=========
PolyMesh_
=========

shrinkWrap
==========

.. autofunction:: hwx.inspire.core.PolyMesh.shrinkWrap

**Example**

.. code-block::

   from hwx import inspire
   model = inspire.newModel()
   box = model.createSolidBlock()
   # There are two ways to create a shrinkWrap over a Part
   # First is using the shrinkWrap method
   wrappedPart1 = inspire.shrinkWrap(parts=box)
   wrappedPart1.location = (1.5, 0, 0)
   inspire.fitView()
   print("New part added in the model: ", wrappedPart1)
   print("New Part location: ", wrappedPart1.location)

   box = model.createSolidBlock(location=(0, 0, 1))
   #Second calling the shrinkWrap method on the part
   wrappedPart2 = box.shrinkWrap(voxelSize=0.1, merge=False, sharpen=True)
   inspire.fitView()
   print("New part added in the model: ", wrappedPart2)

   model = inspire.newModel()
   model.createSolidBlock()
   model.createSolidBlock(location=(0, 0, 1))
   wrappedParts = inspire.shrinkWrap(parts=model.parts)
   inspire.fitView()
   print("New part added in the model: ", wrappedParts)


makeSmooth
==========

.. autofunction:: hwx.inspire.core.PolyMesh.makeSmooth

**Example**

.. code-block::

   from hwx import inspire

   model = inspire.newModel()
   inspire.openTutorialFile('Structures/Compare_Optimization.stmod')    

   synthesis = model.getChild(type=inspire.TopologyOptimization)
   synthesis.switchToOptimizedParts()

   part = model.getChild("Part 1",True)

   # There are two ways to create a makeSmooth or removeSmooth over a Part
   # First is using the makeSmooth or removeSmooth method
   inspire.makeSmooth(parts = part, maintainVolume=True, intensity=0.6, iterations=25)
   print("Smooth is applied on "+ str(model.getChild(type=inspire.TopologyOptimization)))

   #Second calling the makeSmooth or removeSmooth method on the part
   part.removeSmooth()
   print("Smooth is removed on "+ str(model.getChild(type=inspire.TopologyOptimization)))

   part.makeSmooth(iterations=45)
   print("Smooth is applied on "+ str(model.getChild(type=inspire.TopologyOptimization)))

   inspire.fitView()


removeSmooth
============

.. autofunction:: hwx.inspire.core.PolyMesh.removeSmooth

**Example**

.. code-block::

   from hwx import inspire

   model = inspire.newModel()
   inspire.openTutorialFile('Structures/Compare_Optimization.stmod')    

   synthesis = model.getChild(type=inspire.TopologyOptimization)
   synthesis.switchToOptimizedParts()

   part = model.getChild("Part 1",True)

   # There are two ways to create a makeSmooth or removeSmooth over a Part
   # First is using the makeSmooth or removeSmooth method
   inspire.makeSmooth(parts = part, maintainVolume=True, intensity=0.6, iterations=25)
   print("Smooth is applied on "+ str(model.getChild(type=inspire.TopologyOptimization)))

   #Second calling the makeSmooth or removeSmooth method on the part
   part.removeSmooth()
   print("Smooth is removed on "+ str(model.getChild(type=inspire.TopologyOptimization)))

   part.makeSmooth(iterations=45)
   print("Smooth is applied on "+ str(model.getChild(type=inspire.TopologyOptimization)))

   inspire.fitView()


removeIsland
============

.. autofunction:: hwx.inspire.core.PolyMesh.removeIsland

**Example**

.. code-block::

   from hwx import inspire
   from hwx.inspire.demo import openDemoFile

   model = openDemoFile("radial_with_obstacle_constraint.stmod")
   part = model.parts[-1]
   part.removeIsland()
   print("Island has been removed from part")

   inspire.fitView()


convertToTriangleMesh
=====================

.. autofunction:: hwx.inspire.core.PolyMesh.convertToTriangleMesh

**Example**

.. code-block::

   from hwx import inspire

   model = inspire.newModel()
   box1 = model.createSolidBlock()
   box1.convertToTriangleMesh()
   print("Box1 has been converted in to triangle mesh")

   inspire.fitView()