Autoship User’s Guide

Tutorial 1 – Chine Hull Planing Boat:
· Introduction to Autoship’ s tools for constructing a model.
· How to use Autoship’ s basic building blocks – objects – in creating and using simple curves and surfaces.
· How to create a hull using developable and ruled surfaces.
· How to create and fit a cylindrical transom.
· Attaching curve ends to points.
· Tangency at the end of curves.
· How to obtain offsets and hydrostatics.

Tutorial 2 – Round Bilge Hull:
· Continued introduction to Autoship’ s tools for creating objects (curves and surfaces) and using them to form ship’ s hull and deck.
· Two methods for forming a hull shape: extruding a surface from a midship section, and lofting a surface through given sections.
· Method to create and fit a deck.

Tutorial 3 – Asymetric Hull Catamaran:
· Design the outboard half of the hull by extrusion
· Generate the inboard half of the hull by modifying a mirrored copy of the outboard half
· Design the tunnel as an integration of several panels
· Fit a deck between a centerline and a deck edge curve
· Construct a pilot house using a ruled and a swept surface

Tutorial 4 – Pocket Cruiser:
· Design a small, heavy displacement cruising yacht.
· Tutorial 4 goes beyond basic hull lines and completes the superstructure as well.
· The shell is built up much as a real boat would be constructed: first, the hull is created; and then the transom,keel, deck and cabin are added

Tutorial 5 – Ro-Ro Carrier 135
· Create a voluminous hull using a vertical panel running from bow to stern which joins the formed lower portion of the hull along a knuckle line.
· The hull also has a bulbous bow and a stern bulb.
· Compose hull using four surfaces, with bow and stern bulbs are added as separate objects

Tutorial 6 – Oil Rig 151
· How Autoship generates accurate large-assembly models such as oil rigs.
· Creating an entire model using copy, mirror, and group features based on the simple geometry of one quarter of the structure.
· Create minimum number of necessary individual components then use symmetry of the design to complete the model.

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