ISO 12222:2000

Cinematography — Manufacturer-printed, latent image identification on 16 mm, 35 mm and 65 mm motion-picture film — Specifications and dimensions

Cinématographie — Identification d'image latente, imprimée par le fabricant, sur films cinématographiques 16 mm, 35 mm et 65 mm — Spécifications et dimensions

General Information

• Status: Withdrawn
• Publication Date: 15-Nov-2000
• Withdrawal Date: 15-Nov-2000
• ICS: 37.060.20 - Motion picture films. Cartridges
• Technical Committee: ISO/TC 36 - Cinematography
• Drafting Committee: ISO/TC 36 - Cinematography
• Current Stage: 9599 - Withdrawal of International Standard
• Completion Date: 17-Nov-2017

Relations

• Revised: ISO 12222:2017 - Cinematography — Manufacturer-printed, latent image identification on 16 mm, 35 mm and 65 mm motion-picture film — Specifications and dimensions
• Effective Date: 26-Mar-2011
• Revises: ISO 12222:1998 - Cinematography — Manufacturer-printed, latent image identification on 16 mm, 35 mm and 65 mm motion-picture film — Specifications and dimensions
• Effective Date: 15-Apr-2008

Standards Content (Sample)

INTERNATIONAL ISO
STANDARD 12222
Third edition
2000-11-01
Cinematography — Manufacturer-printed,
latent image identification on 16 mm,
35 mm and 65 mm motion-picture film —
Specifications and dimensions
Cinématographie — Identification d'image latente, imprimée par le
fabricant, sur films cinématographiques 16 mm, 35 mm et 65 mm —
Spécifications et dimensions
Reference number
ISO 12222:2000(E)
©
ISO 2000

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ISO 12222:2000(E)
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ii © ISO 2000 – All rights reserved

