Status in source: unconfirmed.
Technical details
{
"smi_kind": "OBJECT-TYPE",
"definition": [
"dmsGraphicID",
"OBJECT-TYPE",
"SYNTAX",
"INTEGER",
"(",
"0",
".",
".",
"65535",
")",
"ACCESS",
"read-only",
"STATUS",
"mandatory",
"DESCRIPTION",
"\"<Definition> Each graphic that has been downloaded to a sign shall have a relatively unique ID. This ID shall be calculated using the CRC-16 algorithm defined in ISO 3309 and the associated OER-encoded (as defined in NTCIP 1102) GraphicInfoList. The following definitions are used to define the above referenced GraphicInfoList. Complete definitions for these referenced objects, including size information, is contained elsewhere in this document. GraphicInfoList ::= SEQUENCE { number INTEGER(1..255), -- dmsGraphicNumber of the subject graphic height INTEGER(1..65535), -- dmsGraphicHeight of the subject graphic width INTEGER(1..65535), -- dmsGraphicWidth of the subject graphic type INTEGER (1..4), -- dmsGraphicType of the subject graphic transparentEnabled INTEGER(0..1) -- dmsGraphicTransparentEnabled of the graphic transparentColor OCTET STRING (SIZE(3)) -- dmsGraphicTransparentColor of the graphic -- if dmsGraphicType not color24bit, first octet is the -- transparent color and remaining octets are zero bitmap OCTET STRING (SIZE (Z)) -- the bitmap of the subject graphic } where Z = ((height * width) + 7) / 8 -- for monochrome1bit --(remaining bits are set to zero) Z = (height * width) -- for monochrome8bit or colorClassic Z = (height * width) * 3 -- for color24bit This gives a predictable byte stream for the GraphicInfoList: [number] -- 1 octet [height] -- 2 octets, MSB first [width] -- 2 octets, MSB first [type] -- 1 octet [transparentEnabled] -- 1 octet [transparentcolor] -- 3 octets (last 2 octets set to 0 if not color24bit) [bitmap] -- Z octets, according to height, width & color scheme Examples: Given the 10x6 bitmap - 84 92 63 08 C2 48 A1 70 = @OOOO@OO@O O@OO@OO@@O OO@@OOOO@O OO@@OOOO@O O@OO@OOO@O @OOOO@O@@@ OOOO 1) dmsGraphicNumber = 3 dmsGraphicHeight = 6 dmsGraphicWidth = 10 dmsGraphicType = 1 dmsGraphicTransparentEnabled = 0 dmsGraphicTransparentColor = 1 dmsGraphicBitmap = 84 92 63 08 C2 48 A1 70 GraphicInfoList = 03 00 06 00 0A 01 00 01 00 00 84 92 63 08 C2 48 A1 70 dmsGraphicID = 0xB95A where 03 = dmsGraphicNumber 00 06 = dmsGraphicHeight 00 0A = dmsGraphicWidth 01 = dmsGraphicType (monochrome1bit) 00 = dmsGraphicTransparentEnabled 01 00 00 = dmsGraphicTransparentColor 84 92 63 08 C2 48 A1 70 = dmsGraphicBitmap 2) dmsGraphicNumber = 4 dmsGraphicHeight = 6 dmsGraphicWidth = 10 dmsGraphicType = 1 dmsGraphicTransparentEnabled = 0 dmsGraphicTransparentColor = 0 dmsGraphicBitmap = 84 92 63 08 C2 48 A1 70 GraphicInfoList = 04 00 06 00 0A 01 00 00 00 00 84 92 63 08 C2 48 A1 70 dmsGraphicID = 0xBFF5 where 04 = dmsGraphicNumber 00 06 = dmsGraphicHeight 00 0A = dmsGraphicWidth 01 = dmsGraphicType (monochrome1bit) 00 = dmsGraphicTransparentEnabled 00 00 00 = dmsGraphicTransparentColor 84 92 63 08 C2 48 A1 70 = dmsGraphicBitmap 3) A 4x4 pixel color classic graphic of the letter 'Z' in red dmsGraphicNumber = 5 dmsGraphicHeight = 4 