XnaLara Converter.ms (Original-Beaultified)

-- XnaLara Converter.ms
-- Maxscript for importing and exporting geometry between 3ds Max and XNALara.
-- Code beautified by sunnydavis
-- a newer version for 3ds Max 2013 can be found at http://pastebin.com/pJSriVf9
-- @author mariokart64n
-- @date August 2, 2011
-- @see http://www.tombraiderforums.com/showthread.php?t=181251
version=maxVersion();if version[1]>=8000 then
(
	-- Check Version of 3DSMAX
	rollout appGUI "XNALara Converter" width:175 height:315
	(
		button btn1 "IMPORT" pos:[16,8] width:120 height:32
		groupBox grp1 "Import Options" pos:[8,111] width:160 height:86
		editText edt1 "Scale:" pos:[40,89] width:86 height:16 bold:true text:"1.0000"
		checkbox chk1 "Single mesh" pos:[24,129] width:128 height:17 checked:true
		checkbox chk2 "Hide Unused Bones" pos:[24,149] width:140 height:17 checked:true
		checkbox chk3 "Vertex Normals" pos:[24,169] width:128 height:17 enabled:false
		groupBox grp2 "Export Options" pos:[8,201] width:160 height:86
		checkbox chk4 "Selection Only" pos:[24,219] width:128 height:17
		checkbox chk5 "Reparent Bones" pos:[24,239] width:128 height:17
		checkbox chk6 "Optimized Output" pos:[24,259] width:128 height:17 checked:true
		button btn3 "About" pos:[123,291] width:42 height:18
		label lbl2 "v1.1b   (08.02.11)" pos:[11,293] width:98 height:17
		button btn1b "+" pos:[140,12] width:24 height:24
		button btn2 "EXPORT" pos:[16,48] width:120 height:32
		button btn2b "+" pos:[140,52] width:24 height:24
		local fsource=""
		local ssource=""
		local boneWarning=""
		local rescale=1
		local boneLimit=58
		local metric_scale=39.3700787
		local imperial_scale=0.0254982
		local boneSize=0.03
		local guessBone=false
		local bsenable=true
		local matNames=true
		local impFixed=false
		local expFixed=false
		on edt1 entered txt do
		(
			if (txt as float)!=undefined then
			(
				if (txt as float)!=0 then(rescale=(txt as float))else(messagebox "Input Invalid\nNumber Must Be Larger Than 0")
			)
			else
			(
				if txt=="bones" then
				(
					rollout exoptions "Extra Options (Some May Not Work)"width:298 height:263
					(
						groupBox grp4_1 "Peanutbutter Jelly Time!" pos:[11,11] width:277 height:243
						editText edt4_1 "Bone Size" pos:[26,37] width:114 height:16 enabled:bsenable text:(boneSize as string) bold:true
						checkbox chk4_1 "Guess Size Instead" pos:[150,36] width:128 height:17 checked:guessBone
						checkbox chk4_2 "Rhand to LHand Coordinates" pos:[27,63] width:221 height:19 enabled:false checked:true
						checkbox chk4_3 "Flip Texture Coordinates" pos:[27,83] width:221 height:19 enabled:false checked:true
						checkbox chk4_4 "Disable Skin on Import" pos:[27,123] width:221 height:19
						checkbox chk4_5 "Disable Mesh on Import" pos:[27,143] width:221 height:19
						checkbox chk4_6 "Disable Bones on Import" pos:[27,163] width:221 height:19
						checkbox chk4_7 "Disable Mats on Import" pos:[27,183] width:221 height:19
						checkbox chk4_8 "Export With Material Names" pos:[27,103] width:221 height:19 enabled:true checked:true
						editText edt4_2 "in<->cm" pos:[36,210] width:103 height:16 text:(metric_scale as string) bold:true
						editText edt4_3 "cm<->in" pos:[153,210] width:103 height:16 text:(imperial_scale as string) bold:true
						editText edt4_4 "Bone Limit" pos:[36,230] width:103 height:16 text:(boneLimit as string) bold:true
						on edt4_2 entered txt4 do (if (txt4 as float)!=undefined do metric_scale=(txt4 as float))
						on edt4_3 entered txt4 do (if (txt4 as float)!=undefined do imperial_scale=(txt4 as float))
						on edt4_4 entered txt4 do (if (txt4 as float)!=undefined do boneLimit=(txt4 as float))
						on chk4_1 changed theState do
						(
							if theState==false do edt4_1.enabled=true; bsenable=true;guessBone=false
							if theState==true do(edt4_1.enabled=false; bsenable=false;guessBone=true; boneSize=0)
						)
						on edt4_1 entered txt4 do(if (txt4 as float)!=undefined do boneSize=(txt4 as float))
					)
					 createDialog exoptions
				)
				else(messagebox "Input Invalid\nPlease Supply A Number")
			)
		)
		on chk4_8 changed theState do matNames=theState
		on btn1b pressed do
		(
			if fsource==undefined do fsource=""
			rollout impPath "Open from Fixed Path" width:303 height:69
			(
				editText edt1b_1 "Path: " pos:[9,8] width:282 height:16 text:fsource
				button btn1b_1 "Browse" pos:[225,29] width:63 height:21
				checkbox chk1b_1 "Use Fixed Path" pos:[48,27] width:126 height:20 checked:impFixed
				on chk1b_1 changed theState do impFixed=theState
				on edt1b_1 entered txt do fsource=txt
				on btn1b_1 pressed do
				(
					fsource = GetOpenFileName \
					caption:"Open XnaLara MESH Model File" \
					types: "Binary(*.mesh)|*.MESH|Text(*.ascii)|*.ASCII|"
					if fsource!=undefined do edt1b_1.text=fsource
				)
			)
			 createDialog impPath
		)
		on btn2b pressed do
		(
			if ssource==undefined do ssource=""
			rollout expPath "Save to Fixed Path" width:303 height:69
			(
				editText edt2b_1 "Path: " pos:[9,8] width:282 height:16 text:ssource
				button btn2b_1 "Browse" pos:[225,29] width:63 height:21
				checkbox chk2b_1 "Use Fixed Path" pos:[48,27] width:126 height:20 checked:expFixed
				on chk2b_1 changed theState do expFixed=theState
				on edt2b_1 entered txt do ssource=txt
				on btn2b_1 pressed do
				(
					ssource = getSaveFileName \
					caption:"Save XnaLara ASCII Model File" \
					types: "Text(*.ascii)|*.ASCII|All files (*.*)|*.*|"
					if ssource!=undefined do edt2b_1.text=ssource
				)
			)
			 createDialog expPath
		)
		on btn1 pressed do
		(
			if impFixed==false OR fsource==""do
			(
				fsource = GetOpenFileName \
				caption:"Open XnaLara MESH Model File" \
				types: "Binary(*.mesh)|*.MESH|Text(*.ascii)|*.ASCII|"
			)
			if fsource!=""AND fsource!=undefined then
			(
				if (doesFileExist fsource)==true then
				(
					fext= 		getFilenameType fsource
					fpath= 		getFilenamePath fsource
					fname= 		getFilenameFile fsource
					fsize=          getFileSize fsource
					if fext==".mesh" do
					(
						f = fopen fsource "rb"
						st = timestamp() --get start time in milliseconds
						ts = timestamp()
						--===========================================================================
						undo off
						(
							fn ReadFixedString bstream fixedLen =
							(
								local str = ""
								for i = 1 to fixedLen do
								(
									str += bit.intAsChar (ReadByte bstream #unsigned)
								)
								str
							)
							--===========================================================================
							with redraw off
							(
								scaling=metric_scale*rescale -- converts inces to centimeters !! damn Imperial System, Metric FTW
								mshHde=chk2.checked
								mshSingle=chk1.checked
								normON=chk3.checked
								skinON=true
								meshON=true
								boneON=true
								matON=true
								struct vertex_data
								(
									position,normal,texture,texture2,texture3,channels,colour,boneids,weights
								)
								struct bone_data
								(
									bName,parent,child,posX,posY,posZ
								)
								BNArr = #()
								-- Bone Section
								-- ===========================================================================
								Print ("Section 01: Bones @ 0x"+((bit.intAsHex(ftell f))as string))
								boneCount=readlong f #unsigned
								boneBuffer = (bone_data bName:#() parent:#() child:#() posX:#() posY:#() posZ:#())
								for i = 1 to boneCount do
								(
									append boneBuffer.bName (ReadFixedString f (readbyte f #unsigned))
									append boneBuffer.parent (readshort f+1)
									append boneBuffer.child -1
									append boneBuffer.posX (readfloat f*scaling)
									append boneBuffer.posZ (readfloat f*scaling)
									append boneBuffer.posY (readfloat f*-scaling)
								)
								if boneON==true do
								(
									for i = 1 to boneCount do
									(
										childIndex=boneBuffer.parent[i]
										if childIndex!=0 do
										(
											if boneBuffer.child[childIndex]==-1 then
											(
												boneBuffer.child[childIndex] = i
											)
											else
											(
												boneBuffer.child[childIndex] = 0
											)
										)
									)
									for i = 1 to boneCount do
									(
										startPos=[(boneBuffer.posX[i]),(boneBuffer.posY[i]),(boneBuffer.posZ[i])]
										endPos=startPos
										childIndex=boneBuffer.child[i]
										if childIndex>=1 then
										(
											endPos=[(boneBuffer.posX[childIndex]),(boneBuffer.posY[childIndex]),(boneBuffer.posZ[childIndex])]
										)
										else
										(
											if boneBuffer.parent[i]!=0 do
											(
												endPos=[(boneBuffer.posX[(boneBuffer.parent[i])]),(boneBuffer.posY[(boneBuffer.parent[i])]),(boneBuffer.posZ[(boneBuffer.parent[i])])]
												endPos=startPos+((startPos-endPos))
											)
										)
										bonSize=boneSize*scaling
										if bsenable==true or boneSize==0 or boneSize==undefined do
										(
											bonSize=((distance startPos endPos)/100)*scaling
										)
										newBone = bonesys.createbone startPos endPos [0,0,1]
										newBone.name   = boneBuffer.bName[i]
										newBone.width  = bonSize
										newBone.height = bonSize
										if boneBuffer.parent[i] !=0 do newBone.parent = BNArr[boneBuffer.parent[i]]
										append BNArr newBone
										if childIndex<=1 do newBone.length=0.06*scaling
										if mshHde==true do
										(
											bName=skipToString (boneBuffer.bName[i] as stringstream) "unused"
											if bName==OK do
											(
												hide newBone
											)
										)
									)
								)
								-- bone enable loop
								Print("Bone Collection: ("+(((timestamp())-ts)as string)+" Milli Seconds)");ts = timestamp()
								-- Mesh Section
								-- ===========================================================================
								Print ("Section 02: Meshes @ 0x"+((bit.intAsHex(ftell f))as string))
								meshCount=readlong f #unsigned
								mm = MultiMaterial()
								mm.numsubs=meshCount
								faceAdder=1
								-- meshCount=1
								texArray=#()
								faceArray=#()
								faceDimArray=#()
								boneArray=#()
								uvChnArray=#()
								vertBuffer = (vertex_data position:#() normal:#() channels:#() texture:#() texture2:#() texture3:#() colour:#() boneids:#() weights:#())
								for i = 1 to meshCount do
								(
									mat=mm.materialList[i]
									matSpec=30
									matBump1=1
									matBump2=1
									matType=undefined
									texOpacity=false
									texLight=false
									texBump=false
									texSpec=false
									texIllum=false
									texSpecMap=false
									texMask=false
									texDetail1=false
									texDetail2=false
									texReflect=false
									texStatic=false
									matSpec=30
									matBump1=4
									matBump2=4
									texArray=#()
									if mshSingle==false do
									(
										--reset arrays
										faceArray=#()
										boneArray=#()
										uvChnArray=#()
										vertBuffer = (vertex_data position:#() normal:#() channels:#() texture:#() texture2:#() texture3:#() colour:#() boneids:#() weights:#())
									)
									mshName=ReadFixedString f (readbyte f #unsigned)
									if (findString mshName "_")!=undefined do
									(
										genItmName=filterString mshName "_"
										matType=genItmName[1] as integer
										mshName=genItmName[2]
										if (genItmName.count)>=3 do
										(
											if (genItmName[3] as float)!=undefined then
											(
												matSpec=(genItmName[3] as float)*100
												matBump1=genItmName[4] as float
												matBump2=genItmName[5] as float
											)
											else
											(
												-- this can get fucked up if there are too many _ in the mesh name .. ohwell
												matSpec=10
												matBump1=1
												matBump2=1
											)
											-- append texProp [matSpec,matBump1,matBump1]
											for c = 6 to genItmName.count do
											(
												mshCamTar=genItmName[c]
											)
										)
									)
									-- Camera Is Ignored, who the fuck saves cam info on a char model.
									uvwCount=readlong f #unsigned
									texCount=readlong f #unsigned
									for x = 1 to texCount do
									(
										texName=ReadFixedString f (readbyte f #unsigned)
										uvLayer=(readlong f #unsigned)+1 -- which UV layer to use.
