3.2, 4th paragraph (before Table 3.3), replace 2nd and 3rd sentences with:
"In the specification of an abbreviation, the letters in the abbreviated term used to form the abbreviation are underlined."
5.7, 4th paragraph, list item a:
Remove subscript "C" from "FC".
5.7, 4th paragraph, list item b, 2nd sentence:
Replace "surface CS" with "2D CS".
5.9.1, 1st paragraph following Table 5.5:
Replace "orthonormal" with "orthogonal".
5.9.1, Table
5.6, in the "(first) eccentricity" row, in the alternate equivalent
expression:
Replace "ε" with "ε 2".
5.9.6, Table
5.12:
In Coordinate-components specification element, reverse the order of appearance of the θ (2nd) and ρ (3rd) lines. In the Domain of the generating function or mapping equations specification element, reverse the order of appearance of the 2nd (containing θ) and 3rd (containing ρ) lines. In the Generating function or mapping equations specification element, change "F(α, θ, ρ)" to read " F(α, ρ, θ)". In the Inverse of the generating function or mapping equations specification element, change "= (α, θ, ρ)" to read "= (α, ρ, θ)", and reverse the order of appearance of the "θ =" (5th) and "ρ =" (6th/last) lines.
5.9.7, Table
5.13:
In Coordinate-components specification element, reverse the order of appearance of the θ (2nd) and ρ (3rd) lines. In the Domain of the generating function or mapping equations specification element, reverse the order of appearance of the 2nd (containing θ) and 3rd (containing ρ) lines. In the Generating function or mapping equations specification element, change "F(α, θ, ρ)" to read "F(α, ρ, θ)", and change "FAS(α, θ, ρ)" to read " FAS(α, ρ, θ)".
5.9.10, Table
5.16:
In Coordinate-components specification element, reverse the order of appearance of the θ (1st) and ρ (2nd) lines. In the Domain of the generating function or mapping equations specification element, reverse the order of appearance of the 1st (containing θ) and 2nd (containing ρ) lines. In the Generating function or mapping equations specification element, change "FC(θ, ρ, ζ)" to read "FC(ρ, θ, ζ)". In the Inverse of the generating function or mapping equations specification element, change "= (θ, ρ, ζ)" to read "= (ρ, θ, ζ)", and move "ρ =" (5th) line to be before the "θ =" (3rd and 4th) lines.
5.9.11, Table
5.17:
In Coordinate-components specification element, reverse the order of appearance of the θ (1st) and ρ (2nd) lines. In the Domain of the generating function or mapping equations specification element, reverse the order of appearance of the 1st (containing θ) and 2nd (containing ρ) lines. In the Generating function or mapping equations specification element, change "F(θ, ρ, ζ)" to read " F(ρ, θ, ζ)", and change "FC(θ, ρ, ζ)" to read "FC(ρ, θ, ζ)".
5.9.12, Table 5.18, CS parameters and constraints:
Replace "spheroid" with "ellipsoid" (2 instances).
5.9.12, Table 5.18, Inverse of the generating function or mapping
equations:
Insert "a" before k0 in denominator of the expression for Λ*.
5.9.14, Table 5.20, CS parameters and constraints:
Replace "spheroid" with "ellipsoid" (2 instances).
5.9.15, Table 5.21, CS parameters and constraints:
Replace "spheroid" with "ellipsoid" (2 instances).
5.9.16, Table 5.22, CS parameters and constraints:
Replace "spheroid" with "ellipsoid" (2 instances).
5.9.17, Table 5.23, CS parameters and constraints:
Replace "spheroid" with "ellipsoid" (2 instances).
5.9.21, Table 5.27, Notes:
Replace "3D localization" with "surface localization".
7.3.1, The next to last paragraph:
Change "In position-space, …" to read "In object-space, …".
7.3.2, 4th paragraph, 3rd
sentence:
Change "The rotations …in Equation (5) are position vector rotations" to read "The rotations …in Equation (5) are coordinate frame rotations".
7.3.2, 5th paragraph:
Change "…in the position vector rotation convention" to read "…in the coordinate frame rotation convention".
7.4.4, Table 7.14, BI_AXIS_ORIGIN_3D, in Description:
Change "x- and y-axes …" to read "x- and z-axes …".
7.4.5, Table 7.15, Binding information:
Replace "OBLATE_ELLIPSOID" with "OBLATE_ELLIPSOID, OBLATE_ELLIPSOID_ORIGIN, SPHERE, or SPHERE_ORIGIN" (all are hyperlinks).
7.5.5, 2nd paragraph
(following Figure 7.10), 1st sentence:
Replace "the Earth and other planet solar equatorial ORMs" with "heliocentric Aries ecliptic ORMs".
