ShipConstructor Hull and Structure Documentation
ShipConstructor Hull and Structure Documentation
ShipConstructor Hull and Structure Documentation
Documentation
Hull & Structure Documentation
Written by Arkadiy Zagorsky
CONTENTS
Learning Objectives
• Learn about the kinds of output for Structure
Assembly Drawings – These are designed to leverage AutoCAD’s model space and paper space
drawing layouts. Assembly drawings contain special read-only versions of the parts.
• Parts still show the same properties as they do in model drawings. Parts still follow
the drawing options available in model drawings, allowing you to show the
components of the parts that you want visible.
• Parts can be moved around in the drawing to represent the assembly process.
However, you should not move parts just because they are in the wrong position in
the model - changes required in the model should be done in model drawings.
• When production drawings are created, production objects are created in model
space at the same position as they are in the ship coordinate system.
• An Assembly drawing shows all parts within an assembly. Each part may be
annotated, making it easy for production to fabricate the assembly.
Approval Drawings - are two-dimensional views of the model. Approval drawings are mostly
used as general arrangement drawings or classification drawings (for example, for initial design
and classification), although they can be used as workshop drawings as well.
Learning Objectives
• Learn about Naming Conventions
The contents of the keymap drawing are completely up to you. However, ShipConstructor does
populate the keymap with the HullTrace construction lines of the current unit (and their related
construction lines) when the Update Keymap button is clicked.
The keymap viewports within each Assembly drawing are linked to the keymap drawing. If you
generate Assembly drawings and later update or modify the keymap drawing, ShipConstructor
automatically updates the keymap within all assembly drawings.
As with any other output drawing in ShipConstructor, Assembly drawings are based on the
template. A keymap viewport has to be defined in a corresponding template.
• Check the Automatically annotate assembly items check box. This will automatically
annotate the drawing.
• Check the Include Welds check box. This will automatically include welds in the
drawing.
If you need to limit the levels included in your search, you can check or uncheck boxes in
the Levels pane on the right-hand side of the window. For now, leave them all checked.
1. In Navigator select unit U01, Assembly in the left section and click the Update Keymap
button to create the keymap drawing.
2. If you did not do so in the previous section, make the following changes in the Erection
Stages - ISO A3 Assembly template drawing:
a. Create a second smaller viewport in the top right of the drawing (by copying and
then shrinking the existing one).
b. Set the Viewport Options on the new viewport to Show KeyMap and uncheck any
options to label BOMs.
c. Insert the Weld Identification BOM under the new viewport and shrink the columns
to fit in the paper space.
d. Ensure that the Viewport Options for the main viewport have Show Keymap set to
unchecked.
4. In Step 1 of 3 of the Wizard, choose the Erection Stages A3 - ISO A3 template and turn on
the Create Keymap info in Assembly Drawing option.
6. Double click in the main viewport and use CTRL+A to select all the objects. Run the AutoCAD
ZOOM command with the Object option (O).
Labels are created for each part in the drawing. Welds are labeled from the Weld BOM. You will learn
how to delete all labels as well as review different labeling methods.
• Automatic Labeling of All Parts - this will place gray distribution lines around the extents of
the geometry and places labels on the distribution lines. The arrow points of the labels can
optionally point to the piecemark point (for parts without piecemarks this is the logical center
of the part) or to a visible edge of parts. If a viewport has any existing distribution lines,
none will be created and the automatic labeling will use the existing line(s).
• Labeling current layout - similar to Label All but only affects the current layout.
• Labeling Viewports from all BOMs - Similar to Label All but only affects the selected
viewports.
• Labeling Viewports from BOM – labels parts in the selected viewports from the selected
BOM.
• Labeling from Parts - labels all the parts selected by the user from the selected BOM.
• Manual Labeling - Label parts individually with manual placement of the labels.
• Copying Labels - Lets you create labels that are copies of an existing label with the contents
changed to reflect the first BOM column of the selected part.
Note: if you are unable to select parts, ensure that you have OSNAPs enabled.
2. Use the Auto Label All, Auto Label Layout, Label Viewports and Label Viewports from BOM
commands for labeling the drawing. Delete all labels after each attempt. The result of all
these commands should look the same:
3. Delete all labels and use Manual Label command to label the specific parts shown:
2. Use the Transfer Leaders to Other Lines command, attach manual labels to the created Leader
Distribution Line.
• Bubble Size/Bubble Margin/Diameter – The size of the bubble. For the Bubble and
Rectangle styles this is a margin between the text and the bubble. If Scale
dimensions to layout is checked then this value is in paper space units; otherwise it is
in model space units.
• Leader Length – The length of the leader line between the picked dimension point
and the label.
• Text size – The size of the text within the label. If Scale dimensions to layout is
checked then this value is in paper space units; otherwise it is in model space units.
• Arrow size – The size of the arrow. Setting this value to zero will suppress the
displaying of an arrow. If Scale dimensions to layout is checked then this value is in
paper space units; otherwise it is in model space units.
• Orient To View – Orients the label to be facing you when you are looking from any
viewpoint.
• Scale dimensions to layout (Paper space) – If enabled, the labels will be scaled to
paper space; otherwise model space units are used.
• Text size – The size of the text for the matrix of dimensions. This also determines
the size of the matrix. If you started the command while in a layout then this value
will be in paper space units.
• Pick four corner points on the mold side of the plate part for the matrix.
Learning Objectives
• Understand the parts of a Weld BOM
Weld BOMs
1. Open 0202-P09-Training assembly drawing in unit U02.
Besides the Bill of Materials BOM which lists parts, the drawing also contains the Weld
Identification BOM with information about the welds. In our case, the BOM has the
following columns:
• Tag – the name of the weld.
• Status – the status of the weld (can be Modelled, Failed, Passed or Welded).
An approval drawing is a two-dimensional view of the model. Approval drawings are used as general
arrangement drawings or classification drawings (for example, for initial design and classification).
Learning Objectives
• Learn how to insert planar groups into an Approval drawing
If a little disk icon appears next to the drawing name (indicating the file does not exist), click
the Open button. Click Yes to continue when prompted for ShipConstructor to recreate the
drawing from the database, and then OK to choose the default Structure template drawing.
• Assembly Drawings
Drawing Naming Conventions
Keymap Drawing
Keymap Configuration
Inserting BOM Information
Creating Assembly Drawings using the Wizard
Labeling an Assembly Drawing
Orientation Icon
Quality Matrix
• Welds
Weld BOMs
• Approval Drawings
Insert Planar Group