 (backwater/slough), 59 (bend)] (M) SCAMIN = [EU: 45000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
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Real World
IENC Symbolization
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Object Encoding Object Class =DEPARE(A) (M) DRVAL1 = [x.x] (metres), e.g., 2.7 or UNKNOWN (M) DRVAL2 = Maximum known depth of depth area: [xx.x] (metres) or UNKNOWN (C) QUASOU = [2 (depth unknown), 8 (value reported (not surveyed))] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =depare(A) (M) DRVAL1 = [x.x] (metres), e.g., 2.7 or UNKNOWN (M) DRVAL2 = Maximum known depth of depth area: [xx.x] (metres) or UNKNOWN (C) eleva1 = Maximum elevation 1 of a depth area: [xx.x] (metres) or UNKNOWN (C) eleva2 = Minimum elevation 2 of a depth area: [xx.x] (metres) or UNKNOWN (M) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (M) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
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Chart Symbol
IENC Symbolization
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Object Encoding Object Class =LAKARE(A) (O) OBJNAM = [Lake Name] (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 90000; US: 300000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
---|---|---|---|
IENC Symbolization
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Object Encoding Object Class =LNDARE(P,L,A) (O) OBJNAM = "Land Area Name" (O) NOBJNM = (Refer to Section B, General Guidance) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =LNDRGN(P,A) (M) OBJNAM = [location name] (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 45000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =SLOGRD(L,A) (M) CATSLO = [3 (dune)] (O) NATSUR = [1 (mud), 2 (clay), 3 (silt), 4 (sand), 5 (stone), 6 (gravel), 7 (pebbles), 8 (cobbles), 9 (rock), 11 (lava), 14 (coral), 17 (shells), 18 (boulder)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =SLOTOP(L) (M) CATSLO = [2 (embankment)] (O) NATSUR = [1 (mud), 2 (clay), 3 (silt), 4 (sand), 5 (stone), 6 (gravel), 7 (pebbles), 8 (cobbles), 9 (rock), 11 (lava), 14 (coral), 17 (shells), 18 (boulder)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =SLOTOP(L) (M) CATSLO = [6 (cliff)] (O) NATSUR = [1 (mud), 2 (clay), 3 (silt), 4 (sand), 5 (stone), 6 (gravel), 7 (pebbles), 8 (cobbles), 9 (rock), 11 (lava), 14 (coral), 17 (shells), 18 (boulder)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =CTNARE(A) (M) INFORM = "Natural Rock Wall" (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =COALNE(L) (O) CATCOA = [1 (steep coast), 2 (flat coast), 3 (sandy shore), 4 (stony shore), 5 (shingly shore), 6 (glacier (seaward end)), 7 (mangrove), 8 (marshy shore), 9 (coral reef), 10 (ice coast), 11 (shelly shore)] (M) SCAMIN = [EU: 45000; US: 300000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =VEGATN(P,A) (O) CONVIS = [1 (visually conspicuous), 2 (not visually conspicuous)] (M) SCAMIN = [EU: 12000; US: 18750] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Table of Contents
Graphics | Encoding Intructions | Object Encoding | ||||
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Real World
Chart Symbol
IENC Symbolization (area)
IENC Symbolization (point)
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Object Encoding Object Class =BUAARE(P,A) (O) OBJNAM = [urban or settlement name] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CATBUA = [1 (urban area), 2 (settlement), 3 (village), 4 (town), 5 (city)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 90000 (except: 700000 for CATBUA1 and 180000 for CATBUA5); US: 75000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =BUISGL(P,A) (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (C) FUNCTN = [2 (harbour-master's office), 3 (custom office), 4 (health office), 5 (hospital), 6 (post office), 7 (hotel), 8 (railway station), 9 (police station), 10 (water-police station), 11 (pilot office), 12 (pilot lookout), 13 (bank office), 14 (headquarters for district control), 15 (transit shed/warehouse), 16 (factory), 17 (power station), 18 (administrative), 19 (educational facility), 20 (church), 21 (chapel), 22 (temple), 23 (pagoda), 24 (shinto shrine), 25 (buddhist temple), 26 (mosque), 27 (marabout), 28 (lookout), 29 (communication), 30 (television), 31 (radio), 32 (radar), 33 (light support), 34 (microwave), 35 (cooling), 36 (observation), 37 (time ball), 38 (clock), 39 (control), 40 (airship mooring), 41 (stadium), 42 (bus station)] (C) CONVIS = [1 (visually conspicuous), 2 (not visually conspicuous)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 4 (wingless), 5 (planned construction)] (M) SCAMIN = [US: 18750; EU: 22000 (except: 45000 for FUNCT20-CONVIS2, 45000 for FUNCT33-CONVIS2, 90000 for FUNCTN20-CONVIS1, 90000 for FUNCTN33-CONVIS1)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
---|---|---|---|
IENC Symbolization (only visible in display mode “other”)
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Object Encoding Object Class =ADMARE(A) (M) JRSDTN = [1 (international), 2 (national), 3 (national sub-division)] (M) NATION = [xx] (Refer to letter B) (M) OBJNAM = [name of the administrative area] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [3 (under reclamation)] (M) SCAMIN = [90000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =AIRARE(P,A) (O) CATAIR = [1 (military aeroplane airport), 2 (civil aeroplane airport), 4 (civil heliport), 6 (small planes airfield)] (O) OBJNAM = [(Name) + “Airport” or (Name) + “Airfield”] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =RAILWY(L) (O) OBJNAM = [Railroad Name] (O) NOBJNM = (Refer to Section B, General Guidance) (C) INFORM = (Refer to letter A) (C) NINFOM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 45000; US: 15000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =ROADWY(L,A) (M) CATROD = [1 (motorway), 2 (major road), 3 (minor road), 4 (track/path)] (O) OBJNAM = [highway, interstate, road name] (O) NOBJNM = (Refer to Section B, General Guidance) (O) NATCON = [4 (hard surfaced), 5 (unsurfaced)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 45000; US: 15000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =RUNWAY(P,L,A) (O) CATRUN = [1 (aeroplane runway), 2 (helicopter landing pad)] (O) CONVIS = [1 (visually conspicuous), 2 (not visually conspicuous)] (O) NATCON = [4 (hard surface), 5 (unsurfaced)] (O) OBJNAM = [Runway name] (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = 45000 (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =SILTNK(P,A) (O) PRODCT = [1 (oil), 2 (gas), 3 (water), 7 (chemicals), 22 (grain)] (O) CATSIL = [1 (silo in general), 2 (tank in general), 3 (grain elevator), 4 (water tower)] (O) OBJNAM = [Facility Owner] (O) NOBJNM = (Refer to Section B, General Guidance) (C) INFORM = [“Tank Farm/Multiple Structures”] (O) NINFOM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =SLOGRD(L,A) (M) CATSLO = [2 (embankment)] (O) NATSUR = [1 (mud), 2 (clay), 3 (silt), 4 (sand), 5 (stone), 6 (gravel), 7 (pebbles), 8 (cobbles), 9 (rock), 11 (lava), 14 (coral), 17 (shells), 18 (boulder)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = 22000 (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Table of Contents
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
IENC Symbolization (point)
IENC Symbolization (area)
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Object Encoding Object Class =LNDMRK(P,A) (M) CONVIS = [1 (visually conspicuous)] (M) CATLMK = [1 (cairn), 2 (cemetery), 3 (chimney), 4 (dish aerial), 5 (flagstaff (flagpole)), 6 (flare stack), 7 (mast), 8 (wind sock), 9 (monument), 10 (column (pillar)), 11 (memorial plaque), 12 (obelisk), 13 (statue), 14 (cross), 15 (dome), 16 (radar scanner), 17 (tower), 18 (windmill), 19 (windmotor), 20 (spire/minaret), 21 (large rock or boulder on land)] (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (C) FUNCTN = [33 (light support)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 4 (wingless), 5 (planned construction)] (M) SCAMIN = [EU: use 22000 for a point object (except 45000 for CONVIS1) and 45000 for line objects; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Table of Contents
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =bridge(A) (M) CATBRG = [5 (bascule bridge)] (C) HORCLR = [xx.x] (metres), e.g., 34.2 (C) VERCOP = [xx.x] (metres), e.g., 23.4 (C) VERCCL = [xx.x] (metres), e.g., 13.2 - over navigable waters (C) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) unlocd = [ISRS code] (M) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (M) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (C) OBJNAM = (Refer to letter J) (C) NOBJNM = (Refer to Section B, General Guidance) (C) INFORM = (Refer to letter D) (O) NINFOM = (Refer to Section B, General Guidance) (C) PICREP = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (C) refgag = (Refer to letter R) (M) SCAMIN = [EU: 90000; US: 300000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter M) (C) unlocd = [ISRS code] (C) SORIND = (Refer to Section B, General Guidance) (C) SORDAT = [YYYYMMDD] |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =bridge(A) (M) CATBRG = [1 (fixed bridge), 13 (bridge arch)] (C) HORCLR = [xx.x] (metres), e.g., 34.2 (C) VERCLR = [xx.xx] (metres), e.g., 13.27 (C) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) PICREP = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (M) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (M) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (C) OBJNAM = (Refer to letter I) (C) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (C) refgag = (Refer to letter P) (M) SCAMIN = [EU: 90000; US: 300000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter L) (C) unlocd = [ISRS code] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =c_brga() (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) PICREP = (Refer to Section B, General Guidance) |
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Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =bridge(A) (M) CATBRG = [1 (fixed bridge)] (C) HORCLR = [xx.x] (metres), e.g., 34.2 (C) VERCLR = [xx.xx] (metres), e.g., 13.27 (C) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) PICREP = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (M) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (M) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (C) INFORM = (Refer to letter C) (O) NINFOM = (Refer to Section B, General Guidance) (C) OBJNAM = (Refer to letter I) (C) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (C) refgag = (Refer to letter P) (M) SCAMIN = [EU: 90000; US: 300000] (C) SORIND = (Refer to Section B, General Guidance) (C) SORDAT = [YYYYMMDD] Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter L) (C) unlocd = [ISRS code] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
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Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =bridge(A) (M) CATBRG = [4 (lifting bridge)] (C) HORCLR = [xx.x] (metres), e.g., 34.2 (C) VERCOP = [xx.x] (metres), e.g., 23.4 (C) VERCCL = [xx.x] (metres), e.g., 13.2 - over navigable waters (C) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) unlocd = [ISRS code] (M) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (M) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (C) INFORM = (Refer to letter C) (O) NINFOM = (Refer to Section B, General Guidance) (C) PICREP = (Refer to Section B, General Guidance) (C) OBJNAM = (Refer to letter I) (C) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (C) refgag = (Refer to letter Q) (M) SCAMIN = [EU: 90000; US: 300000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter L) (C) unlocd = [ISRS code] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =bridge(A) (M) CATBRG = [12 (suspension bridge)] (C) HORCLR = [xx.x] (metres), e.g., 34.2 (C) VERCLR = [xx.xx] (metres), e.g., 13.27 (C) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) unlocd = [ISRS code] (M) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (M) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (C) INFORM = (Refer to letter C) (O) NINFOM = (Refer to Section B, General Guidance) (C) PICREP = (Refer to Section B, General Guidance) (C) refgag = (Refer to letter P) (M) SCAMIN = [EU: 90000; US: 300000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter L) (C) unlocd = [ISRS code] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =bridge(A) (M) CATBRG = [3 (swing bridge)] (C) HORCLR = [xx.x] (metres), e.g., 34.2 (C) VERCLR = [xx.xx] (metres), e.g., 13.27 (C) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) unlocd = [ISRS code] (M) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (M) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (C) INFORM = (Refer to letter D) (O) NINFOM = (Refer to Section B, General Guidance) (C) PICREP = (Refer to Section B, General Guidance) (C) OBJNAM = (Refer to letter I) (C) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (C) refgag = (Refer to letter S) (M) SCAMIN = [EU: 90000; US: 300000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter N) (C) unlocd = [ISRS code] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =CTNARE(A) (M) INFORM = ["Swing Area"] (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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|
Object Encoding Object Class =TUNNEL(L,A) (O) BURDEP = [xx.x ] (metres), e.g., 2.5 (C) HORCLR = [xx.x] (metres), e.g., 34.2 (C) VERCLR = [xx.xx] (metres), e.g., 13.27 (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) unlocd = [ISRS code] (O) TXTDSC = (Refer to letter D) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter D) (C) unlocd = [ISRS code] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =cblohd(L) (M) VERCLR = [xx.xx] (metres), e.g., 13.27 (M) catcbl = [1 (power line), 3 (transmission line), 4 (telephone), 5 (telegraph), 6 (mooring cable/chain), 7 (ferry cable)] (O) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (O) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (M) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (O) OBJNAM = [name and/or operator/owner] (if relevant for navigation) (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = [name and/or operator/owner] (if relevant in case of accidents) (O) NINFOM = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (C) refgag = (Refer to letter H) (M) SCAMIN = [EU: 45000; US: 900000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =pipohd(L) (M) CATPIP = [2 (outfall pipe), 3 (intake pipe), 4 (sewer), 6 (supply pipe)] (M) PRODCT = [1 (oil), 2 (gas), 3 (water), 7 (chemicals), 8 (drinking water)] (M) VERCLR = [xx.xx] (metres), e.g., 13.27 (O) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (O) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (O) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (O) OBJNAM = [name and/or operator/owner] (if relevant for navigation) (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = [name and/or operator/owner] (if relevant in case of accidents) (O) NINFOM = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (C) refgag = (Refer to letter K) (M) SCAMIN = [EU: 22000; US: 900000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||||
---|---|---|---|---|---|---|
Real World
Chart Symbol (bridge with piers)
IENC Symbolization (point)
IENC Symbolization (area)
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Object Encoding Object Class =PYLONS(P,A) (M) CATPYL = [1 (power transmission pylon/pole), 2 (telephone/telegraph pylon/pole), 3 (aerial cableway/sky pylon), 4 (bridge pylon/tower), 5 (bridge pier)] (M) WATLEV = [2 (always dry)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 300000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World (Foot Bridge over navigable water)
