Chinese (language)

Second-Level Reference Label Generation Rules, 25 October 2024 Current

Download lgr-second-level-chinese-language-25oct24-en.xml (3.3mb)

Summary

Version	3 — Second Level Reference LGR
Date	25 October 2024
Tag	`zh` (Chinese)
Unicode	11.0.0
Source file	lgr-second-level-chinese-language-25oct24-en.xml (3.3mb)

19722Code points
11728Variantsin 3508 sets
2Rules
10Actions

This ruleset is integrated into the Common (integrated set) ruleset of this release.

Description

INSTRUCTIONS

These instructions cover how to adopt an LGR based on this reference LGR for a given zone and how to prepare the file for deposit in the IANA Repository of IDN Practices.
As described the IANA procedure (https://www.iana.org/help/idn-repository-procedure) an LGR MUST contain the following elements in its header:
- Script or Language Designator (see below for guidance)
- Version Number (this must increase with each amendment to the LGR, even if the updates are limited to the header itself)
- Effective Date (the date at which the policy becomes applicable in operational use)
- Registry Contact Details (contact name, email address, and/or phone number)
The following information is optional:
- Document creation date
- Applicable Domain(s)
- Changes made to the Reference LGR before adopting

Please add or modify the following items in the XML source code for this file before depositing the document in the IANA Repository. (https://www.iana.org/domains/idn-tables)

Meta Data

Note: version numbers start at 1. RFC 7940 recommends using simple integers. The version comment is optional, please replace or delete the default comment. Version comments may be used by some tools as part of the page header.

<version comment="[Please replace (or delete) the optional comment]">[Please fill in version number, starting at 1]</version>

<date>[Please fill in with publication date, in YYYY-MM-DD format]</date>

<validity-start>[Please fill in effective date, in YYYY-MM-DD format]</validity-start>

Note: the scope element may be repeated, so that the same document can serve for multiple domains.

<scope type="domain">[Please provide, in ".domain" format]</scope>

Registry Contact Information:

Please fill in the Registry Contact Details.

Change History

If you made technical modifications to the LGR, please summarize them in the Change History (and also note the details in the appropriate section of the description).

PLEASE DELETE THESE INSTRUCTIONS BEFORE DEPOSITING THE DOCUMENT

Read the rest of the description Show less

Registry Contact Details

Contact Name: [Please fill in Contact Name]
Email address: [Please fill in Email address]
Phone Number: [Please fill in optional Phone Number]

Label Generation Rules for the Chinese Language

Overview

This document specifies a set of Label Generation Rules (LGR) for the Chinese language for the second level domain or domains identified above. The ultimate starting point for the development of this LGR can be found in the related Root Zone LGR [RZ-LGR-Hani]. Note that while it is the Chinese Script Root Zone LGR that forms the starting point, the LGR defined here covers the Chinese Language. The format of this file follows [RFC 7940]. This LGR is adapted from the “Reference LGR for the Second Level for the Chinese Language” [Ref-LGR-zh-Hani], for details, see Change History below.

For details and additional background on the Chinese script, see “Proposal for a Chinese Script Root Zone LGR” [Proposal-Chinese] including the appendices [Proposal-Chinese-Appendices].

Standalone LGR: This LGR is designed to be used in a zone that does not cater to IDNs other than those valid under this LGR. Following existing practice, this LGR also supports ASCII letters and where applicable accounts for any interaction with the remainder of the repertoire.

Repertoire

The repertoire contains 19,685 code points for Han ideographs. This set is the union of the Han ideographs for CDNC IDN Table 2.0/2018 and the dotAsia IDN Table. The repertoire is a subset of [Unicode 11.0.0]. For details, see Section 5, “Repertoire” in [Proposal-Chinese]. (The proposal cited has been adopted for the Chinese script portion of the Root Zone LGR.)

Note: This LGR contains 62 code points from the Unicode block: CJK UNIFIED IDEOGRAPHS EXTENDED B.

For the second level, the repertoire has been augmented with the ASCII digits, U+0030 to U+0039; the ASCII lowercase letters, U+0061 to U+007A; and U+002D HYPHEN-MINUS, for a total of 19,722 repertoire elements.

Unlike many other non-Latin Second Level Reference LGRs, the Chinese Language LGR includes the basic ASCII Latin letters (a to z) because it is common practice in Chinese text to mix Chinese and ASCII. Therefore including these letters is not seen as creating added confusability or security risks in the context of a Second Level LGR for the Chinese language. It is also supported by current IDNA practice, see [200], for example.

Any code points outside the Chinese Language repertoire that are targets for out-of-repertoire variants would be included here only if the variant is listed in this file. In this case they are identified as a reflexive (identity) variant of type “out-of-repertoire-var”. Whether or not they are listed, they do not form part of the repertoire.

Repertoire Listing: Each code point or range is tagged with the script or scripts with which the code point is used and one or more other character categories. For each repertoire element, one or more references document sufficient justification for inclusion in the repertoire; see the “References” below.

Variants

The variants defined in this LGR are limited to those required for use in zones not shared with any other language. As such, this LGR does not define cross-language variants. However, using this LGR concurrently with any LGR for Japanese and Korean in the same zone will introduce some in-script variants due to cross-script variant transitivity. This will also create potential cross-script issues when used with the same LGRs. For details, see Section 6, “Variants” in [Proposal-Chinese]. Mitigation of these in-script and cross-script variants can be addressed by using the Common LGR. For details, see Section 3, “Use of Multiple Reference LGRs in the Same Zone” in [Level-2-Overview]. In addition to variants defined by this LGR, the full variant information related to this script and added by concurrent use with the Japanese and Korean LGR(s) can be found in the following LGR: [Ref-LGR-Chinese-Full-Variant-Script]

This LGR defines both semantically interchangeable variants (same pronunciations as well as the same meanings) and visually identical variants. Many, but not all, of the semantic variants lead to variant label dispositions of “allocatable” as described below, all other variant labels are “blocked”. For details, see Sections 6 and 7 of [Proposal-Chinese].

Source References for Variants

The source reference cited for each variant mapping entry indicates whether the variant mapping is same or different from the rules of CDNC, dotAsia, JGP and KGP, or is based on input during the Root Zone LGR integration process.

For example, a value of “201” means the variant mapping matches dotAsia in both code point and variant type, a value of “202” means the variant mapping matches dotAsia only in code point but not variant type, while a value of “203” means the variant mapping matches no dotAsia code point.

A value of “701” means the variant mapping agrees with input received during the Root Zone integration process in both code point and variant type.

Additional variants

Where variants exist between the Chinese, Japanese and Korean scripts, out-of-repertoire variants may be defined with an out-of-repertoire-var mapping type. As result of integration, including the effects of cross-script transitivity, the number of cross-script variants listed for these scripts may be larger than defined in Section 6, “Variants” in [Proposal-Chinese].

When integrated to be used with another script LGR in the same zone, this LGR may inherit additional blocked cross-script variants by integration; they may not be listed here unless they reflect resulting in-script variants. Always use an applicable merged, or Common LGR created by integration for determining cross-script collisions of labels. However, the list of in-repertoire variants in this LGR is exhaustive.

Variant Mapping Types

The LGR uses the following variant types (the prefix “r-” here marks a type used in a reflexive variant mapping, that is, it represents an instance of the original code point at that location, see Section 5.3.4 in [RFC 7940]):

blocked — variant labels containing a blocked variant will receive a disposition of “blocked”.
r-simp, simp, simp-1, simp-2 — variant labels that are created with these types or “both” or “r-both” represent an all-simplified label and receive a disposition of “allocatable” unless they contain a mix of “simp-1” and “simp-2”. In that case, such variant labels will receive a disposition of “blocked”.
r-trad, trad, trad-1, trad-2 — variant labels that are created with these types or “both” or “r-both” represent an all-traditional label and receive a disposition of “allocatable” unless they contain a mix of “trad-1” and “trad-2”. In that case, such variant labels will receive a disposition of “blocked”.
both, r-both — a variant of either type may be part of either an all-simplified or an all-traditional variant label.
r-neither — variant labels containing that type together with any other non-reflexive variant type will receive a disposition of “invalid”.

The variant types (“simp-1”, “simp-2”, “trad-1”, “trad-2”) and the corresponding actions reduce the number of multiple allocatable labels, limiting the number to no more than 5 per label. This case can occur for labels containing code points that are part of a small number of variant sets that have multiple traditional or simplified variants.

Note that a label containing only reflexive mappings, including “r-neither”, but not “out-of-repertoire-var” is an original label and receives a disposition of “valid”. (See also “Chinese-specific Actions” below.)

The LGR does not define specific variant types to handle visually identical variants, but adopts “both” and “blocked” instead, as described in Section 7 of [Proposal-Chinese].

As much as possible the scheme retains the same simplified and traditional mappings as existing second level domains. It does not change the simplified type or traditional type of any variant code point; instead, it subdivides them into common simplified/traditional ones and extra simplified/traditional ones, and provides additional disposition rules to limit any allocatable variant to one of these subgroups. While it does not allow the applicant to get arbitrary mixed labels from an unconstrained allocatable label list, it does allow the applicant to select as the original label one specific desired mixed variant.

