ISO 25297-2:2011

Optics and photonics — Electronic exchange of optical data — Part 2: Mapping to the classes and properties defined in ISO 23584

ISO 25297-2:2011 specifies the relationship between the terms used in ISO 25297-1 and the properties defined in ISO 23584-2 and provides the means to facilitate the use of both standards.

Optique et photonique — Transfert électronique des données optiques — Partie 2: Mappage des classes et propriétés definies dans l'ISO 23584

General Information

• Status: Published
• Publication Date: 07-Dec-2011
• ICS: 37.020 - Optical equipment
• Technical Committee: ISO/TC 172/SC 1 - Fundamental standards
• Drafting Committee: ISO/TC 172/SC 1 - Fundamental standards
• Current Stage: 9093 - International Standard confirmed
• Completion Date: 01-Dec-2021

Standards Content (Sample)

INTERNATIONAL ISO
STANDARD 25297-2
First edition
2011-12-15


Optics and photonics — Electronic
exchange of optical data —
Part 2:
Mapping to the classes and properties
defined in ISO 23584
Optique et photonique — Transfert électronique des données
optiques —
Partie 2: Mappage des classes et propriétés definies dans l'ISO 23584





Reference number
ISO 25297-2:2011(E)
©
ISO 2011

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ISO 25297-2:2011(E)

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©  ISO 2011
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ii © ISO 2011 – All rights reserved

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ISO 25297-2:2011(E)
Contents Page
Foreword . iv
1  Scope . 1
2  Normative references . 1
3  Terms and definitions . 1
4  Mapping . 1
4.1  General . 1
4.2  Mapping table . 2
Annex A (informative) Class hierarchy . 22
Bibliography . 23

© ISO 2011 – All rights reserved iii

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ISO 25297-2:2011(E)
Foreword
ISO (the International Organization for Standardization) is a worldwide federation of national standards bodies
(ISO member bodies). The work of preparing International Standards is normally carried out through ISO
technical committees. Each member body interested in a subject for which a technical committee has been
established has the right to be represented on that committee. International organizations, governmental and
non-governmental, in liaison with ISO, also take part in the work. ISO collaborates closely with the
International Electrotechnical Commission (IEC) on all matters of electrotechnical standardization.
International Standards are drafted in accordance with the rules given in the ISO/IEC Directives, Part 2.
The main task of technical committees is to prepare International Standards. Draft International Standards
adopted by the technical committees are circulated to the member bodies for voting. Publication as an
International Standard requires approval by at least 75 % of the member bodies casting a vote.
Attention is drawn to the possibility that some of the elements of this document may be the subject of patent
rights. ISO shall not be held responsible for identifying any or all such patent rights.
ISO 25297-2 was prepared by Technical Committee ISO/TC 172, Optics and photonics, Subcommittee SC 1,
Fundamental standards.
ISO 25297 consists of the following parts, under the general title Optics and photonics — Electronic exchange
of optical data:
 Part 1: NODIF information model
 Part 2: Mapping to the classes and properties defined in ISO 23584

iv © ISO 2011 – All rights reserved

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INTERNATIONAL STANDARD ISO 25297-2:2011(E)

Optics and photonics — Electronic exchange of optical data —
Part 2:
Mapping to the classes and properties defined in ISO 23584
1 Scope
This International Standard specifies the relationship between the terms used in ISO 25297-1 and the
properties defined in ISO 23584-2, and provides the means to facilitate the use of both standards.
NOTE This International Standard does not define all attributes of properties in ISO 23584-2.
2 Normative references
The following referenced documents are indispensable for the application of this document. For dated
references, only the edition cited applies. For undated references, the latest edition of the referenced
document (including any amendments) applies.
ISO 25297-1:2010, Optics and photonics  Electronic exchange of optical data  Part 1: NODIF information
model
ISO 23584-1, Optics and photonics  Specification of reference dictionary  Part 1: General overview on
organization and structure
ISO 13584-42, Industrial automation systems and integration — Parts library — Part 42: Description
methodology: Methodology for structuring parts families
3 Terms and definitions
For the purposes of this document, the terms and definitions given in ISO 25297-1, ISO 23584-1 and
ISO 13584-42 apply.
4 Mapping
4.1 General
The terms of the application objects and their attributes in NODIF are used as the preferred names in the
reference dictionary.
Underscores used in the terms in NODIF are omitted in the reference dictionary.
NOTE The reference dictionary ID numbers given for the keywords will be filled once they are registered in the
ISO/TC 172 reference dictionary database, which is under construction.
© ISO 2011 – All rights reserved 1

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ISO 25297-2:2011(E)
4.2 Mapping table
Table 1 and Table 2 show the relationship between keywords in NODIF and the classes and properties in the
ISO/TC 172 reference dictionary. Class hierarchy is depicted in Annex A for reference.