dmsGraphicWidth = 4 dmsGraphicType = 3 dmsGraphicTransparentEnabled = 1 dmsGraphicTransparentColor = 7 dmsGraphicBitmap = 01 01 01 01 07 07 01 07 07 01 07 07 01 01 01 01 GraphicInfoList = 05 00 04 00 04 03 01 07 00 00 01 01 01 01 07 07 01 07 07 01 07 07 01 01 01 01 dmsGraphicID = 0x8FE0 where 05 = dmsGraphicNumber 00 04 = dmsGraphicHeight 00 04 = dmsGraphicWidth 03 = dmsGraphicType (colorClassic) 01 = dmsGraphicTransparentEnabled 07 00 00 = dmsGraphicTransparentColor (white) 01 01 01 01 07 07 01 07 07 01 07 07 01 01 01 01 = dmsGraphicBitmap 4) -- a 2x2 pixel square RGB graphic with green as the transparent color in the lower left pixel dmsGraphicNumber = 7 dmsGraphicHeight = 2 dmsGraphicWidth = 2 dmsGraphicType = 4 dmsGraphicTransparentEnabled = 1 dmsGraphicTransparentColor = 00 FF 00 dmsGraphicBitmap = FFFFFF FF00FF 00FF00 FF00FF GraphicInfoList = 07 00 02 00 02 04 01 00 FF 00 FFFFFF FF00FF 00FF00 FF00FF dmsGraphicID = 0x078D where 07 = dmsGraphicNumber 00 02 = dmsGraphicHeight 00 02 = dmsGraphicWidth 04 = dmsGraphicType (color24bit) 01 = dmsGraphicTransparentEnabled 00 FF 00 = dmsGraphicTransparentColor (green) FFFFFF FF00FF 00FF00 FF00FF = dmsGraphicBitmap <Object Identifier> 1.3.6.1.4.1.1206.4.2.3.10.6.7\"",
"::=",
"{",
"dmsGraphicEntry",
"7",
"}"
],
"syntax_tree": [
[
"SimpleSyntax",
"INTEGER",
[
"integerSubType",
[
[
0,
65535
]
]
]
],
null,
[
"MaxAccessPart",
"read-only"
],
[
"Status",
"mandatory"
],
[
"DESCRIPTION",
"<Definition> Each graphic that has been downloaded to a sign shall have a relatively unique ID. This ID shall be calculated using the CRC-16 algorithm defined in ISO 3309 and the associated OER-encoded (as defined in NTCIP 1102) GraphicInfoList. The following definitions are used to define the above referenced GraphicInfoList. Complete definitions for these referenced objects, including size information, is contained elsewhere in this document. GraphicInfoList ::= SEQUENCE { number INTEGER(1..255), -- dmsGraphicNumber of the subject graphic height INTEGER(1..65535), -- dmsGraphicHeight of the subject graphic width INTEGER(1..65535), -- dmsGraphicWidth of the subject graphic type INTEGER (1..4), -- dmsGraphicType of the subject graphic transparentEnabled INTEGER(0..1) -- dmsGraphicTransparentEnabled of the graphic transparentColor OCTET STRING (SIZE(3)) -- dmsGraphicTransparentColor of the graphic -- if dmsGraphicType not color24bit, first octet is the -- transparent color and remaining octets are zero bitmap OCTET STRING (SIZE (Z)) -- the bitmap of the subject graphic } where Z = ((height * width) + 7) / 8 -- for monochrome1bit --(remaining bits are set to zero) Z = (height * width) -- for monochrome8bit or colorClassic Z = (height * width) * 3 -- for color24bit This gives a predictable byte stream for the GraphicInfoList: [number] -- 1 octet [height] -- 2 octets, MSB first [width] -- 2 octets, MSB first [type] -- 1 octet [transparentEnabled] -- 1 octet [transparentcolor] -- 3 octets (last 2 octets set to 0 if not color24bit) [bitmap] -- Z octets, according to height, width & color scheme Examples: Given the 10x6 bitmap - 84 92 63 08 C2 48 A1 70 = @OOOO@OO@O