Comments on Variants

The comment for each variant mapping entry indicates not only whether it is the reflexive identity and therefore applies to those code points in a label that match the original label, but also documents whether it has been conflated with some other type originally introduced to reduce the number of multiple allocatable labels in Section 6.3.3 of [Proposal-Chinese].

For example, a variant comment of “r-both-ms” indicates that for a given code point, the variant is a code point that could in principle be used with both trad and simp (“r-both”), but because the same variant set has at least one other variant of type “simp” (or of one of the other simplified types), the variant is preferred in a traditional context, such that a “trad” label containing this variant should be “allocatable”, but a “simp” label containing this variant should be “blocked”. The “ms” in the naming convention means that the simplified aspect of the variant is “muted”, even though inherently if would have been of type “r-both”. Effectively, such a variant leads to the same dispositions as an “r-trad”, hence that is the variant type assigned to it, with only the comment indicating that the variant would have inherently been of type “r-both” but with its simp aspect muted.

Character Classes

This LGR does not define named character classes.

Whole Label Evaluation (WLE) and Context Rules

Default Whole Label Evaluation Rules

By default, the LGR includes the rules and actions to implement the following restrictions mandated by the IDNA protocol. They are marked with ⍟.

Hyphen Restrictions — restrictions on the allowable placement of hyphens (no leading/ending hyphen and no hyphen in positions 3 and 4). These restrictions are described in Section 4.2.3.1 of RFC 5891 [150]. They are implemented here as context rule on U+002D (-) HYPHEN-MINUS.
Leading Combining Marks — restrictions on the allowable placement of combining marks (no leading combining mark). This rule is described in Section 4.2.3.2 of RFC 5891 [150].

Chinese-specific Rules

None.

Actions

The LGR defines a number of actions that compute a label disposition based on WLE rules or variant mapping types. Some of these are common to all LGRs, and some are specific to this LGR.

Default Actions

This LGR includes the default actions for LGRs as well as the action needed to invalidate labels with misplaced combining marks. They are marked with ⍟. For a description see [RFC 7940].

Chinese-specific Actions

The LGR contains additional Chinese-specific actions as described in Sections 6 and 7 of [Proposal-Chinese]. These resolve the extended set of variant types into a disposition for variant labels of either “allocatable”, “blocked” (or “valid” for an original label that is the identity variant). Chinese-specific actions that are triggered by the LGR-specific variant types described above limit the “allocatable” variant labels to those that are either fully simplified or fully traditional labels. In addition, these actions return a disposition of “valid” for any original label, even those that are mixed between simplified and traditional (see also [RFC 3743] and [RFC 4713]). To account for original labels, reflexive variant mappings with an “r-” prefix are used. (See [RFC 7940])

Note: the only action explicitly triggered by variant type sets including variant type “r-neither” returns a disposition of “valid” for an original label.

Note that variant mapping types are not symmetric: they depend on which code point is considered the source or the target in a given mapping. As specified in [RFC 7940], mapping types are evaluated for each permutation of a label and its variants, with code points that are unchanged in a given label given the type of their “reflexive” or “identity” mapping. The actions finally evaluate the collected set of mapping types and resolve them into one of two dispositions for the variant label. Per [RFC 7940] actions are always applied one after the other, and the evaluation stops at the first action that assigns a disposition to a given label.

For more information on how to assign a variant label disposition under this LGR, see Section 8, “Assigning Variant Dispositions to Labels” in [Proposal-Chinese].

The specification of variants in this LGR follows the guidelines in [RFC 8228].

Methodology and Contributors

The LGR in this document has been adapted from the corresponding Reference LGR for the Second Level. The Second Level Reference LGR for the Chinese Language was developed by Michel Suignard and Asmus Freytag, based on the Root Zone LGR for the Chinese script and information contained or referenced therein; see [RZ-LGR-Hani]. Suitable extensions for the second level have been applied according to the [Guidelines] and with community input. As part of that process, features have been removed or modified as appropriate for the target language. The original proposal for a Root Zone LGR for the Chinese script, that this LGR is based on, was developed by the Chinese Generation Panel. For more information on methodology and contributors to the underlying Root Zone LGR, see Sections 4 and 9 in [Proposal-Chinese], as well as [RZ-LGR-Overview].

Changes from Version Date 15 December 2020

For consistency, the disposition for labels consisting of only original code points is now “valid” instead of “allocatable”. With this change, original labels are now either valid or invalid, whereas any variant labels are either allocatable or blocked. This removes an exception in processing original labels without affecting the set of labels available for delegation.

Changes from Version Dated 11 January 2022

Unicode Version has been updated.

Description better aligned with [RZ-LGR-Hani] description.

Changes from Version Dated 25 October 2024

Adopted from the Second Level Reference LGR for the Chinese Language [Ref-LGR-zh-Hani] without normative changes.

References

References [0] to [4] refer to the Unicode Standard versions in which corresponding code points were initially encoded. References [100], [200], [300], [400], [500], and [600] correspond to sources given in [Proposal-Chinese] for justifying the inclusion of for the corresponding code points. References [101], [102], [103], [201], [202], [203], [301], [501], and [701] correspond to variant mapping types given in [Proposal-Chinese] for justifying these mapping types. Entries in the table may have multiple source reference values. In the listing of whole label evaluation and context rules, reference [150] indicates the source for common rules.

In addition, the following general references are cited in this document:

[Guidelines]: ICANN, “Guidelines for Developing Reference LGRs for the Second Level”, (Los Angeles, California: ICANN, 27 May 2020), https://www.icann.org/en/system/files/files/lgr-guidelines-second-level-27may20-en.pdf
[Level-2-Overview]: Internet Corporation for Assigned Names and Numbers, (ICANN),“Reference Label Generation Rules (LGR) for the Second Level: Overview and Summary” (PDF), (Los Angeles, California: ICANN, 25 October 2024), https://www.icann.org/en/system/files/files/level2-lgr-overview-summary-25oct24-en.pdf
[MSR-5]: Integration Panel, “Maximal Starting Repertoire — MSR-5 Overview and Rationale”, 24 June 2021, https://www.icann.org/en/system/files/files/msr-5-overview-24jun21-en.pdf
[Proposal-Chinese]: Chinese Script Generation Panel (CGP), “Proposal for a Chinese Script Root Zone LGR”, 26 May 2020 (PDF), https://www.icann.org/en/system/files/files/proposal-chinese-lgr-26may20-en.pdf
[Proposal-Chinese-Appendices]: Appendices to “Proposal for a Chinese Script Root Zone LGR”, 26 May 2020 (ZIP), https://www.icann.org/en/system/files/files/proposal-chinese-lgr-appdendices-26may20-en.zip
[Ref-LGR-zh-Hani]: ICANN, Second Level Reference Label Generation Rules for the Chinese Language (zh-Hani), 25 October 2024 (XML) https://www.icann.org/sites/default/files/packages/lgr/lgr-second-level-chinese-language-25oct24-en.xml non-normative HTML presentation: https://www.icann.org/sites/default/files/packages/lgr/lgr-second-level-chinese-language-25oct24-en.html
[Ref-LGR-Chinese-Full-Variant-Script]: ICANN, Second Level Reference Label Generation Rules for the Chinese Script (und-Hani), 25 October 2024 (XML) https://www.icann.org/sites/default/files/packages/lgr/lgr-second-level-chinese-full-variant-script-25oct24-en.xml non-normative HTML presentation: https://www.icann.org/sites/default/files/packages/lgr/lgr-second-level-chinese-full-variant-script-25oct24-en.html
[RFC 3743]: Konishi, K., Huang, K., Qian, H., and Y. Ko, “Joint Engineering Team (JET) Guidelines for Internationalized Domain Names (IDN) Registration and Administration for Chinese, Japanese, and Korean”, RFC 3743, April 2004, https://www.rfc-editor.org/info/rfc4713
[RFC 4713]: Lee, X., Mao, W., Chen, E., Hsu, N., and J. Klensin, “Registration and Administration Recommendations for Chinese Domain Names” RFC 4713, October 2006, https://www.rfc-editor.org/info/rfc4713
[RFC 7940]: Davies, K. and A. Freytag, “Representing Label Generation Rulesets Using XML”, RFC 7940, August 2016, https://www.rfc-editor.org/info/rfc7940
[RFC 8228]: A. Freytag, “Guidance on Designing Label Generation Rulesets (LGRs) Supporting Variant Labels”, RFC 8228, August 2017, https://www.rfc-editor.org/info/rfc8228
[RZ-LGR-Hani]: ICANN, Root Zone Label Generation Rules for the Chinese Script (und-Hani), 26 May 2022 (XML) https://www.icann.org/sites/default/files/lgr/rz-lgr-5-chinese-script-26may22-en.xml
[RZ-LGR-Overview]: Integration Panel, “Root Zone Label Generation Rules (RZ LGR-5): Overview and Summary”, 26 May 2022 (PDF), https://www.icann.org/sites/default/files/lgr/rz-lgr-5-overview-26may22-en.pdf
[Unicode 11.0.0]: The Unicode Consortium. The Unicode Standard, Version 11.0.0, (Mountain View, CA: The Unicode Consortium, 2018. ISBN 978-1-936213-19-1) https://www.unicode.org/versions/Unicode11.0.0/

In the listing of the repertoire by code point, references starting from [0] refer to the version of the Unicode Standard in which the corresponding code point was initially encoded. Other references (starting from [100]) document usage of code points. Entries in the table may have multiple source reference values. In the listing of whole label evaluation and context rules, reference [150] indicates the source for common rules. For more details, see the Table of References below.

