mattcox

#!/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:
	

mattcox

/*
 *	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.
 *

mattcox

#python

'''

	Notifier Command

	Demonstrates how to write an executable and queryable command.
	The difference is that this command will listen for state changes
	in a scene. If the selection changes, then the command will check
	its enable/disable state and force any form it's embedded into

mattcox

/*
 *
 *	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>

mattcox

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

#define	SERVER_NAME	"pmodel.createPlane"
#define	ATTRs_SIZE	"size"
#define	ATTRi_SIZE	0

class MeshOp :

mattcox

#!/usr/bin/env python

import lx
import lxu.command
import modo

class Command (lxu.command.BasicCommand):

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

mattcox

	Instance *
getInstance (
	ILxUnknownID		 item)
{
	CLxLoc_PackageInstance	 pkgInstance (item);
	CLxSpawner <Instance>	 spawn ("myInstance");

	if (pkgInstance.test ())
		return spawn.Cast (pkgInstance);
	

mattcox

/*
 *
 *	modifierSample.cpp
 *	
 *	This sample plugin demonstrates how to create a very simple and pointless
 *	modifier. The modifier attaches to every light in the scene and sets the
 *	light radiance value to the distance from the center of the world.
 * 
 */

mattcox

#include <lx_plugin.hpp>
#include <lxu_command.hpp>

/*
 *	The server name is the name of the command that is used to run the command
 *	in modo. The argument name is the name of the argument that will define the
 *	material mask.
 */

#define	SERVER_NAME	"command.demo"

mattcox

/*
This snippet is to demonstrate how to write to a matrix channel
in modo from an eval modifier. This is the correct way to write
to a matrix. This does assume that you have set the matrix channel
you want to drive as a channel for the modifier, using something like:
eval.AddChan(item_loc, LXsICHAN_XFRMCORE_WPOSMATRIX, LXfECHAN_WRITE);
in your modifier constructor. This method will drive the matrix
channel directly, so instead of using the local channels to calculate
the world SRT, it'll use the values the modifier provides it with.
*/