7.5.6, 2nd paragraph (following Figure 7.11), 1st sentence:
Replace "the Earth and other planet solar equatorial ORMs" with "heliocentric planet ecliptic ORMs".
7.5.7, 2nd paragraph (following Figure 7.12), 1st sentence:
Replace "the Earth and other planet solar equatorial ORMs" with "heliocentric planet equatorial ORMs".
8.3.2.1, 2nd list:
Insert "planetodetic 3D" as item b) and change the current item b) to item c).
8.4, 3rd paragraph, 2nd
sentence:
Change "... is a plane that is tangent to the oblate ellipsoid (or sphere) RD of the ORM." to read "... is a plane parallel to the tangent plane at the SRF tangent point.".
8.4, 4th paragraph, last
sentence:
Change "... is a plane that is tangent to the oblate ellipsoid (or sphere) RD of the ORM." to read "... is a plane parallel to the tangent plane at the SRF tangent point.".
8.5.4, Table 8.6, ORM constraint:
Add "OBLATE_ELLIPSOID_ORIGIN" and "SPHERE_ORIGIN" to the enumerated ORMTs.
8.5.5, Table 8.7, ORM constraint:
Add "OBLATE_ELLIPSOID_ORIGIN" and "SPHERE_ORIGIN" to the enumerated ORMTs.
8.5.6, Table 8.8, Short name and
description:
Change "Euclidean 3D spatial CS with the zero 3rd coordinate-component surface that is tangent to the oblate ellipsoid RD" to read "Euclidean 3D spatial CS with 3rd coordinate-component surfaces parallel to a plane tangent to the oblate ellipsoid RD".
8.5.6, Table 8.8, Short name and
description:
Remove the phrase "and with CS natural origin at the tangent point" from the end of the description sentence.
8.5.6, Table 8.8, ORM constraint:
Add "OBLATE_ELLIPSOID_ORIGIN" and "SPHERE_ORIGIN" to the enumerated ORMTs.
8.5.6, Table 8.8,
CS parameter binding rules:
Replace "spheriod" with "ellipsoid".
8.5.7, Table 8.9, ORM constraint:
Add "OBLATE_ELLIPSOID_ORIGIN" and "SPHERE_ORIGIN" to the enumerated ORMTs.
8.5.7,
Table 8.9, CS parameter binding rules:
Replace "spheroid" with "ellipsoid".
8.5.8, Table 8.10, Short name and
description:
Change "Cylindrical spatial CS with the zero 3rd coordinate-component surface that is tangent to the oblate ellipsoid RD" to read "Cylindrical spatial CS with 3rd coordinate-component surfaces that are parallel to a tangent plane to the oblate ellipsoid RD".
8.5.8, Table 8.10, Short name and description:
Remove the phrase "and with CS natural origin at the tangent point" from the end of the description sentence.
8.5.8, Table 8.10, ORM constraint:
Add "OBLATE_ELLIPSOID_ORIGIN" and "SPHERE_ORIGIN" to the enumerated ORMTs.
8.5.8, Table 8.10, CS parameter binding rules:
Replace "spheriod" with "ellipsoid".
8.5.19, Table 8.21, ORM constraint:
Add "OBLATE_ELLIPSOID_ORIGIN" and "SPHERE_ORIGIN" to the enumerated ORMTs.
8.5.20, Table 8.22, ORM constraint:
Append "or SPHERE_ORIGIN".
8.5.20, Table 8.22, Template parameters specification element:
Change "central meridian" to read "central line" (2 instances).
8.5.21, Table 8.23, ORM constraint:
Add "OBLATE_ELLIPSOID_ORIGIN" and "SPHERE_ORIGIN" to the enumerated ORMTs.
8.5.22, Table 8.24, ORM constraint:
Add "OBLATE_ELLIPSOID_ORIGIN" and "SPHERE_ORIGIN" to the enumerated ORMTs.
8.5.23, Table 8.25, ORM constraint:
Add "OBLATE_ELLIPSOID_ORIGIN" and "SPHERE_ORIGIN" to the enumerated ORMTs.
8.5.24, Table 8.26, ORM constraint:
Add "OBLATE_ELLIPSOID_ORIGIN" and "SPHERE_ORIGIN" to the enumerated ORMTs.
8.6.2,
8.6.3, Tables 8.32 and 8.33, Parameter values specification element:
Reverse the signs of both uF and vF.
8.6.15, Table 8.45, Parameter values specification element:
Change latitude of origin from 37° 50′ to read 37° 40′.
8.7.3, Table 8.52, Parameter values specification element:
Change "uF" and "vF" to read "xF" and "yF".
8.7.3, Table 8.52, Parameter values specification element:
Change uF and vF values from "-50 000" to read "50 000".
8.7.3, Table 8.52, SSM Code specification element:
Change "49823" to read "49 896".