Real World (Catwalk over non-navigable water)
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|
Object Encoding Object Class =bridge(A) (M) CATBRG = [9 (footbridge)] (C) HORCLR = [xx.x] (metres), e.g., 34.2 (C) VERCLR = [xx.xx] (metres), e.g., 13.27 (C) VERCCL = [xx.x] (metres), e.g., 13.2 (C) VERCOP = [xx.x] (metres), e.g., 23.4 (C) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) unlocd = [ISRS code] (C) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (C) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (C) PICREP = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (C) refgag = (Refer to letter N) (M) SCAMIN = [90000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter K) (C) unlocd = [ISRS code] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Real World
Chart Symbol
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|
Object Encoding Object Class =bridge(A) (M) CATBRG = [7 (draw bridge)] (C) HORCLR = [xx.x] (metres), e.g., 34.2 (C) VERCOP = [xx.x] (metres), e.g., 23.4 (C) VERCCL = [xx.x] (metres), e.g., 13.2 (C) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) unlocd = [ISRS code] (M) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (M) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (C) OBJNAM = (Refer to letter J) (O) NOBJNM = (Refer to Section B, General Guidance) (C) INFORM = (Refer to letter D) (O) NINFOM = (Refer to Section B, General Guidance) (O) PICREP = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 90000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter M) (C) unlocd = [ISRS code] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =DYKCON(L,A) (O) HEIGHT = [xxx.x] metres, e.g., 27.4 (C) OBJNAM = (Refer to letter E) (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = [“Levee or European dyke”] (O) NINFOM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =SLOTOP(L) (M) CATSLO = [2 (embankment)] (O) NATSUR = [1 (mud), 2 (clay), 3 (silt), 4 (sand), 5 (stone), 6 (gravel), 7 (pebbles), 8 (cobbles), 9 (rock), 11 (lava), 14 (coral), 17 (shells), 18 (boulder)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||||
---|---|---|---|---|---|---|
Real World
Real World
Chart Symbol
IENC Symbolization
|
|
Object Encoding Object Class =FNCLNE(L) (M) CATFNC = [1 (fence), 4 (wall)] (O) TXTDSC = (Refer to letter C) (O) OBJNAM = (Refer to letter E) (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = (Refer to letter B) (O) NINFOM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 12000; US: 18750] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Chart Symbol
IENC Symbolization
|
|
Object Encoding Object Class =slcons(L,A) (M) catslc = [2 (groyne (groin))] (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders), 4 (hard surfaced), 5 (unsurfaced), 6 (wooden), 7 (metal), 8 (glass reinforced plastic (GRP))] (C) watlev = [1 (partly submerged at high water), 2 (always dry), 3 (always under water/submerged), 4 (covers and uncovers), 8 (above mean water level), 9 (below mean water level)] (C) OBJNAM = [EU: name and/or operator/owner; US refer to letter E] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 45000 for line objects or 22000 for area objects; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding |
---|---|---|
|
Object Encoding Object Class =SLCONS(L,A) (M) CATSLC = [2 (groyne (groin))] (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders), 4 (hard surfaced), 5 (unsurfaced), 6 (wooden), 7 (metal), 8 (glass reinforced plastic (GRP))] (M) WATLEV = [3 (always under water/submerged)] (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = "ground sill" (O) NINFOM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [45000 for line objects or 22000 for area objects] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||||
---|---|---|---|---|---|---|
Real World (Revetment)
Real World (Rip rap)
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =slcons(L,A) (M) catslc = [8 (rip rap), 9 (revetment)] (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders)] (O) OBJNAM = [Name] (O) NOBJNM = (Refer to Section B, General Guidance) (O) watlev = [1 (partly submerged at high water), 2 (always dry), 3 (always under water/submerged), 4 (covers and uncovers), 8 (above mean water level), 9 (below mean water level)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 45000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =RESARE(A) (M) RESTRN = [1 (anchoring prohibited), 38 (use of spuds prohibited)] (M) SCAMIN = [EU: 45000; US: 75000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding |
---|---|---|
Graphics | Encoding Intructions | Object Encoding | |
---|---|---|---|
IENC Symbolization
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Object Encoding Object Class =slcons(L,A) (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders), 4 (hard surfaced), 5 (unsurfaced), 6 (wooden), 7 (metal), 8 (glass reinforced plastic (GRP))] (C) watlev = [1 (partly submerged at high water), 2 (always dry), 3 (always under water/submerged), 4 (covers and uncovers), 8 (above mean water level), 9 (below mean water level)] (C) OBJNAM = [EU: name and/or operator/owner; US: refer to letter F] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 45000 for line objects or 22000 for area objects; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =DEPARE(A) (M) DRVAL1 = [unknown] (M) DRVAL2 = [xx.x] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =SLCONS(P,A) (M) CATSLC = [12 (ramp)] (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders), 4 (hard surfaced), 5 (unsurfaced), 6 (wooden), 7 (metal)] (M) WATLEV = [2 (always dry), 4 (covers and uncovers)] (O) OBJNAM = [Name + “Boat Ramp”] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 8000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) (C) STATUS = (Refer to letter B) |
Graphics | Encoding Intructions | Object Encoding | |
---|---|---|---|
Real World
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Object Encoding Object Class =bunsta(P,A) (O) catbun = [1 (diesel oil), 2 (water), 3 (ballast), 4 (power)] (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (M) bunves = [1 (bunker vessel available), 2 (no bunker vessel available)] (O) TXTDSC = (Refer to letter D) (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =CONVYR(L,A) (M) CATCON = [2 (belt conveyor)] (O) PRODCT = [4 (stone), 5 (coal), 6 (ore), 7 (chemicals), 14 (sand), 15 (timber), 17 (scrap metal), 21 (cement), 22 (grain)] (O) OBJNAM = [Facility Name] (O) NOBJNM = (Refer to Section B, General Guidance) (O) VERCLR = [xx.xx] (metres), e.g., 13.27 (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =convyr(L,A) (M) CATCON = [2 (belt conveyor)] (O) PRODCT = [4 (stone), 5 (coal), 6 (ore), 7 (chemicals), 14 (sand), 15 (timber), 17 (scrap metal), 21 (cement), 22 (grain)] (O) OBJNAM = [Facility Name] (O) NOBJNM = (Refer to Section B, General Guidance) (O) VERCLR = [xx.xx] (metres), e.g., 13.27 (O) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =CRANES(P,A) (M) CATCRN = [2 (container crane/gantry), 3 (sheerlegs), 4 (travelling crane), 5 (A-frame)] (O) OBJNAM = [name of owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) VERCLR = [xx.xx] (metres), e.g., 13.27 (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =cranes(P,A) (M) CATCRN = [2 (container crane/gantry), 3 (sheerlegs), 4 (travelling crane), 5 (A-frame)] (O) OBJNAM = [name of owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) VERCLR = [xx.xx] (metres), e.g., 13.27 (O) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||||
---|---|---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization ((Line))
IENC Symbolization ((Point))
IENC Symbolization ((Area))
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Object Encoding Object Class =SLCONS(P,L,A) (M) CATSLC = [4 (pier (jetty)), 5 (promenade pier), 6 (wharf (quay)), 15 (solid face wharf), 16 (open face wharf)] (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders), 4 (hard surfaced), 5 (unsurfaced), 6 (wooden), 7 (metal), 8 (glass reinforced plastic (GRP)), 9 (painted)] (M) WATLEV = [1 (partly submerged at high water), 2 (always dry), 4 (covers and uncovers)] (O) OBJNAM = [name] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [45000 for line, 22000 for area or 8000 for point objects] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =DRYDOC(A) (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) HORLEN = [xxx.x] (metres), e.g., 133.22 (O) HORWID = [xxx.x] (metres), e.g., 133.22 (O) HORCLR = [xx.x] (metres), e.g., 34.2 (O) DRVAL1 = [xx.x] (meters), e.g. 4.5 (O) TXTDSC = (Refer to letter B) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 12000; US: 18750] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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|
Object Encoding Object Class =flodoc(A) (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) HORLEN = [xxx.x] (metres), e.g., 133.22 (O) HORWID = [xxx.x] (metres), e.g., 133.22 (O) HORCLR = [xx.x] (metres), e.g., 34.2 (C) horcll = [xxx.x] (metres), e.g., 136.12 (C) horclw = [xxx.x] (metres), e.g., 25.17 (O) DRVAL1 = [xx.x] (metres), e.g. 4.5 (O) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (O) TXTDSC = (Refer to letter D) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (M) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =FLODOC(A) (O) OBJNAM = [name and/or operato/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) HORLEN = [xxx.x] (metres), e.g., 133.22 (O) HORWID = [xxx.x] (metres), e.g., 133.22 (O) HORCLR = [xx.x] (metres), e.g., 34.2 (O) DRVAL1 = [x.x] (metres), e.g., 2.7 or UNKNOWN (O) TXTDSC = (Refer to letter D) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =SLCONS(P,L,A) (M) CATSLC = [14 (fender)] (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders), 4 (hard surfaced), 5 (unsurfaced), 6 (wooden), 7 (metal), 8 (glass reinforced plastic (GRP))] (M) WATLEV = [2 (always dry)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =hrbare(A) (O) cathbr = [1 (custom harbour), 2 (port of refuge), 4 (fishing harbour), 5 (private harbour)] (M) OBJNAM = [Name of harbor] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter B) (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization (with dredged area in the harbour basin)
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Object Encoding Object Class =hrbbsn(A) (O) HORLEN = [xxx.x] (metres), e.g., 133.22 (O) HORWID = [xxx.x] (metres), e.g., 133.22 (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [12000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Real World
IENC Symbolization
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Object Encoding Object Class =PONTON(A) (O) OBJNAM = [name and/or name of operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter F) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =ponton(A) (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter F) (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 12000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World (Mooring Cell)
Real World (US: Dolphin)
IENC Symbolization (Point cell (left); dolphin (right))
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Object Encoding Object Class =MORFAC(P,L,A) (M) CATMOR = [1 (dolphin), 3 (bollard), 4 (tie-up wall), 5 (post or pile), 7 (mooring buoy)] (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders), 4 (hard surfaced), 5 (unsurfaced), 6 (wooden), 7 (metal), 8 (glass reinforced plastic (GRP))] (O) OBJNAM = [“Facility Name”] (O) NOBJNM = (Refer to Section B, General Guidance) (O) WATLEV = [2 (always dry)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 30000; for individual bollards: 4000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =SEAARE(P) (M) OBJNAM = ["Name” + (River Mile)], e.g. Federal Mooring Buoys (172.4)] (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =HULKES(A) (M) CATHLK = [1 (floating restaurant), 2 (historic ship), 3 (museum), 4 (accommodation), 5 (floating breakwater)] (O) OBJNAM = [facility name] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter E) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =hulkes(A) (O) cathlk = [1 (floating restaurant), 2 (historic ship), 3 (museum), 4 (accommodation), 5 (floating breakwater), 6 (casino boat)] (O) OBJNAM = [facility name] (O) OBJNAM = [facility name] (O) OBJNAM = [facility name] (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
---|---|---|---|
Real World
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Object Encoding Object Class =prtare(A) (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (O) TXTDSC = (Refer to letter D) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
---|---|---|---|
IENC Symbolization
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Object Encoding Object Class =FRPARE(A) (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (C) TXTDSC = (Refer to letter A) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [90000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
---|---|---|---|
IENC Symbolization
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Object Encoding Object Class =refdmp(P) (O) catrfd = [1 (cargo residue/slop), 2 (waste oil), 3 (grey/black water), 4 (domestic refuse)] (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (O) TXTDSC = (Refer to letter D) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =SLCONS(A) (M) CATSLC = [13 (slipway)] (O) OBJNAM = [name of facility or owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 8000; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World (container)
Real World (bulk)
IENC Symbolization
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Object Encoding Object Class =termnl(P,A) (M) cathaf = [1 (RoRo-terminal), 3 (ferry terminal), 7 (tanker terminal), 8 (passenger terminal), 10 (container terminal), 11 (bulk terminal)] (O) TXTDSC = (Refer to letter C) (O) trshgd = [1 (containers), 2 (bulk goods), 3 (oil), 4 (fuel), 5 (chemicals), 6 (liquid goods), 7 (explosive goods), 8 (fish), 9 (cars), 10 (general cargo)] (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 12000; US: 18750] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =vehtrf(P,A) (M) catvtr = [1 (official), 2 (private), 3 (suitable for car cranes), 4 (suitable for car planks), 5 (permission required), 6 (locked gate)] (O) TXTDSC = (Refer to letter A) (M) HEIGHT = [xxx.x] metres, e.g., 27.4 (O) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =SLCONS(P,A) (M) CATSLC = [11 (landing steps)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [4000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =PRDARE(A) (O) CATPRA = [1 (quarry), 2 (mine), 3 (stockpile), 4 (power station area), 5 (refinery area), 6 (timber yard), 7 (factory area), 8 (tank farm), 9 (wind farm), 10 (slag heap/spoil heap)] (O) PRODCT = [1 (oil), 2 (gas), 4 (stone), 5 (coal), 6 (ore), 7 (chemicals), 14 (sand), 15 (timber), 17 (scrap metal), 21 (cement), 22 (grain)] (O) CONVIS = [1 (visually conspicuous), 2 (not visually conspicuous)] (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) STATUS = [2 (occasional), 12 (illuminated), 16 (watched), 17 (un-watched)] (O) TXTDSC = (Refer to letter B) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [12000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
Real World (Aerial View)