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ISO 12222:2000(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 3.
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 International Standard may be the subject of
patent rights. ISO shall not be held responsible for identifying any or all such patent rights.
International Standard ISO 12222 was prepared by Technical Committee ISO/TC 36, Cinematography.
This third edition cancels and replaces the second edition (ISO 12222:1998), subclauses 3.1, clause 4, 5.1.1, 5.4.5,
5.4.6, 5.4.7, 6.1.3.3 b), 6.1.3.3 d), 6.4.7, 6.4.8 and 7.3, Figures 3, 6 and 8, and Tables 1, 4 and 5 of which have
been technically revised. Subclause 5.4.8 was added.
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INTERNATIONAL STANDARD ISO 12222:2000(E)
Cinematography — Manufacturer-printed, latent image
identification on 16 mm, 35 mm and 65 mm motion-picture film —
Specifications and dimensions
1 Scope
1.1 This International Standard specifies the position and dimensions of machine-readable identification
numbers on 16 mm, 35 mm and 65 mm motion-picture film. These numbers are intended to be a machine-readable
version of the latent image key number. This International Standard also specifies the encoding format to be used
for these machine-readable numbers, as well as the area scanned and the spectral characteristics of the scanner.
1.2 This International Standard also specifies the position, dimensions and content of human-readable
identification (key) numbers for use on 16 mm, 35 mm and 65 mm motion-picture films intended for original
photography or intermediate printing which also include the machine-readable key number described in 1.1.
NOTE These numbers normally are exposed onto the film at the time of manufacture.
1.3 This International Standard further specifies an area that may be used for optional manufacturer-specific film-
type identification information.
1.4 This International Standard also specifies an area on the film which is not to be exposed by the film
manufacturer, thus leaving it available for customer data recording.
1.5 Finally, this International Standard specifies an optional frame line index mark for 35 mm and 65 mm film.
2 Normative references
The following normative documents contain provisions which, through reference in this text, constitute provisions of
this International Standard. For dated references, subsequent amendments to, or revisions of, any of these
publications do not apply. However, parties to agreements based on this International Standard are encouraged to
investigate the possibility of applying the most recent editions of the normative documents indicated below. For
undated references, the latest edition of the normative document referred to applies. Members of ISO and IEC
maintain registers of currently valid International Standards.
ISO 69:1998, Cinematography — 16 mm motion-picture and magnetic film — Cutting and perforating dimensions.
ISO 491:1995, Cinematography — 35 mm motion-picture film and magnetic film — Cutting and perforating
dimensions.
ISO 3023:1995, Cinematography — 65 mm and 70 mm unexposed motion-picture film — Cutting and perforating
dimensions.
ANSI/AIM BC4-1995, Uniform Symbology Specification — Code 128.
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ISO 12222:2000(E)
3 Terms and definitions
For the purposes of this International Standard, the following terms and definitions apply.
3.1
key number
edge number
footage number
identification number that is printed with ink or exposed onto the film at the time of manufacture
NOTE The numbers are placed at regular intervals, typically every 20 perforations for 16 mm film, 64 perforations for
35 mm film and 120 perforations for 65 mm film. For the purposes of this International Standard, the key numbers are latent-
image exposed.
3.2
bar edge
�bar code� that point where the transmittance is halfway between the maximum transmittance of the adjacent space
and the minimum transmittance of the adjacent bar
3.3
scan transmittance profile
�bar code� record of the transmittance measured as a function of distance along the entire bar code symbol
3.4
symbol contrast
SC
�bar code� difference between the largest transmittance (T ) and smallest transmittance (T ) in a scan
max min
transmittance profile
3.5
minimum edge contrast
EC
min
�bar code� minimum difference between a space transmittance (T ) and the adjoining bar transmittance (T )
s b
3.6
modulation
MOD
�bar code� ratio of minimum edge contrast (EC ) to symbol contrast (SC)
min
4 General format
The general format of the latent-image identification information shall be as shown in Figure 1 for 16 mm film,
Figure 2 for 35 mm film, and Figures 3a) and 3b) for 65 mm film.
No latent information shall be placed along the upper edge of the film, as shown in Figures 1, 2 and 3. This area is
reserved for data recording at the time of photography.
This identification information is intended to be exposed onto film cut and perforated in accordance with ISO 69,
ISO 491 or ISO 3023.
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ISO 12222:2000(E)
Figure 1 — General format on 16 mm film
5 Human-readable key numbers
5.1 Human-readable key number specifications applicable to 16 mm, 35 mm and 65 mm film
5.1.1 General
An incrementing, human-readable key number shall be printed onto the film at the time of manufacture. The film
shall be supplied to the user with the lowest number at the outside of the roll unless the sales format of the unit
shown states differently. The human-readable key number shall consist of two alphabetic characters and
10 numerical characters. For 16 mm film, this alphanumeric code shall be separated into three groups of four
characters, as shown in Figure 1. For 35 mm and 65 mm film, this alphanumeric code shall be separated into