Where stable links to certain references are not publicly available, the data may be archived in [Proposal-Chinese-Appendices].

Repertoire

Showing the first 250 of 19722 entries.

Glyph	Code point	Tags and context	Variants
-	U+002D HYPHEN-MINUS 0 HYPHEN-MINUS;	sc:Zyyy not hyphen-minus-disallowed
0	U+0030 DIGIT ZERO 0 DIGIT ZERO;	Common-digitsc:Zyyy
1	U+0031 DIGIT ONE 0 DIGIT ONE;	Common-digitsc:Zyyy
2	U+0032 DIGIT TWO 0 DIGIT TWO;	Common-digitsc:Zyyy
3	U+0033 DIGIT THREE 0 DIGIT THREE;	Common-digitsc:Zyyy
4	U+0034 DIGIT FOUR 0 DIGIT FOUR;	Common-digitsc:Zyyy
5	U+0035 DIGIT FIVE 0 DIGIT FIVE;	Common-digitsc:Zyyy
6	U+0036 DIGIT SIX 0 DIGIT SIX;	Common-digitsc:Zyyy
7	U+0037 DIGIT SEVEN 0 DIGIT SEVEN;	Common-digitsc:Zyyy
8	U+0038 DIGIT EIGHT 0 DIGIT EIGHT;	Common-digitsc:Zyyy
9	U+0039 DIGIT NINE 0 DIGIT NINE;	Common-digitsc:Zyyy
a	U+0061 LATIN SMALL LETTER A 0 200 LATIN SMALL LETTER A	sc:Latn
b	U+0062 LATIN SMALL LETTER B 0 200 LATIN SMALL LETTER B	sc:Latn
c	U+0063 LATIN SMALL LETTER C 0 200 LATIN SMALL LETTER C	sc:Latn
d	U+0064 LATIN SMALL LETTER D 0 200 LATIN SMALL LETTER D	sc:Latn
e	U+0065 LATIN SMALL LETTER E 0 200 LATIN SMALL LETTER E	sc:Latn
f	U+0066 LATIN SMALL LETTER F 0 200 LATIN SMALL LETTER F	sc:Latn
g	U+0067 LATIN SMALL LETTER G 0 200 LATIN SMALL LETTER G	sc:Latn
h	U+0068 LATIN SMALL LETTER H 0 200 LATIN SMALL LETTER H	sc:Latn
i	U+0069 LATIN SMALL LETTER I 0 200 LATIN SMALL LETTER I	sc:Latn
j	U+006A LATIN SMALL LETTER J 0 200 LATIN SMALL LETTER J	sc:Latn
k	U+006B LATIN SMALL LETTER K 0 200 LATIN SMALL LETTER K	sc:Latn
l	U+006C LATIN SMALL LETTER L 0 200 LATIN SMALL LETTER L	sc:Latn
m	U+006D LATIN SMALL LETTER M 0 200 LATIN SMALL LETTER M	sc:Latn
n	U+006E LATIN SMALL LETTER N 0 200 LATIN SMALL LETTER N	sc:Latn
o	U+006F LATIN SMALL LETTER O 0 200 LATIN SMALL LETTER O	sc:Latn
p	U+0070 LATIN SMALL LETTER P 0 200 LATIN SMALL LETTER P	sc:Latn
q	U+0071 LATIN SMALL LETTER Q 0 200 LATIN SMALL LETTER Q	sc:Latn
r	U+0072 LATIN SMALL LETTER R 0 200 LATIN SMALL LETTER R	sc:Latn
s	U+0073 LATIN SMALL LETTER S 0 200 LATIN SMALL LETTER S	sc:Latn
t	U+0074 LATIN SMALL LETTER T 0 200 LATIN SMALL LETTER T	sc:Latn
u	U+0075 LATIN SMALL LETTER U 0 200 LATIN SMALL LETTER U	sc:Latn
v	U+0076 LATIN SMALL LETTER V 0 200 LATIN SMALL LETTER V	sc:Latn
w	U+0077 LATIN SMALL LETTER W 0 200 LATIN SMALL LETTER W	sc:Latn
x	U+0078 LATIN SMALL LETTER X 0 200 LATIN SMALL LETTER X	sc:Latn
y	U+0079 LATIN SMALL LETTER Y 0 200 LATIN SMALL LETTER Y	sc:Latn
z	U+007A LATIN SMALL LETTER Z 0 200 LATIN SMALL LETTER Z	sc:Latn
㑇	U+3447 CJK UNIFIED IDEOGRAPH-3447 3 100 200 300	sc:Hani	㑳 `U+3473` trad
㑳	U+3473 CJK UNIFIED IDEOGRAPH-3473 3 100 200 300	sc:Hani	㑇 `U+3447` simp
㓤	U+34E4 CJK UNIFIED IDEOGRAPH-34E4 3 200 600	sc:Hani
㕷	U+3577 CJK UNIFIED IDEOGRAPH-3577 3 200 600	sc:Hani
㖞	U+359E CJK UNIFIED IDEOGRAPH-359E 3 100 200	sc:Hani	喎 `U+558E` trad
㖡	U+35A1 CJK UNIFIED IDEOGRAPH-35A1 3 200 600	sc:Hani
㖭	U+35AD CJK UNIFIED IDEOGRAPH-35AD 3 200 600	sc:Hani
㖿	U+35BF CJK UNIFIED IDEOGRAPH-35BF 3 200 600	sc:Hani
㗎	U+35CE CJK UNIFIED IDEOGRAPH-35CE 3 200 600	sc:Hani
㗳	U+35F3 CJK UNIFIED IDEOGRAPH-35F3 3 200 600	sc:Hani
㗾	U+35FE CJK UNIFIED IDEOGRAPH-35FE 3 200 600	sc:Hani
㘎	U+360E CJK UNIFIED IDEOGRAPH-360E 3 100 200 300	sc:Hani	㘚 `U+361A` trad
㘚	U+361A CJK UNIFIED IDEOGRAPH-361A 3 100 200 300	sc:Hani	㘎 `U+360E` simp
㤘	U+3918 CJK UNIFIED IDEOGRAPH-3918 3 100 200 300	sc:Hani	㥮 `U+396E` trad
㥮	U+396E CJK UNIFIED IDEOGRAPH-396E 3 100 200 300	sc:Hani	㤘 `U+3918` simp
㧏	U+39CF CJK UNIFIED IDEOGRAPH-39CF 3 100 200	sc:Hani	掆 `U+6386` trad
㧐	U+39D0 CJK UNIFIED IDEOGRAPH-39D0 3 100 200 300	sc:Hani	㩳 `U+3A73` trad
㧛	U+39DB CJK UNIFIED IDEOGRAPH-39DB 3 200	sc:Hani	㩜 `U+3A5C` blocked 揽 `U+63FD` blocked 擥 `U+64E5` trad 攬 `U+652C` blocked
㧟	U+39DF CJK UNIFIED IDEOGRAPH-39DF 3 100 200 300 600	sc:Hani	擓 `U+64D3` trad
㧸	U+39F8 CJK UNIFIED IDEOGRAPH-39F8 3 200 600	sc:Hani
㧾	U+39FE CJK UNIFIED IDEOGRAPH-39FE 3 200 600	sc:Hani
㨘	U+3A18 CJK UNIFIED IDEOGRAPH-3A18 3 200 600	sc:Hani	擤 `U+64E4` blocked
㩒	U+3A52 CJK UNIFIED IDEOGRAPH-3A52 3 200 600	sc:Hani	擒 `U+64D2` simp
㩜	U+3A5C CJK UNIFIED IDEOGRAPH-3A5C 3 100	sc:Hani	㧛 `U+39DB` blocked 揽 `U+63FD` blocked 擥 `U+64E5` blocked 攬 `U+652C` blocked
㩧	U+3A67 CJK UNIFIED IDEOGRAPH-3A67 3 200 600	sc:Hani
㩳	U+3A73 CJK UNIFIED IDEOGRAPH-3A73 3 100 200 300	sc:Hani	㧐 `U+39D0` simp
㬹	U+3B39 CJK UNIFIED IDEOGRAPH-3B39 3 200 600	sc:Hani
㭎	U+3B4E CJK UNIFIED IDEOGRAPH-3B4E 3 100 200 300 600	sc:Hani	棡 `U+68E1` trad
㮣	U+3BA3 CJK UNIFIED IDEOGRAPH-3BA3 3 200	sc:Hani	槩 `U+69E9` blocked