2 © ISO 2011 – All rights reserved

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ISO 25297-2:2011(E)
© ISO 2011 – All rights reserved 3
Table 1 — Mapping of the terms of classes in NODIF to the reference dictionary
Reference
NODIF keyword Hierarchy Super class Preferred name Definition Note dictionary
ID number
―
aperture Application ISO aperture application object to describe 4.3.25.6,
class TC172SC1/NODIF aperture of optical system 4.3.26.8 aperture in NODIF
―
Assembly_tolerance Application ISO assembly tolerance application object to specify assembly 4.3.18 Assembly_tolerance in
class TC172SC1/NODIF tolerance NODIF
Diffractive_surface_description Application ISO diffractive surface application object to describe 4.3.12 AAA017-001
class TC172SC1/NODIF description diffractive optical surface Diffractive_surface_description in
NODIF
―
Dimensional_tolerance Application ISO dimensional tolerance application object to specify tolerance 4.3.17 Dimensional_tolerance in
class TC172SC1/NODIF for dimensions of optical part NODIF
Material_property Application ISO material property application object to specify material 4.3.36 Material_property in NODIF ―
class TC172SC1/NODIF
―
Optical_design_formulation Application ISO optical design application object to collect 4.3.5 Optical_design_formulation in
class TC172SC1/NODIF formulation information relevant to optical design NODIF
―
Optical_evaluation Application ISO optical evaluation application object to describe 4.3.23 Optical_evaluation in NODIF
class TC172SC1/NODIF conditions and results of optical
evaluations
―
Optical_part_view_designator Application ISO optical part view application object to link information 4.3.2 Optical_part_view_designator
class TC172SC1/NODIF designator on optical systems/parts and the in NODIF
object “design discipline product
definition” in ISO 10303-203
―
Optical_process_specification Application ISO optical process application object to describe 4.3.15
class TC172SC1/NODIF specification machining process Optical_process_specification in
NODIF
―
Optical_specification Application ISO optical specification application object to contain various 4.3.13 Optical_specification in
class TC172SC1/NODIF specifications NODIF
―
Optical_system_specification Application ISO optical system application object to contain 4.3.4 Optical_system_specification
class TC172SC1/NODIF specification specifications of optical system in NODIF
―
Optical_tolerance Application ISO optical tolerance application object to describe optical 4.3.16 Optical_tolerance in NODIF
class TC172SC1/NODIF tolerance
Other_optical_evaluation Application ISO other optical application object to describe optical 4.3.31 Other_optical_evaluation in ―
class TC172SC1/NODIF evaluation evaluation based on external NODIF
definition
―
paraxial_ray_tracing Application ISO paraxial ray tracing application object to describe paraxial 4.3.24.6 paraxial_ray_tracing in
class TC172SC1/NODIF ray tracing results NODIF