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Object Encoding Object Class =slcons(A) (M) catslc = [19 (ice breaker)] (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders), 4 (hard surfaced), 5 (unsurfaced), 6 (wooden), 7 (metal), 8 (glass reinforced plastic (GRP))] (O) OBJNAM = ["Facility Name"] (O) NOBJNM = (Refer to Section B, General Guidance) (O) watlev = [1 (partly submerged at high water), 2 (always dry), 3 (always under water/submerged), 4 (covers and uncovers), 8 (above mean water level), 9 (below mean water level)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 45000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
---|---|---|---|
Real World
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Object Encoding Object Class =PILPNT(P) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
Real World
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Object Encoding Object Class =slcons(A) (M) catslc = [20 (water intake structure)] (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulder), 4 (hard surfaced), 5 (unsurfaced), 6 (wooden), 7 (metal)] (O) OBJNAM = [Facility Name] (O) NOBJNM = (Refer to Section B, General Guidance) (O) WATLEV = [1 (partly submerged at high water), 2 (always dry)] (M) SCAMIN = [EU: 22000, US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||||
---|---|---|---|---|---|---|
Real World
Real World
Real World
IENC Symbolization
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Object Encoding Object Class =bunsta(P) (M) catbun = [4 (power)] (O) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (M) catvol = [1 (230V), 2 (400V)] (M) catfrq = [1 (50Hz), 2 (60Hz)] (M) amoamp = [xxx] (amps), e.g. 300 (O) allcon = [allowed consumption], e.g. 2 hours or 1000 kWh (O) catplg = [type of plug], e.g. CEE, Powerlock, etc. (O) shrnum = [xx] (number of connections), e.g. 4 (O) TXTDSC = (Refer to letter D) (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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For Arrival Points on Land Object Class =LNDRGN(P,A) (M) OBJNAM = [Facility/Lock Name + “Arrival Point”] (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = Check-in information, such as: Call-in Frequency, Phone Number, and Lock Name (O) NINFOM = (Refer to Section B, General Guidance) (M) TXTDSC = Check-in procedures and current lock conditions, planned closures, and operating schedules. (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) For Arrival Points on Water Object Class =SEAARE(P) (M) OBJNAM = [Facility/Lock Name + “Arrival Point”] (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = Check-in information, such as: Call-in Frequency, Phone Number, and Lock Name (O) NINFOM = (Refer to Section B, General Guidance) (M) TXTDSC = Check-in procedures and current lock conditions, planned closures, and operating schedules. (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =DAMCON(L,A) (M) CATDAM = [1 (weir), 2 (dam)] (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders), 6 (wooden), 7 (metal)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (O) TXTDSC = (Refer to letter J) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Please refer to letter B Object Class =RESARE(A) (M) CATREA = [12 (navigational aid safety zone)] (M) RESTRN = [7 (entry prohibited), 8 (entry restricted)] (C) INFORM = (Refer to letter E) (M) SCAMIN = [EU: 22000; US: 75000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =lokbsn(A) (M) horcll = [xxx.xx] (metres), e.g., 136.12 (M) horclw = [xxx.xx] (metres), e.g. 25.17 (O) HORLEN = [xxx.xx] (metres), e.g. 133.22 (O) HORWID = [xxx.xx] (metres), e.g. 133.22 (C) unlocd = [ISRS code] (O) TXTDSC = (Refer to letter G) (O) OBJNAM = [Lock chamber name] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 12000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter G) (C) unlocd = [ISRS code] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
---|---|---|---|
IENC Symbolization
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Object Encoding Object Class =lkbspt(A) (M) horcll = [xxx.xx] (metres), e.g., 136.12 (M) horclw = [xxx.xx] (metres), e.g. 25.17 (O) HORLEN = [xxx.xx] (metres), e.g. 133.22 (O) HORWID = [xxx.xx] (metres), e.g. 133.22 (C) unlocd = [ISRS code] (O) OBJNAM = [Lock Chamber Name] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter H) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 12000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter H) (C) unlocd = [ISRS code] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
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Graphics | Encoding Intructions | Object Encoding | ||||
---|---|---|---|---|---|---|
Real World
Real World (EU: lift door limiting air draught of vessel)
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =GATCON(L,A) (M) CATGAT = [4 (lock gate)] (M) HORCLR = [xx.x] (metres), e.g., 34.2 (C) VERCLR = [xx.xx] (metres), e.g., 13.27 (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =gatcon(L,A) (M) CATGAT = [4 (lock gate)] (M) HORCLR = [xx.x] (metres), e.g., 34.2 (O) VERCLR = [xx.xx] (metres), e.g., 13.27 (O) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) wtwdis = (Refer to letter F) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (M) SCAMIN = [22000] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
---|---|---|---|
IENC Symbolization
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Object Encoding Object Class =SEAARE(A) (M) OBJNAM = (Refer to letter A) (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [RU: 45000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =slcons(L,A) (M) catslc = [18 (lock/guide wall)] (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders), 6 (wooden), 7 (metal)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World (Lift Lock)
Real World (Aqueduct)
IENC Symbolization
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Object Encoding Object Class =excnst(P,A) (M) DRVAL1 = [x.x] (metres), e.g., 2.7 or UNKNOWN (M) catexs = [1 (Lift-Lock), 2 (Aqueduct), 3 (Sloping plane lock), 4 (Water slope lock (Pente d'Eau))] (C) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) unlocd = (Refer to letter G) (M) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (M) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 90000; US: 300000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (O) TXTDSC = (Refer to letter L) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World (Aerial View)
Real World (Skipper's View)
Chart Symbol
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Object Encoding Object Class =DAMCON(L,A) (M) CATDAM = [3 (flood barrage)] (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders), 4 (hard surfaced), 5 (unsurfaced), 6 (wooden), 7 (metal), 8 (glass reinforced plastic (GRP))] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 90000; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =GATCON(L,A) (M) CATGAT = [2 (flood barrage gate)] (M) HORCLR = [xx.x] (metres), e.g., 34.2 (C) VERCLR = [xx.xx] (metres) (Refer to letter E) (C) VERCLR = [xx.xx] (metres) (Refer to letter E) (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [90000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =gatcon(L,A) (M) CATGAT = [2 (flood barrage gate)] (M) HORCLR = [xx.x] (metres), e.g., 34.2 (C) VERCLR = [xx.xx] (metres) (Refer to letter E) (O) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) wtwdis = (Refer to letter G) (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [90000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =C_AGGR() (M) OBJNAM = [name and/or operator/owner] (O) NOBJNM = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (O) TXTDSC = (Refer to letter K) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Table of Contents
Table of Contents
Graphics | Encoding Intructions | Object Encoding | ||
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Real World
IENC Symbolization
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Object Encoding Object Class =curent(P,A) (C) curvhw = [xx.x] (C) curvlw = [xx.x] (C) curvmw = [xx.x] (C) curvow = [xx.x] (C) dirimp = [1 (upstream), 2 (downstream), 3 (to the left bank), 4 (to the right bank)] (C) hignam = Name of water level, which is used for the attribute higwat (value at relevant high water level) including version identification, for example year of issue or period, e.g., HSW 96 (C) lownam = Name of water level, which is used for the attribute lowwat (value at relevant low water level) including version identification, for example year of issue or period, e.g., RNW 96 (C) meanam = Name of water level, which is used for the attribute meawat (value at relevant mean water level) including version identification, for example year of issue or period, e.g., HSW 96 (C) othnam = (name of water level, which is used for the attribute othwat (value at other locally relevant water level) including version identification, for example year of issue or period) (e.g., HQ100-96) (C) ORIENT = [xxx or (UNKNOWN)] (degree (°)), e.g., 110 (M) SCAMIN = [18000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =WATTUR(P,A) (M) CATWAT = [6 (under water turbulence)] (O) OBJNAM = [Name of object] (O) OBJNAM = [Name of object] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =DEPARE(A) (M) DRVAL1 = [x.x] (metres), e.g., 2.7 or UNKNOWN (M) DRVAL2 = Maximum known depth of depth area: [xx.x] (metres) or UNKNOWN (C) QUASOU = [2 (depth unknown), 8 (value reported (not surveyed))] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =depare(A) (M) DRVAL1 = [x.x] (metres), e.g., 2.7 or UNKNOWN (M) DRVAL2 = Maximum known depth of depth area: [xx.x] (metres) or UNKNOWN (C) eleva1 = Maximum elevation 1 of a depth area: [xx.x] (metres) or UNKNOWN (C) eleva2 = Minimum elevation 2 of a depth area: [xx.x] (metres) or UNKNOWN (M) wtwdis = [xxxx.x] (units defined in hunits), e.g., 2451.7 (M) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (C) QUASOU = [2 (depth unknown), 8 (value reported (not surveyed))] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =DRGARE(A) (M) DRVAL1 = [x.x] (metres), e.g., 2.7 or UNKNOWN (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
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IENC Symbolization
IENC Symbolization
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Object Encoding Object Class =FAIRWY(A) (M) SCAMIN = [90000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =DEPARE(A) (M) DRVAL1 = [x.x] (metres), e.g., 2.7 or UNKNOWN (M) DRVAL2 = Maximum known depth of depth area: [xx.x] (metres) or UNKNOWN (C) QUASOU = (Refer to letter G) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization (shown in green)
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Object Encoding Object Class =DEPARE(A) (M) DRVAL1 = UNKNOWN or -H (M) DRVAL2 = 0.0 (C) INFORM = ["Range between low and high water conditions"] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
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Chart Symbol
IENC Symbolization
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Object Encoding Object Class =DEPARE(A) (M) DRVAL1 = 0.0 (metres) (M) DRVAL2 = Maximum known depth of depth area: [xx.x] (metres) or UNKNOWN (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =SOUNDG(P) (M) SCAMIN = [compilation scale multiplied by 2] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
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Chart Symbol
IENC Symbolization
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Object Encoding Object Class =UNSARE(A) (C) QUASOU = (Refer to letter B) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =DEPARE(A) (M) DRVAL1 = ["0"] (M) DRVAL2 = ["Unknown" or [x.x] (metres), e.g. 2.7] (C) QUASOU = (Refer to letter B) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
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Chart Symbol
IENC Symbolization
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Object Encoding Object Class =DEPCNT(L) (M) VALDCO = [xx.xx] (metres), e.g., 2.74 (M) SCAMIN = [EU: 12000; US: 18750] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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Real World
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Object Encoding Object Class =sistaw(P) (M) catsiw = [18 (depth indication)] (O) INFORM = [additional information, e.g. "referenced to ground still"] (O) NINFOM = (Refer to Section B, General Guidance) (C) TXTDSC = (Refer to letter A) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =sistaw(P) (M) catsiw = [15 (high water mark)] (O) INFORM = [additional information, e.g., "I=460cm at gauge Kaub"] (O) NINFOM = (Refer to Section B, General Guidance) (C) TXTDSC = (Refer to letter A) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =sistaw(P) (M) catsiw = [16 (vertical clearance indication)] (C) TXTDSC = (Refer to letter A) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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Chart Symbol (USACE Gauge)
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Object Encoding Object Class =wtwgag(P,A) (C) OBJNAM = [name of gauge] (O) NOBJNM = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (O) catgag = [1 (water level staff / pole), 2 (recording water level gauge), 3 (recording water level gauge with remote access), 4 (recording water level gauge with external indicator), 5 (recording water level gauge with remote access and remote indicator)] (O) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (O) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (O) ELEVAT = [xxx.x] (metres), e.g., 139.5 (O) reflev = [1 (Baltic datum), 2 (Adriatic level), 3 (Amsterdam Ordnance Datum (NAP)), 4 (Mean Sea Level), 5 (Other datum), 6 (National Geodetic Vertical Datum - NGVD29), 7 (North American Vertical Datum - NAVD88), 8 (Mean sea level 1912), 9 (Mean sea level 1929), 10 (Tweede Algemene Waterpassing (TAW))] (O) disipd = [distance of impact, downstream: unit defined in the M_UNIT meta object class, e.g., metre (m), resolution: 1m] (O) disipu = [distance of impact, upstream: unit defined in the M_UNIT meta object class, e.g., metre (m), resolution: 1m] (O) higwat = [xxx.xxx] (metres), e.g., 4.78 (O) hignam = Name of water level, which is used for the attribute higwat (value at relevant high water level) including version identification, for example year of issue or period, e.g., HSW 96 (O) lowwat = [xxx.xxx] (metres), e.g., 4.78 (O) lownam = Name of water level, which is used for the attribute lowwat (value at relevant low water level) including version identification, for example year of issue or period, e.g., RNW 96 (O) meawat = [xxx.xxx] (metres), e.g., 2.46 (O) meanam = Name of water level, which is used for the attribute meawat (value at relevant mean water level) including version identification, for example year of issue or period, e.g., HSW 96 (O) othwat = [xxx.xxx] (metres), e.g., 0.567 (O) othnam = (name of water level, which is used for the attribute othwat (value at other locally relevant water level) including version identification, for example year of issue or period) (e.g., HQ100-96) (O) sdrlev = (name of reference level to which depth are referred (from verdat list) plus version indication), e.g. GlW 2002 (O) vcrlev = Name of reference level to which vertical clearances are referred (from verdat list) plus version indication, e.g., HSW 2002 (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