㱮	U+3C6E CJK UNIFIED IDEOGRAPH-3C6E 3 100 200	sc:Hani	殨 `U+6BA8` trad
㳠	U+3CE0 CJK UNIFIED IDEOGRAPH-3CE0 3 100 200	sc:Hani	澾 `U+6FBE` trad
㷧	U+3DE7 CJK UNIFIED IDEOGRAPH-3DE7 3 200 600	sc:Hani
㷫	U+3DEB CJK UNIFIED IDEOGRAPH-3DEB 3 200 600	sc:Hani
㹴	U+3E74 CJK UNIFIED IDEOGRAPH-3E74 3 200 600	sc:Hani
㻐	U+3ED0 CJK UNIFIED IDEOGRAPH-3ED0 3 200 600	sc:Hani
䁖	U+4056 CJK UNIFIED IDEOGRAPH-4056 3 100 200 300	sc:Hani	瞜 `U+779C` trad
䁥	U+4065 CJK UNIFIED IDEOGRAPH-4065 3 200 600	sc:Hani
䁪	U+406A CJK UNIFIED IDEOGRAPH-406A 3 200 600	sc:Hani
䂻	U+40BB CJK UNIFIED IDEOGRAPH-40BB 3 200 600	sc:Hani
䃟	U+40DF CJK UNIFIED IDEOGRAPH-40DF 3 200 600	sc:Hani
䅟	U+415F CJK UNIFIED IDEOGRAPH-415F 3 100 200 300	sc:Hani	穇 `U+7A47` trad
䌷	U+4337 CJK UNIFIED IDEOGRAPH-4337 3 100 200	sc:Hani	紬 `U+7D2C` trad 綢 `U+7DA2` blocked 绸 `U+7EF8` blocked
䎬	U+43AC CJK UNIFIED IDEOGRAPH-43AC 3 100 200	sc:Hani	䎱 `U+43B1` trad
䎱	U+43B1 CJK UNIFIED IDEOGRAPH-43B1 3 100 200	sc:Hani	䎬 `U+43AC` simp
䏓	U+43D3 CJK UNIFIED IDEOGRAPH-43D3 3 200	sc:Hani	朊 `U+670A` blocked
䏝	U+43DD CJK UNIFIED IDEOGRAPH-43DD 3 100 200 300	sc:Hani	膞 `U+819E` trad
䑃	U+4443 CJK UNIFIED IDEOGRAPH-4443 3 200	sc:Hani	朦 `U+6726` blocked
䓖	U+44D6 CJK UNIFIED IDEOGRAPH-44D6 3 100 200 300	sc:Hani	藭 `U+85ED` trad
䓪	U+44EA CJK UNIFIED IDEOGRAPH-44EA 3 200 600	sc:Hani
䘆	U+4606 CJK UNIFIED IDEOGRAPH-4606 3 200 600	sc:Hani
䙌	U+464C CJK UNIFIED IDEOGRAPH-464C 3 100 200	sc:Hani	䙡 `U+4661` trad
䙡	U+4661 CJK UNIFIED IDEOGRAPH-4661 3 100 200	sc:Hani	䙌 `U+464C` simp
䜣	U+4723 CJK UNIFIED IDEOGRAPH-4723 3 100 200 300 600	sc:Hani	訢 `U+8A22` trad
䜩	U+4729 CJK UNIFIED IDEOGRAPH-4729 3 100 200	sc:Hani	讌 `U+8B8C` trad
䝼	U+477C CJK UNIFIED IDEOGRAPH-477C 3 100 200	sc:Hani	䞍 `U+478D` simp
䞍	U+478D CJK UNIFIED IDEOGRAPH-478D 3 100 200	sc:Hani	䝼 `U+477C` trad
䟴	U+47F4 CJK UNIFIED IDEOGRAPH-47F4 3 200 600	sc:Hani
䢂	U+4882 CJK UNIFIED IDEOGRAPH-4882 3 200	sc:Hani	𨋢 `U+282E2` trad
䥇	U+4947 CJK UNIFIED IDEOGRAPH-4947 3 100 200	sc:Hani	䦂 `U+4982` simp
䥺	U+497A CJK UNIFIED IDEOGRAPH-497A 3 100 200	sc:Hani	釾 `U+91FE` trad
䥽	U+497D CJK UNIFIED IDEOGRAPH-497D 3 100 200 300	sc:Hani	鏺 `U+93FA` trad
䦂	U+4982 CJK UNIFIED IDEOGRAPH-4982 3 100 200	sc:Hani	䥇 `U+4947` trad
䦃	U+4983 CJK UNIFIED IDEOGRAPH-4983 3 100 200 300	sc:Hani	鐯 `U+942F` trad
䦅	U+4985 CJK UNIFIED IDEOGRAPH-4985 3 100 200	sc:Hani	鐥 `U+9425` trad
䦆	U+4986 CJK UNIFIED IDEOGRAPH-4986 3 100 200	sc:Hani	钁 `U+9481` trad
䦛	U+499B CJK UNIFIED IDEOGRAPH-499B 3 100 200	sc:Hani	䦶 `U+49B6` simp
䦟	U+499F CJK UNIFIED IDEOGRAPH-499F 3 100 200	sc:Hani	䦷 `U+49B7` simp
䦶	U+49B6 CJK UNIFIED IDEOGRAPH-49B6 3 100 200	sc:Hani	䦛 `U+499B` trad
䦷	U+49B7 CJK UNIFIED IDEOGRAPH-49B7 3 100 200	sc:Hani	䦟 `U+499F` trad
䪸	U+4AB8 CJK UNIFIED IDEOGRAPH-4AB8 3 200 500 600	sc:Hani
䱷	U+4C77 CJK UNIFIED IDEOGRAPH-4C77 3 100 200	sc:Hani	䲣 `U+4CA3` simp
䱽	U+4C7D CJK UNIFIED IDEOGRAPH-4C7D 3 200 600	sc:Hani	䲝 `U+4C9D` simp 鯧 `U+9BE7` blocked 鲳 `U+9CB3` blocked
䲁	U+4C81 CJK UNIFIED IDEOGRAPH-4C81 3 200 300 600	sc:Hani	鳚 `U+9CDA` simp
䲅	U+4C85 CJK UNIFIED IDEOGRAPH-4C85 3 200 600	sc:Hani
䲝	U+4C9D CJK UNIFIED IDEOGRAPH-4C9D 3 200	sc:Hani	䱽 `U+4C7D` trad 鯧 `U+9BE7` blocked 鲳 `U+9CB3` blocked
䲞	U+4C9E CJK UNIFIED IDEOGRAPH-4C9E 3 200	sc:Hani	𩶘 `U+29D98` trad
䲟	U+4C9F CJK UNIFIED IDEOGRAPH-4C9F 3 100 200 300	sc:Hani	鮣 `U+9BA3` trad
䲠	U+4CA0 CJK UNIFIED IDEOGRAPH-4CA0 3 100 200 300	sc:Hani	鰆 `U+9C06` trad
䲡	U+4CA1 CJK UNIFIED IDEOGRAPH-4CA1 3 100 200	sc:Hani	鰌 `U+9C0C` trad 鰍 `U+9C0D` blocked 鳅 `U+9CC5` blocked
䲢	U+4CA2 CJK UNIFIED IDEOGRAPH-4CA2 3 100 200 300	sc:Hani	鰧 `U+9C27` trad
䲣	U+4CA3 CJK UNIFIED IDEOGRAPH-4CA3 3 100 200	sc:Hani	䱷 `U+4C77` trad
䴓	U+4D13 CJK UNIFIED IDEOGRAPH-4D13 3 100 200 300	sc:Hani	鳾 `U+9CFE` trad
䴔	U+4D14 CJK UNIFIED IDEOGRAPH-4D14 3 100 200 300	sc:Hani	鵁 `U+9D41` trad
䴕	U+4D15 CJK UNIFIED IDEOGRAPH-4D15 3 100 200 300	sc:Hani	鴷 `U+9D37` trad
䴖	U+4D16 CJK UNIFIED IDEOGRAPH-4D16 3 100 200 300	sc:Hani	鶄 `U+9D84` trad
䴗	U+4D17 CJK UNIFIED IDEOGRAPH-4D17 3 100 200 300	sc:Hani	鶪 `U+9DAA` trad
䴘	U+4D18 CJK UNIFIED IDEOGRAPH-4D18 3 100 200 300	sc:Hani	鷈 `U+9DC8` blocked 鷉 `U+9DC9` trad
䴙	U+4D19 CJK UNIFIED IDEOGRAPH-4D19 3 100 200 300	sc:Hani	鷿 `U+9DFF` blocked 鸊 `U+9E0A` trad
䶮	U+4DAE CJK UNIFIED IDEOGRAPH-4DAE 3 100 200 300	sc:Hani	龑 `U+9F91` trad
一	U+4E00 CJK UNIFIED IDEOGRAPH-4E00 0 100 200 300 400 500 600	sc:Hani	壱 `U+58F1` blocked 壹 `U+58F9` blocked 弌 `U+5F0C` blocked
丁	U+4E01 CJK UNIFIED IDEOGRAPH-4E01 0 100 200 300 400 500 600	sc:Hani
丂	U+4E02 CJK UNIFIED IDEOGRAPH-4E02 0 100 200	sc:Hani
七	U+4E03 CJK UNIFIED IDEOGRAPH-4E03 0 100 200 300 400 500 600	sc:Hani