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ISO 25297-2:2011(E)
4 © ISO 2011 – All rights reserved
Table 1 (continued)
Reference
NODIF keyword Hierarchy Super class Preferred name Definition Note dictionary
ID number
―
ray_tracing Application ISO ray tracing application object to describe real ray 4.3.25.10 ray_tracing in NODIF
class TC172SC1/NODIF tracing results
―
Specification_distinction Application ISO specification application object to indicate type of 4.3.3 Specification_distinction in
class TC172SC1/NODIF distinction optical design specification; official NODIF
specification requirements of optical
system or design requirements for
optical system
―
wavelength Application ISO wavelength application object to specify 4.3.14.5.2,
class TC172SC1/NODIF wavelength value or spectral line 4.3.24.2,
4.3.25.5,
4.3.14.5.2,
4.3.28.2 wavelength in NODIF
―
Zone Application ISO zone application object to specify optically 4.3.19 Zone in NODIF
class TC172SC1/NODIF effective area
zone_form Application ISO zone form application object to describe optically 4.3.19.2 zone_form in NODIF ―
class TC172SC1/NODIF effective elementary area
―
three-dimensional_real_vector Application ISO three-dimensional data type of component consisting of Figure A.6, Figure A.20 three-
class TC172SC1/NODIF real vector three elements; vector component or dimensional_real_vector in NODIF
direction cosine
―
other_tolerance Application dimensional other tolerance application object to describe 4.3.17.5 other_tolerance in NODIF
class tolerance tolerance for optical part based on
external definition
―
change_position Application multi-configuration change position application object to specify 4.3.8.13 change_position in NODIF
class arrangement of dynamic blocks in
optical system
―
Block_description Application optical design block description application object to describe moving 4.3.6 Block_description in NODIF
class formulation range of optical block
―
Cemented_part Application optical design cemented part application object to indicate 4.3.7 Cemented_part in NODIF
class formulation cemented optical part
―
Optical_path_definition Application optical design optical path definition application object to specify data 4.3.8 Optical_path_definition in
class formulation necessary to trace rays through NODIF
optical system
―
Ghost_image_evaluation Application optical evaluation ghost image application object to describe ghost 4.3.29 Ghost_image_evaluation in
class evaluation image evaluation NODIF
Illuminance_distribution Application optical evaluation illuminance application object to describe 4.3.27 ―
_evaluation class distribution evaluation illuminance distribution evaluation Illuminance_distribution_evaluation
in NODIF

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ISO 25297-2:2011(E)
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Table 1 (continued)
Reference
NODIF keyword Hierarchy Super class Preferred name Definition Note dictionary
ID number
―
Optical_sensitivity_evaluation Application optical evaluation optical sensitivity application object to describe optical 4.3.30 Optical_sensitivity_evaluation
class evaluation sensitivity evaluation in NODIF
―
OTF_evaluation Application optical evaluation OTF evaluation application object to specify optical 4.3.26 OTF_evaluation in NODIF
class evaluation based on OTF
Paraxial_evaluation Application optical evaluation paraxial evaluation application object to describe optical 4.3.24 Paraxial_evaluation in NODIF ―
class evaluation by paraxial ray tracing
―
Ray_tracing_evaluation Application optical evaluation ray tracing evaluation application object to describe optical 4.3.25 Ray_tracing_evaluation in
class evaluation by real ray tracing NODIF
―
Spectral_characteristics Application optical evaluation spectral application object to describe spectral 4.3.28 Spectral_characteristics in
class characteristics characteristics NODIF
―
surface_imperfection_evaluation Application optical evaluation surface imperfection application object to describe surface 4.3.31
class evaluation imperfection evaluation surface_imperfection_evaluation in
NODIF
―
veiling_glare_index_evaluation Application optical evaluation veiling glare index application object to describe veiling 4.3.32
class evaluation glare index evaluation veiling_glare_index_evaluation in
NODIF
―
internal_transmittance Application optical material internal transmittance application object to indicate internal 4.3.14.8 internal_transmittance in
class specification transmittance of optical material NODIF
―
refractive_index_information Application optical material refractive index application object to describe 4.3.14.5
class specification information refractive index values and relevant refractive_index_information in
wavelength values of material NODIF
―
multi-configuration Application optical path multi-configuration application object to specify 4.3.8.11 multi-configuration in
class definition information on multiple configurations NODIF
in optical system
non-sequential_path_range Application optical path non-sequential path application object to specify range of 4.3.8.6 non-sequential_path_range ―
class definition range non-sequential path in NODIF
―
Surface_interface Application optical path surface interface application object to specify data for 4.3.9 Surface_interface in NODIF
class definition ray tracing at each interface
―
Coating_specification Application optical coating specification application object to describe optical 4.3.20 Coating_specification in
class specification coating NODIF
―
Optical_material_specification Application optical optical material application object to contain 4.3.14
class specification specification specification of optical material Optical_material_specification in
NODIF

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ISO 25297-2:2011(E)
6 © ISO 2011 – All rights reserved