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Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =wtwprf(L) (M) wtwdis = [xxxx.xxx] (units defined in hunits), e.g., 2451.732 (M) hunits = [3 (kilometres), 5 (statute miles), 6 (nautical miles)] (C) HEIGHT = [xxx.x] metres, e.g., 27.4 (C) verdat = [12 (Mean lower low water), 31 (Local low water reference level), 32 (Local high water reference level), 33 (Local mean water reference level), 34 (Equivalent height of water (German GlW)), 35 (Highest Shipping Height of Water (German HSW)), 36 (Reference low water level according to Danube Commission), 37 (Highest shipping height of water according to Danube Commission), 38 (Dutch river low water reference level (OLR)), 39 (Russian project water level), 40 (Russian normal backwater level), 41 (Ohio River Datum), 42 (Approximate LAT), 43 (Dutch High Water Reference Level (MHW)), 44 (Tweede Algemene Waterpassing)] (C) reflev = [1 (Baltic datum), 2 (Adriatic level), 3 (Amsterdam Ordnance Datum (NAP)), 4 (Mean Sea Level), 5 (Other datum), 6 (National Geodetic Vertical Datum - NGVD29), 7 (North American Vertical Datum - NAVD88), 8 (Mean sea level 1912), 9 (Mean sea level 1929), 10 (Tweede Algemene Waterpassing (TAW))] (M) SCAMIN = [EU: 12000; US: 18750] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Table of Contents
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =UWTROC(P,A) (M) WATLEV = [1 (partly submerged at high water), 2 (always dry), 3 (always under water/submerged), 4 (covers and uncovers), 5 (awash)] (M) VALSOU = [+/- xx.x] (metres), e.g., -00.3 or unknown (O) NATSUR = [5 (stone), 9 (rock), 11 (lava), 14 (coral), 18 (boulder)] (C) EXPSOU = (Refer to letter F) (O) QUASOU = [2 (depth unknown), 8 (value reported (not surveyed))] (M) SCAMIN = [22000; US: 18750] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =uwtroc(P,A) (M) watlev = [1 (partly submerged at high water), 2 (always dry), 3 (always under water/submerged), 4 (covers and uncovers), 8 (above mean water level), 9 (below mean water level)] (M) VALSOU = [+/- xx.x] (metres), e.g., -00.3 or unknown (C) EXPSOU = (Refer to letter F) (O) NATSUR = [5 (stone), 9 (rock), 11 (lava), 14 (coral), 18 (boulder)] (M) SCAMIN = [EU: 22000; US: 18750] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
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Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =WRECKS(P,A) (M) CATWRK = [1 (non-dangerous wreck), 2 (dangerous wreck), 3 (distributed remains of wreck), 4 (wreck showing mast/masts), 5 (wreck showing any portion of hull or superstructure)] (O) WATLEV = [1 (partly submerged at high water), 2 (always dry), 3 (always under water/submerged), 4 (covers and uncovers), 5 (awash)] (C) VALSOU = [xx.x or (UNKNOWN)] (metres), e.g., 00.3 (O) QUASOU = [2 (depth unknown), 8 (value reported (not surveyed))] (O) TECSOU = [1 (found by echo-sounder), 2 (found by side-scan-sonar), 3 (found by multi-beam), 4 (found by diver), 5 (found by lead-line), 6 (swept by wire-drag), 7 (found by laser), 8 (swept by vertical acoustic system), 9 (found by electromagnetic sensor), 10 (photogrammetry), 11 (satellite imagery), 12 (found by levelling), 13 (swept by side-scan-sonar), 14 (computer generated)] (C) EXPSOU = (Refer to letter F) (O) STATUS = [12 (illuminated), 16 (watched), 17 (un-watched), 18 (existence doubtful)] (M) SCAMIN = [EU: 22000; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||||||||||
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Chart Symbol (ad A)
Chart Symbol (ad B)
Chart Symbol (ad C)
Chart Symbol (ad D)
Chart Symbol (ad E)
Chart Symbol (ad F)
Chart Symbol (ad G)
Chart Symbol (ad H)
Chart Symbol (ad I)
Chart Symbol (ad J)
IENC Symbolization
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Object Encoding Object Class =OBSTRN(P,L,A) (O) CATOBS = [1 (snag/stump), 2 (wellhead), 3 (diffuser), 4 (crib), 5 (fish haven), 6 (foul area), 7 (foul ground), 8 (ice boom), 9 (ground tackle), 10 (boom), 11 (fishing net)] (C) NATSUR = (Refer to letter C) (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders), 4 (hard surfaced), 6 (wooden), 7 (metal), 8 (GRP)] (C) VALSOU = [x.xx m] (metres) (C) EXPSOU = (Refer to letter P) (C) WATLEV = [1 (partly submerged at high water), 2 (always dry), 3 (always under water/submerged), 4 (covers and uncovers), 5 (awash)] (M) SCAMIN = [EU: 22000; US: 30000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =OILBAR(L) (O) CATOLB = [1 (oil retention (high pressure pipe)), 2 (floating oil barrier)] (M) SCAMIN = [EU: 8000; US: 12000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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Chart Symbol
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Object Encoding Object Class =SBDARE(P,L,A) (M) NATQUA = [1 (Fine), 2 (Medium), 3 (Coarse), 4 (Broken)] (O) NATSUR = [1 (mud), 2 (clay), 3 (silt), 4 (sand), 5 (stone), 6 (gravel), 7 (pebbles), 8 (cobbles), 9 (rock), 18 (boulder)] (M) SCAMIN = [45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Table of Contents
Graphics | Encoding Intructions | Object Encoding | ||
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Chart Symbol
IENC Symbolization
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Object Encoding Object Class =CBLSUB(L) (O) CATCBL = [1 (power line), 3 (transmission line), 4 (telephone), 5 (telegraph), 6 (mooring cable/chain)] (O) OBJNAM = [owner name] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =notmrk(P) (M) catnmk = [8 (no anchoring or trailing of anchors, cables or chains)] (M) fnctnm = [1 (prohibition mark)] (O) dirimp = [1 (upstream), 2 (downstream), 3 (to the left bank), 4 (to the right bank)] (O) disipd = [xxxx] (metres), e.g., 2120 (O) disipu = [xxxx] (metres), e.g., 1730 (O) addmrk = [1 (top (board)), 2 (bottom (board)), 3 (right (triangle to the right)), 4 (left (triangle to the left)), 5 (bottom (triangle to the bottom))] (O) marsys = [1 (IALA A), 2 (IALA B), 9 (no system), 10 (other system), 11 (CEVNI), 12 (Russian inland waterway regulations), 13 (Brazilian national inland waterway regulations - two sides), 14 (Brazilian national inland waterway regulations - side independent), 15 (Paraguay-Parana waterway - Brazilian complementary aids)] (O) STATUS = [8 (private), 12 (illuminated), 14 (public)] (O) INFORM = [text of additional marks in English] (O) NINFOM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =CTNARE(A) (M) INFORM = ["Cable buffer zone"] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =CBLARE(A) (O) CATCBL = [1 (power line), 3 (transmission line), 4 (telephone), 5 (telegraph), 6 (mooring cable/chain)] (M) RESTRN = [1 (anchoring prohibited), 38 (use of spuds prohibited)] (O) OBJNAM = [owner name] (O) NOBJNM = (Refer to Section B, General Guidance) (C) STATUS = (Refer to letter H) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =notmrk(P) (M) catnmk = [8 (no anchoring or trailing of anchors, cables or chains)] (M) fnctnm = [1 (prohibition mark)] (O) dirimp = [1 (upstream), 2 (downstream), 3 (to the left bank), 4 (to the right bank)] (O) disipd = [xxxx] (metres), e.g., 2120 (O) disipu = [xxxx] (metres), e.g., 1730 (O) addmrk = [1 (top (board)), 2 (bottom (board)), 3 (right (triangle to the right)), 4 (left (triangle to the left)), 5 (bottom (triangle to the bottom))] (O) marsys = [1 (IALA A), 2 (IALA B), 9 (no system), 10 (other system), 11 (CEVNI), 12 (Russian inland waterway regulations), 13 (Brazilian national inland waterway regulations - two sides), 14 (Brazilian national inland waterway regulations - side independent), 15 (Paraguay-Parana waterway - Brazilian complementary aids)] (O) STATUS = [8 (private), 12 (illuminated), 14 (public)] (O) INFORM = [text of additional marks in English] (O) NINFOM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =PIPSOL(P,L) (O) CATPIP = [2 (outfall pipe), 3 (intake pipe), 4 (sewer), 6 (supply pipe)] (O) PRODCT = [1 (oil), 2 (gas), 3 (water), 7 (chemicals), 8 (drinking water)] (O) OBJNAM = [owner name] (O) NOBJNM = (Refer to Section B, General Guidance) (C) STATUS = (Refer to letter H) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =notmrk(P) (M) catnmk = [8 (no anchoring or trailing of anchors, cables or chains)] (M) fnctnm = [1 (prohibition mark)] (O) dirimp = [1 (upstream), 2 (downstream), 3 (to the left bank), 4 (to the right bank)] (O) disipd = [xxxx] (metres), e.g., 2120 (O) disipu = [xxxx] (metres), e.g., 1730 (O) addmrk = [1 (top (board)), 2 (bottom (board)), 3 (right (triangle to the right)), 4 (left (triangle to the left)), 5 (bottom (triangle to the bottom))] (O) marsys = [1 (IALA A), 2 (IALA B), 9 (no system), 10 (other system), 11 (CEVNI), 12 (Russian inland waterway regulations), 13 (Brazilian national inland waterway regulations - two sides), 14 (Brazilian national inland waterway regulations - side independent), 15 (Paraguay-Parana waterway - Brazilian complementary aids)] (O) STATUS = [8 (private), 12 (illuminated), 14 (public)] (O) INFORM = [text of additional marks in English] (O) NINFOM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =CTNARE(A) (M) INFORM = ["Pipeline buffer zone"] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =PIPARE(A) (O) CATPIP = [2 (outfall pipe), 3 (intake pipe), 4 (sewer), 6 (supply pipe)] (O) PRODCT = [1 (oil), 2 (gas), 3 (water), 7 (chemicals), 8 (drinking water)] (M) RESTRN = [1 (anchoring prohibited), 38 (use of spuds prohibited)] (O) OBJNAM = [owner name] (O) NOBJNM = (Refer to Section B, General Guidance) (C) STATUS = (Refer to letter G) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =notmrk(P) (M) catnmk = [8 (no anchoring or trailing of anchors, cables or chains)] (M) fnctnm = [1 (prohibition mark)] (O) dirimp = [1 (upstream), 2 (downstream), 3 (to the left bank), 4 (to the right bank)] (O) disipd = [xxxx] (metres), e.g., 2120 (O) disipu = [xxxx] (metres), e.g., 1730 (O) addmrk = [1 (top (board)), 2 (bottom (board)), 3 (right (triangle to the right)), 4 (left (triangle to the left)), 5 (bottom (triangle to the bottom))] (O) marsys = [1 (IALA A), 2 (IALA B), 9 (no system), 10 (other system), 11 (CEVNI), 12 (Russian inland waterway regulations), 13 (Brazilian national inland waterway regulations - two sides), 14 (Brazilian national inland waterway regulations - side independent), 15 (Paraguay-Parana waterway - Brazilian complementary aids)] (O) STATUS = [8 (private), 12 (illuminated), 14 (public)] (O) INFORM = [text of additional marks in English] (O) NINFOM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Table of Contents
Graphics | Encoding Intructions | Object Encoding | |||
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Chart Symbol
IENC Symbolization
IENC Symbolization
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Object Encoding Object Class =NAVLNE(L) (M) CATNAV = [1 (clearing line), 2 (transit line), 3 (leading line bearing a recommended track)] (M) ORIENT = [xxx or (UNKNOWN)] (degree (°)), e.g., 110 (M) SCAMIN = [EU: 22000; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
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Graphics | Encoding Intructions | Object Encoding | ||
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Chart Symbol
IENC Symbolization
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Object Encoding Object Class =RECTRC(L) (M) CATTRK = [1 (based on a system of fixed marks), 2 (not based on a system of fixed marks)] (M) ORIENT = [xxx or (UNKNOWN)] (degree (°)), e.g., 110 (M) TRAFIC = [1 (inbound), 2 (outbound), 3 (one-way), 4 (two-way)] (C) INFORM = (Refer to letter E) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Conditional - Please refer to F Object Class =SEAARE(P) (M) OBJNAM = [“Primary Sailing Line” or “Secondary Sailing Line”] (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
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IENC Symbolization
IENC Symbolization
IENC Symbolization
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Object Encoding Object Class =TWRTPT(A) (M) ORIENT = [xxx.xx (degrees), e.g. 246.7 for an orientation of 246.7 degrees] (M) TRAFIC = [3 (one-way), 4 (two-way)] (M) TRAFIC = [3 (one-way), 4 (two-way)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =wtwaxs(L) (O) catccl = [1 (0 small vessels and pleasure craft), 2 (I peniche), 3 (II campine barge), 4 (III Dortmund-Ems barge), 5 (IV Rhine-Herne barge), 6 (Va Large Rhine barge; 1-barge push-tow unit), 7 (Vb 2-barge push-tow unit; long formation), 8 (VIa 2-barge push-tow unit; wide formation), 9 (VIb 4-barge push-tow unit), 10 (VIc 6-barge push-tow unit), 11 (No CEMT class), 12 (VII 9-barge push-town unit)] (M) OBJNAM = [name of public waterway / or part of a waterway] (O) NOBJNM = [content of OBJNAM in national language] (M) SCAMIN = [EU: 22000; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
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Chart Symbol
IENC Symbolization
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Object Encoding Object Class =TSEZNE(A) (M) CATTSS = [1 (IMO - adopted), 2 (not IMO - adopted)] (O) DATSTA = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (O) DATEND = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (C) STATUS = [3 (recommended), 9 (mandatory)] (C) TXTDSC = (Refer to letter A) (M) SCAMIN = [EU: 260000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
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Real World
IENC Symbolization
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Object Encoding Object Class =FERYRT(L) (M) CATFRY = [2 (cable ferry)] (O) OBJNAM = [name of ferry] (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = (Refer to letter D) (O) NINFOM = (Refer to Section B, General Guidance) (C) STATUS = [2 (occasional), 4 (not in use)] (O) TXTDSC = (Refer to letter G) (M) SCAMIN = [EU: 45000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
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Chart Symbol
IENC Symbolization
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Object Encoding Object Class =FERYRT(L) (M) CATFRY = [1 ('free-moving' ferry)] (O) OBJNAM = [name of ferry] (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = (Refer to letter D) (O) NINFOM = (Refer to Section B, General Guidance) (C) STATUS = [2 (occasional), 4 (not in use)] (O) TXTDSC = (Refer to letter F) (M) SCAMIN = [EU: 45000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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Real World
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Object Encoding Object Class =feryrt(L) (M) catfry = [4 (swinging wire ferry)] (O) OBJNAM = [name of ferry] (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = (Refer to letter E) (O) NINFOM = (Refer to Section B, General Guidance) (C) STATUS = [2 (occasional), 4 (not in use)] (O) TXTDSC = (Refer to letter G) (M) SCAMIN = [EU: 45000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =BOYSPP(P) (O) BOYSHP = [1 (conical (nun, ogival)), 2 (can (cylindrical)), 3 (spherical), 4 (pillar), 5 (spar (spindle)), 6 (barrel (tun))] (O) OBJNAM = [name of ferry] (O) NOBJNM = (Refer to Section B, General Guidance) (M) CATSPM = [37 (ferry crossing mark)] (O) COLOUR = [1 (white), 2 (black), 3 (red), 4 (green), 5 (blue), 6 (yellow), 7 (grey), 8 (brown), 9 (amber), 10 (violet), 11 (orange), 12 (magenta), 13 (pink)] (O) CONRAD = [3 (radar conspicuous (has radar reflector))] (M) SCAMIN = [EU: 22000; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =CBLARE(A) (M) CATCBL = [6 (mooring cable / chain) or "Unknown"] (O) OBJNAM = [Ferry name] (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding |
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Object Encoding Object Class =wtware(A) (M) catccl = [1 (0 small vessels and pleasure craft), 2 (I peniche), 3 (II campine barge), 4 (III Dortmund-Ems barge), 5 (IV Rhine-Herne barge), 6 (Va Large Rhine barge; 1-barge push-tow unit), 7 (Vb 2-barge push-tow unit; long formation), 8 (VIa 2-barge push-tow unit; wide formation), 9 (VIb 4-barge push-tow unit), 10 (VIc 6-barge push-tow unit), 11 (No CEMT class), 12 (VII 9-barge push-town unit)] (M) dirimp = [1 (upstream), 2 (downstream), 3 (to the left bank), 4 (to the right bank)] (C) unlocd = [ISRS code] (M) SCAMIN = [45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =dismar(P) (M) CATDIS = [1 (distance mark not physically installed)] (M) wtwdis = [xxxx.x (value of unit according to hunit)] (C) unlocd = [ISRS code] (M) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (M) SCAMIN = [EU: 8000; US: 120000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||||
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Real World
Real World
Real World
IENC Symbolization
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Object Encoding Object Class =dismar(P) (M) CATDIS = [1 (distance mark not physically installed), 2 (visible mark, pole), 3 (visible mark, board), 4 (visible mark, unknown shape)] (M) hunits = [3 (kilometres), 4 (hectometres), 5 (statute miles), 6 (nautical miles)] (M) wtwdis = [xxxx.x (value of unit according to hunit)] (M) SCAMIN = [22000 (except: 8000 for hunits=4)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Table of Contents
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =achare(P,A) (O) catach = [1 (unrestricted anchorage), 2 (deep water anchorage), 3 (tanker anchorage), 4 (explosives anchorage), 5 (quarantine anchorage), 6 (sea-plane anchorage), 7 (small craft anchorage), 9 (anchorage for periods up to 24 hours), 10 (anchorage for pushing-navigation vessels), 11 (anchorage for other vessels than pushing-navigation vessels), 12 (anchorage for dry cargo vessels), 13 (anchorage for rafts)] (O) clsdng = [1 (one blue light / cone), 2 (two blue lights / cones), 3 (three blue lights / cones), 4 (no blue light / cone), 5 (one red light / red cone top down)] (O) TXTDSC = (Refer to letter G) (O) OBJNAM = [name or number designation to the anchorage area] (O) NOBJNM = (Refer to Section B, General Guidance) (O) restrn = [2 (anchoring restricted), 8 (entry restricted), 13 (no wake), 27 (speed restricted), 32 (berthing restricted), 38 (use of spuds prohibited)] (O) NATSUR = [1 (mud), 2 (clay), 3 (silt), 4 (sand), 5 (stone), 6 (gravel), 7 (pebbles), 8 (cobbles), 9 (rock), 11 (lava), 14 (coral), 17 (shells), 18 (boulder)] (O) STATUS = [3 (recommended), 8 (private), 12 (illuminated), 14 (public), 16 (watched), 17 (un-watched)] (C) unlocd = [ISRS code] (O) INFORM = [additional information, e.g., limited duration of use, restrictions of the number, the kind or size of vessels] (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000 for areas, 12000 for points; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Conditional (Refer to letter F) Object Class =SEAARE(A) (M) OBJNAM = [name or number designation of the anchorage area] (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [45000 or use SCAMIN formula to calculate value] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
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Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =achbrt(P,A) (O) catach = [1 (unrestricted anchorage), 2 (deep water anchorage), 3 (tanker anchorage), 4 (explosives anchorage), 5 (quarantine anchorage), 6 (sea-plane anchorage), 7 (small craft anchorage), 9 (anchorage for periods up to 24 hours), 10 (anchorage for pushing-navigation vessels), 11 (anchorage for other vessels than pushing-navigation vessels), 12 (anchorage for dry cargo vessels), 13 (anchorage for rafts)] (O) clsdng = [1 (one blue light / cone), 2 (two blue lights / cones), 3 (three blue lights / cones), 4 (no blue light / cone), 5 (one red light / red cone top down)] (O) TXTDSC = (Refer to letter E) (O) OBJNAM = [name or number designation of the anchorage area] (O) NOBJNM = (Refer to Section B, General Guidance) (O) restrn = [2 (anchoring restricted), 8 (entry restricted), 13 (no wake), 27 (speed restricted), 32 (berthing restricted), 38 (use of spuds prohibited)] (O) NATSUR = [1 (mud), 2 (clay), 3 (silt), 4 (sand), 5 (stone), 6 (gravel), 7 (pebbles), 8 (cobbles), 9 (rock), 11 (lava), 14 (coral), 17 (shells), 18 (boulder)] (O) STATUS = [3 (recommended), 8 (private), 12 (illuminated), 14 (public), 16 (watched), 17 (un-watched)] (C) unlocd = [ISRS code] (O) INFORM = [additional information, e.g. limited duration of use, restrictions of the kind or the size of vessels] (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000 for areas, 12000 for points; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
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Graphics | Encoding Intructions | Object Encoding | |||
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Real World (Fleeting Area)
Chart Symbol (Fleeting Area)
IENC Symbolization
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Object Encoding Object Class =berths(P,L,A) (C) catbrt = [3 (overnight accommodation), 4 (berth for pushing-navigation vessels), 5 (berth for other vessels than pushing-navigation vessels), 6 (fleeting area), 7 (first class landing), 8 (second class landing)] (O) clsdng = [1 (one blue light / cone), 2 (two blue lights / cones), 3 (three blue lights / cones), 4 (no blue light / cone), 5 (one red light / red cone top down)] (O) TXTDSC = (Refer to letter L) (O) DRVAL1 = [The minimum (shoalest) value; unit defined by the M_UNIT meta object class e.g., metres, if this attribute is used, QUASOU, SOUACC and verdat should also be provided] (O) OBJNAM = [name or number designation of the berth] (O) NOBJNM = (Refer to Section B, General Guidance) (O) STATUS = [3 (recommended), 8 (private), 12 (illuminated), 14 (public), 16 (watched), 17 (un-watched)] (C) unlocd = (Refer to letter O) O) INFORM = [additional information, e.g., limited duration of use, restrictions of the number, the kind or the size of vessels] (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000 for areas, 12000 for points; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =SLCONS(L,A) (M) CATSLC = [4 (pier (jetty)), 5 (promenade pier), 6 (wharf (quay)), 15 (solid face wharf), 16 (open face wharf)] (O) NATCON = [1 (masonry), 2 (concreted), 3 (loose boulders), 4 (hard surfaced), 5 (unsurfaced), 6 (wooden), 7 (metal), 8 (glass reinforced plastic (GRP))] (M) WATLEV = [1 (partly submerged at high water), 2 (always dry)] (M) SCAMIN = [45000 for line objects and 22000 for area objects] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
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Graphics | Encoding Intructions | Object Encoding | ||
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Real World
IENC Symbolization
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Object Encoding Object Class =berths(P,L,A) (O) catbrt = [1 (loading), 2 (unloading), 4 (berth for pushing-navigation vessels), 5 (berth for other vessels than pushing-navigation vessels), 9 (berth for passenger vessels)] (O) clsdng = [1 (one blue light / cone), 2 (two blue lights / cones), 3 (three blue lights / cones), 4 (no blue light / cone), 5 (one red light / red cone top down)] (O) TXTDSC = (Refer to letter K) (O) DRVAL1 = [The minimum (shoalest) value; unit defined by the M_UNIT meta object class e.g., metres, if this attribute is used, QUASOU, SOUACC and verdat should also be provided] (O) OBJNAM = [name or number designation of the berth] (O) NOBJNM = (Refer to Section B, General Guidance) (O) STATUS = [3 (recommended), 8 (private), 12 (illuminated), 14 (public), 16 (watched), 17 (un-watched)] (O) trshgd = [1 (containers), 2 (bulk goods), 3 (oil), 4 (fuel), 5 (chemicals), 6 (liquid goods), 7 (explosive goods), 8 (fish), 9 (cars), 10 (general cargo)] (C) unlocd = [ISRS code] (O) INFORM = [additional information, e.g., limited duration of use, restrictions of the number, the kind or the size of vessels] (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000 for areas, 12000 for points; US: 45000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =SLCONS(L,A) (M) CATSLC = [4 (pier (jetty)), 5 (promenade pier), 6 (wharf (quay)), 15 (solid face wharf), 16 (open face wharf)] (M) CATSLC = [4 (pier (jetty)), 5 (promenade pier), 6 (wharf (quay)), 15 (solid face wharf), 16 (open face wharf)] (M) WATLEV = [1 (partly submerged at high water), 2 (always dry)] (M) SCAMIN = [45000 (A), 22000 (L) or use SCAMIN formula to calculate value] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
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Graphics | Encoding Intructions | Object Encoding | ||
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Chart Symbol
IENC Symbolization
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Object Encoding Object Class =resare(A) (M) restrn = [1 (anchoring prohibited), 2 (anchoring restricted), 7 (entry prohibited), 8 (entry restricted), 13 (no wake), 14 (area to be avoided), 27 (speed restricted), 28 (overtaking prohibited), 29 (overtaking of convoys by convoys prohibited), 30 (passing or overtaking prohibited), 31 (berthing prohibited), 32 (berthing restricted), 33 (making fast prohibited), 34 (making fast restricted), 35 (turning prohibited), 36 (restricted fairway depth), 37 (restricted fairway width), 38 (use of spuds prohibited)] (O) CATREA = [4 (nature reserve), 5 (bird sanctuary), 9 (military area), 12 (navigational aid safety zone), 19 (waiting area), 22 (fish sanctuary), 23 (ecological reserve), 25 (swinging area)] (O) NATSUR = [1 (mud), 2 (clay), 3 (silt), 4 (sand), 5 (stone), 6 (gravel), 7 (pebbles), 8 (cobbles), 9 (rock), 11 (lava), 14 (coral), 17 (shells), 18 (boulder)] (C) INFORM = [if restrn = 2, 8, 32, 34: brief description of restriction; if over 10 words, use TXTDSC; if restrn = 27: maximum speed limit with unit] (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 75000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =CTNARE(P,A) (O) OBJNAM = [name of section or closest town] (O) OBJNAM = [name of section or closest town] (O) OBJNAM = [name of section or closest town] (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization (No IENC symbolization (only in pick report))
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Object Encoding Object Class =comare(A) (O) catcom = [1 (VTS centre), 2 (VTS sector), 3 (IVS point), 4 (MIB), 5 (lock), 6 (bridge), 7 (custom), 8 (harbour), 9 (WLAN area)] (M) COMCHA = [[XXXX];[XXXX];...] (O) OBJNAM = [name of the communication area], e.g. “lock xy” (O) NOBJNM = (Refer to Section B, General Guidance) (O) STATUS = [3 (recommended), 8 (private), 9 (mandatory), 14 (public)] (O) TXTDSC = (Refer to letter I) SCAMIN = [EU: 45000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =ADMARE(A) (M) JRSDTN = [1 (international), 2 (national), 3 (national sub-division)] (M) NATION = (Nationality is encoded by a 2 character-code following ISO 3166 (refer to Annex A to S-57 Appendix A)) (M) OBJNAM = [name of the river surveillance] (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = [communication information] (O) NINFOM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter B) (M) SCAMIN = [90000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =resare(A) (M) restrn = [36 (restricted fairway depth)] (O) OBJNAM = ["Shallow water area" + name of section or closest town] (O) NOBJNM = (Refer to Section B, General Guidance) (O) NATSUR = [1 (mud), 2 (clay), 3 (silt), 4 (sand), 5 (stone), 6 (gravel), 7 (pebbles), 8 (cobbles), 9 (rock), 11 (lava), 14 (coral), 17 (shells), 18 (boulder)] (C) INFORM = (Refer to letter D) (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 75000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding |
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Object Encoding Object Class =resare(A) (M) restrn = [37 (restricted fairway width)] (O) OBJNAM = ["Constricted section" + name of section or closest town)] (O) NOBJNM = (Refer to Section B, General Guidance) (O) NATSUR = [1 (mud), 2 (clay), 3 (silt), 4 (sand), 5 (stone), 6 (gravel), 7 (pebbles), 8 (cobbles), 9 (rock), 11 (lava), 14 (coral), 17 (shells), 18 (boulder)] (M) INFORM = [Section of high navigational importance due to limited width of fairway] O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 75000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =trnbsn(P,A) (O) HORCLR = [The width of the basin, which is available for safe navigation. This may, or may not, be the same as the total physical width of the basin.] (O) OBJNAM = [name of the tuning basin] (O) NOBJNM = (Refer to Section B, General Guidance) (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 75000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
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Chart Symbol
IENC Symbolization
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Object Encoding Object Class =DMPGRD(A) (M) CATDPG = [2 (chemical waste dumping ground), 4 (explosives dumping ground), 5 (spoil ground)] (O) OBJNAM = [Name] (O) NOBJNM = (Refer to Section B, General Guidance) (C) RESTRN = [1 (anchoring prohibited), 3 (fishing prohibited), 5 (trawling prohibited), 7 (entry prohibited), 8 (entry restricted), 24 (dragging prohibited)] (M) SCAMIN = [EU: 260000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics |
Encoding Intructions |
Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =MARCUL(P,L,A) (M) CATMFA = [1 (crustaceans), 2 (oysters/mussels), 3 (fish), 4 (seaweed)] (O) DATSTA = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (O) DATEND = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (O) PERSTA = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (O) PEREND = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (C) EXPSOU = [1 (within the range of depth of the surrounding depth area), 2 (shoaler than the range of depth of the surrounding depth area), 3 (deeper than the range of depth of the surrounding depth area)] (C) VALSOU = [sxxxxx.xx] (s: sign, negative values only) (O) QUASOU = [1 (depth known), 2 (depth unknown), 3 (doubtful sounding), 4 (unreliable sounding), 6 (least depth known), 7 (least depth unknown, safe clearance at depth shown), 8 (value reported (not surveyed)), 9 (value reported (not confirmed))] (C) SOUACC = [xx.x] (C) STATUS = [2 (occasional), 4 (not in use)] (C) WATLEV = [1 (partly submerged at high water), 2 (always dry), 3 (always under water/submerged), 4 (covers and uncovers), 5 (awash), 7 (floating)] (O) OBJNAM = [Name] (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [260000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Table of Contents
Table of Contents
Graphics | Encoding Intructions | Object Encoding | |||
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Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [1 (white), 3 (red), 4 (green), 6 (yellow)] (C) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [1 (fixed), 2 (flashing), 3 (long-flashing), 4 (quick-flashing), 5 (very quick-flashing), 6 (ultra quick flashing), 7 (isophased), 8 (occulting), 9 (interrupted quick-flashing), 10 (interrupted very quick-flashing), 11 (interrupted ultra quick-flashing), 12 (morse), 13 (fixed/flash), 14 (flash/long-flash), 15 (occulting/flash), 16 (fixed/long-flash), 17 (occulting alternating), 18 (long-flash alternating), 19 (flash alternating), 20 (group alternating), 25 (very quick-flash plus long-flash), 26 (very quick-flash plus long-flash), 27 (ultra quick-flash plus long-flash), 28 (alternating), 29 (fixed and alternating flashing)] (C) SIGPER = [xx.xx] (e.g. signal period of 12 seconds, coded as 12) (C) INFORM = (Refer to letter B) (C) MLTYLT = Integer number of lights, minimum 2. (C) SIGGRP = [(x),(x)…], e.g., (), (2), (2+1) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (M) ORIENT = [xxx or (UNKNOWN)] (degree (°)), e.g., 110 (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (O) HEIGHT = [xxx.x] metres, e.g., 27.4 (O) VALNMR = [xx.x] (M) SCAMIN = [EU: 8000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