丄	U+4E04 CJK UNIFIED IDEOGRAPH-4E04 0 100 200	sc:Hani	上 `U+4E0A` both 仩 `U+4EE9` blocked
丅	U+4E05 CJK UNIFIED IDEOGRAPH-4E05 0 100 200	sc:Hani	下 `U+4E0B` both
丆	U+4E06 CJK UNIFIED IDEOGRAPH-4E06 0 100 200	sc:Hani
万	U+4E07 CJK UNIFIED IDEOGRAPH-4E07 0 100 200 300 400 500 600	sc:Hani	萬 `U+842C` trad
丈	U+4E08 CJK UNIFIED IDEOGRAPH-4E08 0 100 200 300 400 500 600	sc:Hani
三	U+4E09 CJK UNIFIED IDEOGRAPH-4E09 0 100 200 300 400 500 600	sc:Hani
上	U+4E0A CJK UNIFIED IDEOGRAPH-4E0A 0 100 200 300 400 500 600	sc:Hani	丄 `U+4E04` blocked 仩 `U+4EE9` blocked
下	U+4E0B CJK UNIFIED IDEOGRAPH-4E0B 0 100 200 300 400 500 600	sc:Hani	丅 `U+4E05` blocked
丌	U+4E0C CJK UNIFIED IDEOGRAPH-4E0C 0 100 200	sc:Hani	亓 `U+4E93` blocked 其 `U+5176` blocked
不	U+4E0D CJK UNIFIED IDEOGRAPH-4E0D 0 100 200 300 400 500 600	sc:Hani
与	U+4E0E CJK UNIFIED IDEOGRAPH-4E0E 0 100 200 300 400 600	sc:Hani	與 `U+8207` trad
丏	U+4E0F CJK UNIFIED IDEOGRAPH-4E0F 0 100 200 300	sc:Hani	丐 `U+4E10` simp
丐	U+4E10 CJK UNIFIED IDEOGRAPH-4E10 0 100 200 300 400 600	sc:Hani	丏 `U+4E0F` blocked
丑	U+4E11 CJK UNIFIED IDEOGRAPH-4E11 0 100 200 300 400 500 600	sc:Hani	醜 `U+919C` trad
专	U+4E13 CJK UNIFIED IDEOGRAPH-4E13 0 100 200 300 600	sc:Hani	專 `U+5C08` trad
且	U+4E14 CJK UNIFIED IDEOGRAPH-4E14 0 100 200 300 400 500 600	sc:Hani
丕	U+4E15 CJK UNIFIED IDEOGRAPH-4E15 0 100 200 300 400 500 600	sc:Hani
世	U+4E16 CJK UNIFIED IDEOGRAPH-4E16 0 100 200 300 400 500 600	sc:Hani	丗 `U+4E17` blocked 卋 `U+534B` blocked
丗	U+4E17 CJK UNIFIED IDEOGRAPH-4E17 0 100 200 400	sc:Hani	世 `U+4E16` both 卋 `U+534B` blocked
丘	U+4E18 CJK UNIFIED IDEOGRAPH-4E18 0 100 200 300 400 500 600	sc:Hani	丠 `U+4E20` blocked 坵 `U+5775` blocked
丙	U+4E19 CJK UNIFIED IDEOGRAPH-4E19 0 100 200 300 400 500 600	sc:Hani
业	U+4E1A CJK UNIFIED IDEOGRAPH-4E1A 0 100 200 300 600	sc:Hani	業 `U+696D` trad
丛	U+4E1B CJK UNIFIED IDEOGRAPH-4E1B 0 100 200 300 600	sc:Hani	叢 `U+53E2` trad-1 欉 `U+6B09` trad-2 藂 `U+85C2` blocked
东	U+4E1C CJK UNIFIED IDEOGRAPH-4E1C 0 100 200 300 600	sc:Hani	東 `U+6771` trad
丝	U+4E1D CJK UNIFIED IDEOGRAPH-4E1D 0 100 200 300 600	sc:Hani	糸 `U+7CF8` blocked 糹 `U+7CF9` blocked 絲 `U+7D72` trad 纟 `U+7E9F` blocked
丞	U+4E1E CJK UNIFIED IDEOGRAPH-4E1E 0 100 200 300 400 500 600	sc:Hani
丟	U+4E1F CJK UNIFIED IDEOGRAPH-4E1F 0 100 200 600	sc:Hani	丢 `U+4E22` simp
丠	U+4E20 CJK UNIFIED IDEOGRAPH-4E20 0 100 200	sc:Hani	丘 `U+4E18` both 坵 `U+5775` blocked
両	U+4E21 CJK UNIFIED IDEOGRAPH-4E21 0 100 200 400 600	sc:Hani	两 `U+4E24` simp 兩 `U+5169` trad
丢	U+4E22 CJK UNIFIED IDEOGRAPH-4E22 0 100 200 300 600	sc:Hani	丟 `U+4E1F` trad
丣	U+4E23 CJK UNIFIED IDEOGRAPH-4E23 0 100 200	sc:Hani	酉 `U+9149` both
两	U+4E24 CJK UNIFIED IDEOGRAPH-4E24 0 100 200 300 600	sc:Hani	両 `U+4E21` blocked 兩 `U+5169` trad
严	U+4E25 CJK UNIFIED IDEOGRAPH-4E25 0 100 200 300 600	sc:Hani	厳 `U+53B3` blocked 嚴 `U+56B4` trad
並	U+4E26 CJK UNIFIED IDEOGRAPH-4E26 0 100 200 300 400 600	sc:Hani	併 `U+4F75` blocked 倂 `U+5002` blocked 并 `U+5E76` simp 幷 `U+5E77` blocked 竝 `U+7ADD` blocked
丧	U+4E27 CJK UNIFIED IDEOGRAPH-4E27 0 100 200 300 600	sc:Hani	喪 `U+55AA` trad
丨	U+4E28 CJK UNIFIED IDEOGRAPH-4E28 0 100 200	sc:Hani
个	U+4E2A CJK UNIFIED IDEOGRAPH-4E2A 0 100 200 300 400 600	sc:Hani	個 `U+500B` trad 箇 `U+7B87` blocked
丫	U+4E2B CJK UNIFIED IDEOGRAPH-4E2B 0 100 200 300 600	sc:Hani
丬	U+4E2C CJK UNIFIED IDEOGRAPH-4E2C 0 100 200	sc:Hani	爿 `U+723F` trad
中	U+4E2D CJK UNIFIED IDEOGRAPH-4E2D 0 100 200 300 400 500 600	sc:Hani
丮	U+4E2E CJK UNIFIED IDEOGRAPH-4E2E 0 100 200	sc:Hani
丯	U+4E2F CJK UNIFIED IDEOGRAPH-4E2F 0 100 200	sc:Hani
丰	U+4E30 CJK UNIFIED IDEOGRAPH-4E30 0 100 200 300 600	sc:Hani	豊 `U+8C4A` blocked 豐 `U+8C50` trad
丱	U+4E31 CJK UNIFIED IDEOGRAPH-4E31 0 100 200 400 600	sc:Hani
串	U+4E32 CJK UNIFIED IDEOGRAPH-4E32 0 100 200 300 400 500 600	sc:Hani	賗 `U+8CD7` blocked
丳	U+4E33 CJK UNIFIED IDEOGRAPH-4E33 0 100 200	sc:Hani
临	U+4E34 CJK UNIFIED IDEOGRAPH-4E34 0 100 200 300 600	sc:Hani	臨 `U+81E8` trad
丵	U+4E35 CJK UNIFIED IDEOGRAPH-4E35 0 100 200	sc:Hani
丶	U+4E36 CJK UNIFIED IDEOGRAPH-4E36 0 100 200 400	sc:Hani
丷	U+4E37 CJK UNIFIED IDEOGRAPH-4E37 0 100 200	sc:Hani
丸	U+4E38 CJK UNIFIED IDEOGRAPH-4E38 0 100 200 300 400 500 600	sc:Hani
丹	U+4E39 CJK UNIFIED IDEOGRAPH-4E39 0 100 200 300 400 500 600	sc:Hani
为	U+4E3A CJK UNIFIED IDEOGRAPH-4E3A 0 100 200 300 600	sc:Hani	為 `U+70BA` trad 爲 `U+7232` blocked
主	U+4E3B CJK UNIFIED IDEOGRAPH-4E3B 0 100 200 300 400 500 600	sc:Hani
丼	U+4E3C CJK UNIFIED IDEOGRAPH-4E3C 0 100 200 400 600	sc:Hani	井 `U+4E95` simp
丽	U+4E3D CJK UNIFIED IDEOGRAPH-4E3D 0 100 200 300 600	sc:Hani	麗 `U+9E97` trad
