[Opal-commits] opal/tools/3dsmax opalExporter.ms,1.1,1.2 readme.txt,1.1,1.2

[tylerstreeter <tyl...@us...>]

Update of /cvsroot/opal/opal/tools/3dsmax
In directory sc8-pr-cvs1.sourceforge.net:/tmp/cvs-serv32731/tools/3dsmax

Modified Files:
	opalExporter.ms readme.txt 
Log Message:
made destructor protected for objects instantiated by OPAL; cleaned up a lot of things to prepare for 0.3.0 release

Index: opalExporter.ms
===================================================================
RCS file: /cvsroot/opal/opal/tools/3dsmax/opalExporter.ms,v
retrieving revision 1.1
retrieving revision 1.2
diff -C2 -d -r1.1 -r1.2
*** opalExporter.ms	8 Apr 2005 15:49:35 -0000	1.1
--- opalExporter.ms	18 Apr 2005 22:21:06 -0000	1.2
***************
*** 1,201 ****
! global D_TRUE = 1
! global D_FALSE = 0
! global D_BOX_ID = #(16,0)
! global D_SPHERE_ID = #(17,0)
! --global D_CYLINDER_ID = #(18,0)
! global D_CAPSULE_ID = #(1832744876, 2043230633)
! 
! -- Path for output files.
! global savePath
! 
! -- Global handle for the output file.
! global outFile
! 
! -- Checks if the scene is in the proper format for exporting.
! function checkScene =
! (
! 	-- is something selected?
! 	if selection.count == 0 then
! 	(
! 		displayTempPrompt "Opal Error: nothing is selected!" 5000
! 		return D_FALSE
! 	)
! 		
! 	-- if saving is canceled return false
! 	savePath = getSaveFileName caption:"Export Solid To..." filename:"untitled" types:"Opal Blueprint(*.xml)|*.xml|All|*.*"
! 	if savePath == undefined then return D_FALSE
! 
! 	return D_TRUE
! )
! 
! -- Prints an offset element for Solid.
! function printSolidOffset trans angle axis = 
! (
! 	format "\t\t<Offset>\n" to:outFile
! 
! 	format "\t\t\t<Transform type=\"translate\" x=\"%\" y=\"%\" z=\"%\"/>\n" trans.x trans.y trans.z to:outFile
! 
! 	-- Only save the rotation if it's significant.
! 	if abs(angle) > 0.001 then
! 	(
! 		format "\t\t\t<Transform type=\"rotate\" angle=\"%\" x=\"%\" y=\"%\" z=\"%\"/>\n" angle axis.x axis.y axis.z to:outFile
! 	)
! 	
! 	format "\t\t</Offset>\n" to:outFile
! )
! 
! -- Prints an offset element for Shapes.
! function printShapeOffset trans angle axis = 
! (
! 	format "\t\t\t<Offset>\n" to:outFile
! 
! 	format "\t\t\t\t<Transform type=\"translate\" x=\"%\" y=\"%\" z=\"%\"/>\n" trans.x trans.y trans.z to:outFile
! 
! 	-- Only save the rotation if it's significant.
! 	if abs(angle) > 0.001 then
! 	(
! 		format "\t\t\t\t<Transform type=\"rotate\" angle=\"%\" x=\"%\" y=\"%\" z=\"%\"/>\n" angle axis.x axis.y axis.z to:outFile
! 	)
! 	
! 	format "\t\t\t</Offset>\n" to:outFile
! )
! 
! -- Prints a Shape element for the given object.
! function printShape object printOffset = 
! (
! 	if object.classID[1] == D_SPHERE_ID[1] then
! 	(
! 		format "\t\t<Shape type=\"sphere\">\n" to:outFile
! 		format "\t\t\t<Dimensions radius=\"%\"/>\n" (abs(object.scale[1] * object.radius)) to:outFile
! 
! 	)
! 	else if object.classID[1] == D_CAPSULE_ID[1] then
! 	(
! 		format "\t\t<Shape type=\"capsule\">\n" to:outFile
! 		format "\t\t\t<Dimensions radius=\"%\" length=\"%\"/>\n" (abs(object.scale[1] * object.radius)) (abs(object.scale[1] * object.height)) to:outFile
! 	)
! 	-- Default to boxes for everything else.
! 	else
! 	(
! 		-- We need to find the extents of the object's locally-aligned bounding box.  
! 		-- The MAXScript bounding box extents are wrong for the local coordsys, 
! 		-- so we'll just move the object to the global origin, gets its extents, 
! 		-- and then move it back.
! 		
! 		-- First, store the object's original transform.