Table 1 (concluded)
Reference
NODIF keyword Hierarchy Super class Preferred name Definition Note dictionary
ID number
―
Protective_surface_treatment Application optical protective surface application object to describe 4.3.21 Protective_surface_treatment
class specification treatment treatment process onto optical in NODIF
surface; black painting to prevent
stray light or protect optical part
―
User-defined_specification Application optical user-defined application object to specify item 4.3.22 User-defined_specification in
class specification specification based on external definition NODIF
―
aspheric_coefficient Application optical surface aspheric coefficient application object to describe 4.3.11.3.11 aspheric_coefficient in
class description coefficient of power series in NODIF
polynomial terms of generalized
aspheric surface when surface is
rotationally symmetric about z-axis
―
user-defined_surface_coefficient Application optical surface user-defined surface application object to specify name 4.3.11.3.18 user-
class description coefficient and value of coefficient for “user- defined_surface_coefficient in
defined surface” NODIF
user-defined_surface_reference Application optical surface user-defined surface application object to specify external 4.3.11.3.17 user- ―
class description reference file reference to contain expression defined_surface_reference in
based on external definition NODIF
―
surface_form_tolerance Application optical tolerance surface form application object to describe 4.3.16.5 surface_form_tolerance in
class tolerance tolerance for optical surface form NODIF
―
aberration Application ray tracing aberration application object to specify ray 4.3.25.11 aberration in NODIF
class evaluation aberration collection based on real
ray tracing
―
Optical_surface_description Application surface interface optical surface application object to indicate 4.3.11 Optical_surface_description
class description mathematical expression of optical in NODIF
surface form
―
Surface_position Application surface interface surface position application object to indicate position 4.3.10 Surface_position in NODIF
class of optical surface defined by surface
distance or local coordinate
―
local_coordinate_transformation Application surface position local coordinate data type to specify the origin of local 4.3.10.3
class transformation coordinate system and coordinate local_coordinate_transformation in
transformation to locate optical NODIF
surface

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ISO 25297-2:2011(E)
© ISO 2011 – All rights reserved 7
Table 2 — Mapping of the terms of properties in NODIF to the reference dictionary
Reference
Preferred Property
NODIF Keyword Hierarchy Class Definition Note Unit dictionary
name data type
ID number
―
wavelength Properties ISO TC172 wavelength data type to describe a set of 4.3.14.8.2, 4.3.14.5.2, 4.3.24.2, ― wavelength
SC1/NODIF wavelengths 4.3.25.5, 4.3.26.3, 4.3.28.2,
wavelength in NODIF; visible
property
―
coma Properties aberration coma coma in aberration 4.3.25.11.3 coma in NODIF mm REAL
―
distortion Properties aberration distortion distortion of image 4.3.25.11.6 distortion in NODIF % REAL
―
radial_image_position Properties aberration radial image radial image position when 4.3.25.11.4 mm REAL
position astigmatism exists radial_image_position in NODIF
―
spherical_aberration Properties aberration spherical longitudinal spherical aberration 4.3.25.11.2 spherical_aberration mm REAL
aberration in NODIF
―
tangential_image_position Properties aberration tangential tangential image position when 4.3.25.11.5 mm REAL
image astigmatism exists tangential_image_position in
position NODIF
―
wavefront_aberration Properties aberration wavefront aberration based on optical path 4.3.25.11.7 wavefront_aberration 1 REAL
aberration difference in NODIF (wave-
length)
―
aperture_type Properties aperture aperture type code to specify aperture; F- 4.3.25.6.2 aperture_type in STRING
number, NA, entrance pupil NODIF
diameter or aperture angle
―
aperture_value Properties aperture aperture value of aperture according to 4.3.25.6.3 aperture_value in REAL
value “aperture type” NODIF
―
aspheric_coefficient_order Properties aspheric aspheric order of power series in polynomial Figure A.8 INTEGER
coefficient coefficient terms of generalized aspheric aspheric_coefficient_order in
order surface NODIF
―
aspheric_coefficient_value Properties aspheric aspheric value of aspheric coefficient Figure A.8 REAL
coefficient coefficient aspheric_coefficient_value in
value NODIF
―
centring_tolerance Properties assembly assembling tolerance for centring of optical 4.3.18.3 centring_tolerance in STRING
tolerance centring part or block in assembling optical NODIF
tolerance system
―
separation_tolerance Properties assembly separation tolerance for axial separation 4.3.18.2 separation_tolerance in mm REAL
tolerance tolerance between optical parts or blocks in NODIF
assembling optical system