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Real World
Chart Symbol
IENC Symbolization
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Coding of Structure Object Object Class =PILPNT(P) (O) OBJNAM = [“Name” +(River Mile), e.g. Blackburn Island Lt.(284.4)] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Coding of Equipment Object Object Class =LIGHTS(P) (M) COLOUR = [1 (white), 3 (red), 4 (green), 6 (yellow)] (C) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [1 (fixed), 2 (flashing), 3 (long-flashing), 4 (quick-flashing), 5 (very quick-flashing), 6 (ultra quick flashing), 7 (isophased), 8 (occulting), 9 (interrupted quick-flashing), 10 (interrupted very quick-flashing), 11 (interrupted ultra quick-flashing), 12 (morse), 13 (fixed/flash), 14 (flash/long-flash), 15 (occulting/flash), 16 (fixed/long-flash), 17 (occulting alternating), 18 (long-flash alternating), 19 (flash alternating), 20 (group alternating), 25 (very quick-flash plus long-flash), 26 (very quick-flash plus long-flash), 27 (ultra quick-flash plus long-flash), 28 (alternating), 29 (fixed and alternating flashing)] (C) CATLIT = (Refer to letters N or O) (C) SIGPER = [xx.xx] (e.g. signal period of 12 seconds, coded as 12) (C) SIGGRP = [(x),(x)…], e.g., (), (2), (2+1) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (O) INFORM = [descending bank, structure_up, structure_down (e.g. LDB)] (C) MLTYLT = Integer number of lights, minimum 2. (O) HEIGHT = [xxx.x] metres, e.g., 27.4 (O) VALNMR = [xx.x] (C) STATUS = (Refer to letter F) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
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Graphics | Encoding Intructions | Object Encoding | |||
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Real World
Chart Symbol
IENC Symbolization
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Coding of Master Object Object Class =PILPNT(P) (M) OBJNAM = [“Name”+(River Mile), e.g. Blackburn Island Lt. (284.4)] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Coding of Equipment Object Object Class =LIGHTS(P) (M) CATLIT = [1 (directional function), 4 (leading light), 5 (aero light), 6 (air obstruction light), 12 (front), 13 (rear), 14 (lower), 15 (upper)] (M) COLOUR = [1 (white), 3 (red), 4 (green), 6 (yellow)] (M) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [1 (fixed), 2 (flashing), 3 (long-flashing), 4 (quick-flashing), 5 (very quick-flashing), 6 (ultra quick flashing), 7 (isophased), 8 (occulting), 9 (interrupted quick-flashing), 10 (interrupted very quick-flashing), 11 (interrupted ultra quick-flashing), 12 (morse), 13 (fixed/flash), 14 (flash/long-flash), 15 (occulting/flash), 16 (fixed/long-flash), 17 (occulting alternating), 18 (long-flash alternating), 19 (flash alternating), 20 (group alternating), 25 (very quick-flash plus long-flash), 26 (very quick-flash plus long-flash), 27 (ultra quick-flash plus long-flash), 28 (alternating), 29 (fixed and alternating flashing)] (C) ORIENT = [xxx.xx] (C) SIGPER = [xx.xx] (e.g. signal period of 12 secondscoded as "12") (C) SIGGRP = [(x),(x)…], e.g., (), (2), (2+1) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (O) VALNMR = [xx.x] (C) INFORM = US: descending bank (e.g. LDB for left descending bank) (C) MLTYLT = Integer number of lights, minimum 2. (O) STATUS = [8 (private), 14 (public)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =NAVLNE(L) (M) CATNAV = [1 (clearing line), 2 (transit line), 3 (leading line bearing a recommended track)] (M) ORIENT = [xxx or (UNKNOWN)] (degree (°)), e.g., 110 (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =RECTRC(L) (M) CATTRK = [1 (based on a system of fixed marks)] (O) DRVAL1 = [sxx.x] (s: sign, negative values only) (O) DRVAL2 = [xx.x] (M) ORIENT = [xx.x] (M) TRAFIC = [1 (inbound), 2 (outbound), 3 (one-way), 4 (two-way)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
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Graphics | Encoding Intructions | Object Encoding | ||
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Chart Symbol
IENC Symbolization
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Coding of Master Object Object Class =PILPNT(P) (M) OBJNAM = [“Name”+(River Mile), e.g. Blackburn Island Lt. (284.4)] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Coding of Equipment Object Object Class =LIGHTS(P) (M) CATLIT = [1 (directional function)] (M) COLOUR = [1 (white), 3 (red), 4 (green), 6 (yellow)] (M) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [1 (fixed), 2 (flashing), 3 (long-flashing), 4 (quick-flashing), 5 (very quick-flashing), 6 (ultra quick flashing), 7 (isophased), 8 (occulting), 9 (interrupted quick-flashing), 10 (interrupted very quick-flashing), 11 (interrupted ultra quick-flashing), 12 (morse), 13 (fixed/flash), 14 (flash/long-flash), 15 (occulting/flash), 16 (fixed/long-flash), 17 (occulting alternating), 18 (long-flash alternating), 19 (flash alternating), 20 (group alternating), 25 (very quick-flash plus long-flash), 26 (very quick-flash plus long-flash), 27 (ultra quick-flash plus long-flash), 28 (alternating), 29 (fixed and alternating flashing)] (C) LITVIS = [4 (intensified)] (C) ORIENT = [xxx.xx] (C) SIGPER = [xx.xx] (e.g. signal period of 12 secondscoded as "12") (C) SIGGRP = [(x),(x)…], e.g., (), (2), (2+1) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (C) INFORM = US: descending bank (e.g. LDB for left descending bank) (C) MLTYLT = Integer number of lights, minimum 2. (O) HEIGHT = [xxx.x] metres, e.g., 27.4 (O) VALNMR = [xx.x] (O) STATUS = [8 (private), 14 (public)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =NAVLNE(L) (M) CATNAV = [1 (clearing line), 2 (transit line), 3 (leading line bearing a recommended track)] (M) ORIENT = [xxx or (UNKNOWN)] (degree (°)), e.g., 110 (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =RECTRC(L) (M) CATTRK = [1 (based on a system of fixed marks)] (O) DRVAL1 = [sxx.x] (s: sign, negative values only) (O) DRVAL2 = [xx.x] (O) DRVAL2 = [xx.x] (M) TRAFIC = [1 (inbound), 2 (outbound), 3 (one-way), 4 (two-way)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
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Graphics | Encoding Intructions | Object Encoding | |||
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Real World
Chart Symbol
IENC Symbolization
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Coding of Master Object Object Class =PILPNT(P) (M) OBJNAM = [“Name”+(River Mile), e.g. Blackburn Island Lt. (284.4)] (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Coding of Equipment Object Object Class =LIGHTS(P) (M) COLOUR = [1 (white), 3 (red), 4 (green), 6 (yellow)] (M) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [1 (fixed), 2 (flashing), 3 (long-flashing), 4 (quick-flashing), 5 (very quick-flashing), 6 (ultra quick flashing), 7 (isophased), 8 (occulting), 9 (interrupted quick-flashing), 10 (interrupted very quick-flashing), 11 (interrupted ultra quick-flashing), 12 (morse), 13 (fixed/flash), 14 (flash/long-flash), 15 (occulting/flash), 16 (fixed/long-flash), 17 (occulting alternating), 18 (long-flash alternating), 19 (flash alternating), 20 (group alternating), 25 (very quick-flash plus long-flash), 26 (very quick-flash plus long-flash), 27 (ultra quick-flash plus long-flash), 28 (alternating), 29 (fixed and alternating flashing)] (M) SECTR1 = [xxx.xx] (M) SECTR2 = [xxx.xx] (C) SIGPER = [xx.xx] (e.g. signal period of 12 secondscoded as "12") (C) SIGGRP = [(x),(x)…], e.g., (), (2), (2+1) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (O) HEIGHT = [xxx.x] metres, e.g., 27.4 (O) VALNMR = [xx.x] (C) INFORM = US: descending bank (e.g. LDB for left descending bank) (O) STATUS = [8 (private), 14 (public)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Table of Contents
Graphics | Encoding Intructions | Object Encoding | ||||||
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Real World
Chart Symbol
Chart Symbol (single mark)
Chart Symbol (double marks)
Chart Symbol (double marks)
IENC Symbolization
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Coding of Structure Object Object Class =BOYLAT(P) (M) CATLAM = [3 (preferred channel to starboard lateral mark), 4 (preferred channel to port lateral mark)] (M) BOYSHP = [1 (conical (nun, ogival)), 2 (can (cylindrical)), 3 (spherical), 4 (pillar), 5 (spar (spindle))] (M) COLOUR = [1 (white), 3 (red), 4 (green)] (C) OBJNAM = (Refer to letter B) (C) NOBJNM = (Refer to letter B) (C) MARSYS = [1 (IALA A), 2 (IALA B)] (C) INFORM = (Refer to letter I) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Alternative (see coding instruction E) Object Class =BOYSPP(P) (M) BOYSHP = [1 (conical (nun, ogival)), 3 (spherical), 4 (pillar), 5 (spar (spindle))] (M) CATSPM = [54 (channel separation mark)] (M) COLOUR = [1 (white), 2 (black), 3 (red), 4 (green)] (M) COLPAT = [1 (horizontal stripes), 2 (vertical stripes)] (C) MARSYS = [1 (IALA A), 2 (IALA B)] (O) CONRAD = [3 (radar conspicuous (has radar reflector))] (C) OBJNAM = (Refer to letter B) (O) NOBJNM = (Refer to letter B) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Alternative (see coding instruction F) Object Class =boylat(P) (M) BOYSHP = [1 (conical (nun, ogival)), 2 (can (cylindrical)), 3 (spherical), 4 (pillar), 5 (spar (spindle))] (M) catlam = [3 (preferred channel to starboard lateral mark), 4 (preferred channel to port lateral mark), 10 (bifurcation of the channel)] (M) COLOUR = [3 (red), 4 (green)] (M) COLPAT = [1 (horizontal stripes)] (C) marsys = [1 (IALA A), 2 (IALA B), 9 (no system), 10 (other system), 11 (CEVNI), 12 (Russian inland waterway regulations), 13 (Brazilian national inland waterway regulations - two sides), 14 (Brazilian national inland waterway regulations - side independent), 15 (Paraguay-Parana waterway - Brazilian complementary aids)] (O) CONRAD = [3 (radar conspicuous (has radar reflector))] (O) INFORM = (EU: Refer to letter G) (O) NINFOM = (Refer to Section B, General Guidance) (C) OBJNAM = (EU: designator as it appears on the structure; US: “Name” + (River Mile), e.g., Avoca Island Cutoff Buoy (132.7) (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Coding of Equipment Object Object Class =TOPMAR(P) (M) COLOUR = [3 (red), 4 (green)] (M) TOPSHP = [1 (cone, point up), 3 (sphere), 5 (cylinder (can))] (C) COLPAT = [1 (horizontal stripes)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [1 (white), 3 (red), 4 (green), 6 (yellow)] (M) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [1 (fixed), 2 (flashing), 3 (long-flashing), 4 (quick-flashing), 5 (very quick-flashing), 6 (ultra quick flashing), 7 (isophased), 8 (occulting), 9 (interrupted quick-flashing), 10 (interrupted very quick-flashing), 11 (interrupted ultra quick-flashing), 12 (morse), 13 (fixed/flash), 14 (flash/long-flash), 15 (occulting/flash), 16 (fixed/long-flash), 17 (occulting alternating), 18 (long-flash alternating), 19 (flash alternating), 20 (group alternating), 25 (very quick-flash plus long-flash), 26 (very quick-flash plus long-flash), 27 (ultra quick-flash plus long-flash), 28 (alternating), 29 (fixed and alternating flashing)] (C) SIGPER = [xx.xx (e.g. signal period of 12 seconds coded as 12)] (C) SIGGRP = [(x),(x)…], e.g., (), (2), (2+1) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
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Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =boylat(P) (M) BOYSHP = [1 (conical (nun, ogival)), 2 (can (cylindrical)), 3 (spherical), 4 (pillar), 5 (spar (spindle)), 6 (barrel (tun)), 8 (ice buoy)] (M) catlam = [23 (bridge pier mark)] (M) COLOUR = [6 (yellow)] (C) marsys = [1 (IALA A), 2 (IALA B), 9 (no system), 10 (other system), 11 (CEVNI), 12 (Russian inland waterway regulations), 13 (Brazilian national inland waterway regulations - two sides), 14 (Brazilian national inland waterway regulations - side independent), 15 (Paraguay-Parana waterway - Brazilian complementary aids)] (O) CONRAD = [3 (radar conspicuous (has radar reflector))] (C) OBJNAM = (Refer to letter C) (O) NOBJNM = (Refer to letter C) (O) INFORM = (Refer to letter D) (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [1 (white), 3 (red), 4 (green)] (M) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [1 (fixed), 2 (flashing), 3 (long-flashing), 4 (quick-flashing), 5 (very quick-flashing), 6 (ultra quick flashing), 7 (isophased), 8 (occulting), 9 (interrupted quick-flashing), 10 (interrupted very quick-flashing), 11 (interrupted ultra quick-flashing), 12 (morse), 13 (fixed/flash), 14 (flash/long-flash), 15 (occulting/flash), 16 (fixed/long-flash), 17 (occulting alternating), 18 (long-flash alternating), 19 (flash alternating), 20 (group alternating), 25 (very quick-flash plus long-flash), 26 (very quick-flash plus long-flash), 27 (ultra quick-flash plus long-flash), 28 (alternating), 29 (fixed and alternating flashing)] (C) SIGPER = [xx.xx] (e.g. signal period of 12 seconds coded as 12) (C) SIGGRP = [(x),(x)…], e.g., (), (2), (2+1) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||||
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Real World
Chart Symbol
Chart Symbol
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =BOYSPP(P) (M) BOYSHP = [1 (conical (nun, ogival)), 2 (can (cylindrical)), 5 (spar (spindle))] (M) CATSPM = [41 (clearing mark), 45 (foul ground mark)] (M) COLOUR = [1 (white), 2 (black), 3 (red), 4 (green)] (M) COLPAT = [1 (horizontal stripes), 2 (vertical stripes), 3 (diagonal stripes), 4 (squared), 5 (stripes (direction unknown)), 6 (border stripe)] (C) MARSYS = [1 (IALA A), 2 (IALA B)] (O) CONRAD = [3 (radar conspicuous (has radar reflector))] (C) OBJNAM = (Refer to letter B) (O) NOBJNM = (Refer to letter B) (O) INFORM = (US: refer to letter E; EU: refer to letter F; EU and RU: refer to letter G) (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Alternative (see coding instruction D) Object Class =boylat(P) (M) catlam = [15 (danger point or obstacles at the right-hand side), 16 (danger point or obstacles at the left-hand side)] (M) BOYSHP = [5 (spar (spindle)), 8 (ice buoy)] (M) COLOUR = [1 (white), 3 (red), 4 (green)] (M) COLPAT = [1 (horizontal stripes)] (C) marsys = [1 (IALA A), 2 (IALA B), 9 (no system), 10 (other system), 11 (CEVNI), 12 (Russian inland waterway regulations), 13 (Brazilian national inland waterway regulations - two sides), 14 (Brazilian national inland waterway regulations - side independent), 15 (Paraguay-Parana waterway - Brazilian complementary aids)] (O) CONRAD = [3 (radar conspicuous (has radar reflector))] (C) OBJNAM = (Refer to letter B) (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = [US: refer to letter E; EU: refer to letter F] (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =TOPMAR(P) (M) COLOUR = [2 (black), 3 (red), 4 (green)] (M) TOPSHP = [1 (cone, point up), 2 (cone, point down), 4 (2 spheres), 5 (cylinder (can)), 10 (2 cones, point to point), 24 (triangle, point up), 25 (triangle, point down)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [1 (white), 3 (red), 4 (green)] (M) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [1 (fixed), 2 (flashing), 3 (long-flashing), 4 (quick-flashing), 5 (very quick-flashing), 6 (ultra quick flashing), 7 (isophased), 8 (occulting), 9 (interrupted quick-flashing), 10 (interrupted very quick-flashing), 11 (interrupted ultra quick-flashing), 12 (morse), 13 (fixed/flash), 14 (flash/long-flash), 15 (occulting/flash), 16 (fixed/long-flash), 17 (occulting alternating), 18 (long-flash alternating), 19 (flash alternating), 20 (group alternating), 25 (very quick-flash plus long-flash), 26 (very quick-flash plus long-flash), 27 (ultra quick-flash plus long-flash), 28 (alternating), 29 (fixed and alternating flashing)] (C) SIGPER = [xx.xx (e.g. signal period of 12 seconds coded as 12)] (C) SIGGRP = [(x),(x)…], e.g., (), (2), (2+1) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||||