! 		originalTransform = object.transform
! 		
! 		-- Set its transform to the identity.
! 		object.transform = Matrix3(1)
! 
! 		-- Calculate the bounding box's extents.
! 		dimensions = object.max - object.min
! 
! 		-- Restore the object's original transform.
! 		object.transform = originalTransform
! 
! 		format "\t\t<Shape type=\"box\">\n" to:outFile
! 		format "\t\t\t<Dimensions x=\"%\" y=\"%\" z=\"%\"/>\n" dimensions.x dimensions.y dimensions.z to:outFile
! 	)
! 
! 	-- If requested, print the Shape's offset from its parent.
! 	if (true == printOffset) then
! 	(
! 		in coordsys parent offsetTranslation = object.center
! 		in coordsys parent offsetRotation = object.rotation
! 		printShapeOffset offsetTranslation offsetRotation.angle offsetRotation.axis
! 	)
! 
! 	format "\t\t</Shape>\n" to:outFile
! )
! 
! -- Check if the scene is valid.
! readyToGo = checkScene()
! 
! if(readyToGo == D_TRUE) then
! (
! 	-- Create the output file.
! 	outFile = createfile savePath
! 
! 	-- Add the XML version and initial Blueprint tags.
! 	format "<?xml version=\"1.0\"?>\n" to:outFile
! 	format "<OpalBlueprint>\n" to:outFile
! 
! 	-- Handle Solids.
! 	--i = 0
! 	for object in selection do
! 	(
! 		-- Only print a Solid element for group heads and non-group members.
! 		if isGroupHead object or false == isGroupMember object then
! 		(	
! 			format "\t<Solid>\n" to:outFile
! 	
! 			-- Use the object name for the Solid name.
! 			format "\t\t<Name value=\"%\"/>\n" object.name to:outFile
! 
! 			-- If the group has the "static" user property defined, add an element for it.  
! 			-- Otherwise, the Solid will just use the default OPAL setting.
! 			isStatic = getUserProp object "static"
! 			if isStatic != undefined then
! 			(
! 				if "true" == isStatic then
! 				(
! 					format "\t\t<Static value=\"true\"/>\n" to:outFile
! 				)
! 				else if "false" == isStatic then
! 				(
! 					format "\t\t<Static value=\"false\"/>\n" to:outFile
! 				)
! 				else
! 				(
! 					displayTempPrompt "Opal Warning: invalid value for \"static\" user property" 2000
! 				)
! 			)
! 
! 			-- Handle group objects.
! 			if isGroupHead object then
! 			(
! 				-- Create a Shape for each group member.
! 
! 				-- Loop over the group members.
! 				for member in object do
! 				(
! 					-- The group head "is" the Solid; use its transform as the Solid's transform.
! 					if true == isGroupHead member then
! 					(
! 						in coordsys world worldTranslation = member.center
! 						in coordsys world worldRotation = member.rotation
! 						printSolidOffset worldTranslation worldRotation.angle worldRotation.axis
! 					)
! 					-- Create a Shape for each group member.  Their transforms represent offsets from 
! 					-- the group head.
! 					else
! 					(
! 						printShape member true
! 					)
! 				)
! 			)
! 			-- Handle "normal" (non-group) objects.  Just create a single Shape.
! 			else if false == isGroupMember object then
! 			(
! 				-- Print the Solid's transform.
! 				in coordsys world worldTranslation = object.center
! 				in coordsys world worldRotation = object.rotation
! 				printSolidOffset worldTranslation worldRotation.angle worldRotation.axis
! 				
! 				-- Print the Shape with no offset from its Solid.
! 				printShape object false
! 			)
! 			
! 			format "\t</Solid>\n" to:outFile
! 		)
! 	)
! 	
! 	-- Add the closing Blueprint tag.
! 	format "</OpalBlueprint>\n" to:outFile
! 
! 	-- Close the output file.
! 	close outFile	
! 
! 	displayTempPrompt "Finished exporting OPAL Blueprint" 10000
! )
--- 1,182 ----
! global D_TRUE = 1
! global D_FALSE = 0
! global D_BOX_ID = #(16,0)
! global D_SPHERE_ID = #(17,0)
! --global D_CYLINDER_ID = #(18,0)
! global D_CAPSULE_ID = #(1832744876, 2043230633)
! 
! -- Path for output files.
! global savePath
! 
! -- Global handle for the output file.
! global outFile
! 
! -- Checks if the scene is in the proper format for exporting.
! function checkScene =
! (
! 	-- is something selected?
! 	if selection.count == 0 then
! 	(
! 		displayTempPrompt "Opal Error: nothing is selected!" 5000
! 		return D_FALSE
! 	)
! 		
