22] 4.2.61 Local_co_ordinate_system_with_position_reference
... which directly refers to the unique Global_axis_placement ...
↓
... which directly refers to the unique Global_axis_placement (see 4.2.46) ...
28] 4.2.61.3 transversal_ref
... if present, refers to a Transversal_position ...
↓
... if present, refers to a Transversal_position (see 4.2.122) ...
24] 4.2.61.4 vertical_ref
... if present, refers to a Vertical_position ...
↓
... if present, refers to a Vertical_position (see 4.2.132) ...
25] 4.2.65 Moulded_form
that is part of the Ship_moulded_form.
↓
that is part of the Ship_moulded_form (see 4.2.99).
26] 4.2.67 Moulded_form_design_definition
A Moulded_form_design_definition is a type of Design_definition (see ?) ...
↓
A Moulded_form_design_definition is a type of Design_definition (see 4.2.29) ...
27] 4.2.72 Moulded_form_shape_representation
... may reference a Ship_point, a Ship_curve or a Ship_surface.
↓
... may reference a Ship_point (see 4.2.103), a Ship_curve (see 4.2.96), or a Ship_surface (see 4.2.104).
28] 4.2.90 Revision_with_context
... the Revision_with_context provides a link to a Definable_object ...
↓
... the Revision_with_context provides a link to a Definable_object (see 4.3.21) ...
29] 4.2.90.1 context_of_revision
The context_of_revision specifies the link to a Definable_object ...
↓
The context_of_revision specifies the link to a Definable_object (see 4.3.21) ...
RESOLUTION:
ISSUE NUMBER: JPN CD10303-216 comment-5
CLAUSE: 4.2 Application objects, Page 11 - 145
CLASSIFICATION: Minor, Editorial
DESCRIPTION: All headings for the subclauses have small font size.
