Orientation Rules in Drawings by Rule - Intergraph Smart 3D - Reference Data - Hexagon

Intergraph Smart 3D Drawings and Reports Reference Data

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Smart 3D Version
13

Marine mode orientation rules specify the available orientations for the current view type. You specify the orientation rule used with a layout style when you use Place View in a drawing document open in SmartSketch Drawing Editor or on the General tab of the Setup dialog box in the Drawings and Reports task. For more information on using orientation rules, see the Orthographic Drawings User's Guide.

The orientation rules are delivered on the client machine in the [Program Folder]\ShipDrawings\Middle\Bin folder. The rules are also bulkloaded into the catalog. For more information, see OrientationRule Sheet.

Global Coordinate System (ISGlobalLCS.Default)

Orientation is relative to the global coordinate system. View direction options include planar view options such as Looking Aft or Looking Port; and isometric view options such as Up Port Aft and Plan Starboard Forward. Up direction options are dependent on the selected view direction and include planar view options Plan, Up, Aft, Forward, Port, or Starboard; and isometric view options Up, Down, Left, or Right.

Local Coordinate System

Orientation is relative to the local coordinate system of the part as defined by the software. View direction options include planar view options such as Right (Along -X) or Top (Along +Z), and isometric view options such as Top Front Right and Bottom Back Left. Up direction options are dependent on the selected view direction and include planar view options along the X-, Y-, and Z-axes in both directions, and isometric view options Bottom, Top, Back, or Front.

Not Applicable (SMNotApplicableLCS.Default)

Orientation rule has no significance. Both View direction and Up direction options are Not Applicable.

Mfg PinJig SideView (SMMfgPinJigSideLCS.Default)

Orientation is relative to PinJig local coordinate system. View direction options include planar view options such as Left (Along +X) or Right (Along -X). The up direction option includes Jig Floor Up.
The up direction is along the jig floor and view directions are along +X and -X, as shown below:

Mfg PinJig Side Views Orientation Rule

Scantlings for Plate/Profile

Orientation is relative to a view direction that is across the local x-, y-, and z - axes of the view coordinate system. If the view does not have any coordinate system, the view direction will be set to the global X-, Y- or Z-axis. The following are standard combinations of view direction and up direction:

Transverse Bulkheads

Section view Looking Aft: View direction is looking aft (Along -Z), Up direction is up (Along +Y).
Section View Looking Fwd: View direction is looking forward (Along +Z), Up direction is up (Along +Y).

Longitudinal Bulkheads

Elevation Looking Stbd: View direction is looking starboard (Along -Z), Up direction is up (Along +Y).
Elevation Looking Port: View direction is looking port (Along +Z), Up direction is up (Along +Y).

Decks

Plan Looking Down: View direction is looking down (Along -Z), Up direction is port (Along +Y). The forward end of the ship is always oriented to the right of the drawing.

Shell Profiles

View direction will be either Global –Z or Global +Y based on the angle between the web surface of the shell profile and Global –Z axis as shown below:

ShellProfiles_OrientationRules

The orientation rule sets the view direction to:

Global -Z (Plan looking Down) if the angle of inclination is less than the tolerance angle.

Global +Y (Looking Port) if the angle of inclination is more than the tolerance angle.

The default value for the tolerance angle is set to 75 degrees. You can configure the tolerance angle value using the Angle for Target Evaluation (Optional) view query in the view style. See Steel Order Drawing Rule Set.

Mfg Template At Index

Orientation is relative to the local coordinate system of a template within a template set. The template is identified by its index number within the template set. View direction options include planar view options such as Right (Along -X) or Top (Along +Z), and isometric view options such as Top Front Right and Bottom Back Left. Up direction options are dependent on the selected view direction and include planar view options along the X-, Y-, and Z-axes in both directions, and isometric view options Bottom, Top, Back, or Front.

Shell Expansion for Plate

Used for partial shell plate expansions and expansion of curved and knuckled internal plates. Orientation is relative to the global coordinate system. Up direction option is Up. View direction options are as follows:

Looking Outboard and Looking Inboard

Looking Port and Looking Starboard

Expansion (Hull)

Used for full shell expansions. Orientation is relative to the global coordinate system. In all view directions, hidden line conventions are ignored. The hull plate is always solid, and all connected plates and profiles are dashed. The up direction option is Up. View direction options are as follows:

Centerline Looking Port and Starboard Looking Centerline - Forward is to the right in the view.

Centerline Looking Starboard and Port Looking Centerline - Forward is to the left in the view.

View Coordinate System

Orientation is relative to the coordinate system specified in the view definition. View direction options include planar view options, such as Right (Along -X) or Top (Along +Z), and isometric view options, such as Top Front Right and Bottom Back Left. Up direction options are dependent on the selected view direction and include planar view options along the X-, Y-, and Z-axes in both directions, and isometric view options Bottom, Top, Back, or Front.

If the View direction does not have any coordinate system, then it will be set to the global X-, Y- or Z-axis.

Scantling By Plate Normal

Orientation is relative to plate normal. The following are standard combinations of view direction and up direction:

Plate normal inclined towards global X-axis

Looking Aft: View direction is looking aft along the plate normal (Along –Z), Up direction is up (Along +Y).

Looking Forward: View direction is looking forward (Along +Z), Up direction is up (Along +Y).

Plate normal inclined towards global Y-axis

Looking Stbd: View direction is looking starboard along the plate normal (Along –Z), Up direction is up (Along +Y).

Looking Port: View direction is looking port (Along +Z), Up direction is up (Along +Y).

Plate normal inclined towards global Z-axis

Plan Looking Down: View direction is looking down (Along –Z), Up direction is port (Along +Y).

Custom

Uses the current 3D graphic view as the orientation of the view when you use the Capture option of the Associate Objects to View Command.

The following table shows how orientation rules are typically used depending on the type of drawing you are creating:

Type of Drawing

Orientation Rules

Scantling Drawings, including the following delivered packages:

Steel Order (Expansion)
Steel Order by Block or Assembly
Steel Order (Shell Profiles)

Global Coordinate System
Scantlings for Plate/Profile (for planar plates and Shell Profiles)
Shell Expansion for Plate (for shell plates)
Custom

Shell Expansion

Expansion (Hull)

Hull Lines Drawings, including the following delivered packages:

Hull Lines

Global Coordinate System

Assembly Drawings, including the following delivered packages:

Assembly Method
Assembly Sequence

Local Coordinate System
 

Manufacturing Template Drawings, including the following delivered packages:

Mfg Template Set

Local Coordinate System
Mfg Template at Index

Manufacturing PinJig Drawings, including the following delivered packages:

Mfg PinJig

Local Coordinate System

Manufacturing Profile Sketch Drawings, including the following delivered packages:

Mfg Profile Sketch
Mfg Profile Sketch (Multiple)

Not used

Manufacturing Templateset Full Scale Drawing

Not Applicable

Manufacturing PinJig Side View Drawing

Mfg PinJig SideView

See Also

Create Line Styles to Use in Drawing View Styles