! 	-- if saving is canceled return false
! 	savePath = getSaveFileName caption:"Export Solid To..." filename:"untitled" types:"Opal Blueprint(*.xml)|*.xml|All|*.*"
! 	if savePath == undefined then return D_FALSE
! 
! 	return D_TRUE
! )
! 
! -- Prints an offset element for Solid.
! function printSolidOffset trans angle axis = 
! (
! 	format "\t\t<Offset>\n" to:outFile
! 
! 	format "\t\t\t<Transform type=\"translate\" x=\"%\" y=\"%\" z=\"%\"/>\n" trans.x trans.y trans.z to:outFile
! 
! 	-- Only save the rotation if it's significant.
! 	if abs(angle) > 0.001 then
! 	(
! 		format "\t\t\t<Transform type=\"rotate\" angle=\"%\" x=\"%\" y=\"%\" z=\"%\"/>\n" angle axis.x axis.y axis.z to:outFile
! 	)
! 	
! 	format "\t\t</Offset>\n" to:outFile
! )
! 
! -- Prints an offset element for Shapes.
! function printShapeOffset trans angle axis = 
! (
! 	format "\t\t\t<Offset>\n" to:outFile
! 
! 	format "\t\t\t\t<Transform type=\"translate\" x=\"%\" y=\"%\" z=\"%\"/>\n" trans.x trans.y trans.z to:outFile
! 
! 	-- Only save the rotation if it's significant.
! 	if abs(angle) > 0.001 then
! 	(
! 		format "\t\t\t\t<Transform type=\"rotate\" angle=\"%\" x=\"%\" y=\"%\" z=\"%\"/>\n" angle axis.x axis.y axis.z to:outFile
! 	)
! 	
! 	format "\t\t\t</Offset>\n" to:outFile
! )
! 
! -- Prints a Shape element for the given object.
! function printShape object printOffset = 
! (
! 	if object.classID[1] == D_SPHERE_ID[1] then
! 	(
! 		format "\t\t<Shape type=\"sphere\">\n" to:outFile
! 		format "\t\t\t<Dimensions radius=\"%\"/>\n" (abs(object.scale[1] * object.radius)) to:outFile
! 
! 	)
! 	else if object.classID[1] == D_CAPSULE_ID[1] then
! 	(
! 		format "\t\t<Shape type=\"capsule\">\n" to:outFile
! 		format "\t\t\t<Dimensions radius=\"%\" length=\"%\"/>\n" (abs(object.scale[1] * object.radius)) (abs(object.scale[1] * object.height)) to:outFile
! 	)
! 	-- Default to boxes for everything else.
! 	else
! 	(
! 		-- We need to find the extents of the object's locally-aligned bounding box.  
! 		-- The MAXScript bounding box extents are wrong for the local coordsys, 
! 		-- so we'll just move the object to the global origin, gets its extents, 
! 		-- and then move it back.
! 		
! 		-- First, store the object's original transform.
! 		originalTransform = object.transform
! 		
! 		-- Set its transform to the identity.
! 		object.transform = Matrix3(1)
! 
! 		-- Calculate the bounding box's extents.
! 		dimensions = object.max - object.min
! 
! 		-- Restore the object's original transform.
! 		object.transform = originalTransform
! 
! 		format "\t\t<Shape type=\"box\">\n" to:outFile
! 		format "\t\t\t<Dimensions x=\"%\" y=\"%\" z=\"%\"/>\n" dimensions.x dimensions.y dimensions.z to:outFile
! 	)
! 
! 	-- If requested, print the Shape's offset from its parent.
! 	if (true == printOffset) then
! 	(
! 		in coordsys parent offsetTranslation = object.center
! 		in coordsys parent offsetRotation = object.rotation
! 		printShapeOffset offsetTranslation offsetRotation.angle offsetRotation.axis
! 	)
! 
! 	format "\t\t</Shape>\n" to:outFile
! )
! 
! -- Check if the scene is valid.
! readyToGo = checkScene()
! 
! if(readyToGo == D_TRUE) then
! (
! 	-- Create the output file.
! 	outFile = createfile savePath
! 
! 	-- Add the XML version and initial Blueprint tags.
! 	format "<?xml version=\"1.0\"?>\n" to:outFile
! 	format "<OpalBlueprint>\n" to:outFile
! 
! 	-- Handle Solids.
! 	--i = 0
! 	for object in selection do
! 	(
! 		-- Only print a Solid element for group heads and non-group members.
! 		if isGroupHead object or false == isGroupMember object then
! 		(	
! 			format "\t<Solid>\n" to:outFile
! 	