										if uvLayer>=2 do uvLayer+=1 --max compatiblity.. cannot use layer 2
										append uvChnArray uvLayer
										append texArray (fpath+(filenameFromPath texName))
									)
									if matON==true do
									(
										if matType==undefined then
										(
											-- Not GenericItem, Trying to Detect Material Type
											texOpacity=true
											texSpec=true
											for x = 1 to texArray.count do
											(
												if (skipToString (texArray[x] as stringstream) "_lightmap")==OK do(texLight=true)
												if (skipToString (texArray[x] as stringstream) "_bump")==OK do(texBump=true)
												if (skipToString (texArray[x] as stringstream) "_mask")==OK do(texMask=true)
												if (skipToString (texArray[x] as stringstream) "_bump1")==OK do(texDetail1=true)
												if (skipToString (texArray[x] as stringstream) "_bump2")==OK do(texDetail2=true)
												-- 7	Yes	Yes	Yes	No	No	No	1	Diffuse
												-- 9	Yes	Yes	Yes	No	No	No	2	Diffuse, Lightmap
												-- 6	Yes	Yes	Yes	Yes	No	No	2	Diffuse, Bumpmap
												-- 8	Yes	Yes	Yes	Yes	No	No	3	Diffuse, Lightmap, Bumpmap
												-- 20	Yes	Yes	Yes	Yes	Yes	Yes	6	Diffuse, Lightmap, Bumpmap, Mask, Bump1, Bump2
											)
											if (skipToString (mshName as stringstream) "collar")==OK do
											(
												matSpec=10
												matBump1=12
												matBump2=12
											)
											if (skipToString (mshName as stringstream) "gear")==OK do
											(
												matSpec=10
												matBump1=12
												matBump2=12
											)
											if (skipToString (mshName as stringstream) "belt")==OK do
											(
												matSpec=10
												matBump1=10
												matBump2=20
											)
											if (skipToString (mshName as stringstream) "suit")==OK do
											(
												matSpec=30
												matBump1=24
												matBump2=48
											)
										)
										else
										(
											-- ================================================================
											-- 	Standard Materials (CANNOT DO TRANSPARANCY)
											-- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
											if matType == 10 do
											(
												-- Diffuse Only, High Emssive. Good For Anime Models
												texIllum=true
											)
											if matType == 5 do
											(
												  -- Diffuse Only. Good As A Quick Material
											)
											if matType == 3 do
											(
												-- Lightmap
												texLight=true
											)
											if matType == 4 do
											(
												-- NormalMap + Spec
												texSpec=true
												texBump=true
											)
											if matType == 2 do
											(
												-- NormalMap + Spec + LightMap
												texSpec=true
												texLight=true
												texBump=true
											)
											if matType == 24 do
											(
												-- NormalMap + SpecMap + LightMap
												texSpec=true
												texSpecMap=true
												texLight=true
												texBump=true
											)
											if matType == 26 do
											(
												-- NormalMap + EnvMap
												texSpec=true
												texReflect=true
												texLight=true
												texBump=true
											)
											if matType == 28 do
											(
												-- NormalMap + DetailMap + EnvMap
												texReflect=true
												texSpec=true
												texBump=true
												texMask=true
												texDetail1=true
												texDetail2=true
											)
											if matType == 1 do
											(
												-- NormalMap + DetailMap + Spec + LightMap
												texSpec=true
												texLight=true
												texBump=true
												texMask=true
												texDetail1=true
												texDetail2=true
											)
											if matType == 22 do
											(
												-- NormalMap + DetailMap + SpecMap + LightMap
												texSpec=true
												texSpecMap=true
												texLight=true
												texBump=true
												texMask=true
												texDetail1=true
												texDetail2=true
											)
											-- ================================================================
											-- 	Transparent Materials
											-- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
											if matType == 21 do
											(
												-- Diffuse Only, High Emissive. Good For Anime Models
												texOpacity=true
												texIllum=true
											)
											if matType == 7 do
											(
												-- Diffuse Only. Good As A Quick Material
												texOpacity=true
											)
											if matType == 9 do
											(
												-- Lightmap
												texOpacity=true
												texLight=true
											)
											if matType == 6 do
											(
												-- NormalMap + Spec
												texOpacity=true
												texSpec=true
												texBump=true
											)
											if matType == 8 do
											(
												-- NormalMap + Spec + LightMap
												texOpacity=true
												texSpec=true
												texLight=true
												texBump=true
											)
											if matType == 25 do
											(
												-- NormalMap + SpecMap + LightMap
												texOpacity=true
												texSpec=true
												texSpecMap=true
												texLight=true
												texBump=true
											)
											if matType == 27 do
											(
												-- NormalMap + EnvMap
												texOpacity=true
												texSpec=true
												texReflect=true
												texBump=true
											)
											if matType == 29 do
											(
												-- NormalMap + DetailMap + EnvMap
												texOpacity=true
												texReflect=true
												texSpec=true
												texBump=true
												texMask=true
												texDetail1=true
												texDetail2=true
											)
											if matType == 20 do
											(
												-- NormalMap + DetailMap + Spec + LightMap
												texOpacity=true
												texSpec=true
												texLight=true
												texBump=true
												texMask=true
												texDetail1=true
												texDetail2=true
											)
											if matType == 23 do
											(
												-- NormalMap + DetailMap + SpecMap + LightMap
												texOpacity=true
												texSpec=true
												texSpecMap=true
												texLight=true
												texBump=true
												texMask=true
												texDetail1=true
												texDetail2=true
											)
											-- ================================================================
											-- 	Extra Materials (Redunant Materials Mirrored for Static Models?)
											-- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
											if matType == 13 do
											(
												-- Diffuse Only, High Emissive (Good for SkyBoxes)
												texStatic=true
												texIllum=true
											)
											if matType == 14 do
											(
												-- NormalMap, High Emissive
												texStatic=true
												texIllum=true
												texSpec=true
												texBump=true
											)
											if matType == 16 do
											(
												-- Diffuse Only
												texStatic=true
											)
											if matType == 11 do
											(
												-- NormalMap
												texStatic=true
												texSpec=true
												texBump=true
											)
											if matType == 17 do
											(
												-- LightMap
												texStatic=true
												texLight=true
											)
											if matType == 18 do
											(
												-- Transparent, Diffuse Only
												texStatic=true
												texOpacity=true
											)
											if matType == 19 do
											(
												-- Transparent, LightMap
												texStatic=true
												texOpacity=true
												texLight=true
											)
											if matType == 12 do
											(
												-- Transparent, NormalMap
												texStatic=true
												texOpacity=true
												texSpec=true
												texBump=true
											)
											if matType == 15 do
											(
												-- Transparent, NormalMap + High Emissive (Good For SkyBoxes)
												texStatic=true
												texOpacity=true
												texIllum=true
												texSpec=true
												texBump=true
											)
											-- ================================================================
										)
										if texSpec==true then
										(
											if texOpacity==false then
											(
												mat.specularLevel = matSpec
											)
											else
											(
												if texSpecMap==false then
												(
													mat.specularLevelMapAmount = matSpec
													mat.specularLevelMap = Bitmaptexture fileName:texArray[1]
													-- mat.specularLevelMap.effectsChannel = uvChnArray[1]
													mat.specularLevelMap.coords.mapChannel = uvChnArray[1]
													-- mat.monoOutput = 1
													-- mat.alphaSource = 0
													-- mat.preMultAlpha = off
												)
												else
												(
													if texMask==false then
													(
														mat.specularLevelMap = Bitmaptexture fileName:texArray[4]
														-- mat.specularLevelMap.effectsChannel = uvChnArray[4]
														mat.specularLevelMap.coords.mapChannel = uvChnArray[4]
													)
													else
													(
														mat.specularLevelMap = Bitmaptexture fileName:texArray[7]
														-- mat.specularLevelMap.effectsChannel = uvChnArray[7]
														mat.specularLevelMap.coords.mapChannel = uvChnArray[7]
													)
												)
											)
										)
										else(mat.specularLevel = 0)
										if texIllum==true do
										(
											mat.selfIllumAmount = 100
										)
										mat.diffuseMap = Bitmaptexture fileName:texArray[1]
										-- mat.diffuseMap.effectsChannel = uvChnArray[1]
										mat.diffuseMap.coords.mapChannel = uvChnArray[1]
										mat.diffuseMap.monoOutput = 1
										mat.diffuseMap.alphaSource = 2
										mat.diffuseMap.preMultAlpha = on
										if texOpacity==true do
										(
											mat.opacityMap = Bitmaptexture fileName:texArray[1]
											-- mat.opacityMap.effectsChannel = uvChnArray[1]
											mat.opacityMap.coords.mapChannel = uvChnArray[1]
											mat.opacityMap.monoOutput = 1
											mat.opacityMap.alphaSource = 0
											mat.opacityMap.preMultAlpha = off
										)
										if texLight==true do
										(
											matMod=RGB_Multiply ()
											matMod.map1 = mat.diffuseMap
											-- matMod.map1.effectsChannel = texArray[1]
											matMod.map2 = Bitmaptexture fileName:texArray[2]
											-- matMod.map2.effectsChannel = texArray[2]
											matMod.map1.coords.mapChannel = uvChnArray[1]
											matMod.map2.coords.mapChannel = uvChnArray[2]
											matMod.map1Enabled = true
											matMod.map2Enabled = true
											matMod.alphaFrom = 0
											mat.diffuseMap = matMod
										)
										if texBump==true do
										(
											mat.bumpMapEnable = on
											mat.bumpMapAmount = 100
											matMod=Normal_Bump ()
											if texLight==false then
											(
												matMod.map1on = true
												matMod.normal_map = Bitmaptexture fileName:texArray[2]
												-- matMod.normal_map.effectsChannel = uvChnArray[2]
												matMod.normal_map.coords.mapChannel = uvChnArray[2]
												if texMask==true do
												(
													maskMod1 = Mask ()
													maskMod2 = Mask ()
													layerMod = CompositeTexturemap ()
													tintMod = RGB_Tint ()
													tintMod.red = color 255 255 255
													tintMod.green = color 0 0 0
													tintMod.blue = color 0 0 0
													tintMod.map1 = Bitmaptexture fileName:texArray[3]
													-- tintMod.map1.effectsChannel = uvChnArray[4]
													tintMod.map1.coords.mapChannel = uvChnArray[3]
													tintMod.map1Enabled = true
													maskMod1.mask = tintMod
													tintMod = RGB_Tint ()
													tintMod.red = color 0 0 0
													tintMod.green = color 255 255 255
													tintMod.blue = color 0 0 0
													tintMod.map1 = Bitmaptexture fileName:texArray[3]
													-- tintMod.map1.effectsChannel = uvChnArray[5]
													tintMod.map1.coords.mapChannel = uvChnArray[3]
													tintMod.map1Enabled = true
													maskMod2.mask = tintMod
													maskMod1.map = Bitmaptexture fileName:texArray[4]
													maskMod2.map = Bitmaptexture fileName:texArray[5]
													-- maskMod1.map.effectsChannel = uvChnArray[3]
													-- maskMod2.map.effectsChannel = uvChnArray[3]
													maskMod1.map.coords.mapChannel = uvChnArray[4]
													maskMod2.map.coords.mapChannel = uvChnArray[5]
													maskMod1.map.coords.u_tiling = matBump1
													maskMod1.map.coords.v_tiling = matBump1
													maskMod2.map.coords.u_tiling = matBump2
													maskMod2.map.coords.v_tiling = matBump2
													maskMod1.mapEnabled = true
													maskMod2.mapEnabled = true
													maskMod1.maskEnabled = true
													maskMod2.maskEnabled = true
													maskMod1.maskInverted = false
													maskMod2.maskInverted = false
													layerMod.mapList.count=2
													layerMod.mapEnabled[1] = on
													layerMod.mapEnabled[2] = on
													layerMod.mapList[1] = maskMod1
													layerMod.mapList[2] = maskMod2
													matMod.bump_map = layerMod
													matMod.map2on = true
												)
											)
											else
											(
												matMod.map1on = true
												matMod.normal_map = Bitmaptexture fileName:texArray[3]
												-- matMod.normal_map.effectsChannel = uvChnArray[3]
												matMod.normal_map.coords.mapChannel = uvChnArray[3]
												if texMask==true do
												(
													maskMod1 = Mask ()
													maskMod2 = Mask ()
													layerMod = CompositeTexturemap ()
													tintMod = RGB_Tint ()
													tintMod.red = color 255 255 255
													tintMod.green = color 0 0 0
													tintMod.blue = color 0 0 0
													tintMod.map1 = Bitmaptexture fileName:texArray[4]
													-- tintMod.map1.effectsChannel = uvChnArray[5]
													tintMod.map1.coords.mapChannel = uvChnArray[4]
													tintMod.map1Enabled = true
													maskMod1.mask = tintMod
													tintMod = RGB_Tint ()
													tintMod.red = color 0 0 0
													tintMod.green = color 255 255 255
													tintMod.blue = color 0 0 0
													tintMod.map1 = Bitmaptexture fileName:texArray[4]
													tintMod.map1.coords.mapChannel = uvChnArray[4]
													tintMod.map1Enabled = true
													maskMod2.mask = tintMod
													maskMod1.map = Bitmaptexture fileName:texArray[5]
													maskMod2.map = Bitmaptexture fileName:texArray[6]
													-- maskMod1.map.effectsChannel = uvChnArray[4]
													-- maskMod2.map.effectsChannel = uvChnArray[4]
													maskMod1.map.coords.mapChannel = uvChnArray[5]
													maskMod2.map.coords.mapChannel = uvChnArray[6]
													maskMod1.map.coords.u_tiling = matBump1
													maskMod1.map.coords.v_tiling = matBump1
													maskMod2.map.coords.u_tiling = matBump2
													maskMod2.map.coords.v_tiling = matBump2
													maskMod1.mapEnabled = true
													maskMod2.mapEnabled = true
													maskMod1.maskEnabled = true
													maskMod2.maskEnabled = true
													maskMod1.maskInverted = false
													maskMod2.maskInverted = false
													layerMod.mapList.count=2
													layerMod.mapEnabled[1] = on
													layerMod.mapEnabled[2] = on
													layerMod.mapList[1] = maskMod1
													layerMod.mapList[2] = maskMod2
													matMod.bump_map = layerMod
													matMod.map2on = true
												)
											)
											-- matMod.alphaSource = 2
											-- matMod.filtering = 2
											-- matMod.alphaSource = 2
											mat.bumpMap = matMod
										)
										if texReflect==true do
										(
											mat.reflectionMapEnable = on
											mat.reflectionMapAmount = 30
											if texMask==false then
											(
												mat.reflectionMap = Bitmaptexture fileName:texArray[3]
												-- matMod.map2.effectsChannel = texArray[3]
												matMod.map2.coords.mapChannel = uvChnArray[3]
											)
											else
											(
												mat.reflectionMap = Bitmaptexture fileName:texArray[6]
												-- matMod.map2.effectsChannel = texArray[6]
												matMod.map2.coords.mapChannel = uvChnArray[6]
											)
										)
										showTextureMap mat true
									)
									vertCount=readlong f #unsigned
									for x = 1 to vertCount do
									(
										vx=readfloat f*scaling
										vz=readfloat f*scaling
										vy=readfloat f*-scaling
										nx=readfloat f*scaling
										nz=readfloat f*scaling
										ny=readfloat f*-scaling
										cr=readbyte f #unsigned
										cg=readbyte f #unsigned
										cb=readbyte f #unsigned
										ca=readbyte f #unsigned/255
										for y = 1 to uvwCount do
										(
											if y==1 do append vertBuffer.texture [(readfloat f),(readfloat f*-1),0]
											if y==2 do append vertBuffer.texture2 [(readfloat f),(readfloat f*-1),0]
											if y==3 do append vertBuffer.texture3 [(readfloat f),(readfloat f*-1),0]
										)
										for y = 1 to uvwCount do
										(
											-- Skips Vertex Tangents, (3dsmax doesn't support tangents.)