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Real World
Chart Symbol
IENC Symbolization
IENC Symbolization
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Object Encoding Object Class =BOYCAR(P) (M) BOYSHP = [1 (conical (nun, ogival)), 4 (pillar), 5 (spar (spindle))] (M) CATCAM = [1 (north cardinal mark), 2 (east cardinal mark), 3 (south cardinal mark), 4 (west cardinal mark)] (M) COLOUR = [2 (black), 6 (yellow)] West: COLOUR=6,2,6 East: COLOUR=2,6,2 North: COLOUR=2,6 South: COLOUR=6,2 (M) COLPAT = [1 (horizontal stripes)] (C) MARSYS = [1 (IALA A), 2 (IALA B)] (C) INFORM = (Refer to letter D) (O) NINFOM = (Refer to Section B, General Guidance) (O) CONRAD = [3 (radar conspicuous (has radar reflector))] (C) OBJNAM = (Refer to letter C) (C) OBJNAM = (Refer to letter C) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =TOPMAR(P) (M) COLOUR = [2 (black)] (M) TOPSHP = [10 (2 cones, point to point), 11 (2 cones, base to base), 13 (2 cones (points upward)), 14 (2 cones (points downward))] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [1 (white)] (M) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [3 (long-flashing), 4 (quick-flashing)] (C) SIGPER = [xx.xx] (e.g. signal period of 12 seconds coded as 12) (C) SIGGRP = [(x),(x)…], e.g., (), (2), (2+1) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Real World (Can)
Real World (Nun)
Real World (EU)
Real World (EU)
Real World (RU)
Chart Symbol
Chart Symbol
Chart Symbol
IENC Symbolization
IENC Symbolization
IENC Symbolization
|
|
Object Encoding Object Class =boylat(P) (M) BOYSHP = [1 (conical (nun, ogival)), 2 (can (cylindrical)), 3 (spherical), 4 (pillar), 5 (spar (spindle)), 8 (ice buoy)] (M) catlam = [1 (port-hand lateral mark), 2 (starboard-hand lateral mark), 5 (right-hand side of the waterway), 6 (left-hand side of the waterway), 7 (right-hand side of the channel), 8 (left-hand side of the channel), 11 (channel near the right bank), 12 (channel near the left bank), 13 (channel cross-over to the right bank), 14 (channel cross-over to the left bank)] (M) COLOUR = [1 (white), 3 (red), 4 (green), 6 (yellow)] (C) marsys = [1 (IALA A), 2 (IALA B), 9 (no system), 10 (other system), 11 (CEVNI), 12 (Russian inland waterway regulations), 13 (Brazilian national inland waterway regulations - two sides), 14 (Brazilian national inland waterway regulations - side independent), 15 (Paraguay-Parana waterway - Brazilian complementary aids)] (O) CONRAD = [3 (radar conspicuous (has radar reflector))] (C) OBJNAM = (Refer to letter A) (C) NOBJNM = (Refer to letter A) (C) INFORM = (US: refer to letter F; EU: refer to letter G) (O) NINFOM = (Refer to Section B, General Guidance) (O) NINFOM = (Refer to Section B, General Guidance) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =TOPMAR(P) (M) COLOUR = [3 (red), 4 (green)] (M) TOPSHP = [1 (cone, point up), 5 (cylinder (can))] (M) TOPSHP = [1 (cone, point up), 5 (cylinder (can))] (C) INFORM = (Refer to letters F and G) (O) NINFOM = (Refer to Section B, General Guidance) (O) NINFOM = (Refer to Section B, General Guidance) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [1 (white), 3 (red), 4 (green), 6 (yellow)] (M) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [1 (fixed), 2 (flashing), 3 (long-flashing), 4 (quick-flashing), 5 (very quick-flashing), 6 (ultra quick flashing), 7 (isophased), 8 (occulting), 9 (interrupted quick-flashing), 10 (interrupted very quick-flashing), 11 (interrupted ultra quick-flashing), 12 (morse), 13 (fixed/flash), 14 (flash/long-flash), 15 (occulting/flash), 16 (fixed/long-flash), 17 (occulting alternating), 18 (long-flash alternating), 19 (flash alternating), 20 (group alternating), 25 (very quick-flash plus long-flash), 26 (very quick-flash plus long-flash), 27 (ultra quick-flash plus long-flash), 28 (alternating), 29 (fixed and alternating flashing)] (C) SIGPER = [xx.xx (e.g. signal period of 12 seconds coded as 12)] (C) SIGPER = [xx.xx (e.g. signal period of 12 seconds coded as 12)] (C) SIGPER = [xx.xx (e.g. signal period of 12 seconds coded as 12)] (C) SIGPER = [xx.xx (e.g. signal period of 12 seconds coded as 12)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
|
Graphics | Encoding Intructions | Object Encoding | ||||
---|---|---|---|---|---|---|
Real World
Chart Symbol
Chart Symbol
IENC Symbolization
|
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Object Encoding Object Class =BOYSAW(P) (M) BOYSHP = [1 (conical (nun, ogival)), 3 (spherical), 4 (pillar), 5 (spar (spindle))] (M) COLOUR = [1 (white), 2 (black), 3 (red)] (M) COLPAT = [1 (horizontal stripes), 2 (vertical stripes)] (C) MARSYS = [1 (IALA A), 2 (IALA B)] (C) INFORM = (Refer to letter E) (O) NINFOM = (Refer to Section B, General Guidance) (O) CONRAD = [3 (radar conspicuous (has radar reflector))] (C) OBJNAM = (Refer to letter B) (C) OBJNAM = (Refer to letter B) (C) OBJNAM = (Refer to letter B) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =TOPMAR(P) (M) COLOUR = [3 (red)] (M) TOPSHP = [3 (sphere)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [1 (white), 6 (yellow)] (M) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [1 (fixed), 2 (flashing), 3 (long-flashing), 4 (quick-flashing), 5 (very quick-flashing), 6 (ultra quick flashing), 7 (isophased), 8 (occulting), 9 (interrupted quick-flashing), 10 (interrupted very quick-flashing), 11 (interrupted ultra quick-flashing), 12 (morse), 13 (fixed/flash), 14 (flash/long-flash), 15 (occulting/flash), 16 (fixed/long-flash), 17 (occulting alternating), 18 (long-flash alternating), 19 (flash alternating), 20 (group alternating), 25 (very quick-flash plus long-flash), 26 (very quick-flash plus long-flash), 27 (ultra quick-flash plus long-flash), 28 (alternating), 29 (fixed and alternating flashing)] (C) SIGPER = [xx.xx] (e.g. signal period of 12 seconds coded as 12) (C) SIGGRP = [(x),(x)…], e.g., (), (2), (2+1) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Chart Symbol
Chart Symbol
IENC Symbolization
|
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Object Encoding Object Class =BOYLAT(P) (M) BOYSHP = [1 (conical (nun, ogival)), 2 (can (cylindrical))] (M) CATLAM = [1 (port-hand lateral mark), 2 (starboard-hand lateral mark)] (M) COLOUR = [3, 2 (red, black), 3, 1 (red, white), 1, 2 (white, black)] (M) COLPAT = [1 (horizontal stripes)] (C) MARSYS = [1 (IALA A), 2 (IALA B)] (C) INFORM = (Refer to letter B) (O) NINFOM = (Refer to Section B, General Guidance) (O) OBJNAM = (buoy number) (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [3 (red), 4 (green)] (M) LITCHR = [2 (flashing), 9 (interrupted quick-flashing)] (M) SIGGRP = [4] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =BOYSAW(P) (M) BOYSHP = [1 (conical (nun, ogival)), 5 (spar (spindle))] (M) COLOUR = [3, 2, 3, 2, 3 (red, black, red, black, red), 3, 1, 3, 1, 3 (red, white, red, white, red)] (M) COLPAT = [1 (horizontal stripes)] (C) MARSYS = [1 (IALA A), 2 (IALA B)] (C) MARSYS = [1 (IALA A), 2 (IALA B)] (O) NINFOM = (Refer to Section B, General Guidance) (O) NINFOM = (Refer to Section B, General Guidance) (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [1 (white)] (M) LITCHR = [9 (interrupted quick-flashing)] (M) SIGGRP = [4] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =TOPMAR(P) (M) TOPSHP = [26 (circle)] (O) COLOUR = [2 (black)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||||
---|---|---|---|---|---|---|
Chart Symbol
Chart Symbol
IENC Symbolization
IENC Symbolization
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|
Object Encoding Object Class =BOYLAT(P) (M) BOYSHP = [1 (conical (nun, ogival)), 2 (can (cylindrical))] (M) CATLAM = [1 (port-hand lateral mark), 2 (starboard-hand lateral mark)] (M) COLOUR = [1, 2, 1 (white, black, white), 2, 1, 2 (black, white, black), 3, 1, 3, (red, white, red), 3, 2, 3, (red, black, red)] (M) COLPAT = [1 (horizontal stripes)] (C) MARSYS = [1 (IALA A), 2 (IALA B)] (O) INFORM = (Refer to letter B) (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [1 (white), 3 (red), 4 (green), 6 (yellow)] (M) LITCHR = [2 (flashing), 4 (quick-flashing)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =BOYISD(P) (M) BOYSHP = [4 (pillar), 5 (spar (spindle))] (M) COLOUR = [2 (black), 3 (red)] (M) COLPAT = [1 (horizontal stripes)] (C) INFORM = (Refer to letter B) (O) NINFOM = (Refer to Section B, General Guidance) (O) CONRAD = [3 (radar conspicuous (has radar reflector))] (C) OBJNAM = (Refer to letter C) (C) NOBJNM = (Refer to letter D) (M) SCAMIN = [BR: 50000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =TOPMAR(P) (M) COLOUR = [2 (black)] (M) TOPSHP = [4 (2 spheres)] (C) INFORM = (Refer to letter B) (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [BR: 50000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Class =LIGHTS(P) (M) COLOUR = [1 (white)] (M) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [2 (flashing)] (C) SIGPER = [xx.xx] (e.g. signal period of 12 seconds, coded as 12) (C) SIGGRP = [(x),(x)…], e.g., (), (2), (2+1) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (M) SCAMIN = [BR: 50000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
---|---|---|---|
IENC Symbolization
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Object Encoding Object Class =NEWOBJ(P) (M) CLSNAM = (Refer to Diagram below) (M) CLSDEF = (Refer to Diagram below) (M) SYMINS = (Refer to Diagram below) (M) INFORM = (Refer to letter A) (O) NINFOM = (Refer to Section B, General Guidance) (C) OBJNAM = (Refer to letter B) O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
|
Graphics | Encoding Intructions | Object Encoding | ||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Real World (US)
Real World (CEVNI)
Chart Symbol (Version 1)
Chart Symbol
Chart Symbol
Chart Symbol
Chart Symbol
Chart Symbol
Chart Symbol
IENC Symbolization
IENC Symbolization
IENC Symbolization
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|
Coding of Structure Object Object Class =bcnlat(P) (M) BCNSHP = [1 (stake, pole, perch, post), 5 (pile beacon)] (M) catlam = [1 (port-hand lateral mark), 2 (starboard-hand lateral mark), 5 (right-hand side of the waterway), 6 (left-hand side of the waterway), 7 (right-hand side of the channel), 8 (left-hand side of the channel), 9 (bifurcation of the waterway), 11 (channel near the right bank), 12 (channel near the left bank), 13 (channel cross-over to the right bank), 14 (channel cross-over to the left bank), 15 (danger point or obstacles at the right-hand side), 16 (danger point or obstacles at the left-hand side), 24 (entry from a lake to a narrower waterway, right bank), 25 (entry from a lake to a narrower waterway, left bank)] (C) dirimp = [1 (upstream), 2 (downstream), 3 (to the left bank), 4 (to the right bank)] (M) COLOUR = ["Unknown" or 1 (white), 3 (red), 4 (green), ] (C) COLPAT = [1 (horizontal stripes), 2 (vertical stripes), 3 (diagonal stripes), 4 (squared), 5 (stripes (direction unknown)), 6 (border stripe)] (M) OBJNAM = (EU: refer to letter E; US: refer to letter H) (O) NOBJNM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Coding of Equipment Object Object Class =DAYMAR(P) (M) COLOUR = [1 (white), 2 (black), 3 (red), 4 (green), 6 (yellow)] (M) TOPSHP = [1 (cone, point up), 2 (cone, point down), 7 (x-shape (St. Andrew's cross)), 8 (upright cross (St George's cross)), 10 (2 cones, point to point), 12 (rhombus (diamond)), 19 (square), 24 (triangle, point up), 25 (triangle, point down), 33 (other shape (see INFORM))] (M) COLPAT = [1 (horizontal stripes), 2 (vertical stripes), 3 (diagonal stripes), 4 (squared), 5 (stripes (direction unknown)), 6 (border stripe)] (C) INFORM = (Refer to TOPSHP above) (O) NINFOM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Coding of Equipment Object Object Class =daymar(P) (M) COLOUR = [1 (white), 3 (red), 4 (green), 6 (yellow)] (M) TOPSHP = [1 (cone, point up), 2 (cone, point down), 7 (x-shape (St. Andrew's cross)), 8 (upright cross (St George's cross)), 10 (2 cones, point to point), 12 (rhombus (diamond)), 19 (square), 24 (triangle, point up), 25 (triangle, point down), 33 (other shape (see INFORM))] (C) COLPAT = [1 (horizontal stripes), 2 (vertical stripes), 3 (diagonal stripes), 4 (squared), 5 (stripes (direction unknown)), 6 (border stripe)] (C) INFORM = (Refer to TOPSHP above) (O) NINFOM = (Refer to Section B, General Guidance) (C) dirimp = [1 (upstream), 2 (downstream), 3 (to the left bank), 4 (to the right bank)] (C) ORIENT = [xxx or (UNKNOWN)] (degree (°)), e.g., 110 (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [1 (white), 3 (red), 4 (green)] (O) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [1 (fixed), 2 (flashing), 3 (long-flashing), 4 (quick-flashing), 5 (very quick-flashing), 6 (ultra quick flashing), 7 (isophased), 8 (occulting), 9 (interrupted quick-flashing), 10 (interrupted very quick-flashing), 11 (interrupted ultra quick-flashing), 12 (morse), 13 (fixed/flash), 14 (flash/long-flash), 15 (occulting/flash), 16 (fixed/long-flash), 17 (occulting alternating), 18 (long-flash alternating), 19 (flash alternating), 20 (group alternating), 25 (very quick-flash plus long-flash), 26 (very quick-flash plus long-flash), 27 (ultra quick-flash plus long-flash), 28 (alternating), 29 (fixed and alternating flashing)] (C) SIGPER = [xx.xx] (e.g., signal period of 12 seconds coded as 12) (C) SIGPER = [xx.xx] (e.g., signal period of 12 seconds coded as 12) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (C) INFORM = (US: descending bank (e.g., LDB)) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Chart Symbol
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =BCNLAT() (M) BCNSHP = [1 (stake, pole, perch, post)] (M) CATLAM = [1 (port-hand lateral mark), 2 (starboard-hand lateral mark)] (M) COLOUR = [2,1, 2, 1, 2 (white, black, white, black, white), 3, 1, 3, 1, 3 (red, white, red, white, red)] (M) COLPAT = [1 (horizontal stripes)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =TOPMAR(P) (M) TOPSHP = [21 (rectangle, vertical), 22 (trapezium, up)] (O) COLOUR = [2,1, 2, 1, 2 (white, black, white, black, white), 3, 1, 3, 1, 3 (red, white, red, white, red)] (O) COLPAT = [1 (horizontal stripes)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [1 (white), 3 (red), 4 (green), 6 (yellow)] (M) LITCHR = [2 (flashing)] (M) SIGGRP = [2] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =RTPBCN(P) (M) CATRTB = [1 (ramark, radar beacon transmitting continuously), 2 (racon, radar transponder beacon), 3 (leading racon/radar transponder beacon)] (O) RADWAL = (The wavelength (V) (metres) and the band code character (B)), e.g., V.VV-B (O) SIGGRP = [A] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||||
---|---|---|---|---|---|---|
Chart Symbol
Chart Symbol
IENC Symbolization
IENC Symbolization