举	U+4E3E CJK UNIFIED IDEOGRAPH-4E3E 0 100 200 300 600	sc:Hani	挙 `U+6319` blocked 擧 `U+64E7` blocked 舉 `U+8209` trad
丿	U+4E3F CJK UNIFIED IDEOGRAPH-4E3F 0 100 200 400	sc:Hani
乀	U+4E40 CJK UNIFIED IDEOGRAPH-4E40 0 100 200	sc:Hani
乁	U+4E41 CJK UNIFIED IDEOGRAPH-4E41 0 100 200	sc:Hani
乂	U+4E42 CJK UNIFIED IDEOGRAPH-4E42 0 100 200 300 400 500 600	sc:Hani
乃	U+4E43 CJK UNIFIED IDEOGRAPH-4E43 0 100 200 300 400 500 600	sc:Hani	廼 `U+5EFC` blocked 迺 `U+8FFA` trad
乄	U+4E44 CJK UNIFIED IDEOGRAPH-4E44 0 100 200	sc:Hani
久	U+4E45 CJK UNIFIED IDEOGRAPH-4E45 0 100 200 300 400 500 600	sc:Hani	乆 `U+4E46` blocked
乆	U+4E46 CJK UNIFIED IDEOGRAPH-4E46 0 100 200	sc:Hani	久 `U+4E45` both
乇	U+4E47 CJK UNIFIED IDEOGRAPH-4E47 0 100 200	sc:Hani
么	U+4E48 CJK UNIFIED IDEOGRAPH-4E48 0 100 200 300 600	sc:Hani	幺 `U+5E7A` blocked 庅 `U+5E85` blocked 麼 `U+9EBC` trad 麽 `U+9EBD` blocked
义	U+4E49 CJK UNIFIED IDEOGRAPH-4E49 0 100 200 300 600	sc:Hani	羛 `U+7F9B` blocked 義 `U+7FA9` trad
乊	U+4E4A CJK UNIFIED IDEOGRAPH-4E4A 0 100 200	sc:Hani
之	U+4E4B CJK UNIFIED IDEOGRAPH-4E4B 0 100 200 300 400 500 600	sc:Hani
乌	U+4E4C CJK UNIFIED IDEOGRAPH-4E4C 0 100 200 300 600	sc:Hani	烏 `U+70CF` trad
乍	U+4E4D CJK UNIFIED IDEOGRAPH-4E4D 0 100 200 300 400 500 600	sc:Hani
乎	U+4E4E CJK UNIFIED IDEOGRAPH-4E4E 0 100 200 300 400 500 600	sc:Hani
乏	U+4E4F CJK UNIFIED IDEOGRAPH-4E4F 0 100 200 300 400 500 600	sc:Hani
乐	U+4E50 CJK UNIFIED IDEOGRAPH-4E50 0 100 200 300 600	sc:Hani	楽 `U+697D` blocked 樂 `U+6A02` trad
乑	U+4E51 CJK UNIFIED IDEOGRAPH-4E51 0 100 200	sc:Hani
乒	U+4E52 CJK UNIFIED IDEOGRAPH-4E52 0 100 200 300 600	sc:Hani
乓	U+4E53 CJK UNIFIED IDEOGRAPH-4E53 0 100 200 300 600	sc:Hani
乔	U+4E54 CJK UNIFIED IDEOGRAPH-4E54 0 100 200 300 600	sc:Hani	喬 `U+55AC` trad
乖	U+4E56 CJK UNIFIED IDEOGRAPH-4E56 0 100 200 300 400 500 600	sc:Hani
乗	U+4E57 CJK UNIFIED IDEOGRAPH-4E57 0 100 200 300 400 600	sc:Hani	乘 `U+4E58` both
乘	U+4E58 CJK UNIFIED IDEOGRAPH-4E58 0 100 200 300 400 500 600	sc:Hani	乗 `U+4E57` blocked
乙	U+4E59 CJK UNIFIED IDEOGRAPH-4E59 0 100 200 300 400 500 600	sc:Hani
乚	U+4E5A CJK UNIFIED IDEOGRAPH-4E5A 0 100 200	sc:Hani
乛	U+4E5B CJK UNIFIED IDEOGRAPH-4E5B 0 100 200	sc:Hani
乜	U+4E5C CJK UNIFIED IDEOGRAPH-4E5C 0 100 200 300 600	sc:Hani
九	U+4E5D CJK UNIFIED IDEOGRAPH-4E5D 0 100 200 300 400 500 600	sc:Hani
乞	U+4E5E CJK UNIFIED IDEOGRAPH-4E5E 0 100 200 300 400 500 600	sc:Hani
也	U+4E5F CJK UNIFIED IDEOGRAPH-4E5F 0 100 200 300 400 500 600	sc:Hani
习	U+4E60 CJK UNIFIED IDEOGRAPH-4E60 0 100 200 300 600	sc:Hani	習 `U+7FD2` trad
乡	U+4E61 CJK UNIFIED IDEOGRAPH-4E61 0 100 200 300 600	sc:Hani	郷 `U+90F7` blocked 鄉 `U+9109` trad 鄕 `U+9115` blocked
乢	U+4E62 CJK UNIFIED IDEOGRAPH-4E62 0 100 200 400	sc:Hani
乣	U+4E63 CJK UNIFIED IDEOGRAPH-4E63 0 100 200	sc:Hani
乤	U+4E64 CJK UNIFIED IDEOGRAPH-4E64 0 100 200	sc:Hani
乥	U+4E65 CJK UNIFIED IDEOGRAPH-4E65 0 100 200	sc:Hani
书	U+4E66 CJK UNIFIED IDEOGRAPH-4E66 0 100 200 300 600	sc:Hani	書 `U+66F8` trad
乧	U+4E67 CJK UNIFIED IDEOGRAPH-4E67 0 100 200	sc:Hani
乩	U+4E69 CJK UNIFIED IDEOGRAPH-4E69 0 100 200 300 600	sc:Hani	稽 `U+7A3D` blocked
乪	U+4E6A CJK UNIFIED IDEOGRAPH-4E6A 0 100 200 600	sc:Hani
乫	U+4E6B CJK UNIFIED IDEOGRAPH-4E6B 0 100 200 500 600	sc:Hani
乬	U+4E6C CJK UNIFIED IDEOGRAPH-4E6C 0 100 200	sc:Hani
乭	U+4E6D CJK UNIFIED IDEOGRAPH-4E6D 0 100 200 500 600	sc:Hani
乮	U+4E6E CJK UNIFIED IDEOGRAPH-4E6E 0 100 200	sc:Hani
乯	U+4E6F CJK UNIFIED IDEOGRAPH-4E6F 0 100 200	sc:Hani
买	U+4E70 CJK UNIFIED IDEOGRAPH-4E70 0 100 200 300 600	sc:Hani	買 `U+8CB7` trad
乱	U+4E71 CJK UNIFIED IDEOGRAPH-4E71 0 100 200 300 400 600	sc:Hani	乿 `U+4E7F` blocked 亂 `U+4E82` trad
乲	U+4E72 CJK UNIFIED IDEOGRAPH-4E72 0 100 200	sc:Hani
乳	U+4E73 CJK UNIFIED IDEOGRAPH-4E73 0 100 200 300 400 500 600	sc:Hani
乴	U+4E74 CJK UNIFIED IDEOGRAPH-4E74 0 100 200	sc:Hani
乵	U+4E75 CJK UNIFIED IDEOGRAPH-4E75 0 100 200	sc:Hani
乶	U+4E76 CJK UNIFIED IDEOGRAPH-4E76 0 100 200 500 600	sc:Hani
乷	U+4E77 CJK UNIFIED IDEOGRAPH-4E77 0 100 200 500 600	sc:Hani
乸	U+4E78 CJK UNIFIED IDEOGRAPH-4E78 0 100 200 300 600	sc:Hani
乺	U+4E7A CJK UNIFIED IDEOGRAPH-4E7A 0 100 200	sc:Hani
乻	U+4E7B CJK UNIFIED IDEOGRAPH-4E7B 0 100 200	sc:Hani
乼	U+4E7C CJK UNIFIED IDEOGRAPH-4E7C 0 100 200	sc:Hani
乽	U+4E7D CJK UNIFIED IDEOGRAPH-4E7D 0 100 200	sc:Hani
乾	U+4E7E CJK UNIFIED IDEOGRAPH-4E7E 0 100 200 300 400 500 600	sc:Hani	亁 `U+4E81` blocked 干 `U+5E72` simp 幹 `U+5E79` blocked 榦 `U+69A6` blocked 漧 `U+6F27` blocked
乿	U+4E7F CJK UNIFIED IDEOGRAPH-4E7F 0 100 200	sc:Hani	乱 `U+4E71` simp 亂 `U+4E82` blocked
亀	U+4E80 CJK UNIFIED IDEOGRAPH-4E80 0 100 200 400 600	sc:Hani	龜 `U+9F9C` trad 龟 `U+9F9F` simp

Identity mappings, where a code point is declared a variant of itself, are required by RFC 7940 and are omitted here. 31450 variant records are declared in total.

Variants

Code points grouped into sets of mutual variants. Every member of a set produces the same set of variant labels, so a registration of one has implications for all the others. Sets of a single member are omitted, as are the identity mappings RFC 7940 requires each member to declare.

List

Showing the largest 10 of 3508 variant sets, containing 11728 variants.

喦壧岩嵒巌巖碞礹 8 members blockedsimptrad asymmetric

Source		Direction	Target		Disposition	Ref
喦	U+55A6	↔	壧	U+58E7	blocked	101 201
喦	U+55A6	⇆	岩	U+5CA9	→ simp ← blocked	101 201
喦	U+55A6	↔	嵒	U+5D52	blocked	101 201
喦	U+55A6	↔	巌	U+5DCC	blocked	101 201
喦	U+55A6	↔	巖	U+5DD6	blocked	101 201
喦	U+55A6	↔	碞	U+789E	blocked	101 201
喦	U+55A6	↔	礹	U+7939	blocked	101 201
壧	U+58E7	⇆	岩	U+5CA9	→ simp ← blocked	101 201
壧	U+58E7	↔	嵒	U+5D52	blocked	101 201
壧	U+58E7	↔	巌	U+5DCC	blocked	101 201
壧	U+58E7	↔	巖	U+5DD6	blocked	101 201
壧	U+58E7	↔	碞	U+789E	blocked	101 201

↔ declared both ways ⇆ both ways, different disposition each way → one direction only Showing 12 of 28 mappings.

坛埮墰墵壇壜罈罎 8 members blockedsimptradtrad-1trad-2 asymmetric

Source		Direction	Target		Disposition	Ref
坛	U+575B	↔	埮	U+57EE	blocked	101 203
坛	U+575B	↔	墰	U+58B0	blocked	101 203
坛	U+575B	↔	墵	U+58B5	blocked	101 203
坛	U+575B	⇆	壇	U+58C7	→ trad-1 ← simp	101 201
坛	U+575B	↔	壜	U+58DC	blocked	101 201
坛	U+575B	⇆	罈	U+7F48	→ trad-2 ← simp	101 201
坛	U+575B	⇆	罎	U+7F4E	→ blocked ← simp	101 201
埮	U+57EE	↔	墰	U+58B0	blocked	101 203
埮	U+57EE	↔	墵	U+58B5	blocked	101 203
埮	U+57EE	↔	壇	U+58C7	blocked	101 203
埮	U+57EE	↔	壜	U+58DC	blocked	101 203
埮	U+57EE	↔	罈	U+7F48	blocked	101 203

↔ declared both ways ⇆ both ways, different disposition each way → one direction only Showing 12 of 28 mappings.

总惣捴搃摠総縂總 8 members blockedsimptrad asymmetric

Source		Direction	Target		Disposition	Ref
总	U+603B	⇆	惣	U+60E3	→ blocked ← simp	103 203 301
总	U+603B	⇆	捴	U+6374	→ blocked ← simp	101 201 301
总	U+603B	⇆	搃	U+6403	→ blocked ← simp	101 201 301
总	U+603B	⇆	摠	U+6460	→ blocked ← simp	101 201 301
总	U+603B	⇆	総	U+7DCF	→ blocked ← simp	101 201 301
总	U+603B	⇆	縂	U+7E02	→ blocked ← simp	101 201 301
总	U+603B	⇆	總	U+7E3D	→ trad ← simp	101 201 301
惣	U+60E3	↔	捴	U+6374	blocked	103 203 301
惣	U+60E3	↔	搃	U+6403	blocked	103 203 301
惣	U+60E3	↔	摠	U+6460	blocked	103 203 301
惣	U+60E3	↔	総	U+7DCF	blocked	103 203 301
惣	U+60E3	↔	縂	U+7E02	blocked	103 203 301

↔ declared both ways ⇆ both ways, different disposition each way → one direction only Showing 12 of 28 mappings.

剳劄扎札箚紥紮 7 members blockedsimptrad asymmetric

Source		Direction	Target		Disposition	Ref
剳	U+5273	⇆	劄	U+5284	→ trad ← blocked	101 201
剳	U+5273	↔	扎	U+624E	blocked	101 201
剳	U+5273	⇆	札	U+672D	→ simp ← blocked	101 201
剳	U+5273	↔	箚	U+7B9A	blocked	101 201
剳	U+5273	↔	紥	U+7D25	blocked	101 201
剳	U+5273	↔	紮	U+7D2E	blocked	101 201
劄	U+5284	↔	扎	U+624E	blocked	101 201
劄	U+5284	⇆	札	U+672D	→ simp ← blocked	101 201
劄	U+5284	⇆	箚	U+7B9A	→ blocked ← trad	101 201
劄	U+5284	↔	紥	U+7D25	blocked	101 201
劄	U+5284	↔	紮	U+7D2E	blocked	101 201
扎	U+624E	↔	札	U+672D	blocked	101 201

↔ declared both ways ⇆ both ways, different disposition each way → one direction only Showing 12 of 21 mappings.

囘回囬廻廽迴逥 7 members blockedbothsimptrad asymmetric

Source		Direction	Target		Disposition	Ref
囘	U+56D8	⇆	回	U+56DE	→ both ← blocked	101 201
囘	U+56D8	↔	囬	U+56EC	blocked	101 201
囘	U+56D8	↔	廻	U+5EFB	blocked	101 201
囘	U+56D8	↔	廽	U+5EFD	blocked	101 201
囘	U+56D8	↔	迴	U+8FF4	blocked	101 201
囘	U+56D8	↔	逥	U+9025	blocked	101 201
回	U+56DE	⇆	囬	U+56EC	→ blocked ← both	101 201
回	U+56DE	⇆	廻	U+5EFB	→ blocked ← simp	101 201
回	U+56DE	⇆	廽	U+5EFD	→ blocked ← simp	101 201
回	U+56DE	⇆	迴	U+8FF4	→ trad ← simp	101 201
回	U+56DE	⇆	逥	U+9025	→ blocked ← simp	101 201
囬	U+56EC	↔	廻	U+5EFB	blocked	101 201

↔ declared both ways ⇆ both ways, different disposition each way → one direction only Showing 12 of 21 mappings.

宁寍寕寗寜寧甯 7 members blockedsimptrad asymmetric

Source		Direction	Target		Disposition	Ref
宁	U+5B81	⇆	寍	U+5BCD	→ blocked ← simp	101 201 701
宁	U+5B81	⇆	寕	U+5BD5	→ blocked ← simp	101 201 701
宁	U+5B81	↔	寗	U+5BD7	blocked	101 201
宁	U+5B81	⇆	寜	U+5BDC	→ blocked ← simp	101 201 701
宁	U+5B81	⇆	寧	U+5BE7	→ trad ← simp	101 201 701
宁	U+5B81	↔	甯	U+752F	blocked	101 203
寍	U+5BCD	↔	寕	U+5BD5	blocked	101 201 701
寍	U+5BCD	↔	寗	U+5BD7	blocked	101 201
寍	U+5BCD	↔	寜	U+5BDC	blocked	101 201 701
寍	U+5BCD	↔	寧	U+5BE7	blocked	101 201 701
寍	U+5BCD	↔	甯	U+752F	blocked	101 203
寕	U+5BD5	↔	寗	U+5BD7	blocked	101 201

↔ declared both ways ⇆ both ways, different disposition each way → one direction only Showing 12 of 21 mappings.

斗闘鬥鬦鬪鬬鬭 7 members blockedsimptrad asymmetric

Source		Direction	Target		Disposition	Ref
斗	U+6597	⇆	闘	U+95D8	→ blocked ← simp	101 201
斗	U+6597	⇆	鬥	U+9B25	→ trad ← simp	101 201
斗	U+6597	⇆	鬦	U+9B26	→ blocked ← simp	101 201
斗	U+6597	⇆	鬪	U+9B2A	→ blocked ← simp	101 201
斗	U+6597	⇆	鬬	U+9B2C	→ blocked ← simp	101 201
斗	U+6597	⇆	鬭	U+9B2D	→ blocked ← simp	101 201
闘	U+95D8	⇆	鬥	U+9B25	→ trad ← blocked	101 201
闘	U+95D8	↔	鬦	U+9B26	blocked	101 201
闘	U+95D8	↔	鬪	U+9B2A	blocked	101 201
闘	U+95D8	↔	鬬	U+9B2C	blocked	101 201
闘	U+95D8	↔	鬭	U+9B2D	blocked	101 201
鬥	U+9B25	⇆	鬦	U+9B26	→ blocked ← trad	101 201

↔ declared both ways ⇆ both ways, different disposition each way → one direction only Showing 12 of 21 mappings.