groups of two alphabetic characters and two, four and four digits, separated by spaces, as shown in Figures 2, 3a)
and 3b).
5.1.2 Alphabetic characters
The first two alphabetic characters of the key number identify the manufacturer and film type. The character set
used shall be the normal upper-case letters A through Z.
The first alphabetic character shall identify the film manufacturer, according to Table 1. Other letters are reserved
for future assignment by ISO/TC 36. The second character shall be a film-type identifier. The character is chosen at
the discretion of the film manufacturer.
Table 1 — Manufacturer alphabetic codes
Manufacturer Code
Agfa-Gevaert N.V. A
Eastman Kodak Company E, K
Fuji Photo Film Company F
Ilford Limited I
Other or nondesignated (as assigned or blank)
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ISO 12222:2000(E)
Figure 2 — General format on 35 mm film
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ISO 12222:2000(E)
a) General format on 65 mm film (format A)
Figure 3 — Formats A and B on 65 mm film
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ISO 12222:2000(E)
b) Special format on 65 mm film (format B)
Figure 3 — Formats A and B on 65 mm film
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ISO 12222:2000(E)
5.1.3 Numerical characters
For the 10 numerical characters of the key number, only the digits 0, 1, 2, 3, 4, 5, 6, 7, 8 and 9 shall be used, and
they shall be in normal counting sequence. It is recommended, although not required, that the “ten thousands”
place should not be allowed to increment within a single roll of film.
5.2 Human-readable key number specifications applicable to 16 mm film only
5.2.1 Dimensions
The height and width of the human-readable key numbers shall be as specified in Figure 4 and Table 2. Note that
the height of the first character is less than that of the others to allow for the reference mark specified in 5.2.2. The
width of each human-readable character is left to the manufacturer's discretion, but it should be wide enough for
good legibility, while still maintaining dimension F. A character height-to-width ratio of 14:10 and a space between
characters of 2/14 of a character height is recommended.
5.2.2 Reference mark
A zero-frame reference mark shall be printed between the first human-readable key number and the edge of the
film, as shown in Figure 1. This may be above or below the character, depending upon which of the possible
orientations allowed in 5.2.6 is used. The zero-frame reference mark shall be a filled circle with a diameter as given
by dimension B of Table 2.
3
Figure 4 — Key number position and dimensions on 16 mm film
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ISO 12222:2000(E)
Table 2 — Key number dimensions on 16 mm film
Dimensions
Symbol in
Parameter Millimetres Inches
Figure 4
nom. tol. nom. tol.
A Edge of film to bottom of characters 0,292 0,011 5
� 0,076 � 0,003 0
A Edge of film to bottom of bars 0,10 0,004
� 0,08 � 0,003
1
B Height of characters 1,334 0,052 5
� 0,076 � 0,003 0
B Height of bars and manufacturer's 0,478 0,018 8
� 0,076 � 0,003 0
1
information
B Height of first character 0,84 min. to 0,99 max. 0,033 min. to 0,039 max.
2
B Height of zero-frame reference mark 0,46 min. to 0,61 max. 0,018 min. to 0,024 max.
3
C Scanning slit length 0,15 max. 0,006 max.
D
Scanning slit width 0,13 max. 0,005 max.
E Edge of film to centreline of scanning 0,33 0,013
� 0,05 � 0,002
slit
F Key number to edge of perforation 0,76 min. 0,030 min.
G Bar code displacement 4,78 0,188
� 0,51 � 0,020
H
Length of bar code 23,432 0,922 5
� 0,508 � 0,020 0
J Quiet zone (no-print area) 2,54 min. 0,100 min.
5.2.3 Alignment with respect to perforations
The numbers shall be printed so that each of the three groups of four characters is centred between two
perforations. To ensure visibility, the human-readable key numbers shall not be printed closer to the perforation
than the distance specified as dimension F in Figure 4 and Table 2.
5.2.4 Frame identification
Since the key number is longer than one frame, the following rule shall be applied to frame identification.
� The frame immediately above the zero-frame reference mark is the one referenced by that key number. Other
frames are specified by an offset which is written as (an) additional digit(s) separated from the key number by
a plus sign. Figure 5 shows an example of this rule.
Figure 5 — Alignment of zero-frame reference mark on 16 mm film
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ISO 12222:2000(E)
5.2.5 Repeat frequency
The spacing from one key number to the next shall be 20 perforations.
5.2.6 Orientation
The key number may be placed in one of two orientations at the discretion of the film manufacturer. When the
original negative film is held with the emulsion towards the viewer and the head towards the right, the numbers may
be in either of the following orientations:
� right side up, reading from tail to head;
� upside down, reading from tail to head.
In all cases, regardless of the orientation, the dot shall be above the trailing character (closest to the tail), as shown
in Figure 1. The human-readable key number shall precede the machine-readable key number, i.e. the human-
readable key number shall be closer to the head of the roll.
5.3 Human-readable key number specifications applicable to 35 mm film only
5.3.1 Dimensions
The height and width of the human-readable key numbers shall be as specified in Figure 6 and Table 3.
5.3.2 Reference mark
A zero-frame reference mark shall be printed adjacent to the digit of the human-readable key number that is closest
to the tail of the film, as shown in Figure 2. The zero-frame reference mark shall be a filled circle with a diameter of
0,64 mm to 0,76 mm (0,025 in to 0,030 in).
5.3.3 Alignment with respect to perforations
The numbers shall be printed so that the centreline of the zero-frame reference mark is aligned with the centreline