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ISO 25297-2:2011(E)
8 © ISO 2011 – All rights reserved
Table 2 (continued)
Reference
Preferred Property
NODIF Keyword Hierarchy Class Definition Note Unit dictionary
name data type
ID number
―
block_first_surface Properties block block first the number of first surface of 4.3.6.3 block_first_surface in INTEGER
description surface optical block NODIF
―
block_last_surface Properties block block last the number of last surface of 4.3.6.4 block_last_surface in INTEGER
description surface optical block NODIF
―
block_purpose Properties block block purpose information on application purpose 4.3.6.2 block_purpose in NODIF STRING
description of optical block
―
optical_adhesive Properties cemented partoptical optical adhesive to cement optical 4.3.7.3 optical_adhesive in STRING
adhesive elements NODIF
―
optical_element Properties cemented partoptical optical elements to be cemented 4.3.7.2 optical_element in STRING
element NODIF
―
applied_surface_position Properties change applied data type of surface position of 4.3.8.13.3 ― surface
position surface dynamic block after position applied_surface_position in position
position change NODIF
―
surface_interface_change Properties change surface the number of surface to designate 4.3.8.13.2 INTEGER
_designator position interface first surface of dynamic block surface_interface_change_desig
change nator in NODIF
designator
―
coating_characteristics Properties coating coating coating specification; layer 4.3.20.4 coating_characteristics STRING
specification characteristics composition and designed or in NODIF
measured values for reflectance
and transmittance
―
coating_name Properties coating coating name name of coating to be applied onto 4.3.20.2 coating_name in NODIF STRING
specification optical surface
―
coating_type Properties coating coating type type of optical coating 4.3.20.3 coating_type in NODIF STRING
specification
―
coating_zone Properties coating coating zone area to apply coating onto optical 4.3.20.5 coating_zone in NODIF STRING
specification surface
―
construction_wavelength Properties diffractive construction wavelength value to calculate 4.3.12.4 nm REAL
surface wavelength optical path difference caused by construction_wavelength in
description phase factor of diffractive element NODIF
―
diffraction_order Properties diffractive diffraction diffractive order of diffractive 4.3.12.3 diffraction_order in INTEGER
surface order surface NODIF
description

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ISO 25297-2:2011(E)
© ISO 2011 – All rights reserved 9
Table 2 (continued)
Reference
Preferred Property
NODIF Keyword Hierarchy Class Definition Note Unit dictionary
name data type
ID number
―
diffractive_surface_type Properties diffractive diffractive type of diffractive element 4.3.12.2 diffractive_surface_type STRING
surface surface type in NODIF
description
―
phase_term_coefficient Properties diffractive phase term coefficient's name and value of 4.3.12.6 phase_term_coefficient STRING
surface coefficient phase term of a diffractive element in NODIF
description
―
phase_term_type Properties diffractive phase term type of phase term when diffractive 4.3.12.5 phase_term_type in STRING
surface type surface is given by phase function NODIF
description
―
diameter_tolerance Properties dimensional diameter tolerance for diameter of optical 4.3.17.4 diameter_tolerance in mm REAL
tolerance tolerance part NODIF;
indications follow ISO 10110-1
―
radius_tolerance Properties dimensional radius tolerance for radius of curvature of 4.3.17.2 radius_tolerance in mm REAL
tolerance tolerance optical surface NODIF;
indications follow ISO 10110-1
―
thickness_tolerance Properties dimensional thickness tolerance for centre thickness of 4.3.17.3 thickness_tolerance in mm REAL
tolerance tolerance optical part NODIF;
indications follow ISO 10110-1
―
ghost_result Properties ghost image ghost result results of ghost image evaluation 4.3.29.6 ghost_result in NODIF STRING
evaluation
―
light_source_intensity Properties ghost image light source intensity of light source 4.3.29.4 light_source_intensity in 1 REAL
evaluation intensity NODIF (ratio)
―
light_source_location Properties ghost image light source positions of light source 4.3.29.2 light_source_location in STRING
evaluation location NODIF
―
light_source_spectra Properties ghost image light source spectrum distribution of light 4.3.29.3 light_source_spectra in STRING
evaluation spectra source NODIF
―
optical_surface Properties ghost image optical pairs of optical surfaces which 4.3.29.5 INTEGER
_combination evaluation surface generate ghost images optical_surface_combination in
combination NODIF
―
illuminance_distribution Properties illuminance illuminance information resulted from 4.3.27.2 illuminance_distribution STRING
distribution distribution illuminance distribution evaluation in NODIF
evaluation
―
piece_thickness Properties internal piece thickness of optical material piece 4.3.14.8.4 piece_thickness in mm REAL
transmittance thickness whose transmittance is measured NODIF