											fseek f (4*4) #seek_cur
										)
										if boneCount!=0 do
										(
											b1 = readshort f #unsigned+1
											b2 = readshort f #unsigned+1
											b3 = readshort f #unsigned+1
											b4 = readshort f #unsigned+1
											w1 = readfloat f
											w2 = readfloat f
											w3 = readfloat f
											w4 = readfloat f
											if b1!=0 do
											(
												find=findItem boneArray b1
												if find==0 do( append boneArray b1)
											)
											if b2!=0 do
											(
												find=findItem boneArray b2
												if find==0 do( append boneArray b2)
											)
											if b3!=0 do
											(
												find=findItem boneArray b3
												if find==0 do( append boneArray b3)
											)
											if b4!=0 do
											(
												find=findItem boneArray b4
												if find==0 do( append boneArray b4)
											)
											append vertBuffer.boneids [b1,b2,b3,b4]
											append vertBuffer.weights [w1,w2,w3,w4]
										)
										append vertBuffer.position [vx,vy,vz]
										append vertBuffer.normal [nx,ny,nz]
										append vertBuffer.colour [cr,cg,cb,ca]
									)
									faceCount=readlong f #unsigned
									for x = 1 to faceCount do
									(
										fc = readlong f + faceAdder
										fb = readlong f + faceAdder
										fa = readlong f + faceAdder
										append faceArray[fa,fb,fc]
									)
									if meshON==true do
									(
										if mshSingle==false then
										(
											msh = mesh vertices:vertBuffer.position faces:faceArray
											msh.numTVerts = vertCount
											buildTVFaces msh
											msh.name = mshName
											msh.material=mat
											for j = 1 to vertCount do meshop.setVertColor msh 0 j (color vertBuffer.colour[j][1] vertBuffer.colour[j][2] vertBuffer.colour[j][3])
											for j = 1 to vertCount do meshop.setVertAlpha msh -2 j vertBuffer.colour[j][4]
											for j = 1 to vertCount do setTVert msh j vertBuffer.texture[j]
											-- for j = 1 to vertCount do setNormal msh j vertBuffer.normal[j] -- Normals Don't Stick, lost when modifers are added
											for j = 1 to faceArray.count do setTVFace msh j faceArray[j]
											if uvwCount==2 do
											(
												 meshop.setNumMaps msh 3 keep:true
												for j = 1 to vertCount do (meshOp.setMapVert msh 2 j vertBuffer.texture2[j])
											)
											if uvwCount==3 do
											(
												 meshop.setNumMaps msh 4 keep:true
												for j = 1 to vertCount do (meshOp.setMapVert msh 3 j vertBuffer.texture3[j])
											)
											max modify mode
											if skinON==true do
											(
												clearSelection()
												select msh
												skinMod = skin ()
												addModifier msh skinMod
												for i = 1 to boneArray.count do
												(
													if 1 != boneArray.count then
													(
														skinOps.addBone skinMod BNArr[(boneArray[i])] 0
													)
													else
                                                    (
	                                                    skinOps.addBone skinMod BNArr[(boneArray[i])] 1
                                                    )
												)
												modPanel.setCurrentObject skinMod
												for i = 1 to vertCount do
												(
													bi = #()
													wv = #()
													for j = 1 to 4 do
													(
														boneid = vertBuffer.boneids[i][j]
														weight = vertBuffer.weights[i][j]
														if weight!=0 do
														(
															append bi (findItem boneArray boneid)
															append wv weight
														)
													)
													skinOps.ReplaceVertexWeights skinMod i bi wv
												)
											)
											--enable skin loop
											if normON==true do
											(
												clearSelection()
												select msh
												normMod = Edit_Normals()
												addModifier msh normMod
												normMod.displayLength = 1
												-- subobjectLevel = 1
												-- modPanel.setCurrentObject normMod
												for n = 1 to (normMod.GetNumFaces node:msh) do
												(
													-- norm=normMod.GetNormal n node:msh
													-- print norm
													vertID=getFace msh n
													normMod.displayLength = 0
													subobjectLevel = 1
													modPanel.setCurrentObject normMod
													for c = 1 to 3 do
													(
														normID=normMod.GetNormalID n c node:msh
														normMod.EditNormalsMod.SetSelection #{normID}
														normMod.EditNormalsMod.SetNormal normID vertBuffer.normal[(vertID[c])] node:msh
														normMod.SetNormal normID vertBuffer.normal[(vertID[c])] node:msh
														normMod.EditNormalsMod.MakeExplicit ()
														normMod.EditNormalsMod.SetSelection #{}
													)
												)
												subobjectLevel = 0
												-- update msh
												modPanel.setCurrentObject normMod
											)
											-- enable normals loop
										)
										else
										(
											mat.name = mshName
											faceAdder+=vertCount
											append faceDimArray faceCount
										)
									)
									--useless loop lol
								)
								-- ends mesh loop
								if mshSingle==true do
								(
									vertCount=vertBuffer.position.count
									msh = mesh vertices:vertBuffer.position faces:faceArray
									msh.numTVerts = vertCount
									buildTVFaces msh
									msh.name = fname
									msh.material=mm
									faceAdder=0
									for j = 1 to meshCount do (for x = 1 to faceDimArray[j] do(faceAdder+=1;setFaceMatID msh faceAdder j))
									for j = 1 to vertCount do meshop.setVertColor msh 0 j (color vertBuffer.colour[j][1] vertBuffer.colour[j][2] vertBuffer.colour[j][3])
									for j = 1 to vertCount do meshop.setVertAlpha msh -2 j vertBuffer.colour[j][4]
									for j = 1 to vertCount do setTVert msh j vertBuffer.texture[j]
									-- for j = 1 to vertCount do setNormal msh j vertBuffer.normal[j] -- Normals Don't Stick, lost when modifers are added
									for j = 1 to faceArray.count do setTVFace msh j faceArray[j]
									if uvwCount==2 do
									(
										 meshop.setNumMaps msh 3 keep:true
										for j = 1 to vertCount do (meshOp.setMapVert msh 2 j vertBuffer.texture2[j])
									)
									if uvwCount==3 do
									(
										 meshop.setNumMaps msh 4 keep:true
										for j = 1 to vertCount do (meshOp.setMapVert msh 3 j vertBuffer.texture3[j])
									)
									max modify mode
									if skinON==true do
									(
										clearSelection()
										select msh
										skinMod = skin ()
										addModifier msh skinMod
										for i = 1 to boneArray.count do
										(
											if 1 != boneArray.count then
											(
												skinOps.addBone skinMod BNArr[(boneArray[i])] 0
											)
											else
                                            (
	                                            skinOps.addBone skinMod BNArr[(boneArray[i])] 1
                                            )
										)
										modPanel.setCurrentObject skinMod
										for i = 1 to vertCount do
										(
											bi = #()
											wv = #()
											for j = 1 to 4 do
											(
												boneid = vertBuffer.boneids[i][j]
												weight = vertBuffer.weights[i][j]
												if weight!=0 do
												(
													append bi (findItem boneArray boneid)
													append wv weight
												)
											)
											skinOps.ReplaceVertexWeights skinMod i bi wv
										)
									)
									--enable skin loop
									if normON==true do
									(
										clearSelection()
										select msh
										normMod = Edit_Normals()
										addModifier msh normMod
										normMod.displayLength = 1
										-- subobjectLevel = 1
										-- modPanel.setCurrentObject normMod
										for n = 1 to (normMod.GetNumFaces node:msh) do
										(
											-- norm=normMod.GetNormal n node:msh
											-- print norm
											vertID=getFace msh n
											normMod.displayLength = 0
											subobjectLevel = 1
											modPanel.setCurrentObject normMod
											for c = 1 to 3 do
											(
												normID=normMod.GetNormalID n c node:msh
												normMod.EditNormalsMod.SetSelection #{normID}
												normMod.EditNormalsMod.SetNormal normID vertBuffer.normal[(vertID[c])] node:msh
												normMod.SetNormal normID vertBuffer.normal[(vertID[c])] node:msh
												normMod.EditNormalsMod.MakeExplicit ()
												normMod.EditNormalsMod.SetSelection #{}
											)
										)
										subobjectLevel = 0
										-- update msh
										modPanel.setCurrentObject normMod
									)
									-- enable normals loop
								)
								if fsize!=(ftell f) then
								(
									Print ("Done ! @ 0x"+((bit.intAsHex(ftell f))as string))
								)
								else(Print "END OF FILE REACHED")
								gc()
								fclose f
								flushLog()
								closeLog()
								enableSceneRedraw()
							)
						)
					)
					-- Close mesh ext Loop
					if fext==".ascii" do
					(
						f=MemStreamMgr.openFile fsource
						fext= 		getFilenameType fsource
						fpath= 		getFilenamePath fsource
						fname= 	getFilenameFile fsource
						st = timestamp() --get start time in milliseconds
						ts = timestamp()
						clearlistener()
						openLog (fpath+fname+"_log.txt") mode:"w" outputOnly:true
						print (localTime+"\n"+fname+fext)
						--===========================================================================
						undo off
						(
							--===========================================================================
							with redraw off
							(
								struct bone_data
								(
										bName,parent,child,position
								)
								boneBuffer = (bone_data bName:#() parent:#() child:#() position:#())
								boneCount=(readDelimitedString (f.readLine()  as stringstream) " ") as integer
								for i = 1 to boneCount do
								(
									boneName=f.readLine()
									boneParent=f.readLine()
									bonePosition=f.readLine()
									-- bonePosition=bonePosition as stringstream
									append boneBuffer.bName boneName
									-- append boneBuffer.parent ((boneParent as integer)+1)
									-- append boneBuffer.position [(readDelimitedString bonePosition " " as float), \
									-- (readDelimitedString bonePosition " " as float),(readDelimitedString bonePosition "" as float)]
								)
								renderGroups=#()
								renderSettings=#()
								meshCount=(readDelimitedString (f.readLine()  as stringstream) " ") as integer
								Print ("\nBone Count: "+(boneCount as string)+"\nMesh Count: "+(meshCount as string)+"\n")
								for i = 1 to meshCount do
								(
									meshName=f.readLine(); Print meshName
									append renderGroups ((readDelimitedString (meshName  as stringstream) "_") as integer)
									append renderSettings ((readDelimitedString (meshName  as stringstream) "_") as float)
									append renderSettings ((readDelimitedString (meshName  as stringstream) "_") as float)
									uvwCount=(readDelimitedString (f.readLine()  as stringstream) " ") as integer
									texCount=(readDelimitedString (f.readLine()  as stringstream) " ") as integer
									print ((texCount as string)+" Textures, "+(uvwCount as string)+" UV Layers")
									for x = 1 to texCount do
									(
										texName=f.readLine()
										uvLayer=((readDelimitedString (f.readLine()  as stringstream) " ") as integer)+1
										print ((filenameFromPath texName)+" ["+(uvLayer as string)+"]")
									)
									print ""
									vertCount=(readDelimitedString (f.readLine()  as stringstream) " ") as integer
									for x = 1 to vertCount do
									(
										meshPosition=f.readLine()
										meshNormal=f.readLine()
										meshColour=f.readLine()
										for y = 1 to uvwCount do
										(
											meshUVW=f.readLine()
										)
										if boneCount!=0 do
										(
											boneIndices=f.readLine()
											boneWeights=f.readLine()
											-- b1 = (readDelimitedString boneIndices " " as integer)+1
											-- b2 = (readDelimitedString boneIndices " " as integer)+1
											-- b3 = (readDelimitedString boneIndices " " as integer)+1
											-- b4 = (readDelimitedString boneIndices "" as integer)+1
											-- w1 = (readDelimitedString boneWeights " " as float)
											-- w2 = (readDelimitedString boneWeights " " as float)
											-- w3 = (readDelimitedString boneWeights " " as float)
											-- w4 = (readDelimitedString boneWeights "" as float)
											-- if b1!=0 do
											(
												find=findItem boneArray b1
												-- if find==0 do( append boneArray b1)
											)
											-- if b2!=0 do
											(
												find=findItem boneArray b2
												-- if find==0 do( append boneArray b2)
											)
											-- if b3!=0 do
											(
												find=findItem boneArray b3
												-- if find==0 do( append boneArray b3)
											)
											-- if b4!=0 do
											(
												find=findItem boneArray b4
												-- if find==0 do( append boneArray b4)
											)
											-- append vertBuffer.boneids [b1,b2,b3,b4]
											-- append vertBuffer.weights [w1,w2,w3,w4]
										)
										-- vx=(readDelimitedString meshPosition " " as float)
										-- vz=(readDelimitedString meshPosition " " as float)
										-- vy=(readDelimitedString meshPosition "" as float)
										-- nx=(readDelimitedString meshNormal " " as float)
										-- nz=(readDelimitedString meshNormal " " as float)
										-- ny=(readDelimitedString meshNormal "" as float)
										-- cr=(readDelimitedString meshPosition " " as integer)
										-- cg=(readDelimitedString meshPosition " " as integer)
										-- cb=(readDelimitedString meshPosition " " as integer)
										-- ca=(readDelimitedString meshPosition "" as integer)/255
										-- append vertBuffer.position [vx,vy,vz]
										-- append vertBuffer.normal [nx,ny,nz]
										-- append vertBuffer.colour [cr,cg,cb,ca]
									)
									faceCount=(readDelimitedString (f.readLine()  as stringstream) " ") as integer
									for x = 1 to faceCount do
									(
										faceIndices=f.readLine()
										-- fc = (readDelimitedString faceIndices " " as integer)+1
										-- fb = (readDelimitedString faceIndices " " as integer)+1
										-- fa = (readDelimitedString faceIndices "" as integer)+1
										-- append faceArray[fa,fb,fc]
									)
									-- INSERT MESH IMPORT OP HERE
								)
								-- Mesh Loop
								print "Detected Render Groups"
								print renderGroups
								print ""
								print ""
								print "Skeleton\n"
								print boneBuffer.bName
								gc()
								fclose f
								flushLog()
								closeLog()
								MemStreamMgr.close f
								enableSceneRedraw()
								Print ("\nDone! ("+((((timestamp())-st)/60)as string)+" Seconds)") --print time to finish
							)
						)
					)
					-- Close ascii ext Loop
					if fext!=".ascii" AND fext!=".mesh" do MessageBox "File Extension Error"
				)
				else(MessageBox "Error Opening File!")
			)
			else (Print "Aborted.")
		)
		-- Close Button for IMPORT
		on btn2 pressed do
		(
			-- EXPORT
			st = timestamp() --get start time in milliseconds
			-- ssource= "C:\\Users\\ACER_PREDATOR\\Desktop\\test.obj"
			-- ssource= "C:\\Program Files (x86)\\XNALara\\data\\Max_Export\\goldenaxe_bikini\\generic_item.mesh.ascii"
			if expFixed==false OR ssource==""do
			(
				ssource = getSaveFileName \
				caption:"Save XnaLara ASCII Model File" \
				types: "Text File (*.ASCII)|*.ascii|All files (*.*)|*.*|"
			)
			-- ssource=((getFilenameFile ssource)+".mesh.ascii") -- checks the name
			-- ssource = getSaveFileName \
			-- caption:"WaveFront OBJ Exporter" \
			-- types: "OBJ(*.obj)|*.OBJ|All files (*.*)|*.*|"
			if ssource!=""AND ssource!=undefined then
			(
				out_file = createfile ssource
				fpath=(getFilenamePath ssource)
				if (doesFileExist ssource)==true then
				(
					-- mshScale=1
					mshScale=imperial_scale/rescale -- converts centimeters to inches ? my unit system is in inches ? is detection needed?
					mshFlipUV=false -- not setup/wont do anything
					mshRightH=true -- not setup/wont do anything
					mshBySelection=chk4.checked
					mshOptimise=chk6.checked-- wtf its faster with this on?
					mshAddRoot=chk5.checked -- reparents all bones to a single root bone
					mshBoneLimit=false -- as for now, only warns you if you've gonve over the bone limit (59 bones MAX)
					fn checkname str =
					(
						-- removes special characters from names
						local str0=""
						for i = 1 to str.count do
						(
							if str[i]!="_" and str[i]!="#" and str[i]!=" " and str[i]!="." and str[i]!="/" and str[i]!="_" and str[i]!="\"" and str[i]!="\\"
							do str0+=str[i]
						)
						str0
					)
					fn renamedup aray idx =
					(
						-- renames duplicated names
						local namCount=1
						newname= aray[idx]+"("+(namCount as string)+")"
						find=findItem aray newname
						if find!=0 do
						(
							while(findItem aray newname)!=0 do
							(
								namCount+=1
								newname=aray[idx]+"("+(namCount as string)+")"
							)
						)
						newname
					)
					fn getMaterial msh matid =
					(
						-- tries to sort a material into a correct render group
						local matArray=#()
						matArray[14]=""
						-- matArray[1]-> ESTIMATED RENDER GROUP
						-- matArray[2] -> texDiffuse
						-- matArray[3] -> texOpacity
						-- matArray[4] -> texIllum
						-- matArray[5] -> texSpecMap
						-- matArray[6] -> texSpec
						-- matArray[7] -> texLight
						-- matArray[8] -> texBump
						-- matArray[9] -> texDetail1
						-- matArray[10] -> texDetail2
						-- matArray[11]-> matBump1
						-- matArray[12]-> matBump2
						-- matArray[13]-> texMask
						-- matArray[14]-> texReflect
						-- $.material.originalMaterial.diffuseMap
						local matslot=msh.material
						if classOf matslot==standardmaterial do matslot=msh.material
						if classOf matslot==Shell_Material do matslot=msh.material.originalMaterial
						if classOf matslot==multimaterial do matslot=msh.material[matid]
						if matslot!=undefined then
						(
							if classOf matslot.diffuseMap==Bitmaptexture do matArray[2]=filenameFromPath matslot.diffuseMap.filename
							if classOf matslot.diffuseMap==RGB_Multiply do
							(
								matArray[2]=filenameFromPath matslot.diffuseMap.map1.filename
								matArray[7]=filenameFromPath matslot.diffuseMap.map2.filename
							)
							if classOf matslot.ambientMap==Bitmaptexture do matArray[7]=filenameFromPath matslot.ambientMap.filename
							if classOf matslot.opacityMap==Bitmaptexture or matslot.opacity!=100 do matArray[3]="true"
							if classOf matslot.specularLevelMap==Bitmaptexture do matArray[5]=filenameFromPath matslot.specularLevelMap.filename
							if matslot.selfIllumAmount!=0 do matArray[4]="true";matArray[6]=(matslot.specularLevel as string)
							if classOf matslot.bumpMap==Bitmaptexture do matArray[8]=filenameFromPath matslot.bumpMap.filename
							if classOf matslot.reflectionMap==Bitmaptexture do matArray[14]=filenameFromPath matslot.reflectionMap.filename
							if classOf matslot.bumpMap==Normal_Bump do
							(
								if classOf matslot.bumpMap.normal_map==Bitmaptexture do matArray[8]=filenameFromPath matslot.bumpMap.normal_map.filename
								if classOf matslot.bumpMap.bump_map==Bitmaptexture do
								(
									matArray[9]=filenameFromPath matslot.bumpMap.bump_map.filename
									matArray[11]=(matslot.bumpMap.bump_map.coords.u_tiling) as string
									matArray[10]="norm_null.tga";matArray[13]="mask_null.tga"
								)
								if classOf matslot.bumpMap.bump_map==CompositeTexturemap do
								(
									if classOf matslot.bumpMap.bump_map.mapList[2]==Mask \
									AND classOf matslot.bumpMap.bump_map.mapList[3]==Mask do
									(
										if classOf matslot.bumpMap.bump_map.mapList[2].mask==Bitmaptexture \
										OR classOf matslot.bumpMap.bump_map.mapList[2].mask==RGB_Tint then
										(
											if classOf matslot.bumpMap.bump_map.mapList[2].mask==Bitmaptexture do matArray[13]=matslot.bumpMap.bump_map.mapList[2].mask.filename
											if classOf matslot.bumpMap.bump_map.mapList[2].mask==RGB_Tint do matArray[13]=matslot.bumpMap.bump_map.mapList[2].mask.map1.filename
											if classOf matslot.bumpMap.bump_map.mapList[2].map==Bitmaptexture \
											AND classOf matslot.bumpMap.bump_map.mapList[3].map==Bitmaptexture then
											(
												matArray[9]=matslot.bumpMap.bump_map.mapList[2].map.filename
												matArray[10]=matslot.bumpMap.bump_map.mapList[3].map.filename
												matArray[11]=(matslot.bumpMap.bump_map.mapList[2].map.u_tiling) as string
												matArray[12]=(matslot.bumpMap.bump_map.mapList[3].map.u_tiling) as string
											)
											else(matArray[9]="norm_null.tga";matArray[10]="norm_null.tga";matArray[11]="1";matArray[12]="1")
										)
									)
								)
							)
						)
						else
						(
							messagebox "ERROR!!\nUnable To Read Material\n>>Only Standard and Multimaterials Are Supported<<"
							if matslot!=undefined then (matArray[3]=matslot.diffuse as string;matArray[6]=matslot.specularLevel as string)else(matArray[3]="diff_null.tga")
						)
						----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
						-- RENDERING GROUP CHART, WRITTEN AND DESIGNED BY "XNAaraL" AS SPECIFIED FOR XNALARA VERSION 9.6
						-- http://www.tombraiderforums.com/showpost.php?p=5254498&postcount=1735
						-- Group	| Shading 	| Alpha 	| Poseable 	| Specular higlight	| Bump1 repeater 	| bump2 repeater 	| Textures 	| Texture types                                            				| Since 	| First model / mesh part     	| Downloadlink
						----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
						--  1    		| Yes     	| No    	| Yes      	| Yes               	| Yes            		| Yes            		| 6        		| Diffuse, Lightmap, Bumpmap, Mask, Bump1, Bump2           	| 1.0   	| LaraJungleShorts /tshirt   	| http://www.mediafire.com/?gc5cu5dtd2h	1_tshirt_0.1_24_48
						--  2    		| Yes     	| No    	| Yes      	| Yes               	| No             		| No             		| 3        		| Diffuse, Lightmap, Bumpmap                               			| 1.0   	| LaraJungleShorts /face     	| http://www.mediafire.com/?gc5cu5dtd2h	2_eyeducts_0.1_0_0_hand left_arm left wrist
						--  3    		| Yes     	| No    	| Yes      	| No                	| No             		| No             		| 2        		| Diffuse, Lightmap                                        				| 1.0   	| LaraJungleShorts /backring 	| http://www.mediafire.com/?gc5cu5dtd2h	3_backring_0.1_0_0
						--  4    		| Yes     	| No    	| Yes      	| Yes               	| No             		| No             		| 2        		| Diffuse, Bumpmap                                         				| 1.0   	| LaraJungleShorts /metal    	| http://www.mediafire.com/?gc5cu5dtd2h	4_metal_0.6_0_0
						--  5    		| Yes     	| No    	| Yes      	| No                	| No             		| No             		| 1        		| Diffuse                                                  					| 1.0   	| LaraJungleShorts /eyewhites	| http://www.mediafire.com/?gc5cu5dtd2h	5_eyewhites_0.1_0_0_body upper_breast left_breast right
						----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
						--  6    		| Yes     	| Yes   	| Yes      	| Yes               	| No             		| No             		| 2        		| Diffuse, Bumpmap                                         				| 1.0   	| LaraJungleShorts /hair2    	| http://www.mediafire.com/?gc5cu5dtd2h	6_hair2_0.1_0_0
						--  7    		| Yes     	| Yes   	| Yes      	| No                	| No             		| No             		| 1        		| Diffuse                                                  					| 1.0   	| LaraJungleShorts /eyelashes	| http://www.mediafire.com/?gc5cu5dtd2h	7_eyeshading_0.1_0_0_head_head jaw
						--  8    		| Yes     	| Yes   	| Yes      	| Yes               	| No             		| No             		| 3        		| Diffuse, Lightmap, Bumpmap                               			| 1.8   	| Natla / hair4               		| http://www.mediafire.com/?4wmzyzxwj5y	8_hair4_0.1_0_0_wing right_wing right 7c
						--  9    		| Yes     	| Yes   	| Yes      	| No                	| No             		| No             		| 2        		| Diffuse, Lightmap                                        				| 1.8   	| Natla / hair5               		| http://www.mediafire.com/?4wmzyzxwj5y	9_hair5_0.1_0_0
						-- 10    		| No      	| No    	| Yes      	| No                	| No             		| No             		| 1        		| Diffuse                                                  					| 1.85  	| Doppelganger /eyepupils    	| http://www.mediafire.com/?m0q9yctdris
						----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
						-- 11    		| Vertex  	| No    	| No       	| Yes               	| No             		| No             		| 2        		| Diffuse, Bumpmap                                         				| 4.1   	| CroftManorHall /Group1     	| http://www.mediafire.com/?jlt33lalmjj
						-- 12    		| Vertex  	| Yes   	| No       	| Yes               	| No             		| No             		| 2        		| Diffuse, Bumpmap                                         				| 4.1   	| CroftManorHall /Group35    	| http://www.mediafire.com/?jlt33lalmjj
						-- 13    		| No      	| No    	| No       	| No                	| No             		| No             		| 1        		| Diffuse                                                  					| 4.1   	| CroftManorHall /Group91    	| http://www.mediafire.com/?jlt33lalmjj
						-- 14    		| No      	| No    	| No       	| Yes               	| No             		| No             		| 2        		| Diffuse, Bumpmap                                         				| 4.2   	| CroftManorHallLQ /Group1  	| http://www.mediafire.com/?zjeznnzcgaz
						-- 15    		| No      	| Yes   	| No       	| Yes               	| No             		| No            		| 2        		| Diffuse, Bumpmap                                         				| 4.2   	| CroftManorHallLQ /Group35	| http://www.mediafire.com/?zjeznnzcgaz
						----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
						-- 16    		| Yes     	| No    	| No       	| No                	| No             		| No             		| 1        		| Diffuse                                                  					| 4.7   	| Yacht / part1               		| http://www.mediafire.com/?mwakzzz1djy
						-- 17    		| Yes     	| No    	| No       	| No                	| No             		| No             		| 2        		| Diffuse, Lightmap                                        				| 4.7   	| Yacht / part5               		| http://www.mediafire.com/?mwakzzz1djy
						-- 18    		| Yes     	| Yes   	| No       	| No                	| No             		| No            	 	| 1        		| Diffuse                                                  					| 4.7   	| Yacht / part13              		| http://www.mediafire.com/?mwakzzz1djy
						-- 19    		| Yes     	| Yes   	| No       	| No                	| No             		| No             		| 2        		| Diffuse, Lightmap                                        				| 5.6   	| ShipNatlaRoom /Mesh005   	| http://www.mediafire.com/?ztjozjnninn
						-- 20    		| Yes     	| Yes   	| Yes      	| Yes               	| Yes            		| Yes            		| 6        		| Diffuse, Lightmap, Bumpmap, Mask, Bump1, Bump2           	| 7.8   	| KnightThrall /Mesh001      	| http://www.mediafire.com/?z4uwig2dzum
						----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
						-- 21    		| No      	| Yes   	| Yes      	| No                	| No             		| No             		| 1        		| Diffuse                                                  					| 9.1   	| kerrigan /$AtlantiB$       	|
						-- 22    		| Yes     	| No    	| Yes      	| Yes               	| Yes            		| Yes            		| 7        		| Diffuse, Lightmap, Bumpmap, Mask, Bump1, Bump2, Specular	| 9.3   	| ICE-7E /suit               		| http://www.mediafire.com/?leipjbpmeyn2w2p
						-- 23    		| Yes     	| Yes   	| Yes      	| Yes               	| Yes            		| Yes            		| 7        		| Diffuse, Lightmap, Bumpmap, Mask, Bump1, Bump2, Specular	| 9.3   	| ICE-7E /ice                		| http://www.mediafire.com/?leipjbpmeyn2w2p
						-- 24    		| Yes     	| No    	| Yes      	| Yes               	| No             		| No             		| 4        		| Diffuse, Lightmap, Bumpmap, Specular                     		| 9.42  	|
						-- 25    		| Yes     	| Yes   	| Yes      	| Yes               	| No             		| No             		| 4        		| Diffuse, Lightmap, Bumpmap, Specular                     		| 9.42  	|
						----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
						-- 26    		| YES/No  	| No    	| Yes      	| Yes intensity     | No             		| No             		| 3        		| Diffuse, Bumpmap, enviroment                             			| 9.5   	| MetallicExample /trousers1	| http://www.mediafire.com/?g8gah73w0mv45q7
						-- 27    		| YES/No  	| Yes   	| Yes      	| Yes intensity     | No             		| No             		| 3        		| Diffuse, Bumpmap, enviroment                             			| 9.5.5 	|
						-- 28    		| YES/No  	| No    	| Yes      	| Yes intensity     | YES            		| YES            		| 6        		| Diffuse, Bumpmap, Mask, Bump1, Bump2, enviroment         	| 9.6   	|
						-- 29    		| YES/No  	| Yes   	| Yes      	| Yes intensity     | YES            		| YES            		| 6        		| Diffuse, Bumpmap, Mask, Bump1, Bump2, enviroment         	| 9.6   	|
						----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
						if matArray[3]!="diff_null.tga"do
						(
							if matArray[3]!="true"then
							(
								-- Opaque
								if matArray[4]!="true"then
								(
									-- not illum
									if matArray[13]==undefined then
									(
										-- no detail map / masks
										-- 5 	Diffuse Only.
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]==undefined \ -- texLight
										and matArray[8]==undefined \ -- texBump
										and matArray[14]=="" do matArray[1]="5"
										-- 3	Diffuse + Lightmap
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]!=undefined \ -- texLight
										and matArray[8]==undefined \ -- texBump
										and matArray[14]=="" do matArray[1]="3"
										-- 24	Diffuse + NormalMap + SpecMap + LightMap
										if matArray[5]!=undefined \ -- texSpecMap
										and matArray[7]!=undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]=="" do matArray[1]="24"
										-- 24	Diffuse + NormalMap + SpecMap + LightMap
										if matArray[5]!=undefined \ -- texSpecMap
										and matArray[7]==undefined \ -- texLight
										and matArray[8]==undefined \ -- texBump
										and matArray[14]=="" do
										(
											matArray[7]="dirt_null.tga"
											matArray[8]="norm_null.tga"
											matArray[1]="24"
										)
										-- 24	Diffuse + NormalMap + SpecMap + LightMap
										if matArray[5]!=undefined \ -- texSpecMap
										and matArray[7]==undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]=="" do
										(
											matArray[7]="dirt_null.tga"
											matArray[1]="24"
										)
										-- 26 	 Diffuse + NormalMap + EnvMap
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]==undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]!="" do matArray[1]="26"
										-- 4	Diffuse + NormalMap + Spec
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]==undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]=="" do matArray[1]="4"
										-- 2 	Diffuse + NormalMap + Spec + LightMap
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]!=undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]=="" do matArray[1]="2"
									)
									else
									(
										-- detail maps / masks
										-- 28 	 Diffuse + NormalMap + DetailMap + EnvMap
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]==undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]!="" do matArray[1]="28"
										-- 1 	 Diffuse + NormalMap + DetailMap + Spec + LightMap
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]!=undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]!="" do matArray[1]="1"
										-- 22 Diffuse + NormalMap + DetailMap + SpecMap + LightMap
										if matArray[5]!=undefined \ -- texSpecMap
										and matArray[7]!=undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]=="" do matArray[1]="22"
									)
								)
								else
								(
									-- 10	 Diffuse Only, High Emssive.
									if matArray[2]!=undefined \ -- texDiffuse
									and matArray[5]==undefined \ -- texSpecMap
									and matArray[7]==undefined \ -- texLight
									and matArray[8]==undefined \ -- texBump
									and matArray[9]==undefined \ -- texDetail1
									and matArray[10]==undefined \ -- texDetail2
									and matArray[11]==undefined \ -- matBump1
									and matArray[12]==undefined \ -- matBump2
									and matArray[13]==undefined \ -- texMask
									and matArray[14]=="" do matArray[1]="10"
								)
							)
							else
							(
								-- Opacity
								if matArray[4]!="true"then
								(
									-- not illum
									if matArray[13]==undefined then
									(
										-- no detail map / masks
										-- 5 	Diffuse Only.
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]==undefined \ -- texLight
										and matArray[8]==undefined \ -- texBump
										and matArray[14]=="" do matArray[1]="7"
										-- 3	Diffuse + Lightmap
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]!=undefined \ -- texLight
										and matArray[8]==undefined \ -- texBump
										and matArray[14]=="" do matArray[1]="9"
										-- 24	Diffuse + NormalMap + SpecMap + LightMap
										if matArray[5]!=undefined \ -- texSpecMap
										and matArray[7]!=undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]=="" do matArray[1]="25"
										-- 24	Diffuse + NormalMap + SpecMap + LightMap
										if matArray[5]!=undefined \ -- texSpecMap
										and matArray[7]==undefined \ -- texLight
										and matArray[8]==undefined \ -- texBump
										and matArray[14]=="" do
										(
											matArray[7]="dirt_null.tga"
											matArray[8]="norm_null.tga"
											matArray[1]="25"
										)
										-- 24	Diffuse + NormalMap + SpecMap + LightMap
										if matArray[5]!=undefined \ -- texSpecMap
										and matArray[7]==undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]=="" do
										(
											matArray[7]="dirt_null.tga"
											matArray[1]="25"
										)
										-- 26 	 Diffuse + NormalMap + EnvMap
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]==undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]!="" do matArray[1]="27"
										-- 4	Diffuse + NormalMap + Spec
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]==undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]=="" do matArray[1]="6"
										-- 2 	Diffuse + NormalMap + Spec + LightMap
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]!=undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]=="" do matArray[1]="8"
									)
									else
									(
										-- detail maps / masks
										-- 28 	 Diffuse + NormalMap + DetailMap + EnvMap
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]==undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]!="" do matArray[1]="29"
										-- 1 	 Diffuse + NormalMap + DetailMap + Spec + LightMap
										if matArray[5]==undefined \ -- texSpecMap
										and matArray[7]!=undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]!="" do matArray[1]="20"
										-- 22 Diffuse + NormalMap + DetailMap + SpecMap + LightMap
										if matArray[5]!=undefined \ -- texSpecMap
										and matArray[7]!=undefined \ -- texLight
										and matArray[8]!=undefined \ -- texBump
										and matArray[14]=="" do matArray[1]="23"
									)
								)
								else
								(
									-- 10	 Diffuse Only, High Emssive.
									if matArray[2]!=undefined \ -- texDiffuse
									and matArray[5]==undefined \ -- texSpecMap
									and matArray[7]==undefined \ -- texLight
									and matArray[8]==undefined \ -- texBump
									and matArray[9]==undefined \ -- texDetail1
									and matArray[10]==undefined \ -- texDetail2
									and matArray[11]==undefined \ -- matBump1
									and matArray[12]==undefined \ -- matBump2
									and matArray[13]==undefined \ -- texMask
									and matArray[14]=="" do matArray[1]="21"
								)
							)
						)
						-- matArray[2] -> texDiffuse
						-- matArray[3] -> texOpacity
						-- matArray[4] -> texIllum
						-- matArray[5] -> texSpecMap
						-- matArray[6] -> texSpec
						-- matArray[7] -> texLight
						-- matArray[8] -> texBump
						-- matArray[9] -> texDetail1
						-- matArray[10] -> texDetail2
						-- matArray[11]-> matBump1
						-- matArray[12]-> matBump2
						-- matArray[13]-> texMask
						-- matArray[14]-> texReflect
						-- matArray[15]-> ESTIMATED RENDER GROUP
						if matArray[1]==undefined do
						(
							matArray[2]="diff_null.tga"
							matArray[1]="5"
						)
						if matArray[2]==undefined do matArray[2]="diff_null.tga"
						if matArray[6]==undefined do matArray[6]="100"
						if (matArray[6] as float)<=0 do matArray[6]="10" -- texSpec
						if matArray[3]==undefined do matArray[3]="" -- texOpacity
						if matArray[4]==undefined do matArray[4]="" -- texIllum
						if matArray[5]!=undefined do matArray[6]="100"
						if matArray[5]==undefined do matArray[5]="" -- texSpecMap
						if matArray[7]==undefined do matArray[7]="" -- texLight
						if matArray[8]==undefined do matArray[8]="" -- texBump
						if matArray[9]==undefined do matArray[9]="" -- texDetail1
						if matArray[10]==undefined do matArray[10]="" -- texDetail2
						if matArray[11]==undefined do matArray[11]="" -- matBump1
						if matArray[12]==undefined do matArray[12]="" -- matBump2
						if matArray[13]==undefined do matArray[13]="" -- texMask
						if matArray[14]==undefined do matArray[14]="" -- texReflect
						matArray
					)
					fn maketext s p =
					(
						-- makes a 8x8 tga any colour, usage: (maketext savefile pixelcolour)
						if (doesFileExist s)==false do
						(
							createFile s
							s = fopen s "ab"
							a=19;b=1
							nullTex=#
							(
								0x00,0x00,0x02,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x08,0x00,0x08,0x00,0x20,0x00,0xFF,0xFF, \
								0xFF,0x8A,0xFF,0xFF,0xFF,0x44,0xFF,0xFF,0xFF,0x68,0xFF,0xFF,0xFF,0x89,0xFF,0xFF,0xFF,0x86,0xFF,0xFF, \
								0xFF,0xC5,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xE5,0xFF,0xFF,0xFF,0xCC,0xFF,0xFF, \
								0xFF,0xDE,0xFF,0xFF,0xFF,0xFE,0xFF,0xFF,0xFF,0xFC,0xFF,0xFF,0xFF,0xF9,0xFF,0xFF,0xFF,0xFE,0xFF,0xFF, \
								0xFF,0xFE,0xFF,0xFF,0xFF,0xEF,0xFF,0xFF,0xFF,0xE6,0xFF,0xFF,0xFF,0xED,0xFF,0xFF,0xFF,0xFE,0xFF,0xFF, \
								0xFF,0xFE,0xFF,0xFF,0xFF,0xFE,0xFF,0xFF,0xFF,0xFE,0xFF,0xFF,0xFF,0xFE,0xFF,0xFF,0xFF,0xF9,0xFF,0xFF, \
								0xFF,0xF6,0xFF,0xFF,0xFF,0xFA,0xFF,0xFF,0xFF,0xFE,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF, \
								0xFF,0xFF,0xFF,0xFF,0xFF,0xFE,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF, \
								0xFF,0xFE,0xFF,0xFF,0xFF,0xBB,0xFF,0xFF,0xFF,0xA3,0xFF,0xFF,0xFF,0x8C,0xFF,0xFF,0xFF,0x93,0xFF,0xFF, \
								0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xAA,0xFF,0xFF, \
								0xFF,0x8E,0xFF,0xFF,0xFF,0x92,0xFF,0xFF,0xFF,0x8F,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF, \
								0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF, \
								0xFF,0xFE,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF, \
								0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFE,0xFF,0xFF,0xFF,0xFF
							)
							-- A small 8x8 White TGA Texture
							for i = 1 to (8*8) do
							(
								nullTex[a]=p.blue;b+=1
								nullTex[(a+1)]=p.green;b+=1
								nullTex[(a+2)]=p.red;b+=1
								a+=4
							)
							-- replaces pixels
							for x=1 to nullTex.count do writebyte s nullTex[x]
							fclose s
						)
					)
					undo off
					(
						with redraw off
						(
							classesArr = #(BoneGeometry,Biped_Object,Dummy,IK_Chain_Object,Point)
							getBone=for o in objects where findItem classesArr (classof o) > 0 collect o
							classesArr = #(Editable_Mesh,Editable_Poly,PolyMeshObject)
							if mshBySelection==false then
							(
								getMesh=for o in objects where findItem classesArr (classof o) > 0 collect o
								if getMesh.count==0 do messagebox "FAIL!!\nNothing Valid to Export"
							)
							else
							(
								getMesh=for o in selection where findItem classesArr (classof o) > 0 collect o
								if getMesh.count==0 do messagebox "FAIL!!\nNothing In Selection Valid to Export"
							)
							if getMesh.count!=0 do
							(
								struct bone_data(name,position,parent,child)
								boneBuffer = (bone_data name:#() position:#() parent:#() child:#())
								staticMsh=#()
								skin_bone_limit=#()
								skin_bone_limit[getMesh.count]=false
								faceCount=0
								for i = 1 to getMesh.count do
								(
									skinPresent=false
									PhyiqArray=""
									faceCount+=getMesh[i].numfaces
									for x = 1 to getMesh[i].modifiers.count do
									(
										skinMod=getMesh[i].modifiers[x]
										if classOf skinMod==Skin do
										(
											skinPresent=true
											if (skinOps.GetNumberBones skinMod)>=boneLimit do
											(
												skin_bone_limit[i]=true;boneWarning+=(getMesh[i].name+"\n")
											)
										)
										if classOf skinMod==Physique do PhyiqArray+=("                      - "+getMesh[i].name+"\n")
									)
									if skinPresent==false do append staticMsh getMesh[i]
									if PhyiqArray!="" do MessageBox ("WARNING!!   Physique Not Supported\n\nFollowing Objects Have Failed to Convert:\n"+PhyiqArray)
								)
								if (getBone.count+staticMsh.count)!=0 do
								(
									boneBuffer.name[(getBone.count+staticMsh.count)]=""
									boneBuffer.position[(getBone.count+staticMsh.count)]=[0,0,0]
									boneBuffer.parent[(getBone.count+staticMsh.count)]=0
									boneBuffer.child[(getBone.count+staticMsh.count)]=0
									for i = 1 to getBone.count do
									(
										obj=getBone[i]
										p=findItem getBone obj.parent
										c=findItem getBone obj.children[1]
										-- if p==0 do p=-1
										p-=1 -- convert to base 0
										if c==undefined do c=0
										boneBuffer.name[i]=obj.name
										boneBuffer.position[i]=obj.transform[4]
										boneBuffer.parent[i]=p
										boneBuffer.child[i]=c
									)
									for i = (getBone.count+1) to (getBone.count+staticMsh.count) do
									(
										obj=staticMsh[(i-getBone.count)]
										boneBuffer.name[i]=obj.name
										boneBuffer.position[i]=obj.transform[4]
										boneBuffer.parent[i]=-1
										boneBuffer.child[i]=0
									)
								)
								if mshAddRoot==true do
								(
									-- reorder crap
									find=findItem boneBuffer.name "root ground"
									if find==0 then
									(
										-- Need to add Ground Root
										insertItem "root ground" boneBuffer.name 1
										insertItem [0,0,0] boneBuffer.position 1
										insertItem -2 boneBuffer.parent 1
										insertItem 0 boneBuffer.child 1
										for i = 1 to boneBuffer.name.count do
										(
											boneBuffer.parent[i]+=1
										)
									)
									else
									(
										-- Reorder all bones to Ground Root (Not tested? dont know if this even works)
										if find!=1 then
										(
											-- the Root needs to be moved back to top
											-- NOT WRITTEN -> would mean unlinking the root? not safe?
										)
										else
										(
											-- reparent everything else to the top
											for i = 1 to boneBuffer.name.count do
											(
												if boneBuffer.parent[i]==-1 AND i!=find do
												(
													boneBuffer.parent[i]=0
												)
											)
										)
									)
								)
								if getMesh.count!=0 do
								(
									struct mesh_data(faces,vertices)
									struct mesh_data(name,matname,faces,vertices,matinfo)
									struct vertex_data(position,normal,tangent,colour,texture1,texture2,texture3,boneids,weights)
									struct material_data(diffmap,dirtmap,specmap,normmap,bumpmap1,bumpmap2,maskmap,envmap)
									meshBuffer = (mesh_data faces:#() vertices:#())
									matBuffer = (material_data diffmap:#() dirtmap:#() specmap:#() normmap:#() bumpmap1:#() bumpmap2:#() maskmap:#() envmap:#())
									meshBuffer = (mesh_data name:#() matname:#() faces:#() vertices:#() matinfo:#())
									vertBuffer = (vertex_data position:#() normal:#() tangent:#() colour:#() texture1:#() texture2:#() texture3:#() boneids:#() weights:#())
									vertBuffer.position [(faceCount*3)] = [0,0,0]
									vertBuffer.normal [(faceCount*3)] = [0,0,0]
									vertBuffer.tangent [(faceCount*3)] = [0,0,0]
									vertBuffer.colour [(faceCount*3)] = [0,0,0]
									vertBuffer.texture1 [(faceCount*3)] = [0,0,0]
									vertBuffer.texture2 [(faceCount*3)] = [0,0,0]
									vertBuffer.texture3 [(faceCount*3)] = [0,0,0]
									vertBuffer.boneids [(faceCount*3)] = [0,0,0,0]
									vertBuffer.weights [(faceCount*3)] = [0,0,0,0]
									faceBuffer=#()
									faceBuffer[(faceCount*3)]=0
								)
								vertCount=0 -- Counts used to index through my arrays
								faceCount=0
								for m = 1 to getMesh.count do
								(
									--loop meshcount
									tvCount=getNumTVerts getMesh[m]
									select getMesh[m]
									max modify mode
									modMesh = Edit_Mesh () --mkes sure mesh is triMesh
									uvwMesh = Unwrap_UVW () --makes sure mesh has UVs !! fuck causes bad uv's >_<
									addModifier getMesh[m] modMesh
									if tvCount==0 do addModifier getMesh[m] uvwMesh
									mat=getMesh[m].material
									tmesh = getMesh[m]
									-- tmesh = snapshotAsMesh getMesh[m] -- no material access wtf
									UVLayers=1 -- should return 2, the 2nd channel is reserved for vertex colours
									UVIndex=0
									if (numMapsUsed tmesh)>=3 do
									(
										;UVLayers=0 -- do a double check for vaild UV Channels
										for i = 1 to (numMapsUsed tmesh) do
										(
											-- loop through each uv channel
											if meshop.getMapSupport tmesh i == true do UVLayers+=1
										)
									)
									if uvLayers>=3 do messagebox ("ERROR!!\n"+tmesh.name+" uses more then 2 UV Layers\n Script was not setup for more then 2\n\n-Sorry will Add Support in the future")
									vColors=getNumCPVVerts tmesh -- returns 0 if there are no colours stored
									cvert=(color 255 255 255) --white
									num_verts = tmesh.numverts
									num_faces = tmesh.numfaces
									weightBuffer=#();weightBuffer[tmesh.numverts]=0.0
									boneIDBuffer=#();boneIDBuffer[tmesh.numverts]=0
									skinPresent=false
									skinMod=undefined
									if tmesh.modifiers.count!=0 then
									(
										for i = 1 to tmesh.modifiers.count do
										(
											-- Get Skin Data
											if classOf tmesh.modifiers[i]==Skin do
											(
												skinPresent=true
												skinMod=tmesh.modifiers[i]
											)
										)
										if skinPresent==true then
										(
											modPanel.setCurrentObject skinMod
											skinOps.RemoveZeroWeights skinMod
											for i = 1 to tmesh.numverts do
											(
												vertex_bone_count = skinOps.GetVertexWeightCount skinMod i -- #of weights per vert
												if vertex_bone_count!=0 then
												(
													weightCollection=#();weightCollection[vertex_bone_count]=0.0
													boneidCollection=#();boneidCollection[vertex_bone_count]=0
													for x = 1 to vertex_bone_count do
													(
														bone_weight = skinops.getvertexweight skinMod i x
														bone_index = findItem boneBuffer.name
														(
															skinOps.GetBoneName skinMod \
															(skinOps.GetVertexWeightBoneID  skinMod i x) 0
														)
														if bone_index==0 do bone_index=1
														if x<=4 do
														(
															-- limits to four bones weights per vertex
															weightCollection[x]=bone_weight
															boneidCollection[x]=bone_index
														)
													)
												)
												else
												(
													--dead weight found, nothing fancy just append weight to bone1
													weightCollection=#();weightCollection[1]=0.0
													boneidCollection=#();boneidCollection[1]=0
													bone_index = 1
													weightCollection[1]=1.0
													boneidCollection[1]=1
												)
												if vertex_bone_count<=4 then
												(
													for x = (vertex_bone_count+1) to 4 do
													(
														weightCollection[x]=0
														boneidCollection[x]=0
													)
												)
												else
												(
													w=weightCollection[1]+weightCollection[2]+weightCollection[3]+weightCollection[4]
													d=1-w;weightCollection[1]=(weightCollection[1]+d)
												)
												b1=boneidCollection[1]-1 -- convert to base 0
												b2=boneidCollection[2]-1
												b3=boneidCollection[3]-1
												b4=boneidCollection[4]-1
												if b1<=0 do b1=0
												if b2<=0 do b2=0
												if b3<=0 do b3=0
												if b4<=0 do b4=0
												boneIDBuffer[i]=[b1,b2,b3,b4]
												-- boneIDBuffer[i]=[(boneidCollection[1]),(boneidCollection[2]),(boneidCollection[3]),(boneidCollection[4])]
												weightBuffer[i]=[(weightCollection[1]),(weightCollection[2]),(weightCollection[3]),(weightCollection[4])]
											)
										)
										else
										(
											for x = 1 to tmesh.numverts do
											(
												-- static mesh, fix skin info
												weightBuffer[x]=[1,0,0,0]
												if tmesh.parent!=undefined
												then boneid=findItem boneBuffer.name tmesh.parent.name -- weight to a possible parent
												else boneid=findItem boneBuffer.name tmesh.name -- if no parent weight to scene root
												boneid-=1 -- convert to base 0
												if boneid<=0 do boneid=0 -- convert to base 0
												boneIDBuffer[x]=[boneid,0,0,0]
											)
										)
									)
									else
									(
										for x = 1 to tmesh.numverts do
										(
											weightBuffer[x]=[1,0,0,0]
											if tmesh.parent!=undefined
											then boneid=findItem getBone tmesh.parent.name
											else boneid=findItem getBone tmesh.name
											boneid-=1 -- convert to base 0
											if boneid<=0 do boneid=0 -- convert to base 0
											boneIDBuffer[x]=[boneid,0,0,0]
										)
									)
									modNorm = Edit_Normals ()
									addModifier tmesh modNorm
									vertCollection=#() -- arrays reset on each mesh / material ID
									normCollection=#()
									tvertCollection=#()
									faceCollection=#()
									boneCheck=#()
									vertCollection[(num_faces*3)] = [0,0,0,0]
									normCollection[(num_faces*3)] = [0,0,0]
									tvertCollection[(num_faces*3)] = [0,0,0,0]
									faceCollection[num_faces] = [0,0]
									if classOf mat==Multimaterial then
									(
										-- If MultiMaterial, Sort Faces By IDs
										for x = 1 to num_faces do
										(
											faceCollection[x]=[(getFaceMatId tmesh x),(tmesh.faces[x].index)]
										)
										fn sortFN v1 v2 =
										(
											local d=v1[1]-v2[1];
											case of
											(
												(d < 0.): -1
												(d > 0.): 1
												default: 0
											);
										);
										qsort faceCollection sortFN
									)
									else(for x = 1 to num_faces do (faceCollection[x]= [1,x]))
									faceStart=faceCollection[1][1]
									faceCounter=0
									count=0 -- count for resetable arrays
									boneLimitReached=false
									for x = 1 to num_faces do
									(
										if boneLimitReached==true do
										(
											matcrap=getMaterial tmesh faceStart
											append meshBuffer.matinfo [(matcrap[1] as integer),(matcrap[6] as float),(matcrap[11] as float),(matcrap[12] as float)]
											append matBuffer.diffmap matcrap[2]
											append matBuffer.dirtmap matcrap[7]
											append matBuffer.specmap matcrap[5]
											append matBuffer.normmap matcrap[8]
											append matBuffer.bumpmap1 matcrap[9]
											append matBuffer.bumpmap2 matcrap[10]
											append matBuffer.maskmap matcrap[13]
											append matBuffer.envmap matcrap[14]
											if matNames==true then mshName=(checkname tmesh.name) else mshName=(checkname tmesh.name)
											find=findItem meshBuffer.name mshName
											if find!=0 do mshName=renamedup meshBuffer.name find
											append meshBuffer.name mshName
											append meshBuffer.matname mshName
											vertCollection=#() -- reset arrays
											normCollection=#()
											tvertCollection=#()
											boneCheck=#()
											vertCollection[(num_faces*3)] = [0,0,0,0]
											normCollection[(num_faces*3)] = [0,0,0]
											tvertCollection[(num_faces*3)] = [0,0,0,0]
											append meshBuffer.faces faceCounter -- save counts, and reset shit
											append meshBuffer.vertices count
											boneLimitReached=false
											faceCounter=0
											count=0
										)
										case of
										(
											(classOf mat==Multimaterial):
											(
												-- reading materials, also rests arrays on new matID
												d=faceCollection[x][1]-faceStart -- Compares Current MatID vs the Last MatID
												case of
												(
													(d != 0):
													(
														-- Means Unique ID, need to reset
														matcrap=getMaterial tmesh faceStart
														append meshBuffer.matinfo [(matcrap[1] as integer),(matcrap[6] as float),(matcrap[11] as float),(matcrap[12] as float)]
														append matBuffer.diffmap matcrap[2]
														append matBuffer.dirtmap matcrap[7]
														append matBuffer.specmap matcrap[5]
														append matBuffer.normmap matcrap[8]
														append matBuffer.bumpmap1 matcrap[9]
														append matBuffer.bumpmap2 matcrap[10]
														append matBuffer.maskmap matcrap[13]
														append matBuffer.envmap matcrap[14]
														case of
														(
															(mat.material[(faceCollection[x][1])] != undefined):
															(
																if matNames==true then mshName=(checkname tmesh.material[faceStart].name) else mshName=(checkname tmesh.name)
																find=findItem meshBuffer.name mshName
																if find!=0 do mshName=renamedup meshBuffer.name find
																append meshBuffer.name mshName
																append meshBuffer.matname mshName
															)
															(mat.material[(faceCollection[x][1])] == undefined):
															(
																if matNames==true then mshName=("Mat_"+(x as string)+"_"+(faceCollection[x][1] as string)) else mshName=(checkname tmesh.name)
																find=findItem meshBuffer.name mshName
																if find!=0 do mshName=renamedup meshBuffer.name find
																append meshBuffer.name mshName
																append meshBuffer.matname mshName
															)
														)
														-- suppose to ensure that the material name is correct, this is critical.. but not properly set yet. -FIX ME!!
														vertCollection=#() -- reset arrays
														normCollection=#()
														tvertCollection=#()
														boneCheck=#()
														vertCollection[(num_faces*3)] = [0,0,0,0]
														normCollection[(num_faces*3)] = [0,0,0]
														tvertCollection[(num_faces*3)] = [0,0,0,0]
														append meshBuffer.faces faceCounter -- save counts, and reset shit
														append meshBuffer.vertices count
														faceStart=faceCollection[x][1]
														faceCounter=0
														count=0
													)
												)
											)
											(classOf mat!=Multimaterial):
											(
												-- assume this is an invalid material, or some other special type of material
												-- do something here? lol makeup fake mat info
												-- FIX ME!!
											)
										)
										findex=getFace tmesh faceCollection[x][2] -- gets face index of mesh
										tindex=getTVFace tmesh faceCollection[x][2] -- gets face index of texture coordinates
										if vColors!=0 do cindex=getVCFace tmesh faceCollection[x][2] -- gets face index of vertex colours
										-- t2index=getTVFace tmesh faceCollection[x][2] -- gets face for second UV channel (Fixed Channel)
										if mshOptimise==true then
										(
											for y = 1 to 3 do
											(
												vert=getVert tmesh findex[y]
												tvert=getTVert tmesh tindex[y]
												tvert2=getTVert tmesh tindex[y]
												if vColors!=0 do cvert=getVertColor tmesh cindex[y]
												norm=modNorm.GetNormal (modNorm.GetNormalID faceCollection[x][2] y)
												vertCull=findItem vertCollection [vert.x,vert.y,vert.z,(findex[y])]
												tvertCull=findItem tvertCollection [tvert.x,tvert.y,0,(tindex[y])]
												normCull=findItem normCollection norm
												if vertCull!=0 do (if normCollection[vertCull]!=norm do normCull=0)
												if vertCull!=tvertCull OR vertCull==0 OR normCull==0 then
												(
													--not found
													count+=1
													faceCount+=1
													vertCount+=1
													vertCollection[count]=[vert.x,vert.y,vert.z,(findex[y])]
													tvertCollection[count]=[tvert.x,tvert.y,0,(tindex[y])]
													normCollection[count]=norm
													vertBuffer.position[vertCount]=[vert.x,vert.y,vert.z,(findex[y])] -- Face ID is left, relates to the Skin Weight
													vertBuffer.texture1[vertCount]=[tvert.x,tvert.y,0]
													vertBuffer.colour[vertCount]=cvert
													vertBuffer.normal[vertCount]=norm
													vertBuffer.boneids[vertCount]=boneIDBuffer[(findex[y])]
													vertBuffer.weights[vertCount]=weightBuffer[(findex[y])]
													faceBuffer[faceCount]=count
													if skin_bone_limit[m]==true do
													(
														-- if current object exceeds bone limit, start new mesh
														boneids=boneIDBuffer[(findex[y])]
														for b = 1 to 4 do(if (finditem boneCheck boneids[b])==0 do append boneCheck boneids[b])
														if boneCheck.count>=boneLimit do(boneLimitReached=true)
													)
													-- note to self, need to copy any changes to this function to the unoptimized loop
												)
												else
												(
													faceCount+=1
													faceBuffer[faceCount]=vertCull
												)
											)
										)
										else
										(
											for y = 1 to 3 do
											(
												vert=getVert tmesh findex[y]
												tvert=getTVert tmesh tindex[y]
												norm=modNorm.GetNormal (modNorm.GetNormalID faceCollection[x][2] y)
												count+=1
												faceCount+=1
												vertCount+=1
												vertBuffer.position[vertCount]=[vert.x,vert.y,vert.z,(findex[y])] -- Face ID is left, relates to the Skin Weight
												vertBuffer.texture1[vertCount]=[tvert.x,tvert.y,0]
												vertBuffer.normal[vertCount]=norm
												vertBuffer.boneids[vertCount]=boneIDBuffer[(findex[y])]
												vertBuffer.weights[vertCount]=weightBuffer[(findex[y])]
												faceBuffer[faceCount]=count
											)
										)
										faceCounter+=1
									)
									matcrap=getMaterial tmesh faceStart
									append meshBuffer.matinfo [(matcrap[1] as integer),(matcrap[6] as float),(matcrap[11] as float),(matcrap[12] as float)]
									append matBuffer.diffmap matcrap[2]
									append matBuffer.dirtmap matcrap[7]
									append matBuffer.specmap matcrap[5]
									append matBuffer.normmap matcrap[8]
									append matBuffer.bumpmap1 matcrap[9]
									append matBuffer.bumpmap2 matcrap[10]
									append matBuffer.maskmap matcrap[13]
									append matBuffer.envmap matcrap[14]
									append meshBuffer.vertices count --flush counts (this may be improper? replace with if statement if counts are borked)
									append meshBuffer.faces faceCounter
									if classOf mat==Multimaterial then
									(
										if matNames==true then mshName=(checkname tmesh.material[faceStart].name) else mshName=(checkname tmesh.name)
										find=findItem meshBuffer.name mshName
										if find!=0 do mshName=renamedup meshBuffer.name find
										append meshBuffer.name mshName
										append meshBuffer.matname mshName
									)
									else
									(
										if tmesh.material==undefined then
										(
											if matNames==true then mshName=(checkname tmesh.name) else mshName=tmesh.name
											find=findItem meshBuffer.name mshName
											if find!=0 do mshName=renamedup meshBuffer.name find
											append meshBuffer.name mshName
											append meshBuffer.matname mshName
										)
										else
										(
											if matNames==true then mshName=(checkname tmesh.material.name) else mshName=(checkname tmesh.name)
											find=findItem meshBuffer.name mshName
											if find!=0 do mshName=renamedup meshBuffer.name find
											append meshBuffer.name mshName
											append meshBuffer.matname mshName
										)
									)
									deleteModifier tmesh modNorm
									deleteModifier tmesh modMesh
									if tvCount==0 do deleteModifier tmesh uvwMesh
								)
								print meshBuffer
								if getMesh.count!=0 do
								(
									-- xnalara ASCII format
									vertIndex=1
									nextvert=0
									faceIndex=1
									nextface=0
									faceCounter=0
									format "% # bones\n" boneBuffer.name.count to:out_file
									for f = 1 to boneBuffer.name.count do
									(
										format "%\n" boneBuffer.name[f] to:out_file
										format "% # parent index\n" boneBuffer.parent[f] to:out_file
										format "% % %\n" (boneBuffer.position[f][1]*mshScale) (boneBuffer.position[f][3]*mshScale) (boneBuffer.position[f][2]*-mshScale) to:out_file
									)
									format "% # meshes\n" meshBuffer.name.count to:out_file
									for f = 1 to meshBuffer.name.count do
									(
										nextvert+=meshBuffer.vertices[f]
										nextface+=meshBuffer.faces[f]
										format "%_%_%_%_%\n" (meshBuffer.matinfo[f][1]as integer) meshBuffer.name[f] (meshBuffer.matinfo[f][2]/100) meshBuffer.matinfo[f][3] meshBuffer.matinfo[f][4] to:out_file -- THE NAME IS CRITICAL, CURENTLY NOT PROPERLY SETUP!!
										format "% # uv layers\n" 1 to:out_file	-- Multiple UV channels not setup yet
										texCount=1
										a=meshBuffer.matinfo[f][1]	-- calculated render group
										case of
										(
											(a == 1): texCount=6
											(a == 2): texCount=3
											(a == 3): texCount=2
											(a == 4): texCount=2
											(a == 5): texCount=1
											(a == 6): texCount=2
											(a == 7): texCount=1
											(a == 8): texCount=3
											(a == 9): texCount=2
											(a == 10): texCount=1
											(a == 11): texCount=2
											(a == 12): texCount=2
											(a == 13): texCount=1
											(a == 14): texCount=2
											(a == 15): texCount=2
											(a == 16): texCount=1
											(a == 17): texCount=2
											(a == 18): texCount=1
											(a == 19): texCount=2
											(a == 20): texCount=6
											(a == 21): texCount=1
											(a == 22): texCount=7
											(a == 23): texCount=7
											(a == 24): texCount=4
											(a == 25): texCount=4
											(a == 26): texCount=3
											(a == 27): texCount=3
											(a == 28): texCount=6
											(a == 29): texCount=6
											default: texCount=1
										)
										format "% # textures\n" texCount to:out_file
										case of
										(
											(texCount==1):
											(
												format "%\n% # uv layer index\n" matBuffer.diffmap[f] 0 to:out_file
											)
											(texCount==2):
											(
												format "%\n% # uv layer index\n" matBuffer.diffmap[f] 0 to:out_file
												if matBuffer.dirtmap[f]!=""
												then format "%\n"matBuffer.dirtmap[f] to:out_file
												else format "%\n"matBuffer.normmap[f] to:out_file
												format "% # uv layer index\n" 0 to:out_file -- layers not implemented yet
											)
											(texCount==3):
											(
												format "%\n% # uv layer index\n" matBuffer.diffmap[f] 0 to:out_file
												if matBuffer.envmap[f]!=""
												then format "%\n% # uv layer index\n"matBuffer.normmap[f] 0 matBuffer.envmap[f] to:out_file -- layers not implemented yet
												else format "%\n% # uv layer index\n"matBuffer.dirtmap[f] matBuffer.normmap[f] to:out_file
											)
											(texCount==4):
											(
												format "%\n% # uv layer index\n" matBuffer.diffmap[f] 0 to:out_file
												format "%\n% # uv layer index\n" matBuffer.dirtmap[f] 0 to:out_file
												format "%\n% # uv layer index\n" matBuffer.normmap[f] 0 to:out_file
												format "%\n% # uv layer index\n" matBuffer.specmap[f] 0 to:out_file
											)
											(texCount==6):
											(
												format "%\n% # uv layer index\n" matBuffer.diffmap[f] 0 to:out_file
												if matBuffer.envmap[f]!=""
												then format "%\n% # uv layer index\n%\n% # uv layer index\n%\n% # uv layer index\n%\n% # uv layer index\n%\n% # uv layer index\n"\
												matBuffer.normmap[f] 0 matBuffer.maskmap[f] 0 matBuffer.bumpmap1[f] 0 matBuffer.bumpmap2[f] 0 matBuffer.envmap[f] 0 to:out_file -- layers not implemented yet
												else format "%\n% # uv layer index\n%\n% # uv layer index\n%\n% # uv layer index\n%\n% # uv layer index\n%\n% # uv layer index\n"\
												matBuffer.dirtmap[f] 0 matBuffer.normmap[f] 0 matBuffer.maskmap[f] 0 matBuffer.bumpmap1[f] 0 matBuffer.bumpmap2[f] 0 to:out_file -- layers not implemented yet
											)
											(texCount==7):
											(
												format "%\n% # uv layer index\n" matBuffer.diffmap[f] 0 to:out_file
												format "%\n% # uv layer index\n" matBuffer.dirtmap[f] 0 to:out_file
												format "%\n% # uv layer index\n" matBuffer.normmap[f] 0 to:out_file
												format "%\n% # uv layer index\n" matBuffer.maskmap[f] 0 to:out_file
												format "%\n% # uv layer index\n" matBuffer.bumpmap1[f] 0 to:out_file
												format "%\n% # uv layer index\n" matBuffer.bumpmap2[f] 0 to:out_file
												format "%\n% # uv layer index\n" matBuffer.specmap[f] 0 to:out_file
											)
										)
										format "% # vertices\n" meshBuffer.vertices[f] to:out_file
										for i = vertIndex to nextvert do
										(
											format "% % %\n" (vertBuffer.position[i][1]*mshScale) (vertBuffer.position[i][3]*mshScale) (vertBuffer.position[i][2]*-mshScale) to:out_file
											norm=normalize [(vertBuffer.normal[i][1]*mshScale),(vertBuffer.normal[i][3]*mshScale),(vertBuffer.normal[i][2]*-mshScale)]
											format "% % %\n" norm.x norm.y norm.z to:out_file
											-- format "% % %\n" vertBuffer.normal[i][1] vertBuffer.normal[i][3] vertBuffer.normal[i][2] to:out_file
											format "% % % %\n" (vertBuffer.colour[i].red as integer) (vertBuffer.colour[i].green as integer) (vertBuffer.colour[i].blue as integer) 0 to:out_file -- vertex colours not setup yet
											for y = 1 to 1 do
											(
												-- needs UV layer count, net setup yet
												if y==1 do format "% %\n" vertBuffer.texture1[i][1] (vertBuffer.texture1[i][2]*-1) to:out_file
												if y==2 do format "% %\n" vertBuffer.texture2[i][1] (vertBuffer.texture2[i][2]*-1) to:out_file
												if y==3 do format "% %\n" vertBuffer.texture3[i][1] (vertBuffer.texture3[i][2]*-1) to:out_file
											)
											-- -- Vertex Tangents would go here
											format "% % % %\n" (vertBuffer.boneids[i][1]as integer) (vertBuffer.boneids[i][2]as integer) (vertBuffer.boneids[i][3]as integer) (vertBuffer.boneids[i][4]as integer) to:out_file
											format "% % % %\n" vertBuffer.weights[i][1] vertBuffer.weights[i][2] \
											vertBuffer.weights[i][3] vertBuffer.weights[i][4] to:out_file
										)
										format "% # faces\n" meshBuffer.faces[f] to:out_file
										for i = faceIndex to nextface do
										(
											fa=faceBuffer[(faceCounter+1)]-1
											fb=faceBuffer[(faceCounter+2)]-1
											fc=faceBuffer[(faceCounter+3)]-1
											format "% % %\n" fc fb fa to:out_file
											faceCounter+=3
										)
										faceIndex+=meshBuffer.faces[f]
										vertIndex+=meshBuffer.vertices[f]
									)
									-- mesh loop
									for x = 1 to matBuffer.diffmap.count do
									(
										if matBuffer.diffmap[x]=="diff_null.tga" do maketext (fpath+"\\diff_null.tga") (color 115 115 115)
										if matBuffer.dirtmap[x]=="dirt_null.tga" do maketext (fpath+"\\dirt_null.tga") (color 254 254 254)
										if matBuffer.specmap[x]=="spec_null.tga" do maketext (fpath+"\\spec_null.tga") (color 50 50 50)
										if matBuffer.normmap[x]=="norm_null.tga" do maketext (fpath+"\\norm_null.tga") (color 128 128 255)
										if matBuffer.maskmap[x]=="mask_null.tga" do maketext (fpath+"\\mask_null.tga") (color 255 0 0)
										if matBuffer.bumpmap1[x]=="bump1_null.tga" do maketext (fpath+"\\bump1_null.tga") (color 128 128 255)
										if matBuffer.bumpmap2[x]=="bump2_null.tga" do maketext (fpath+"\\bump2_nul.tgal") (color 128 128 255)
									)
								)
								-- vertIndex=1
								-- nextvert=0
								-- faceIndex=1
								-- nextface=0
								-- lastface=0
								-- faceCounter=0
								-- for f = 1 to meshBuffer.name.count do
								(
									--dumps output as a wavefront OBJ format
									-- nextvert+=meshBuffer.vertices[f]
									-- format "# % vertices\n" meshBuffer.vertices[f] to:out_file
									-- for i = vertIndex to nextvert do
									(
										-- format "v % % %\n" (vertBuffer.position[i][1]*mshScale) (vertBuffer.position[i][3]*mshScale) (vertBuffer.position[i][2]*-mshScale) to:out_file
									)
									-- format "\n# % vertex normals\n" meshBuffer.vertices[f] to:out_file
									-- for i = vertIndex to nextvert do
									(
										-- norm=normalize [(vertBuffer.normal[i][1]*mshScale),(vertBuffer.normal[i][3]*mshScale),(vertBuffer.normal[i][2]*-mshScale)]
										-- format "vn % % %\n" norm.x norm.y norm.z to:out_file
										-- -- format "vn % % %\n" (vertBuffer.normal[i][1]*mshScale) (vertBuffer.normal[i][3]*mshScale) (vertBuffer.normal[i][2]*-mshScale) to:out_file
										--
									)
									-- format "\n# % texture coords\n" meshBuffer.vertices[f] to:out_file
									-- for i = vertIndex to nextvert do
									(
										-- format "vt % % 0.0\n" vertBuffer.texture1[i][1] vertBuffer.texture1[i][2] to:out_file
									)
									-- vertIndex+=meshBuffer.vertices[f]
								)
								-- print ("My Face Array has "+(faceBuffer.count as string)+" Entries")
								-- for f = 1 to meshBuffer.name.count do
								(
									-- format "\n# % faces\n" meshBuffer.faces[f] to:out_file
									-- format "g %\n" meshBuffer.name[f] to:out_file
									-- nextface+=meshBuffer.faces[f]
									-- print ("Currently Reading Set "+(f as string)+" from index "+(faceIndex as string)+" to "+(nextface as string)+"\n")
									-- for i = faceIndex to nextface do
									(
										-- fa=faceBuffer[(faceCounter+1)]+lastface
										-- fb=faceBuffer[(faceCounter+2)]+lastface
										-- fc=faceBuffer[(faceCounter+3)]+lastface
										-- format "f %/%/% %/%/% %/%/%\n" fa fa fa fb fb fb fc fc fc to:out_file
										-- faceCounter+=3
									)
									-- faceIndex+=meshBuffer.faces[f]
									-- lastface+=meshBuffer.vertices[f]
									--
								)
								close out_file
								if doesFileExist (fpath+"\\MeshAsciiToBin.exe")==true do
								(
									DOSCommand ("MeshAsciiToBin.exe \""+ssource+"\"")
								)
								messagebox ("DONE!\nOperation Completed in: "+((((timestamp()-st)/1000)+10)as string)+" s")
								if boneWarning!="" do messagebox ("Warning!\nThe Following Meshes Exceed The 59 Bone Limit\n\n"+boneWarning)
								gc() -- this will erase and undo saves, helps? flush files
								enableSceneRedraw()
							)
						)
					)
					-- undo renabled / redraw scene
				)
				else(MessageBox "Error Creating File!")
			)
			else (Print "Aborted.")
			format "% ms\n" (timestamp()-st)
		)
		-- Close Button for EXPORT
		on btn3 pressed do
		(
			rollout AboutBox "About..." width:300 height:200
			(
					label lbl3 "XNALara Converter (v1.1b) (August2011)" pos:[16,15] width:263 height:16
					label lbl4 "__________________________________________________________________________" pos:[18,29] width:263 height:17
					label lbl5 "- Mario_Kart64n (mario_kart64n@hotmail.com)" pos:[19,176] width:272 height:19
					label lbl8 "__________________________________________________________________________" pos:[18,153] width:263 height:17
					label lbl9 "Yay ^_^ second exporter I've written so far, and much an improvement\n\nScript is pretty much self-explainatory.. it imports XnaLara Stuff\nIf you have questions head over to the forums www.tombraiderforums.com\n" pos:[19,55] width:262 height:95
			)
			createDialog AboutBox
		)
	)
	createDialog appGUI
	gc() -- flushes cache, also resets undo. but command needed to help release files (not required to be on)
	fclose f
	fclose s
	clearlistener()
)
else(MessageBox "ERROR!!\nYour 3DSMAX Is Not Compatible with this Script\n-Sorry")