of a perforation, within the tolerance shown in Figure 6 and Table 3.
NOTE This drawing shows emulsion towards the viewer. Normal film travel is from left to right.
Figure 6 — Key number position and dimensions on 35 mm film
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ISO 12222:2000(E)
Table 3 — Key number dimensions on 35 mm film
Dimensions
Symbol in
Parameter Millimetres Inches
Figure 6
nom. tol. nom. tol.
A Edge of film to bottom of characters 0,23 0,009
� 0,13 � 0,005
Edge of film to bottom of bars 0,23 0,009
A� � 0,13 � 0,005
� 0,23 � 0,009
B Height of characters 1,52 0,060
� 0,10 � 0,004
Height of bars 1,52 0,060
B� � 0,25 � 0,010
� 0,10 � 0,004
C
Scanning slit length 0,97 max. 0,038 max.
D Scanning slit width 0,13 max. 0,005 max.
E
Edge of film to centreline of scanning slit 0,89 � 0,05 0,035 � 0,002
F Zero-frame reference mark displacement 0,0 0,00
� 1,0 � 0,04
G Bar code displacement 0,0 0,00
� 1,0 � 0,04
H Character-to-character spacing 1,52 (nom.) 0,060 (nom.)
J Quiet zone (no-print area) 2,54 min. 0,100 min.
K Length of bar code 23,432 0,922 5
� 1,016 � 0,040 0
5.3.4 Frame identification
The alignment specified in 5.3.3 is intended to facilitate frame identification with a minimum of confusion, even
though the picture frame may have one of several positions relative to the key number. The following rule shall be
applied to frame identification.
� The frame immediately above the zero-frame reference mark is the one referenced by that key number. Other
frames are specified by an offset which is written as an additional digit(s) separated from the key number by a
plus sign. Figure 7 shows an example of this rule.
Figure 7 — Alignment of zero-frame reference mark on 35 mm film
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ISO 12222:2000(E)
5.3.5 Repeat frequency
The spacing from one key number to the next shall be 64 perforations.
5.3.6 Orientation
The number may be placed in one of several orientations at the discretion of the film manufacturer. When the
original negative film is held with the emulsion towards the viewer and the head towards the right, the numbers may
be in any one of the following orientations:
� right side up, reading from head to tail;
� upside down, reading from head to tail;
� right side up, reading from tail to head;
� upside down, reading from tail to head.
In all cases, regardless of the orientation, the dot shall be to the left (closer to the tail) and adjacent to the trailing
(closest to the tail) character, as shown in Figure 2. The human-readable key number shall precede the machine-
readable key number, i.e. the human-readable key number shall be closer to the head of the roll.
5.3.7 Mid-foot key number
A mid-foot key number, as shown in Figure 2, shall be placed halfway between each key number. The mid-foot key
number shall have two parts: a mid-foot human-readable key number and a mid-foot machine-readable key
number.
The mid-foot human-readable key number shall consist of a zero-frame reference mark, an adjacent key number
that shall be nearer the head end of the roll, and an offset in perforations which shall always be 32. The mid-foot
key number shall thus have the format “XA 12 3456 7890 + 32”. The mid-foot key number shall have the same
orientation as the standard human-readable key number (see 5.3.6). All characters shall be small in size
(approximately half-size).
5.4 Human-readable key number specifications applicable to 65 mm film only
5.4.1 Dimensions
The height and width of the human-readable key numbers shall be as specified in Figure 8 and Table 4.
Figure 8 — Key number position and dimensions on 65 mm film, format A and format B
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ISO 12222:2000(E)
Table 4 — Key number dimensions on 65 mm film, format A and format B
Dimensions
Symbol in
Parameter Millimetres Inches
Figure 8
nom. tol. nom. tol.
A Edge of film to bottom of characters 0,23 0,009
� 0,13 � 0,005
Edge of film to bottom of bars 0,23 0,009
A� � 0,13 � 0,005
� 0,23 � 0,009
B Height of characters 1,52 0,060
� 0,10 � 0,004
Height of bars 1,52 0,060
B� � 0,25 � 0,010
� 0,10 � 0,004
C
Scanning slit length 0,97 max. 0,038 max.
D Scanning slit width 0,13 max. 0,005 max.
E
Edge of film to centreline of scanning slit 0,89 � 0,05 0,035 � 0,002
F Zero-frame reference mark displacement 0,0 0,00
� 1,0 � 0,04
G Bar code displacement 0,0 0,00
� 1,0 � 0,04
H Character-to-character spacing 1,52 (nom.) 0,060 (nom.)
J Quiet zone (no-print area) 2,54 min. 0,100 min.
K Length of bar code 23,432 0,922 5
� 1,016 � 0,040 0
5.4.2 Reference mark
A zero-frame reference mark shall be printed adjacent to the character of the human-readable key number that is
closest to the tail of the film, as shown in Figure 3. The zero-frame reference mark shall be a filled circle with a
diameter of approximately 0,64 mm to 0,76 mm (0,025 in to 0,030 in).
5.4.3 Alignment with respect to perforations
The numbers shall be printed so that the centreline of the zero-frame reference mark is aligned with the centreline
of a perforation, within the tolerance shown in Figure 8 and Table 4.
5.4.4 Frame identification
The alignment specified in 5.4.3 is intended to facilitate frame identification with a minimum of confusion, even
though the picture frame may have one of several positions relative to the key number. The following rule shall be
applied to frame identification.
� The frame immediately above the zero-frame reference mark is the one referenced by that key number. Other
frames are specified by an offset which is written as an additional digit(s) separated from the key number by a
plus sign. Figure 9 shows an example of this rule.
5.4.5 Repeat frequency
The spacing from one key number to the next shall be 120 perforations for format A and 80 perforations for
format B.
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