﻿ Nesting Criteria

# Nesting Criteria

Optimize Object Position

Criterion of the object:

We also have the option to define how they behave all objects.

• Given the initial orientation

• Minimize the size of X

• Minimize the size of Y

• Minimizing the perimeter

• Minimize the area

• For perimeter identical pair of rectangular helmet - Find Partner

• Perimeter with minimum area of ??rectangular helmet - Find Partner

• For perimeter identical pair of rectangular hull - Building Par

• Perimeter with minimum area rectangular hull - Building Par

• Perimeter par with the minimum perimeter rectangular hull - Search Angle

• Perimeter par with minimum area rectangular hull - Search Angle

• Just search for the network angle

• Build grid placement

• Par perimeter with minimum hull perimeter rectangular - Building Par

• Par perimeter with minimum area of ??rectangular helmet - Construction of Par

Consider this example. We have defined a 90-degree freedom. From left to right:

1 Given the initial orientation 2 minimize the size of X 3 minimize the size of X 4 Minimize Perimeter

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