O@OO@OO@@O OO@@OOOO@O OO@@OOOO@O O@OO@OOO@O @OOOO@O@@@ OOOO 1) dmsGraphicNumber = 3 dmsGraphicHeight = 6 dmsGraphicWidth = 10 dmsGraphicType = 1 dmsGraphicTransparentEnabled = 0 dmsGraphicTransparentColor = 1 dmsGraphicBitmap = 84 92 63 08 C2 48 A1 70 GraphicInfoList = 03 00 06 00 0A 01 00 01 00 00 84 92 63 08 C2 48 A1 70 dmsGraphicID = 0xB95A where 03 = dmsGraphicNumber 00 06 = dmsGraphicHeight 00 0A = dmsGraphicWidth 01 = dmsGraphicType (monochrome1bit) 00 = dmsGraphicTransparentEnabled 01 00 00 = dmsGraphicTransparentColor 84 92 63 08 C2 48 A1 70 = dmsGraphicBitmap 2) dmsGraphicNumber = 4 dmsGraphicHeight = 6 dmsGraphicWidth = 10 dmsGraphicType = 1 dmsGraphicTransparentEnabled = 0 dmsGraphicTransparentColor = 0 dmsGraphicBitmap = 84 92 63 08 C2 48 A1 70 GraphicInfoList = 04 00 06 00 0A 01 00 00 00 00 84 92 63 08 C2 48 A1 70 dmsGraphicID = 0xBFF5 where 04 = dmsGraphicNumber 00 06 = dmsGraphicHeight 00 0A = dmsGraphicWidth 01 = dmsGraphicType (monochrome1bit) 00 = dmsGraphicTransparentEnabled 00 00 00 = dmsGraphicTransparentColor 84 92 63 08 C2 48 A1 70 = dmsGraphicBitmap 3) A 4x4 pixel color classic graphic of the letter 'Z' in red dmsGraphicNumber = 5 dmsGraphicHeight = 4 dmsGraphicWidth = 4 dmsGraphicType = 3 dmsGraphicTransparentEnabled = 1 dmsGraphicTransparentColor = 7 dmsGraphicBitmap = 01 01 01 01 07 07 01 07 07 01 07 07 01 01 01 01 GraphicInfoList = 05 00 04 00 04 03 01 07 00 00 01 01 01 01 07 07 01 07 07 01 07 07 01 01 01 01 dmsGraphicID = 0x8FE0 where 05 = dmsGraphicNumber 00 04 = dmsGraphicHeight 00 04 = dmsGraphicWidth 03 = dmsGraphicType (colorClassic) 01 = dmsGraphicTransparentEnabled 07 00 00 = dmsGraphicTransparentColor (white) 01 01 01 01 07 07 01 07 07 01 07 07 01 01 01 01 = dmsGraphicBitmap 4) -- a 2x2 pixel square RGB graphic with green as the transparent color in the lower left pixel dmsGraphicNumber = 7 dmsGraphicHeight = 2 dmsGraphicWidth = 2 dmsGraphicType = 4 dmsGraphicTransparentEnabled = 1 dmsGraphicTransparentColor = 00 FF 00 dmsGraphicBitmap = FFFFFF FF00FF 00FF00 FF00FF GraphicInfoList = 07 00 02 00 02 04 01 00 FF 00 FFFFFF FF00FF 00FF00 FF00FF dmsGraphicID = 0x078D where 07 = dmsGraphicNumber 00 02 = dmsGraphicHeight 00 02 = dmsGraphicWidth 04 = dmsGraphicType (color24bit) 01 = dmsGraphicTransparentEnabled 00 FF 00 = dmsGraphicTransparentColor (green) FFFFFF FF00FF 00FF00 FF00FF = dmsGraphicBitmap <Object Identifier> 1.3.6.1.4.1.1206.4.2.3.10.6.7"
],
null,
null,
null,
null
]
}
- ITE public NTCIP working repository MIBs
· Publisher's source file: NTCIP_1203 — v03/1203v03A-06g.mib
Module: NTCIP1203-v0305
See published definition above
Module imports
{'RFC-1212': ['OBJECT-TYPE'], 'RFC1155-SMI': ['IpAddress', 'Counter'], 'RFC1213-MIB': ['DisplayString'], 'NTCIP8004v02': ['OwnerString', 'dms']}Source data warning: This original is published in an ITE NTCIP working repository. Repository publication does not establish that this particular revision is an adopted standard. Consult its native revision history and the NTCIP published standards catalog before implementation. Copyright and distribution notices are retained in the downloadable original.
