Matt Cox mattcox

## meshDumpCurvesCommand.py
#python

import lx
import lxifc
import lxu.command
import modo

class Command(lxu.command.BasicCommand):
	def __init__(self):
		lxu.command.BasicCommand.__init__(self)

## SetCOM.cpp
class SomeInterface :
	public CLxImpl_Foo
{
	public:
		class MyPolymorph :
			public CLxPolymorph<SomeInterface>
		{
			public:
					virtual void
				SetCOM(

## kitDumpCommand.py
#python

'''

  Demonstrates how to list the kits installed in Modo, and query the version
  numbers. This mostly is a wrapper for the kit.version command.

'''

import lx

## printMeshTags.py
#python

'''
  This sample code demonstrates how to enumerate over all polygons on the active
  mesh layer, and print the material tag assigned to each polygon to the event
  log.
'''

import lx
import lxu.command

## previewSocketExample.py
'''
	This sample script demonstrates the basics for connecting to the preview
	socket, setting the resolution, and the pixel format, and reading back a
	floating point buffer of the image.

	To test it, launch modo, and execute the command:
		telnet.listen port:5678 raw:true

	Then run the following in an external Python client.
'''

## getReferenceScenesAndItems.py
import lxu.select

class ReferencedItems:
	def __init__(self, scene):
		self.mScene = lx.object.Scene(scene)
		self.mSceneFilename = self.mScene.Filename()
		self.mItems = []

	def AddItem(self, item):
		print item

## Manual_ToolOperation_Example.cpp
/*
 *
 *	This example demonstrates how to manually implement a tool operation
 *	item.
 *
 */
#include <lxsdk/lx_mesh.hpp>
#include <lxsdk/lx_tool.hpp>
#include <lxsdk/lx_toolui.hpp>
#include <lxsdk/lx_vector.hpp>

## EvaluateParticles.cpp
/*
 *	This demonstrates how to evaluate a particle source for it's particles.
 *	By default, only position, transform and ID are evaluated, however it
 *	could easily be extended to support other types.
 *
 *	To evaluate particles, you must provide a TriangleSoup to the Tableau,
 *	allowing it populate your soup with the particle data. This is very
 *	similar to reading surfaces, but we only care about vertex data, not
 *	polygons.
 *

## continueOnFunctionMiss.py
#!/usr/bin/env python

'''

	This script when attached to a breakpoint will continue lldb if the provided
	function doesn't appear in the current backtrace.

	To use this script, add a file called .lldbinit to your home directory,
	with the following line:


## pmodel_selectOdd.cpp
#include <lxsdk/lx_mesh.hpp>
#include <lxsdk/lx_pmodel.hpp>
#include <lxsdk/lx_seltypes.hpp>
#include <lxsdk/lx_thread.hpp>
#include <lxsdk/lxu_attributes.hpp>

#define	SERVER_NAME	"pmodel.selectEveryOther"

/*
 *	The Selection Operation is evaluated in parallel from multiple threads. As