8.7.4, Table 8.55, Zone_I, Valid-region specification element:
Switch the location of the λ and φ symbols/characters, and also reverse the order of appearance of the equations that contain λ and φ, such that the equations containing λ appear before the equations containing φ.
8.7.4, Table 8.55, Zone_XIV thru Zone_XIX, Valid-region specification elements:
Switch the location of the λ and φ symbols/characters. For rows that contain only the φ symbol, change φ to λ. For rows that contain both λ and φ, also reverse the order of appearance of the equations that contain λ and φ, such that the equations containing λ appear before the equations containing φ.
8.7.5, Table 8.57, Zone_I thru Zone_III, Valid-region specification elements, in the 3rd
lines:
Reverse the sign of each leading negative number.
8.7.5, Table 8.57,
Zone_IV, Parameter values specification element:
Append 54" to the Latitude of origin value (to become 42° 9' 54").
8.7.6, Table 8.58, Coverage description specification element:
Change both "<" relations to be "≤" relations.
8.7.6, Table 8.59, Southern_Pole, Parameter values specification element:
Change longitude of origin from +180° to read 0°.
8.7.7, Table 8.60, Coverage description specification element:
Change the "<" relation to be a "≤" relation.
8.7.7, Table 8.61:
In the Northern and Southern Hemispheres, Valid-region specification elements, change all occurrences of "λ <" to read "λ ≤" (2nd and 5th lines), and change all occurrences of "φ <" to read "φ ≤" (3rd and 6th lines).
9.8, Table 9.2, EGM96_GEOID, Notes:
Replace "an ORS model" with "a DSS model".
11.3.5.4, Table 11.16, PromoteSurfaceCoordinate, Semantics:
Replace "on_surface_coordinate" with "surface_coordinate".
11.3.5.5, 1st paragraph, 1st sentence:
Replace "the Celestiodetic SRF class and" with "the Celestiodetic SRF class, the Planetodetic SRF class, and".
11.3.5.5, Table 11.17, PromoteSurfaceCoordinate, Semantics:
Replace "on_surface_coordinate" with "surface_coordinate".
11.5, 1st paragraph,
2nd sentence:
Replace "corresponding SRFS_Code and the SRFS member code Integer" with "corresponding SRFS member information in SRFS_Code_Info".
11.5, 1st paragraph, last sentence:
Replace "SRFS_Code, ORM_Code and SRFS member code Integer" with "SRFS_Code_Info and ORM_Code".
14.2 g):
Change "OSRs" to read "DSSs".
B.7.1,
1st paragraph, 2nd sentence:
Replace "dynamic binding categories" with "OBRS".
B.7.3,
1st paragraph, 1st sentence:
Replace "dynamic binding category" with "OBRS".
E.2.2,
6th and 7th sentences:
Replace with "The RT specifications associated with an ORM are specified in a corresponding table as shown in Table E.2."
E.2.2,
Table E.5, ORM Code 11:
Add "Burundi" to the Region specification element.
E.2.2,
Table E.5, ORM Codes 205 and 206, Region specification element:
Delete "Italy" and "Sicily".
E.2.2,
Table E.5, ORM Code 233, Region specification element:
Change "Korea" to read "South Korea".
E.2.2,
Table E.6, RT Code 62, RT Region specification element:
Change "+58º ≤ λ ≤ +62º " to read "-62º ≤ λ ≤ -58º ".
E.2.2,
Table E.6, RT Code 273:
Change "[ω1 = ω2 =
ω3 = ...]" to read "[ω1 =
ω2 = 0", ω3 = ...]".
E.2.2, Table E.6, RT Code 273:
Change the label from "RGF_1993_IDENTITY_BY_MEASUREMENT" to read "RGF_1993_PARIS_PM".
E.2.2,
Table E.6, RT Code 323, RT parameters specification element:
Change: Δx = {ΔX(m)}, Δy = {ΔY(m)},
Δz = {ΔZ(m)}, ω1 = ω2 =
ω3 = 0" : precise,
Δs = 0 : precise
to read: Δx = -148, Δy = 507,
Δz = 685, ω1 = ω2 =
ω3 = 0", Δs = 0
E.2.2,
Table E.6, RT Code 325, RT parameters specification element:
Change Δz from "685" to read "687".
E.2.2,
Table E.6, RT Code 326, RT parameters specification element:
Change: Δx = {ΔX(m)}, Δy = {ΔY(m)},
Δz = {ΔZ(m)}, ω1 = ω2 =
ω3 = 0" : precise,
Δs = 0 : precise
to read: Δx = -148, Δy = 507, Δz = 687,
ω1 = ω2 =
ω3 = 0", Δs = 0
E.2.2, Table E.11 RT Code 166, RT parameters specification element:
Delete the sentence "The reference ORM for object Mars Sphere."