粗蔍觕麁麄麆麤 7 members blockedbothsimp asymmetric

Source		Direction	Target		Disposition	Ref
粗	U+7C97	⇆	蔍	U+850D	→ blocked ← simp	101 201
粗	U+7C97	⇆	觕	U+89D5	→ blocked ← simp	101 201
粗	U+7C97	⇆	麁	U+9E81	→ blocked ← both	101 201
粗	U+7C97	⇆	麄	U+9E84	→ blocked ← both	101 201
粗	U+7C97	⇆	麆	U+9E86	→ blocked ← simp	101 201
粗	U+7C97	⇆	麤	U+9EA4	→ blocked ← simp	101 201
蔍	U+850D	↔	觕	U+89D5	blocked	101 201
蔍	U+850D	↔	麁	U+9E81	blocked	101 201
蔍	U+850D	↔	麄	U+9E84	blocked	101 201
蔍	U+850D	↔	麆	U+9E86	blocked	101 201
蔍	U+850D	↔	麤	U+9EA4	blocked	101 201
觕	U+89D5	↔	麁	U+9E81	blocked	101 201

↔ declared both ways ⇆ both ways, different disposition each way → one direction only Showing 12 of 21 mappings.

並併倂并幷竝 6 members blockedbothsimptradtrad-1trad-2 asymmetric

Source		Direction	Target		Disposition	Ref
並	U+4E26	↔	併	U+4F75	blocked	101 201
並	U+4E26	↔	倂	U+5002	blocked	101 201
並	U+4E26	⇆	并	U+5E76	→ simp ← trad-1	101 201
並	U+4E26	↔	幷	U+5E77	blocked	101 201
並	U+4E26	⇆	竝	U+7ADD	→ blocked ← trad	101 201
併	U+4F75	⇆	倂	U+5002	→ blocked ← trad	101 201
併	U+4F75	⇆	并	U+5E76	→ simp ← trad-2	101 201
併	U+4F75	↔	幷	U+5E77	blocked	101 201
併	U+4F75	↔	竝	U+7ADD	blocked	101 201
倂	U+5002	⇆	并	U+5E76	→ simp ← blocked	101 201
倂	U+5002	↔	幷	U+5E77	blocked	101 201 501
倂	U+5002	↔	竝	U+7ADD	blocked	101 201

↔ declared both ways ⇆ both ways, different disposition each way → one direction only Showing 12 of 15 mappings.

乾亁干幹榦漧 6 members blockedsimptradtrad-1trad-2 asymmetric

Source		Direction	Target		Disposition	Ref
乾	U+4E7E	⇆	亁	U+4E81	→ blocked ← trad	101 201
乾	U+4E7E	⇆	干	U+5E72	→ simp ← trad-1	101 201
乾	U+4E7E	↔	幹	U+5E79	blocked	101 201
乾	U+4E7E	↔	榦	U+69A6	blocked	101 201
乾	U+4E7E	⇆	漧	U+6F27	→ blocked ← simp	101 201
亁	U+4E81	⇆	干	U+5E72	→ simp ← blocked	101 201
亁	U+4E81	↔	幹	U+5E79	blocked	101 201
亁	U+4E81	↔	榦	U+69A6	blocked	101 201
亁	U+4E81	↔	漧	U+6F27	blocked	101 201
干	U+5E72	⇆	幹	U+5E79	→ trad-2 ← simp	101 201
干	U+5E72	⇆	榦	U+69A6	→ blocked ← simp	101 201
干	U+5E72	↔	漧	U+6F27	blocked	101 201

↔ declared both ways ⇆ both ways, different disposition each way → one direction only Showing 12 of 15 mappings.

Rules

Conditions evaluated against a whole label, or against the context around a single code point. The notation borrows from regular expressions: ^ and $ anchor to the start and end of a label, . matches any code point, (?= ) and (?<= ) look ahead and behind, and * and + repeat. Two symbols are specific to rulesets: ◆ is the code point being tested, and ⟨name⟩ refers to another rule.

leading-combining-mark MSR default 150

RFC 5891 restrictions on placement of combining marks

^ ({gc:Mn} ∪ {gc:Mc})

Structure

^ start
({gc:Mn} ∪ {gc:Mc}) union
- {gc:Mn} class
- {gc:Mc} class

Referenced by 1 definition

action 1 (invalid)

hyphen-minus-disallowed MSR default 150

RFC 5891 restrictions on placement of U+002D HYPHEN-MINUS

( ( (?<= ^ ) ◆ ) │ ( ◆ (?= $ ) ) │ ( (?<= ^ . . U+002D ) ◆ ) )

Structure

( ( (?<= ^ ) ◆ ) │ ( ◆ (?= $ ) ) │ ( (?<= ^ . . U+002D ) ◆ ) ) choice
- (?<= ^ ) ◆ rule no leading hyphen
  - (?<= ^ ) look-behind
    - ^ start
  - ◆ anchor
- ◆ (?= $ ) rule no trailing hyphen
  - ◆ anchor
  - (?= $ ) look-ahead
    - $ end
- (?<= ^ . . U+002D ) ◆ rule no consecutive hyphens in third and fourth position in the label
  - (?<= ^ . . U+002D ) look-behind
    - ^ start
    - . any
    - . any
    - U+002D char hyphen-minus
  - ◆ anchor

Referenced by 1 definition

negative context of U+002D

Actions

Actions are evaluated in the order shown. The first action whose conditions match determines the disposition of the label.

Actions in precedence order
#	Disposition	Conditions
1	`invalid`	label matches leading-combining-mark 150 labels with leading combining marks are invalid MSR default
2	`invalid`	any variant is out-of-repertoire-var any variant label with a code point out of repertoire is invalid MSR default
3	`blocked`	any variant is blocked any variant label containing blocked variants is blocked MSR default
4	`valid`	all variants are r-neitherr-tradr-simpr-both any remaining label containing only original code points is valid
5	`allocatable`	only variants of type simpr-simpbothr-bothsimp-1 any label of simplified type 1 is allocatable
6	`allocatable`	only variants of type simpr-simpbothr-bothsimp-2 any label of simplified type 2 is allocatable
7	`allocatable`	only variants of type tradr-tradbothr-bothtrad-1 any label of traditional type 1 is allocatable
8	`allocatable`	only variants of type tradr-tradbothr-bothtrad-2 any label of traditional type 2 is allocatable
9	`blocked`	any variant is simptradbothsimp-1simp-2trad-1trad-2 any other mixed labels are blocked
10	`valid`	any label default catch all (default action) MSR default

References

Ref	Source
0	The Unicode Standard, Version 1.1 Any code point originally encoded in Unicode Version 1.1
3	The Unicode Standard, Version 3.0 Any code point originally encoded in Unicode Version 3.0
4	The Unicode Standard, Version 3.1 Any code point originally encoded in Unicode Version 3.1
100	CDNC Chinese Characters and Variants Table https://www.cdnc.asia/file/unicode-1-2.txt Also documented in Appendices G.1 and G.2
150	RFC 5891, Internationalized Domain Names in Applications (IDNA): Protocol https://tools.ietf.org/html/rfc5891
200	DotAsia, .ASIA ZH IDN Language Table https://www.iana.org/domains/idn-tables/tables/asia_zh_1.1.txt Also documented in Appendices M.1 and M.2
300	Table of General Standard Chinese Characters by China’s State Council https://www.gov.cn/zwgk/2013-08/19/content_2469793.htm
400	JGP Repertoire 201703, as documented in Appendix B
500	KGP Repertoire 201703, as documented in Appendix C
600	IICORE International Ideographs Core https://hanzi.unihan.com.cn/downloads/IIcoreMappingTable.txt
101	CDNC Chinese Characters and Variants Table, as documented in Appendices G.1 and G.2 Variants that match in both CDNC code point and variant type
102	CDNC Chinese Characters and Variants Table, as documented in Appendices G.1 and G.2 Variants that match only in CDNC code point but not variant type
103	CDNC Chinese Characters and Variants Table, as documented in Appendices G.1 and G.2 Variants that match no CDNC code point
201	dotASIA ZH IDN Language Table https://www.iana.org/domains/idn-tables/tables/asia_zh_1.1.txt Variants that match in both dotAsia code point and variant type
202	dotASIA ZH IDN Language Table https://www.iana.org/domains/idn-tables/tables/asia_zh_1.1.txt Variants that match only in dotAsia code point but not variant type
203	dotASIA ZH IDN Language Table https://www.iana.org/domains/idn-tables/tables/asia_zh_1.1.txt Variants that match no dotAsia code point
301	CGP Internal Review, as documented in Appendix N Variants that match in both CGP Internal Review code point and variant type
501	KLGP Proposal Variants that match only in KGP variant groups
701	IP Communication May 2019, as documented in Appendix F Variants that match suggestions by the Integration Panel