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ISO 25297-2:2011(E)
10 © ISO 2011 – All rights reserved

Table 2 (continued)
Reference
Preferred Property
NODIF Keyword Hierarchy Class Definition Note Unit dictionary
name data type
ID number
transmittance Properties internal transmittance internal transmittance of optical 4.3.14.8.3 transmittance in REAL AAA076-001
transmittance material NODIF
―
linear_expansion Properties material linear coefficient of linear expansion of 4.3.36.5 1/K REAL
_coefficient property expansion material caused by heat linear_expansion_coefficient in
coefficient NODIF
―
Poisson’s_ratio Properties material Poisson’s ratio of relative contraction strain 4.3.36.3 Poisson's_ratio in 1 REAL
property ratio NODIF (ratio)
―
specific_gravity Properties material specific ratio of density of optical material 4.3.36.4 specific_gravity in 1 REAL
property gravity to density of water NODIF (ratio)
―
specific_heat Properties material specific heat heat energy required to increase 4.3.36.7 specific_heat in NODIF J/(kgK) REAL
property temperature by 1 kelvin of 1 kg
material
―
thermal_conductivity Properties material thermal capacity to conduct heat 4.3.36.6 thermal_conductivity in W/(mK) REAL
property conductivity NODIF
―
Young’s_modulus Properties material Young’s modulus of elasticity 4.3.36.2 Young's_modulus in Giga- REAL
property modulus NODIF pascal
―
multi- Properties multi- multi- information to represent 4.3.8.12 multi- STRING
configuration_comment configuration configuration supplementary explanation of configuration_comment in
comment configuration NODIF
―
non- Properties non-sequential non- the number of surface to designate 4.3.8.7 non- INTEGER
sequential_path_entrance path range sequential entrance optical surface in non- sequential_path_entrance in
path entrance sequential path NODIF
―
non-sequential_path_exit Properties non-sequential non- the number of surface to designate 4.3.8.8 non-sequential_path_exit INTEGER
path range sequential exit optical surface in non- in NODIF
path exit sequential path
―
optical_design_addition Properties optical design optical design name of external file reference to 4.3.5.4 optical_design_addition STRING
formulation addition contain documents and drawings in NODIF
associated with optical design
―
optical_design_code Properties optical design optical design code to identify application object, 4.3.5.2 optical_design_code in STRING
formulation code “optical design formulation” NODIF
―
optical_design_source Properties optical design optical design organization name that is 4.3.5.3 optical_design_source in STRING
formulation source responsible for optical design NODIF
―
aperture Properties optical aperture data type to specify aperture type 4.3.26.8, 4.3.25.6 aperture in ― aperture
evaluation and aperture value NODIF; visible property

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ISO 25297-2:2011(E)
© ISO 2011 – All rights reserved 11

Table 2 (continued)
Reference
Preferred Property
NODIF Keyword Hierarchy Class Definition Note Unit dictionary
name data type
ID number
―
evaluating_position Properties optical evaluating image position in optical evaluation 4.3.26.13, 4.3.25.9 mm REAL
evaluation position evaluating_position in NODIF;
visible property
―
field_angle Properties optical field angle angle between object direction and 4.3.26.10, 4.3.25.3 field_angle in degree REAL
evaluation optical axis NODIF; visible property
―
object_height Properties optical object height height of object point from optical 4.3.26.11, 4.3.25.4 mm REAL
evaluation axis object_height in NODIF; visible
property
―
object_position Properties optical object object distance on optical axis 4.3.26.9, 4.3.25.2 mm REAL
evaluation position object_position in NODIF; visible
property
―
optical_evaluation Properties optical optical name of external file reference to 4.3.23.4 STRING
_addition evaluation evaluation contain documents and drawings optical_evaluation_addition in
addition associated with optical evaluation NODIF
―
optical
...