! 			-- Use the object name for the Solid name.
! 			format "\t\t<Name value=\"%\"/>\n" object.name to:outFile
! 
! 			-- Handle group objects.
! 			if isGroupHead object then
! 			(
! 				-- Create a Shape for each group member.
! 
! 				-- Loop over the group members.
! 				for member in object do
! 				(
! 					-- The group head "is" the Solid; use its transform as the Solid's transform.
! 					if true == isGroupHead member then
! 					(
! 						in coordsys world worldTranslation = member.center
! 						in coordsys world worldRotation = member.rotation
! 						printSolidOffset worldTranslation worldRotation.angle worldRotation.axis
! 					)
! 					-- Create a Shape for each group member.  Their transforms represent offsets from 
! 					-- the group head.
! 					else
! 					(
! 						printShape member true
! 					)
! 				)
! 			)
! 			-- Handle "normal" (non-group) objects.  Just create a single Shape.
! 			else if false == isGroupMember object then
! 			(
! 				-- Print the Solid's transform.
! 				in coordsys world worldTranslation = object.center
! 				in coordsys world worldRotation = object.rotation
! 				printSolidOffset worldTranslation worldRotation.angle worldRotation.axis
! 				
! 				-- Print the Shape with no offset from its Solid.
! 				printShape object false
! 			)
! 			
! 			format "\t</Solid>\n" to:outFile
! 		)
! 	)
! 	
! 	-- Add the closing Blueprint tag.
! 	format "</OpalBlueprint>\n" to:outFile
! 
! 	-- Close the output file.
! 	close outFile	
! 
! 	displayTempPrompt "Finished exporting OPAL Blueprint" 10000
! )
\ No newline at end of file

Index: readme.txt
===================================================================
RCS file: /cvsroot/opal/opal/tools/3dsmax/readme.txt,v
retrieving revision 1.1
retrieving revision 1.2
diff -C2 -d -r1.1 -r1.2
*** readme.txt	8 Apr 2005 15:49:36 -0000	1.1
--- readme.txt	18 Apr 2005 22:21:06 -0000	1.2
***************
*** 1,28 ****
! OPAL 3ds max Exporter
! ---------------------
! 
! This exporter for 3ds max generates an OPAL XML file.  It is currently limited to a subset of the possible OPAL XML elements.  The current feature list includes:
! 
! * Single-Shape Solids
! 	- Ungrouped objects in 3dsmax
! * Multi-Shape Solids
! 	- Grouped objects are automatically added to a single Solid
! * Shapes
! 	- Box (3dsmax "box" primitive)
! 	- Sphere (3dsmax "sphere" primitive)
! 	- Capsule (3dsmax "capsule" primitive)
! 	- All other object types are exported as boxes, using the objects' locally-aligned bounding boxes
! * Static/dynamic
! 	- Solids' static/dynamic property defaults to OPAL's default setting
! 	- To explicitly set a Solid as static or dynamic, set a "static" user-defined property for the object/group (right-click on the object/group, go to "Properties", then "User Defined"). For example, static=true or static=false.
! 
! Note: All objects' local transforms refer to the center of their bounding boxes.  For Solids with a single Shape, this refers to the Shape's bounding box center.  For grouped objects (multi-Shape Solids), this refers to the group's bounding box center.
! 
! 
! Planned Features
! ----------------
! 
! * Joints
! 	- Joint type
! 	- anchor point
! 	- axes
--- 1,27 ----
! OPAL 3ds max Exporter
! ---------------------
! 
! This exporter for 3ds max generates an OPAL XML file.  It is currently limited to a subset of the possible OPAL XML elements.  The current feature list includes:
! 
! * Single-Shape Solids
! 	- Ungrouped objects in 3dsmax
! * Multi-Shape Solids
! 	- Grouped objects are automatically added to a single Solid
! * Shapes
! 	- Box (3dsmax "box" primitive)
! 	- Sphere (3dsmax "sphere" primitive)
! 	- Capsule (3dsmax "capsule" primitive)
! 	- All other object types are exported as boxes, using the objects' locally-aligned bounding boxes
! 
! Note: All properties not supported by the exporter will use OPAL's default settings upon instantiation.
! 
! Note: All objects' local transforms refer to the center of their bounding boxes.  For Solids with a single Shape, this refers to the Shape's bounding box center.  For grouped objects (multi-Shape Solids), this refers to the group's bounding box center.
! 
! 
! Planned Features
! ----------------
! 
! * Joints
! 	- Joint type
! 	- anchor point
! 	- axes
\ No newline at end of file