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Object Encoding Object Class =BCNLAT(P) (M) BCNSHP = [1 (stake, pole, perch, post)] (M) CATLAM = [1 (port-hand lateral mark), 2 (starboard-hand lateral mark)] (M) COLOUR = [1 (white), 3 (red)] (O) INFORM = (Spring flood mark of the left (right) bank) (O) NINFOM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =TOPMAR(P) (M) TOPSHP = [22 (trapezium, up), 26 (circle)] (O) COLOUR = [1 (white), 3 (red)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) SCAMIN = [EU: 22000; US: 60000] (M) LITCHR = [1 (fixed)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =BCNISD(P) (M) BCNSHP = [1 (stake, pole, perch, post), 5 (pile beacon)] (M) COLOUR = [2 (black), 3 (red)] (M) COLPAT = [1 (horizontal stripes)] (C) INFORM = (Refer to letter B) (O) NINFOM = (Refer to Section B, General Guidance) (C) CONRAD = [3 (radar conspicuous (has radar reflector))] (C) OBJNAM = (Refer to letter C) (C) NOBJNM = (Refer to letter D) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [BR: 50000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =TOPMAR(P) (M) COLOUR = [2 (black)] (M) TOPSHP = [4 (2 spheres)] (C) INFORM = (Refer to letter B) (O) NINFOM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [BR: 50000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [1 (white)] (M) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [2 (flashing)] (C) SIGPER = [xx.xx] (e.g. signal period of 12 seconds, coded as 12) (C) SIGGRP = [(x),(x)…], e.g., (), (2), (2+1) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [BR: 50000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
|
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Object Encoding Object Class =bcnlat(P) (M) BCNSHP = [1 (stake, pole, perch, post)] (M) catlam = [26 (change bank)] (M) COLOUR = [1 (white), 3 (red), 4 (green)] (M) SCAMIN = [EU: 22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =DAYMAR(P) (M) COLOUR = [1 (white), 3 (red)] (M) TOPSHP = [12 (rhombus (diamond))] (M) COLPAT = [2 (vertical stripes)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =bcnlat(P) (M) BCNSHP = [1 (stake, pole, perch, post)] (M) catlam = [27 (continue along the bank)] (M) COLOUR = [1 (white), 3 (red), 4 (green)] (M) SCAMIN = [EU: 20000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =DAYMAR(P) (M) COLOUR = [1 (white), 3 (red)] (M) TOPSHP = [12 (rhombus (diamond))] (M) COLPAT = [1 (horizontal stripes)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
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Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =bcnlat(P) (M) BCNSHP = [1 (stake, pole, perch, post)] (M) CATLAM = [26 (change bank)] (M) COLOUR = [1 (white), 3 (red), 4 (green)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =DAYMAR(P) (M) COLOUR = [1 (white, 3 (red)] (M) TOPSHP = [12 (rhombus)] (M) COLPAT = [1 (horizontal stripes)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Real World (Europe)
IENC Symbolization (CEVNI)
Real World (Brazil - two sides system)
Real World
Chart Symbol
IENC Symbolization
Real World (Brazil - one side system)
Real World (Paraguay-Parana (Brazilian))
Real World
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =notmrk(P) (M) catnmk = Refer to Annexes AA, AB, AC, AD and AE (M) fnctnm = [1 (prohibition mark), 2 (regulation mark), 3 (restriction mark), 4 (recommendation mark), 5 (information mark)] (O) dirimp = [1 (upstream), 2 (downstream), 3 (to the left bank), 4 (to the right bank), 5 (to harbor)] (O) disipd = (distance of impact, downstream: unit defined in the M_UNIT meta object class, e.g. metre (m), resolution: 1 m) (O) disipu = (distance of impact, upstream: unit defined in the M_UNIT meta object class, e.g. metre (m), resolution: 1 m) (O) disbk1 = Minimum distance of the impact from the notice mark rectangular to the bank: unit defined in the M_UNIT meta object class, e.g. metre (m), resolution: 1 m (O) disbk2 = Maximum distance of the impact from the notice mark rectangular to the bank: unit defined in the M_UNIT meta object class, e.g. metre (m), resolution: 1 m (O) addmrk = [1 (top (board)), 2 (bottom (board)), 3 (right (triangle to the right)), 4 (left (triangle to the left)), 5 (bottom (triangle to the bottom))] (O) bnkwtw = [1 (left), 2 (right)] (C) ORIENT = [xxx or (UNKNOWN)] (degree (°)), e.g., 110 (C) marsys = [1 (IALA A), 2 (IALA B), 9 (no system), 10 (other system), 11 (CEVNI), 12 (Russian inland waterway regulations), 13 (Brazilian national inland waterway regulations - two sides), 14 (Brazilian national inland waterway regulations - side independent), 15 (Paraguay-Parana waterway - Brazilian complementary aids)] (O) STATUS = [8 (private), 12 (illuminated)] (O) INFORM = (text of additional marks in English) (O) NINFOM = (Refer to Section B, General Guidance) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000; BR: 50000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
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Diagram for Brazilian national inland waterway regulations - two sides
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Diagram for Brazilian national inland waterway regulations – side independent
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Diagram for Paraguay-Parana waterway - Brazilian complementary aids
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Graphics | Encoding Intructions | Object Encoding | |
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IENC Symbolization
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Object Encoding Object Class =notmrk(P) (M) catnmk = Refer to Annexes AA, AB, AC, AD and AE (M) fnctnm = [1 (prohibition mark, CEVNI signs A), 2 (regulation mark, CEVNI signs B), 4 (recommendation mark, CEVNI signs D), 5 (information mark, CEVNI signs E)] (O) dirimp = [1 (upstream), 2 (downstream), 3 (to the left bank), 4 (to the right bank)] (C) marsys = [1 (IALA A), 2 (IALA B), 9 (no system), 10 (other system), 11 (CEVNI), 12 (Russian inland waterway regulations), 13 (Brazilian national inland waterway regulations - two sides), 14 (Brazilian national inland waterway regulations - side independent), 15 (Paraguay-Parana waterway - Brazilian complementary aids)] (M) ORIENT = [degree (°)] (O) STATUS = [12 (illuminated)] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 8000; US: 12000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
Chart Symbol
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Object Encoding Object Class =notmrk(P) (M) catnmk = [110 (wreck pontoon, passage allowed on side showing red-white sign), 111 (wreck pontoon, passage allowed on both sides)] (M) ORIENT = [xxx.xx] (O) INFORM = (Information about obstruction) (O) NINFOM = (Refer to Section B, General Guidance) (O) DATSTA = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (O) DATEND = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (O) PERSTA = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (O) PEREND = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||||
---|---|---|---|---|---|---|---|
Real World
Chart Symbol
Chart Symbol
IENC Symbolization
IENC Symbolization
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Object Encoding Object Class =BOYSPP(P) (M) BOYSHP = [1 (conical (nun, ogival)), 3 (spherical), 4 (pillar), 5 (spar (spindle)), 6 (barrel (tun))] (M) CATSPM = [6 (cable mark), 10 (recording mark), 12 (recreation zone mark), 39 (pipeline mark), 45 (foul ground mark), 50 (entry prohibited mark), 55 (marine farm mark)] (M) COLOUR = [6 (yellow)] (O) CONRAD = [3 (radar conspicuous (has radar reflector))] (C) OBJNAM = (Refer to letter D) (O) NOBJNM = (Refer to letter D) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =LIGHTS(P) (M) COLOUR = [1 (white), 3 (red), 4 (green)] (M) EXCLIT = [1 (light shown without change of character), 2 (daytime light), 3 (fog light), 4 (night light)] (M) LITCHR = [1 (fixed), 2 (flashing), 3 (long-flashing), 4 (quick-flashing), 5 (very quick-flashing), 6 (ultra quick flashing), 7 (isophased), 8 (occulting), 9 (interrupted quick-flashing), 10 (interrupted very quick-flashing), 11 (interrupted ultra quick-flashing), 12 (morse), 13 (fixed/flash), 14 (flash/long-flash), 15 (occulting/flash), 16 (fixed/long-flash), 17 (occulting alternating), 18 (long-flash alternating), 19 (flash alternating), 20 (group alternating), 25 (very quick-flash plus long-flash), 26 (very quick-flash plus long-flash), 27 (ultra quick-flash plus long-flash), 28 (alternating), 29 (fixed and alternating flashing)] (C) SIGPER = [xx.xx] (e.g. signal period of 12 seconds coded as 12) (C) SIGGRP = [(x),(x)…], e.g., (), (2), (2+1) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) Object Encoding Object Class =TOPMAR(P) (M) COLOUR = [1 (white), 2 (black), 3 (red), 4 (green), 6 (yellow)] (M) COLOUR = [1 (white), 2 (black), 3 (red), 4 (green), 6 (yellow)] (M) TOPSHP = [1 (cone, point up), 2 (cone, point down), 3 (sphere), 4 (2 spheres), 5 (cylinder (can)), 6 (board), 7 (x-shape (St. Andrew's cross)), 8 (upright cross (St George's cross)), 9 (cube, point up), 10 (2 cones, point to point), 11 (2 cones, base to base), 12 (rhombus (diamond)), 15 (besom, point up (broom or perch)), 16 (besom, point down (broom or perch)), 17 (flag), 18 (sphere over rhombus), 19 (square), 20 (rectangle, horizontal), 21 (rectangle, vertical), 22 (trapezium, up), 23 (trapezium, down), 24 (triangle, point up), 25 (triangle, point down), 26 (circle), 27 (two upright crosses (one over the other)), 28 (T-shape), 29 (triangle pointing up over a circle), 30 (upright cross over a circle), 31 (rhombus over a circle), 32 (circle over a triangle pointing up), 33 (other shape (see INFORM))] (C) INFORM = (Refer to TOPSHP above) (O) NINFOM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Table of Contents
Graphics | Encoding Intructions | Object Encoding | ||
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Chart Symbol
IENC Symbolization
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Object Encoding Object Class =FOGSIG(P) (M) CATFOG = [1 (explosive), 2 (diaphone), 3 (siren), 4 (nautophone), 5 (reed), 6 (tyfon), 7 (bell), 8 (whistle), 9 (gong), 10 (horn)] (O) SIGFRQ = [xxxxxx] (Hz), e.g. 12 for 12 Hz (O) SIGGEN = [1 (automatically), 2 (by wave action)] (C) SIGPER = [xx.xx (e.g., signal period of 12 seconds coded as 12)] (C) SIGPER = [xx.xx (e.g., signal period of 12 seconds coded as 12)] (C) SIGSEQ = [L.LL + (E.EE)] (seconds) (O) VALMXR = [xx.x] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Chart Symbol
IENC Symbolization
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Object Encoding Object Class =RADSTA(P) (M) CATRAS = [1 (radar surveillance station)] (O) OBJNAM = (name and/or operator/owner) (O) NOBJNM = (Refer to Section B, General Guidance) (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =rdocal(P,L) (M) TRAFIC = [1 (inbound), 2 (outbound), 3 (one-way), 4 (two-way)] (M) ORIENT = [unit: degree (°)] (M) ORIENT = [unit: degree (°)] (M) catcom = [1 (VTS centre), 2 (VTS sector), 3 (IVS point), 4 (MIB), 5 (lock), 6 (bridge), 7 (custom), 8 (harbour)] (O) TXTDSC = (Refer to letter F) (M) OBJNAM = (name and/or operator/owner) (O) NOBJNM = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (M) SCAMIN = [EU: 12000; US: 22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
---|---|---|---|
IENC Symbolization
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Object Encoding Object Class =chkpnt(P,A) (M) catchp = [1 (custom), 2 (border)] (M) NATION = (Nationality is encoded by a 2 character-code following ISO 3166 (refer to Annex A to S-57 Appendix A)) (O) OBJNAM = (name of the control station) (O) NOBJNM = (Refer to Section B, General Guidance) (C) unlocd = [ISRS code] (C) unlocd = [ISRS code] (M) SCAMIN = [EU: 12000; US: 22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Real World
IENC Symbolization
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Object Encoding Object Class =sistat(P) (M) catsit = [8 (bridge passage)] (O) dirimp = [1 (upstream), 2 (downstream)] (C) OBJNAM = (name and/or operator/owner) (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = (Refer to letter D) (O) NINFOM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter D) (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||||
---|---|---|---|---|---|---|
Real World
Real World
Real World
IENC Symbolization
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Object Encoding Object Class =sistat(P) (M) catsit = [6 (lock)] (O) dirimp = [1 (upstream), 2 (downstream)] (C) OBJNAM = (Refer to letter C) (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = (Refer to letter D) (O) NINFOM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter D) (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =sistat(P) (M) catsit = [10 (oncoming traffic indication)] (O) dirimp = [1 (upstream), 2 (downstream), 3 (to the left bank), 4 (to the right bank)] (C) OBJNAM = (Refer to letter C) (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = (Refer to letter D) (O) NINFOM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter D) (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Real World
IENC Symbolization
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Object Encoding Object Class =sistat(P) (M) catsit = [2 (port entry and departure)] (O) dirimp = [1 (upstream), 2 (downstream), 3 (to the left bank), 4 (to the right bank)] (C) OBJNAM = (Refer to letter C) (O) NOBJNM = (Refer to Section B, General Guidance) (O) INFORM = (Refer to letter D) (O) NINFOM = (Refer to Section B, General Guidance) (O) TXTDSC = (Refer to letter D) (C) unlocd = [ISRS code] (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 22000; US: 60000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |||
---|---|---|---|---|---|
Real World
Real World
IENC Symbolization
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Object Encoding Object Class =RSCSTA(P) (M) catrsc = [1 (rescue station with life boat), 2 (rescue station with rocket), 3 (not in use), 4 (refuge for ship-wrecked mariners), 5 (refuge for intertidal area walkers), 6 (lifeboat lying at a mooring), 7 (aid radio station), 8 (first aid equipment), 9 (lifebuoy, ring buoy, life ring, life saver)] (O) DATEND = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (O) DATSTA = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (O) PERSTA = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (O) PEREND = (Refer to Section J, DATSTA, DATEND, PERSTA and PEREND) (O) OBJNAM = [Name] (O) NOBJNM = (Refer to Section B, General Guidance) (O) STATUS = [2 (occasional), 4 (not in use)] (M) SCAMIN = [8000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Graphics | Encoding Intructions | Object Encoding | |
---|---|---|---|
Real World
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Object Encoding Object Class =sensor(P) (M) catsen = [1 (light activated), 2 (telephone activated)] (M) fnctsn = [1 (reduce bridge lighting)] (O) OBJNAM = [name and/or operator/owner] (O) OBJNAM = [name and/or operator/owner] (O) OBJNAM = [name and/or operator/owner] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
Table of Contents
Graphics | Encoding Intructions | Object Encoding | ||
---|---|---|---|---|
Real World
IENC Symbolization
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Object Encoding Object Class =hrbfac(P,A) (M) cathaf = [4 (fishing harbour), 6 (naval base), 9 (shipyard), 12 (syncrolift), 13 (straddle carrier), 16 (service and repair), 17 (quarantine station)] (O) TXTDSC = (Refer to letter E) (O) CONDTN = [1 (under construction), 2 (ruined), 3 (under reclamation), 5 (planned construction)] (M) SCAMIN = [EU: 12000; US: 22000] (C) SORDAT = [YYYYMMDD] (C) SORIND = (Refer to Section B, General Guidance) |
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Graphics | Encoding Intructions | Object Encoding |
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