Source data warning: Potentially inaccurate interpretation of historical NTCIP imports: the original references NTCIP8004v02, which is absent from the public repository snapshot. The numeric roots used here are the explicit assignments in normative Annex A.2 of published NTCIP 8004 v02 (2010), physical pages 43–44. This does not establish that every historical module revision is identical. The annex also prints enterprise instead of RFC 1155 enterprises and declares Protocols while referencing protocols; those spelling interpretations are disclosed. The original IMPORTS, numeric suffixes and definitions remain unchanged. Verify both originals before implementation.
Source data warning: Published source disagreement: this literal SMI assignment resolves to 1.3.6.1.4.1.1206.4.2.3.10.6.1.7, but its DESCRIPTION explicitly lists 1.3.6.1.4.1.1206.4.2.3.10.6.7. Both published numeric claims are retained as unconfirmed evidence. Neither value is presented as a verified correction or an independently confirmed registration; consult the original file and the applicable standard edition.
· Download NTCIP_1203 — v03/1203v03A-06g.mib
Related source files and packages:
- NTCIP published standard MIB annexes (reviewed modules)
· Publisher's source file: NTCIP 1203 v03, Object Definitions for Dynamic Message Signs (DMS) Published September 2014 — original PDF
· Official record
Module: NTCIP1203-v03-05
See published definition above
Module imports
{'RFC-1212': ['OBJECT-TYPE'], 'NTCIP8004': ['OwnerString', 'dms'], 'RFC1155-SMI': ['IpAddress', 'Counter'], 'RFC1213-MIB': ['DisplayString']}Source data warning: Recovered from a file whose complete MIB does not parse. The original assignment and definition are preserved. Registration and implementation details may be inaccurate; consult the original file. Other damaged or unresolved declarations are not established registrations.
Source data warning: This record is transcribed from a published NTCIP MIB annex. The downloadable text is a derived transcription with page furniture and section headings masked; the unmodified original PDF is authoritative. Native definitions, DESCRIPTION and STATUS are retained. A published object definition does not establish support by any particular device.
Source data warning: The PDF prints an invalid ASN.1 module label (NTCIP1203 v03.05). The derived transcription uses an equal-length internal parsing label; this is not an OID registration or an alteration of any numeric assignment. The original label and full PDF are retained.
Source data warning: Potentially inaccurate interpretation of historical NTCIP namespace references: NTCIP8004. These exact source files require the reviewed bindings shown below. The numeric roots used here are the explicit assignments in normative Annex A.2 of published NTCIP 8004 v02 (2010), physical pages 43–44. This does not establish that every historical module revision is identical. The annex also prints enterprise instead of RFC 1155 enterprises and declares Protocols while referencing protocols; those spelling interpretations are disclosed. The original IMPORTS, numeric suffixes and definitions remain unchanged. Verify both originals before implementation.
Source data warning: Published source disagreement: this literal SMI assignment resolves to 1.3.6.1.4.1.1206.4.2.3.10.6.1.7, but its DESCRIPTION explicitly lists 1.3.6.1.4.1.1206.4.2.3.10.6.7. Both published numeric claims are retained as unconfirmed evidence. Neither value is presented as a verified correction or an independently confirmed registration; consult the original file and the applicable standard edition.
· Download NTCIP1203v03f.pdf — NTCIP1203-v03-05 (MIB transcription)
Related source files and packages: