3D MAX高版本的檔案怎麼儲存才能在低版本中開啟

BFFO_4_2.ms是一個不錯的選擇。它是一個可以在3ds
Max不同版本檔案之間進行檔案格式轉換的指令碼。基本支援Max所有版本的檔案。使用它可以很方便地將高版本建立的Max場景檔案轉換為可以被低版本的
3ds Max開啟的檔案格式，同時支援超過800000個面或超過1000個幾何體場景的資料轉換。另外，因為它是指令碼檔案，所以不需要安裝。
執行MAXScript-Run Script…命令,在彈出的Choose Editor File對話方塊中選擇執行BFFO_4_2指令碼

02執行 Customize-Customize User Imterface…命令,在彈出的對話方塊中選擇Quads標籤,更改Category下拉項為Bobo_s Tools,選擇BFF_Exporter,將其拖拽至右側的視窗
03選擇要轉換的物體.單擊右鍵選單中的BFF_Exporter命令
04此時會彈出”BFF匯出”對話方塊,要求選擇需要儲存的內容
當前預設匯出的是幾何體、材質、燈光、攝像機、樣條和幫助物體。另外在對話方塊下方的Preferences部分，還包含塌陷堆疊、動畫、“材質”編輯器、
壓縮存檔、程式支援和僅被選擇物體等六個部分，將其按下就表示所選擇的引數型別將會被匯出。保持預設按下EXPORT
SCENE按鈕，將此場景匯出。此時彈出對話方塊要求儲存匯出的檔案為.ms的指令碼檔案，
05開啟低版本的3ds Max,執行MAXScript-Run Script…命令，在彈出的Choose Editor File對話方塊中選擇開啟剛剛匯出的檔案，
單擊“開啟”按鈕後，會彈出對話方塊，合併到當前場景選擇No按鈕,否則選擇Yes按鈕。

不能上傳附件，複製下面程式碼儲存成.ms檔案用

macroScript BFF_Exporter category:”Bobo_s Tools”<br /> (<br /> ———————————————————————<br /> –BOBO’S FILE FORMAT (BFF)<br /> –(formerly known as “Back From Five”)<br /> –Beta 0.4.2<br /> –Started: 01/10/2002<br /> –Edited : 09/24/2003<br /> –Code by Borislav Petrov<br /> –bobo@email.archlab.tuwien.ac.at<br /> ———————————————————————<br /> –SHORT DESCRIPTION:<br /> –Transfer basic scene data between different 3ds max versions<br /> –using a MAXScript intermediate format which re-creates the<br /> –objects when evaluated. No importer is required!<br /> ———————————————————————<br /> –WHY NOT USE ONE OF THE OTHER EXPORTERS?<br /> –.3DS does not preserve UV coordinates completely<br /> –.OBJ does not translate all max-specific properties<br /> –.ASE can only export, the unsupported importer is not available for all Max versions<br /> ———————————————————————<br /> –CURRENTLY SUPPORTED FEATURES:<br /> –*Geometry as EditableMesh incl. Modified Objects, Patches, NURBS, R4 Bones<br /> –*EPoly via EditableMesh conversion on supported platforms, otherwise import as Editable Mesh.<br /> –*Smoothing Groups<br /> –*Edge Visibility<br /> –*Material IDs<br /> –*Name and Transforms<br /> –*General Object Properties<br /> –*User Properties Buffer<br /> –*Texture coordinates – all UVW channels (both R4 and R3 DLX implementation supported)<br /> –*ColorVertices<br /> –*Basic Material Tree support. Converts Materials and Maps, preserves most properties<br /> –*Root Materials Instancing support<br /> –*Texture Map Coordinate, Timing and Output Settings<br /> –*Material Editor materials<br /> –*Native SplineShape support<br /> –*Cameras<br /> –*Standard Lights<br /> –*Helpers<br /> –*Base Primitives<br /> –*Basic Modifier Stack (limited number of non-topology dependent Modifiers supported)<br /> –*Parent-Child Hierarchy<br /> –*Animation controllers hierarchies, Bezier and TCB keys, Tangents, Before&After ORT<br /> –*Scene Animation Segment and Current Time<br /> ———————————————————————<br /> –POSSIBLE FUTURE FEATURES<br /> –*Vertex Animation support<br /> –*Skin Modifier support with Vertex Weights, Bones, Envelopes etc.<br /> –*Environment settings<br /> –*Basic Rendering settings<br /> –*Basic Patch support<br /> ———————————————————————<br /> global bff_floater<br /> local bff_roll<br /> local generated_mesh_fn = false<br /> local generated_spline_fn = false<br /> local bff_version_number = “0.4.2”<br /> local bff_version_date = “09/24/2003”<br /> local scene_name = “Untitled”<br /> local test_stack, out_name, materials_to_export_index, obj_cnt, base_dir_name<br /> local max_version = maxversion()<br /> max_version = max_version[1]<br /> max_version /= 1000.0 </p> <p>———————————————<br /> — EXPORT SPLINE DATA TO EXTERNAL BFF FILE —<br /> ———————————————<br /> fn export_spline_external o external_file_name =<br /> (<br /> local out_file = createFile external_file_name<br /> e_spline = copy o<br /> addmodifier e_spline (edit_spline())<br /> collapsestack e_spline<br /> format “——————————————————————-/n” to:out_file<br /> format “– BFF Spline Definition For [%]/n” o.name to:out_file<br /> format “– Version % – % /n” bff_version_number bff_version_date to:out_file<br /> format “– Exporter by Borislav ‘Bobo’ Petrov /n” to:out_file<br /> format “– http://www.scriptspot.com/bobo/ /n” to:out_file<br /> format “——————————————————————-/n” to:out_file<br /> format “– SOURCE SCENE NAME: /t[%] /n” scene_name to:out_file<br /> format “– EXPORT DATE: /t[%] /n” localtime to:out_file<br /> format “– SOURCE VERSION: /t[%] /n” max_version to:out_file<br /> format “——————————————————————-/n” to:out_file</p> <p> format “% /t–Spline Count/n” e_spline.NumSplines to:out_file</p> <p> for s = 1 to e_spline.NumSplines do<br /> (<br /> format “% /t–Spline Knot Count/n” (numKnots e_spline s) to:out_file<br /> format “% /t–Spline Closed?/n” (isClosed e_spline s) to:out_file<br /> )</p> <p> for s = 1 to e_spline.NumSplines do<br /> (<br /> num_verts = (numKnots e_spline s)<br /> bff_roll.current_action.text = o.name ” : Knots in Spline ” s as string<br /> format “–KNOT LIST FOR SPLINE %/n” s to:out_file<br /> for v = 1 to num_verts do<br /> (<br /> bff_roll.local_progress.value = 100.0 * v / num_verts<br /> get_type = getKnotType e_spline s v<br /> get_vert = getKnotPoint e_spline s v<br /> get_in = getInVec e_spline s v<br /> get_out = getOutVec e_spline s v<br /> format “%, %, %, %, %/n” v get_type get_vert get_in get_out to:out_file<br /> )–end v loop<br /> )–end c loop</p> <p> format “—————–/n” to:out_file<br /> format “– End Of File –/n” to:out_file<br /> format “—————–/n” to:out_file<br /> close out_file<br /> delete e_spline<br /> )</p> <p>——————————————-<br /> — EXPORT MESH DATA TO EXTERNAL BFF FILE —<br /> ——————————————-<br /> fn export_geometry_external o external_file_name =<br /> (<br /> local out_file = createFile external_file_name<br /> o_mesh = snapshotAsMesh o<br /> format “——————————————————————-/n” to:out_file<br /> format “– BFF Mesh Definition For [%]/n” o.name to:out_file<br /> format “– Version % – % /n” bff_version_number bff_version_date to:out_file<br /> format “– Exporter by Borislav ‘Bobo’ Petrov /n” to:out_file<br /> format “– http://www.scriptspot.com/bobo/ /n” to:out_file<br /> format “——————————————————————-/n” to:out_file<br /> format “– SOURCE SCENE NAME: /t[%] /n” scene_name to:out_file<br /> format “– EXPORT DATE: /t[%] /n” localtime to:out_file<br /> max_version = maxversion()<br /> max_version = max_version[1]<br /> max_version /= 1000.0<br /> format “– SOURCE VERSION: /t[%] /n” max_version to:out_file<br /> format “——————————————————————-/n” to:out_file</p> <p> format “% /t–Vertex Count/n” o_mesh.numverts to:out_file<br /> format “% /t–Face Count/n” o_mesh.numfaces to:out_file</p> <p> channel_support_array = #()<br /> for c = 0 to 99 do if meshop.getMapSupport o_mesh c then append channel_support_array c</p> <p> format “% /t–Supported Texture Channels Count/n” channel_support_array.count to:out_file<br /> for c in channel_support_array do<br /> (<br /> format “% /t–Texture Channel Number/n” c to:out_file<br /> format “% /t–Texture Vertex Count /n” (meshop.getNumMapVerts o_mesh c) to:out_file<br /> format “% /t–Texture Faces Count /n” (meshop.getNumMapFaces o_mesh c) to:out_file<br /> )</p> <p> format “% /t–Available Texture Channels/n” (meshop.getNumMaps o_mesh) to:out_file<br /> bff_roll.current_action.text = o.name ” : Verices”<br /> format “–VERTEX LIST:/n” to:out_file</p> <p> for v = 1 to o_mesh.numverts do<br /> (<br /> bff_roll.local_progress.value = 100.0 * v / o_mesh.numverts<br /> get_vert = getVert o_mesh v<br /> format “%, %/n” v get_vert to:out_file<br /> )–end v loop<br /> bff_roll.current_action.text = o.name ” : Faces”<br /> format “–FACE LIST IN FORMAT/n” to:out_file<br /> format “–Index FaceDef MatID SmoothingGroup Edge1 Edge2 Egde3/n” to:out_file<br /> for f = 1 to o_mesh.numfaces do<br /> (<br /> bff_roll.local_progress.value = 100.0 * f / o_mesh.numfaces<br /> get_face = getFace o_mesh f<br /> format “%, %, ” f get_face to:out_file<br /> get_face = getFaceMatId o_mesh f<br /> format “%, ” get_face to:out_file<br /> get_face = getFaceSmoothGroup o_mesh f<br /> format “%, ” get_face to:out_file<br /> get_edgevis_1 = getEdgeVis o_mesh f 1<br /> get_edgevis_2 = getEdgeVis o_mesh f 2<br /> get_edgevis_3 = getEdgeVis o_mesh f 3<br /> format “%, %, % /n” get_edgevis_1 get_edgevis_2 get_edgevis_3 to:out_file<br /> )–end f loop</p> <p> for c = 0 to channel_support_array.count-1 do<br /> (<br /> num_map_verts = meshop.GetNumMapVerts o_mesh channel_support_array[c 1]<br /> bff_roll.current_action.text = o.name ” : TVerices C:” c as string<br /> format “–TEXTURE VERTEX LIST FOR CHANNEL %/n” c to:out_file<br /> for v = 1 to num_map_verts do<br /> (<br /> bff_roll.local_progress.value = 100.0 * v / num_map_verts<br /> get_vert = meshop.getMapVert o_mesh channel_support_array[c 1] v<br /> format “%, %/n” v get_vert to:out_file<br /> )–end v loop<br /> num_map_faces = meshop.GetNumMapFaces o_mesh channel_support_array[c 1]<br /> bff_roll.current_action.text = o.name ” : TFaces C:” c as string<br /> format “–TEXTURE FACES LIST FOR CHANNEL %/n” c to:out_file<br /> for f = 1 to num_map_faces do<br /> (<br /> bff_roll.local_progress.value = 100.0 * f / num_map_faces<br /> get_face = meshop.getMapFace o_mesh channel_support_array[c 1] f<br /> format “%, %/n” f get_face to:out_file<br /> )–end f loop<br /> )–end c loop</p> <p> format “—————–/n” to:out_file<br /> format “– End Of File –/n” to:out_file<br /> format “—————–/n” to:out_file<br /> close out_file<br /> )</p> <p>————————————<br /> –EXPORT ANIMATION CONTROLLER TREE–<br /> ————————————<br /> fn getSubControllers contr =<br /> (<br /> return_array = #()<br /> for i = 1 to contr.numsubs do<br /> (<br /> append return_array contr[i].controller<br /> )<br /> return_array<br /> )<br /> fn exportControllerTree contr out_file rot_flag =<br /> (<br /> subControllerArray = #(contr)<br /> subControllerPaths = #(“”)<br /> cnt = 0<br /> while cnt < subControllerArray.count do<br /> (<br /> cnt = 1<br /> current_path = subControllerPaths[cnt]<br /> if cnt > 1 then<br /> (<br /> try(format “try(bff_new_controller%.controller = %())catch()/n” current_path (classof subControllerArray[cnt]) to:out_file)catch()<br /> try(format “try(setBeforeORT bff_new_controller%.controller %)catch()/n” current_path (getBeforeORT subControllerArray[cnt]) to:out_file)catch()<br /> try(format “try(setAfterORT bff_new_controller%.controller %)catch()/n” current_path (getAfterORT subControllerArray[cnt]) to:out_file)catch()<br /> )</p> <p> try<br /> (<br /> keys_count = subControllerArray[cnt].keys.count<br /> if keys_count > 0 then<br /> (<br /> for k = 1 to keys_count do<br /> (<br /> current_key = getKey subControllerArray[cnt] k<br /> if cnt > 1 then<br /> try(format “try(bff_newKey = addNewKey bff_new_controller%.controller %)catch()/n” current_path current_key.time to:out_file)catch()<br /> else<br /> try(format “try(bff_newKey = addNewKey bff_new_controller% %)catch()/n” current_path current_key.time to:out_file)catch()</p> <p> if rot_flag then<br /> try(format “try(bff_newKey.value = % )catch()/n” (degToRad current_key.value) to:out_file)catch()<br /> else<br /> try(format “try(bff_newKey.value = % )catch()/n” current_key.value to:out_file)catch()</p> <p> key_type = current_key as string<br /> if findstring key_type “Bezier” != undefined then<br /> (<br /> try(format “try(bff_newKey.inTangentType = #custom )catch()/n” to:out_file)catch()<br /> try(format “try(bff_newKey.outTangentType = #custom )catch()/n” to:out_file)catch()<br /> try(format “try(bff_newKey.inTangent = % )catch()/n” (current_key.inTangent) to:out_file)catch()<br /> try(format “try(bff_newKey.outTangent = % )catch()/n” (current_key.outTangent) to:out_file)catch()<br /> try(format “try(bff_newKey.inTangentType = % )catch()/n” (current_key.inTangentType) to:out_file)catch()<br /> try(format “try(bff_newKey.outTangentType = % )catch()/n” (current_key.outTangentType) to:out_file)catch()<br /> try(format “try(bff_newKey.inTangentLength = % )catch()/n” (current_key.inTangentLength) to:out_file)catch()<br /> try(format “try(bff_newKey.outTangentLength = % )catch()/n” (current_key.outTangentLength) to:out_file)catch()<br /> try(format “try(bff_newKey.xLocked = % )catch()/n” (current_key.xLocked) to:out_file)catch()<br /> try(format “try(bff_newKey.yLocked = % )catch()/n” (current_key.yLocked ) to:out_file)catch()<br /> try(format “try(bff_newKey.zLocked = % )catch()/n” (current_key.zLocked ) to:out_file)catch()<br /> try(format “try(bff_newKey.constantVelocity = % )catch()/n” (current_key.constantVelocity ) to:out_file)catch()<br /> )<br /> if findstring key_type “TCB” != undefined then<br /> (<br /> try(format “try(bff_newKey.tension = % )catch()/n” (current_key.tension ) to:out_file)catch()<br /> try(format “try(bff_newKey.continuity = % )catch()/n” (current_key.continuity ) to:out_file)catch()<br /> try(format “try(bff_newKey.bias = % )catch()/n” (current_key.bias ) to:out_file)catch()<br /> try(format “try(bff_newKey.easeTo = % )catch()/n” (current_key.easeTo ) to:out_file)catch()<br /> try(format “try(bff_newKey.easeFrom = % )catch()/n” (current_key.easeFrom ) to:out_file)catch()<br /> )<br /> )<br /> )<br /> )catch() </p> <p> subs_array = (getSubControllers subControllerArray[Cnt])<br /> join subControllerArray subs_array<br /> for i = 1 to subs_array.count do<br /> append subControllerPaths (current_path “[” i as string “]”)<br /> )<br /> )<br /> ————————————————-<br /> –PREPARE USER PROPERTIES BUFFER FOR EXPORT —<br /> ————————————————-<br /> fn getFixedUserPropBuffer obj =<br /> (<br /> txt = getUserPropBuffer obj<br /> newtxt = “”<br /> for i = 1 to txt.count do<br /> (<br /> subtxt = substring txt i 1<br /> if subtxt == “/”” then<br /> newtxt = “///””<br /> else<br /> newtxt = subtxt<br /> )<br /> newtxt<br /> )</p> <p>————————————————-<br /> –EXPORT PRS DATA AND GENERAL OBJECT PROPERTIES–<br /> ————————————————-<br /> fn export_object_props o out_file =<br /> (<br /> —————————-<br /> –Export Object Properties–<br /> —————————-<br /> format “———————————————–/n” to:out_file<br /> format “– General Object Properties of [%] /n” o.name to:out_file<br /> format “———————————————–/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Importing General Object Properties of [%]/” /n” o.name to:out_file<br /> try(format “try(bff_new_obj.name = /”%/”)catch()/n” o.name to:out_file)catch()<br /> try(format “try(bff_new_obj.scale = %)catch()/n” o.scale to:out_file)catch()<br /> try(format “try(bff_new_obj.rotation = %)catch()/n” o.rotation to:out_file)catch()<br /> try(format “try(bff_new_obj.pos = %)catch()/n” o.pos to:out_file)catch()</p> <p> try(format “try(bff_new_obj.castShadows = %)catch()/n” o.castShadows to:out_file)catch()<br /> try(format “try(bff_new_obj.receiveShadows = %)catch()/n” o.receiveShadows to:out_file)catch()<br /> try(format “try(bff_new_obj.gBufferChannel = %)catch()/n” o.gBufferChannel to:out_file)catch()</p> <p> try(format “try(bff_new_obj.inheritVisibility = %)catch()/n” o.inheritVisibility to:out_file)catch()<br /> try(format “try(bff_new_obj.renderable = %)catch()/n” o.renderable to:out_file)catch()<br /> try(format “try(bff_new_obj.renderOccluded = %)catch()/n” o.renderOccluded to:out_file)catch()<br /> try(format “try(bff_new_obj.motionBlurOn = %)catch()/n” o.motionBlurOn to:out_file)catch()<br /> try(format “try(bff_new_obj.motionBlur = %)catch()/n” o.motionBlur to:out_file)catch()<br /> try(format “try(bff_new_obj.imageMotionBlurMultiplier = %)catch()/n” o.imageMotionBlurMultiplier to:out_file)catch()<br /> try(format “try(bff_new_obj.rcvCaustics = %)catch()/n” o.rcvCaustics to:out_file)catch()<br /> try(format “try(bff_new_obj.generateCaustics = %)catch()/n” o.generateCaustics to:out_file)catch()<br /> try(format “try(bff_new_obj.rcvGlobalIllum = %)catch()/n” o.rcvGlobalIllum to:out_file)catch()<br /> try(format “try(bff_new_obj.generateGlobalIllum = %)catch()/n” o.generateGlobalIllum to:out_file)catch()</p> <p> format “———————————————–/n” to:out_file<br /> format “– Display Properties of [%] /n” o.name to:out_file<br /> format “———————————————–/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Importing Display Properties of [%]/” /n” o.name to:out_file<br /> try(format “try(bff_new_obj.wirecolor = %)catch()/n” o.wirecolor to:out_file)catch()</p> <p> try(format “try(bff_new_obj.isSelected = %)catch()/n” o.isSelected to:out_file)catch()<br /> try(format “try(bff_new_obj.isHidden = %)catch()/n” o.isHidden to:out_file)catch()<br /> try(format “try(bff_new_obj.xRay = %)catch()/n” o.xRay to:out_file)catch()<br /> try(format “try(bff_new_obj.ignoreExtents = %)catch()/n” o.ignoreExtents to:out_file)catch()<br /> try(format “try(bff_new_obj.boxMode = %)catch()/n” o.boxMode to:out_file)catch()<br /> try(format “try(bff_new_obj.allEdges = %)catch()/n” o.allEdges to:out_file)catch()<br /> try(format “try(bff_new_obj.backFaceCull = %)catch()/n” o.backFaceCull to:out_file)catch()<br /> try(format “try(bff_new_obj.showLinks = %)catch()/n” o.showLinks to:out_file)catch()<br /> try(format “try(bff_new_obj.showLinksOnly = %)catch()/n” o.showLinksOnly to:out_file)catch()<br /> try(format “try(bff_new_obj.isFrozen = %)catch()/n” o.isFrozen to:out_file)catch()<br /> try(format “try(bff_new_obj.showTrajectory = %)catch()/n” o.showTrajectory to:out_file)catch()<br /> try(format “try(bff_new_obj.showVertexColors = %)catch()/n” o.showVertexColors to:out_file)catch()<br /> try(format “try(bff_new_obj.vertexColorType = %)catch()/n” o.vertexColorType to:out_file)catch()<br /> try(format “try(bff_new_obj.vertexColorsShaded = %)catch()/n” o.vertexColorsShaded to:out_file)catch()</p> <p> if bff_roll.export_animation.checked then<br /> (<br /> format “———————————————–/n” to:out_file<br /> format “– Animation Controllers of [%] /n” o.name to:out_file<br /> format “———————————————–/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Importing Animation Data of [%]/” /n” o.name to:out_file </p> <p> subs = #()<br /> for i = 1 to o.numsubs do append subs o[i]<br /> for c = 1 to subs.count do<br /> (<br /> for s = 1 to subs[c].numsubs do<br /> (<br /> try<br /> (<br /> if subs[c][s].isAnimated then<br /> (<br /> format “try(bff_new_controller = %())catch()/n” (classof subs[c][s].controller) to:out_file<br /> format “try(bff_new_obj[%][%].controller = bff_new_controller)catch()/n” c s to:out_file<br /> exportControllerTree subs[c][s].controller out_file (superclassof subs[c][s].controller == RotationController)<br /> )<br /> )<br /> catch()<br /> )–end s loop<br /> )–end c loop<br /> )</p> <p> ——————————<br /> –0.3.4: EXPORT USER PROPS! —<br /> ——————————<br /> try(format “try(setUserPropBuffer bff_new_obj /”%/”)catch()/n” (getFixedUserPropBuffer o) to:out_file)catch()</p> <p>)–end export props<br /> fn fixPath txt =<br /> (<br /> new_txt = “”<br /> for i = 1 to txt.count do<br /> (<br /> if substring txt i 1 == “//” then new_txt = “/” else new_txt = substring txt i 1<br /> )–end i loop<br /> new_txt<br /> )–end fn<br /> ——————————-<br /> –EXPORT MATERIAL PROPERTIES —<br /> ——————————-<br /> fn export_material_tree mat out_file =<br /> (<br /> if mat == undefined then<br /> (<br /> format “try(append bff_imported_materials undefined)catch()/n” to:out_file<br /> )<br /> else<br /> (<br /> –Initialize an array with the material tree root as the only element.<br /> mat_tree = #(mat)<br /> mat_path = #(“root_material”)<br /> counter = 0<br /> –Loop through all elements of the array<br /> while counter < mat_tree.count do<br /> (<br /> counter = 1 — increase the index<br /> current_object = mat_tree[counter] — get the current element of the array<br /> current_map_path = mat_path[counter] — get the current object path<br /> current_props = GetPropNames current_object — get the properties list of the current element<br /> –Create an instance of the material’s/map’s class in the target scene:</p> <p> if bff_roll.include_report.checked then<br /> (<br /> if superclassof current_object == Material then<br /> format “try(new_mat = % = %())catch(new_mat = % = Standardmaterial())/n” current_map_path (classof current_object) current_map_path to:out_file<br /> else<br /> format “try(new_mat = % = %())catch(new_mat = % = bitmaptexture())/n” current_map_path (classof current_object) current_map_path to:out_file<br /> )<br /> else<br /> (<br /> if superclassof current_object == Material then<br /> format “try(new_mat = % = %())catch()/n” current_map_path (classof current_object) to:out_file<br /> else<br /> format “try(new_mat = % = %())catch()/n” current_map_path (classof current_object) to:out_file<br /> ) </p> <p> –and set the name, too<br /> format “try(new_mat.name = /”%/”)catch()/n” current_object.name to:out_file </p> <p> if superclassof current_object == textureMap then<br /> (<br /> try (test_coords = classof current_object.coordinates)catch(test_coords = undefined)<br /> if test_coords == StandardUVGen then<br /> (<br /> coord_props = getPropNames current_object.coordinates<br /> for u = coord_props.count to 1 by -1 do<br /> (<br /> current_uv_prop = GetProperty current_object.coordinates coord_props[u]<br /> if classof current_uv_prop == String then<br /> format “try(SetProperty new_mat.coordinates #% /”%/”)catch()/n” (coord_props[u] as string) current_uv_prop to:out_file<br /> else<br /> format “try(SetProperty new_mat.coordinates #% %)catch()/n” (coord_props[u] as string) current_uv_prop to:out_file<br /> )–end u loop<br /> )<br /> try (test_out = classof current_object.output) catch(test_out = undefined)<br /> if test_out == StandardTextureOutput then<br /> (<br /> output_props = getPropNames current_object.output<br /> for p in output_props do<br /> (<br /> current_out_prop = GetProperty current_object.output p<br /> if classof current_out_prop == String then<br /> format “try(SetProperty new_mat.output #% /”%/”)catch()/n” (p as string) current_out_prop to:out_file<br /> else<br /> format “try(SetProperty new_mat.output #% %)catch()/n” (p as string) current_out_prop to:out_file<br /> )–end u loop<br /> )<br /> )<br /> –Now go through all properties found in the current element…<br /> for i in current_props do<br /> (<br /> current_prop = GetProperty current_object i –get the value of the property<br /> if superclassof current_prop == material then –if the property itself is a material…<br /> (<br /> append mat_tree current_prop<br /> new_map_path = (current_map_path “.” i as string )<br /> append mat_path new_map_path<br /> –create a new sub-leaf of the current element<br /> format “try(% = %())catch()/n” new_map_path (classof current_prop) to:out_file<br /> format “try(%.name = /”%/”)catch() /n” new_map_path current_prop.name to:out_file<br /> –append this as an element for future recursion<br /> )–end if Material</p> <p> if superclassof current_prop == textureMap then<br /> (<br /> append mat_tree current_prop<br /> new_map_path = (current_map_path “.” i as string )<br /> append mat_path new_map_path<br /> –create a new sub-leaf of the current element<br /> format “try(% = %())catch()/n” new_map_path (classof current_prop) to:out_file<br /> format “try(%.name = /”%/”)catch()/n” new_map_path current_prop.name to:out_file<br /> –append this as an element for future recursion<br /> )–end if texture<br /> if superclassof current_prop == value or superclassof current_prop == Number then<br /> (<br /> if i != #bitmap then<br /> (<br /> if classof current_prop == String then<br /> (<br /> if i == #filename then<br /> format “try(SetProperty new_mat #% /”%/”)catch()/n” (i as string) (fixPath current_prop) to:out_file<br /> else<br /> format “try(SetProperty new_mat #% /”%/”)catch()/n” (i as string) current_prop to:out_file<br /> )<br /> else<br /> (<br /> format “try(SetProperty new_mat #% %)catch()/n” (i as string) current_prop to:out_file<br /> )<br /> )<br /> )–end if Value<br /> if classof current_prop == ArrayParameter then<br /> (<br /> for a = 1 to current_prop.count do<br /> (<br /> if superclassof current_prop[a] == Value or superclassof current_prop[a] == Number then<br /> (<br /> if classof current_prop[a] == String then<br /> format “try(new_mat.%[%] = /”%/”)catch()/n” (i as string) a current_prop[a] to:out_file<br /> else<br /> format “try(new_mat.%[%] = %)catch()/n” (i as string) a current_prop[a] to:out_file<br /> )<br /> else<br /> (<br /> append mat_tree current_prop[a]<br /> new_map_path = (current_map_path “.” i as string “[” a as string “]” )<br /> append mat_path new_map_path<br /> )<br /> )–end a loop<br /> )–end if ArrayParameter<br /> )–end i loop<br /> )–end while<br /> format “try(append bff_imported_materials root_material)catch(append bff_imported_materials (standardmaterial()))/n” to:out_file<br /> )<br /> )–end export material</p> <p>——————————<br /> — EXPORT OBJECT PROPERTIES —<br /> ——————————<br /> fn export_properties o out_file =<br /> (<br /> current_props = GetPropNames o<br /> for i in current_props do<br /> (<br /> try<br /> (<br /> current_prop = GetProperty o i<br /> if superclassof current_prop == Value or superclassof current_prop == Number then<br /> (<br /> if classof current_prop == String then format “try(SetProperty bff_new_obj #% /”%/”)catch()/n” (i as string) current_prop to:out_file<br /> else<br /> format “try(SetProperty bff_new_obj #% %)catch()/n” (i as string) current_prop to:out_file<br /> )–end if<br /> )catch()<br /> )<br /> )<br /> ——————————–<br /> — EXPORT MODIFIER PROPERTIES —<br /> ——————————–<br /> fn export_mod_properties o out_file =<br /> (<br /> current_props = GetPropNames o<br /> for i in current_props do<br /> (<br /> try<br /> (<br /> current_prop = GetProperty o i<br /> if superclassof current_prop == Value or superclassof current_prop == Number then<br /> (<br /> if classof current_prop == String then<br /> format “try(SetProperty new_mod #% /”%/”)catch()/n” (i as string) current_prop to:out_file<br /> else<br /> format “try(SetProperty new_mod #% %)catch()/n” (i as string) current_prop to:out_file<br /> )–end if<br /> )catch()<br /> )<br /> )<br /> —————————–<br /> — EXPORT PRIMITIVE OBJECT —<br /> —————————–<br /> fn export_primitives o obj out_file =<br /> (<br /> format “———————————————–/n” to:out_file<br /> format “– Primitive: [%] /n” o.name to:out_file<br /> format “———————————————–/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Importing Primitive [%]/” /n” o.name to:out_file<br /> format “try(bff_new_obj = %())catch()/n” (classof obj) to:out_file<br /> )<br /> ————————–<br /> — EXPORT HELPER OBJECT —<br /> ————————–<br /> fn export_helpers o out_file =<br /> (<br /> format “———————————————–/n” to:out_file<br /> format “– Helper Object: [%] /n” o.name to:out_file<br /> format “———————————————–/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Importing Helper [%]/” /n” o.name to:out_file<br /> format “try(bff_new_obj = %())catch()/n” (classof o) to:out_file<br /> if o.target != undefined then<br /> (<br /> format “try(bff_new_obj.target = TargetObject name:/”%/” pos:%)catch()/n” o.target.name o.target.pos to:out_file<br /> )<br /> )</p> <p>————————-<br /> — EXPORT LIGHT OBJECT —<br /> ————————-<br /> fn export_standard_lights o out_file =<br /> (<br /> format “———————————————–/n” to:out_file<br /> format “– Light Object: [%] /n” o.name to:out_file<br /> format “———————————————–/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Importing Light [%]/” /n” o.name to:out_file<br /> format “try(bff_new_obj = %())catch()/n” (classof o) to:out_file<br /> if o.target != undefined then<br /> (<br /> format “try(bff_new_obj.target = TargetObject name:/”%/” pos:%)catch()/n” o.target.name o.target.pos to:out_file<br /> )<br /> )</p> <p>————————–<br /> — EXPORT CAMERA OBJECT —<br /> ————————–<br /> fn export_cameras o out_file =<br /> (<br /> format “———————————————–/n” to:out_file<br /> format “– Camera Object: [%] /n” o.name to:out_file<br /> format “———————————————–/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Importing Camera [%]/” /n” o.name to:out_file<br /> format “try(bff_new_obj = %())catch()/n” (classof o) to:out_file<br /> if o.target != undefined then<br /> (<br /> format “try(bff_new_obj.target = TargetObject name:/”%/” pos:%)catch()/n” o.target.name o.target.pos to:out_file<br /> )<br /> )<br /> ——————————<br /> — GENERATE PROGRESS DIALOG —<br /> ——————————<br /> fn generate_progress_dialog out_file =<br /> (<br /> format “global bff_import_floater,bff_import_progress, bff_progressLog /n” to:out_file<br /> format “rollout bff_import_progress /”BFF Import Progress Report/” (/n” to:out_file<br /> format “listbox bff_import_messages items:#() align:#center/n” to:out_file<br /> format “progressbar bff_import_bar height:10 width:450 align:#center/n” to:out_file<br /> format “)/n” to:out_file<br /> format “try(closeRolloutFloater bff_import_floater)catch()/n” to:out_file<br /> format “bff_import_floater = newRolloutFloater /”BFF Import/” 500 220 0 100/n” to:out_file<br /> format “addRollout bff_import_progress bff_import_floater/n” to:out_file<br /> format “fn bff_progressLog txt = (/n” to:out_file<br /> format “old_items = bff_import_progress.bff_import_messages.items/n” to:out_file<br /> format “append old_items txt/n” to:out_file<br /> format “bff_import_progress.bff_import_messages.items = old_items/n” to:out_file<br /> format “bff_import_progress.bff_import_messages.selection = old_items.count/n” to:out_file<br /> format “)/n” to:out_file<br /> )<br /> ————————————-<br /> — GENERATE SPLINE IMPORT FUNCTION —<br /> ————————————-<br /> fn generate_spline_code out_file =<br /> (<br /> format “fn bff_import_external_spline ext_file = (/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Importing Spline Data From External File…/”/n” to:out_file<br /> format “try(/n” to:out_file<br /> format “num_splines = readValue ext_file /n” to:out_file<br /> format “spline_verts = #()/n” to:out_file<br /> format “spline_closed= #()/n” to:out_file</p> <p> format “for s = 1 to num_splines do/n(/n” to:out_file<br /> format ” append spline_verts (readValue ext_file)/n” to:out_file<br /> format ” append spline_closed (readValue ext_file)/n” to:out_file<br /> format “)/n” to:out_file<br /> format “bff_new_obj = splineShape() /n” to:out_file<br /> format “for s = 1 to num_splines do/n(/n” to:out_file<br /> format ” addNewSpline bff_new_obj/n” to:out_file<br /> format ” for v = 1 to spline_verts[s] do/n (/n” to:out_file<br /> format ” readValue ext_file/n” to:out_file<br /> format ” addKnot bff_new_obj s (readValue ext_file) #curve (readValue ext_file) (readValue ext_file) (readValue ext_file) /n )/n” to:out_file<br /> format ” if spline_closed[s] then close bff_new_obj s /n” to:out_file</p> <p> format “)/n” to:out_file<br /> format “updateShape bff_new_obj/n” to:out_file<br /> format “bff_new_obj/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “)catch(bff_progressLog /”– Spline Import From External File FAILED./”)/n” to:out_file<br /> else<br /> format “)catch()/n” to:out_file<br /> format “)/n” to:out_file<br /> )</p> <p>———————————–<br /> — GENERATE MESH IMPORT FUNCTION —<br /> ———————————–<br /> fn generate_meshing_code out_file =<br /> (<br /> format “fn bff_import_external_geometry ext_file = (/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Importing Mesh Data From External File…/”/n” to:out_file<br /> format “try(/n” to:out_file<br /> format “num_verts = readValue ext_file /n” to:out_file<br /> format “num_faces = readValue ext_file /n” to:out_file<br /> format “num_uvw_channels = readValue ext_file /n” to:out_file<br /> format “uvw_channels = #()/n” to:out_file<br /> format “uvw_channel_verts = #()/n” to:out_file<br /> format “uvw_channel_faces = #()/n” to:out_file</p> <p> format “for c = 1 to num_uvw_channels do/n(/n” to:out_file<br /> format ” append uvw_channels (readValue ext_file)/n” to:out_file<br /> format ” append uvw_channel_verts (readValue ext_file)/n” to:out_file<br /> format ” append uvw_channel_faces (readValue ext_file)/n” to:out_file<br /> format “)/n” to:out_file<br /> format “num_maps = readValue ext_file /n” to:out_file</p> <p> format “bff_new_obj = mesh numverts:num_verts numfaces:num_faces /n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /” Created EditableMesh Object./”/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Reading Vertex Data…/”/n” to:out_file<br /> format “for v = 1 to num_verts do/n(/n” to:out_file<br /> format ” readValue ext_file/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format ” bff_import_progress.bff_import_bar.value = 100.0*v/num_verts /n” to:out_file<br /> format ” setVert bff_new_obj v (readValue ext_file) /n” to:out_file<br /> format “)/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Reading Face Data…/”/n” to:out_file</p> <p> format “for f = 1 to num_faces do/n(/n” to:out_file<br /> format ” readValue ext_file/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format ” bff_import_progress.bff_import_bar.value = 100.0*f/num_verts /n” to:out_file<br /> format ” new_face = readValue ext_file /n” to:out_file<br /> format ” setFace bff_new_obj f new_face.x new_face.y new_face.z /n” to:out_file<br /> format ” setFaceMatID bff_new_obj f (readValue ext_file)/n” to:out_file<br /> format ” setFaceSmoothGroup bff_new_obj f (readValue ext_file)/n” to:out_file<br /> format ” setEdgeVis bff_new_obj f 1 (readValue ext_file)/n” to:out_file<br /> format ” setEdgeVis bff_new_obj f 2 (readValue ext_file)/n” to:out_file<br /> format ” setEdgeVis bff_new_obj f 3 (readValue ext_file)/n” to:out_file<br /> format “)/nupdate bff_new_obj/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “)catch(bff_progressLog /”– Mesh Import From External File FAILED./”)/n” to:out_file<br /> else<br /> format “)catch()/n” to:out_file </p> <p> ———————————–<br /> –Assign UVW Coordinates in 4.x —<br /> ———————————–</p> <p> format “try(/n” to:out_file<br /> format “meshop.setNumMaps bff_new_obj num_maps /n” to:out_file<br /> format “for c = 1 to uvw_channels.count do/n(/n” to:out_file<br /> format ” meshop.setMapSupport bff_new_obj uvw_channels[c] true/n” to:out_file<br /> format ” meshop.setNumMapVerts bff_new_obj uvw_channels[c] uvw_channel_verts[c]/n” to:out_file<br /> format ” meshop.setNumMapFaces bff_new_obj uvw_channels[c] uvw_channel_faces[c]/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format ” bff_progressLog (/”> Reading TextureVertex Data for Channel /” (c-1) as string) /n” to:out_file<br /> format ” for v = 1 to uvw_channel_verts[c] do/n (/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format ” bff_import_progress.bff_import_bar.value = 100.0*v/num_verts /n” to:out_file<br /> format ” readValue ext_file/n” to:out_file<br /> format ” meshop.setMapVert bff_new_obj uvw_channels[c] v (readValue ext_file)/n )/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format ” bff_progressLog (/”> Reading TextureFace Data for Channel /” (c-1) as string) /n” to:out_file<br /> format ” for f = 1 to uvw_channel_faces[c] do /n (/n” to:out_file<br /> format ” readValue ext_file/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format ” bff_import_progress.bff_import_bar.value = 100.0*f/num_verts /n” to:out_file<br /> format ” meshop.setMapFace bff_new_obj uvw_channels[c] f (readValue ext_file)/n )/n” to:out_file<br /> format “)/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /” Assigned R4-Style Texture Coordinates./”/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “)catch(bff_progressLog /”!! Failed to assign R4-Style Texture Coordinates/”)/n” to:out_file<br /> else<br /> format “)catch()/n” to:out_file<br /> —————————————————————-<br /> –Try to Assign UVW Coordinates in 3.x with Simon’s Extension —<br /> —————————————————————-<br /> format “try(/n” to:out_file<br /> format “setNumMaps bff_new_obj num_maps /n” to:out_file<br /> format “for c = 1 to uvw_channels.count do/n(/n” to:out_file<br /> format ” setMapSupport bff_new_obj uvw_channels[c] true/n” to:out_file<br /> format ” setNumMapVerts bff_new_obj uvw_channels[c] uvw_channel_verts[c]/n” to:out_file<br /> format ” setNumMapFaces bff_new_obj uvw_channels[c] uvw_channel_faces[c]/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format ” bff_progressLog (/”> Reading TextureVertex Data for Channel /” (c-1) as string) /n” to:out_file<br /> format ” for v = 1 to uvw_channel_verts[c] do /n (/n” to:out_file<br /> format ” readValue ext_file/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format ” bff_import_progress.bff_import_bar.value = 100.0*v/num_verts /n” to:out_file<br /> format ” setMapVert bff_new_obj uvw_channels[c] v (readValue ext_file)/n )/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format ” bff_progressLog (/”> Reading TextureFace Data for Channel /” (c-1) as string) /n” to:out_file<br /> format ” for f = 1 to uvw_channel_faces[c] do /n (/n” to:out_file<br /> format ” readValue ext_file/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format ” bff_import_progress.bff_import_bar.value = 100.0*f/num_verts /n” to:out_file<br /> format ” setMapFace bff_new_obj uvw_channels[c] f (readValue ext_file)/n )/n” to:out_file<br /> format “)/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /” Assigned R3-Style Texture Coordinates./”/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “)catch(bff_progressLog /”!! Failed to assign R3-Style Texture Coordinates./”)/n” to:out_file<br /> else<br /> format “)catch()/n” to:out_file<br /> format “bff_new_obj)/n” to:out_file<br /> )</p> <p>——————————————–<br /> –CHECK WHETHER THE STACK CAN BE EXPORTED —<br /> ——————————————–<br /> fn canExportStack o =<br /> (<br /> supported_modifiers = #(Bend, Extrude, Materialmodifier, MeshSmooth, Skin, Twist, Taper)<br /> supported = true<br /> if (superclassof o.baseobject) != GeometryClass and (classof o.baseobject) != SplineShape and (classof o.baseobject) != Line and (superclassof o.baseobject) != Shape then supported = false<br /> try<br /> (<br /> if ((getFaceSelection o)as array).count > 0 then supported = false<br /> if ((getVertSelection o)as array).count > 0 then supported = false<br /> if ((getEdgeSelection o)as array).count > 0 then supported = false<br /> )catch()<br /> for m in o.modifiers do if findItem supported_modifiers (classof m) == 0 then supported = false<br /> if bff_roll.force_emesh.checked then supported = false<br /> supported<br /> )</p> <p>————————–<br /> –EXPORT MODIFIER STACK —<br /> ————————–<br /> fn export_supported_modifiers o out_file =<br /> (<br /> for m = o.modifiers.count to 1 by -1 do<br /> (<br /> format “———————————————–/n” to:out_file<br /> format “– Modifier Object: [%] /n” o.modifiers[m] to:out_file<br /> format “———————————————–/n” to:out_file<br /> format “try(new_mod = %())catch()/n” (classof o.modifiers[m]) to:out_file<br /> format “try(new_mod.enabled = %)catch()/n” (o.modifiers[m].enabled) to:out_file<br /> format “try(new_mod.enabledInViews = %)catch()/n” (o.modifiers[m].enabledInViews) to:out_file<br /> export_mod_properties o.modifiers[m] out_file<br /> format “try(addModifier bff_new_obj new_mod)catch()/n” to:out_file<br /> )<br /> )</p> <p>fn export_emesh o obj out_file =<br /> (<br /> modifiers_enabled_state = #()<br /> if test_stack then<br /> (<br /> for m in o.modifiers do<br /> (<br /> append modifiers_enabled_state m.enabled<br /> m.enabled = false<br /> )<br /> )<br /> format “—————————————-/n” to:out_file<br /> format “– Mesh Object: [%]/n” o.name to:out_file<br /> format “—————————————-/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Importing EditableMesh [%]/” /n” o.name to:out_file<br /> old_tm = o.transform<br /> o.transform = (matrix3 [1,0,0] [0,1,0] [0,0,1] [0,0,0])<br /> create_geometry_path = (base_dir_name “Meshes”)<br /> makeDir create_geometry_path<br /> full_external_name = (base_dir_name “Meshes/” o.name “.bff”)<br /> external_name = (getFileNameFile out_name “/Meshes/” o.name “.bff”)<br /> export_geometry_external o full_external_name<br /> o.transform = old_tm </p> <p> format “bff_ext_file = openFile /”%/”/n” external_name to:out_file</p> <p> format “try(bff_new_obj = bff_import_external_geometry bff_ext_file)catch()/n” to:out_file<br /> format “try(close bff_ext_file)catch()/n” to:out_file<br /> if classof obj == Editable_poly do<br /> format “try(convertTo bff_new_obj Editable_Poly)catch()/n” to:out_file </p> <p> if test_stack then<br /> (<br /> for m = 1 to o.modifiers.count do<br /> (<br /> o.modifiers[m].enabled = modifiers_enabled_state[m]<br /> )<br /> export_supported_modifiers o out_file<br /> )<br /> export_object_props o out_file<br /> if bff_roll.export_mats.checked do<br /> format “try(bff_new_obj.material = bff_imported_materials[%])catch()/n” materials_to_export_index[obj_cnt] to:out_file<br /> )–end export mesh </p> <p>fn export_spline o obj out_file =<br /> (<br /> modifiers_enabled_state = #()<br /> if test_stack then<br /> (<br /> for m in o.modifiers do<br /> (<br /> append modifiers_enabled_state m.enabled<br /> m.enabled = false<br /> )<br /> )<br /> format “—————————————-/n” to:out_file<br /> format “– EditableSpline Object: [%]/n” o.name to:out_file<br /> format “—————————————-/n” to:out_file<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Importing EditableSpline [%]/” /n” o.name to:out_file </p> <p> old_tm = o.transform<br /> o.transform = (matrix3 [1,0,0] [0,1,0] [0,0,1] [0,0,0])<br /> create_spline_path = (base_dir_name “Splines”)<br /> makeDir create_spline_path<br /> full_external_name = (base_dir_name “Splines/” o.name “.bff”)<br /> external_name = (getFileNameFile out_name “/Splines/” o.name “.bff”)<br /> export_spline_external o full_external_name<br /> o.transform = old_tm </p> <p> format “bff_ext_file = openFile /”%/”/n” external_name to:out_file</p> <p> format “try(bff_new_obj = bff_import_external_spline bff_ext_file)catch() /n” to:out_file<br /> format “try(close bff_ext_file)catch()/n” to:out_file<br /> if test_stack then<br /> (<br /> for m = 1 to o.modifiers.count do<br /> (<br /> o.modifiers[m].enabled = modifiers_enabled_state[m]<br /> )<br /> export_supported_modifiers o out_file<br /> )<br /> export_object_props o out_file<br /> if bff_roll.export_mats.checked then<br /> (<br /> format “———————————————–/n” to:out_file<br /> format “– Material Assignment /n” to:out_file<br /> format “———————————————–/n” to:out_file<br /> format “try(bff_new_obj.material = bff_imported_materials[%])catch()/n” materials_to_export_index[obj_cnt] to:out_file<br /> )<br /> )<br /> fn build_zip_file out_file base_dir =<br /> (<br /> thePath = GetFileNamePath out_file<br /> print thePath<br /> archive_file = (thePath “Archive.txt”)<br /> thePath = GetFileNameFile out_file<br /> zip_destination = (thePath “.zip”)<br /> temp_archive_file = createfile archive_file<br /> files_to_archive = #(out_file)<br /> join files_to_archive (getFiles (thePath “/Objects/*.ms”))<br /> join files_to_archive (getFiles (thePath “/Splines/*.bff”))<br /> join files_to_archive (getFiles (thePath “/Meshes/*.bff”))<br /> for f in files_to_archive do format “%/n” f to:temp_archive_file<br /> close temp_archive_file<br /> ShellLaunch ((GetDir #maxroot) “maxzip.exe”) (zip_destination (” @” archive_file))<br /> )<br /> fn export_to_bff file_name base_dir=<br /> (<br /> generated_mesh_fn = false<br /> scene_name = maxFileName<br /> if scene_name == “” then scene_name = “Untitled”<br /> out_name = file_name<br /> base_dir_name = base_dir<br /> out_file = createfile out_name<br /> format “——————————————————————-/n” to:out_file<br /> format “– BFF MAXScript Scene I/O /n” to:out_file<br /> format “– Version % – % /n” bff_version_number bff_version_date to:out_file<br /> format “– Exporter by Borislav ‘Bobo’ Petrov /n” to:out_file<br /> format “– http://www.scriptspot.com/bobo/darkmoon/bff /n” to:out_file<br /> format “——————————————————————-/n” to:out_file<br /> format “– SOURCE SCENE NAME: /t[%] /n” scene_name to:out_file<br /> format “– EXPORT DATE: /t[%] /n” localtime to:out_file<br /> format “– ORIGINAL EXPORT PATH: /t[%] /n” out_name to:out_file<br /> format “– SOURCE VERSION: /t[%] /n” max_version to:out_file<br /> format “——————————————————————-/n” to:out_file<br /> format “undo off (/n” to:out_file<br /> format “global bff_new_obj, bff_ext_file, bff_new_controller, bff_newKey, bff_import_external_geometry, bff_import_external_spline /n” to:out_file<br /> if bff_roll.include_report.checked then generate_progress_dialog out_file<br /> format “resetmaxfile() /n” to:out_file<br /> format “animationrange = %/n” animationrange to:out_file<br /> format “sliderTime = %/n” SliderTime to:out_file<br /> format “————————/n” to:out_file<br /> format “– IMPORTER FUNCTIONS –/n” to:out_file<br /> format “————————/n” to:out_file<br /> generate_meshing_code out_file<br /> generate_spline_code out_file</p> <p> if bff_roll.include_report.checked then<br /> (<br /> format “import_start_time = timestamp()/n” to:out_file<br /> format “bff_progressLog /”> INITIATED BFF SCENE IMPORT…/”/n” to:out_file<br /> ) </p> <p> if bff_roll.export_mats.checked then<br /> (<br /> if bff_roll.include_report.checked then<br /> format “bff_progressLog /”> Preparing Materials…/”/n” to:out_file<br /> format “global bff_imported_materials = #()/n” to:out_file<br /> )<br /> obj_cnt = 0<br /> if bff_roll.export_selected.checked then objects_to_export = selection as array else objects_to_export = objects as array<br /> if bff_roll.export_mats.checked then<br /> (<br /> –Collect a list of all materials assigned to the objects to export…<br /> materials_to_export = #()<br /> materials_to_export_index = #()<br /> if bff_roll.export_medit.checked then<br /> (<br /> for m in meditmaterials do<br /> append materials_to_export m<br /> )</p> <p> format “———————/n” to:out_file<br /> format “– SCENE MATERIALS –/n” to:out_file<br /> format “———————/n” to:out_file</p> <p> for o in objects_to_export do<br /> (<br /> if findItem materials_to_export o.material == 0 then<br /> (<br /> append materials_to_export_index (materials_to_export.count 1)<br /> append materials_to_export o.material<br /> )<br /> else<br /> (<br /> append materials_to_export_index (findItem materials_to_export o.material)<br /> )<br /> )–end o loop<br /> for m in materials_to_export do<br /> export_material_tree m out_file<br /> if bff_roll.export_medit.checked then<br /> (<br /> format “———————/n” to:out_file<br /> format “– MEDIT MATERIALS –/n” to:out_file<br /> format “———————/n” to:out_file<br /> format “try(for i = 1 to 24 do meditmaterials[i] = bff_imported_materials[i])catch()/n” to:out_file<br /> )<br /> ) </p> <p> –Now go through all objects and export them…</p> <p> format “——————-/n” to:out_file<br /> format “– SCENE OBJECTS –/n” to:out_file<br /> format “——————-/n” to:out_file </p> <p> for o in objects_to_export do<br /> (<br /> create_object_path = (base_dir_name “Objects”)<br /> makeDir create_object_path<br /> full_external_name = (base_dir_name “Objects//” o.name “.ms”)<br /> external_name = (getFileNameFile out_name “//Objects//” o.name “.ms”)<br /> external_object_file = createFile full_external_name<br /> if bff_roll.include_report.checked then<br /> txt = “bff_progressLog /”– Import of Object [” o.name “] FAILED! /””<br /> else<br /> txt = “”<br /> format “try(fileIn /”%/”)catch(%)” (external_name) txt to:out_file </p> <p> obj_cnt = 1<br /> bff_roll.scene_progress.value = (100.0 * obj_cnt / objects_to_export.count)<br /> test_stack = canExportStack o<br /> if test_stack then<br /> obj = o.baseObject<br /> else<br /> obj = o<br /> if superclassof o == GeometryClass and classof o != TargetObject and bff_roll.export_geometry.checked then<br /> (<br /> if (test_stack and classof o.baseobject != SplineShape and classof o.baseobject != Line and classof o.baseobject != Editable_mesh and classof o.baseobject != Editable_patch and classof o.baseobject != Editable_Poly and classof o != BoneGeometry) then<br /> (<br /> export_primitives o obj external_object_file<br /> export_properties obj external_object_file<br /> if test_stack do export_supported_modifiers o external_object_file<br /> export_object_props o external_object_file<br /> if bff_roll.export_mats.checked do<br /> format “try(bff_new_obj.material = bff_imported_materials[%])catch()/n” materials_to_export_index[obj_cnt] to:external_object_file<br /> )<br /> if (classof o.baseobject == Editable_mesh or classof o.baseobject == Editable_patch or classof o.baseobject == Editable_Poly or classof o == BoneGeometry or not test_stack) then<br /> (<br /> export_emesh o obj external_object_file<br /> )<br /> )–end if geometry</p> <p> if superclassof o == Shape and classof o != SplineShape and o.modifiers.count == 0 and classof o != Line do<br /> (<br /> export_primitives o obj external_object_file<br /> export_properties o external_object_file<br /> export_object_props o external_object_file<br /> if bff_roll.export_mats.checked do<br /> format “try(bff_new_obj.material = bff_imported_materials[%])catch()/n” materials_to_export_index[obj_cnt] to:external_object_file<br /> )–end if shape</p> <p> if (superclassof obj == Shape and classof obj == SplineShape and bff_roll.export_splines.checked) or (classof obj == Line and bff_roll.export_splines.checked) do<br /> (<br /> export_spline o obj external_object_file<br /> )–end spline </p> <p> if superclassof o == Light and bff_roll.export_lights.checked then<br /> (<br /> export_standard_lights o external_object_file<br /> export_properties o external_object_file<br /> export_object_props o external_object_file<br /> )–end if light</p> <p> if superclassof o == Camera and bff_roll.export_cameras.checked then<br /> (<br /> export_cameras o external_object_file<br /> export_properties o external_object_file<br /> export_object_props o external_object_file<br /> )–end if camera</p> <p> if superclassof o == Helper and bff_roll.export_helpers.checked then<br /> (<br /> export_helpers o external_object_file<br /> export_properties o external_object_file<br /> export_object_props o external_object_file<br /> )–end if helper</p> <p> format “/n” to:out_file<br /> close external_object_file<br /> )–end o loop</p> <p> format “—————/n” to:out_file<br /> format “– Hierarchy –/n” to:out_file<br /> format “—————/n” to:out_file </p> <p> for o in objects_to_export do<br /> (<br /> if o.parent != undefined then<br /> format “try($’%’.parent = $’%’)catch() /n” o.name o.parent.name to:out_file<br /> )– end o loop</p> <p> if bff_roll.include_report.checked then<br /> (<br /> format “import_end_time = timestamp()/n” to:out_file<br /> format “bff_progressLog (/” BFF SCENE IMPORT FINISHED IN /” ((import_end_time-import_start_time)/1000.0) as string /” sec./” )/n” to:out_file<br /> format “bff_progressLog /”Ready./”/n” to:out_file<br /> )<br /> format “)/n” to:out_file<br /> format “—————–/n” to:out_file<br /> format “– End Of File –/n” to:out_file<br /> format “—————–/n” to:out_file<br /> close out_file<br /> gc light:true<br /> edit out_name<br /> )–end function</p> <p>rollout bff_roll “BFF Exporter”<br /> (<br /> group “Export Classes:”<br /> (<br /> checkbutton export_geometry “Geometry” across:2 align:#left width:85 highlightcolor:(color 200 255 200) checked:true<br /> checkbutton export_mats “Materials” align:#right width:85 highlightcolor:(color 200 255 200) checked:true<br /> checkbutton export_lights “Lights” across:2 align:#left width:85 highlightcolor:(color 200 255 200) checked:true<br /> checkbutton export_cameras “Cameras” align:#right width:85 highlightcolor:(color 200 255 200) checked:true<br /> checkbutton export_splines “Splines” across:2 align:#left width:85 highlightcolor:(color 200 255 200) checked:true<br /> checkbutton export_helpers “Helpers” align:#right width:85 highlightcolor:(color 200 255 200) checked:true<br /> )<br /> group “Preferences:”<br /> (<br /> checkbutton force_emesh “Collapse Stack” across:2 align:#left width:85 highlightcolor:(color 255 200 200) checked:false<br /> checkbutton export_animation “Animation” align:#right width:85 highlightcolor:(color 200 255 200) checked:true</p> <p> checkbutton export_medit “Material Editor” across:2 align:#left width:85 highlightcolor:(color 200 255 200) checked:true<br /> checkbutton export_to_zip “ZIP Archive” align:#right width:85 highlightcolor:(color 255 255 200) checked:false</p> <p> checkbutton include_report “Progress Report” across:2 align:#left width:85 highlightcolor:(color 200 255 200) checked:true tooltip:”Uncheck for partial MAX 2.5 compatibility”<br /> checkbutton export_selected “Selected Only” align:#right width:85 highlightcolor:(color 255 255 200) checked:false</p> <p> ) </p> <p> button export_the_scene “EXPORT SCENE” width:190 height:30 align:#center<br /> label current_action “Ready.” align:#center<br /> progressbar scene_progress height:10 width:180 align:#center color:(color 0 0 100)<br /> progressbar local_progress height:10 width:180 align:#center color:(color 100 0 0)<br /> on export_selected changed state do<br /> (<br /> if state then<br /> export_the_scene.text = “EXPORT SELECTED OBJECTS”<br /> else<br /> export_the_scene.text = “EXPORT SCENE”<br /> )</p> <p> on export_the_scene pressed do<br /> (<br /> generated_spline_fn = false<br /> generated_mesh_fn = false<br /> out_name = getSaveFileName Types:”MAXScript Scene *.ms |*.ms”<br /> if out_name != undefined then<br /> (<br /> baseDir = (getFileNameFile out_name)<br /> makeDir baseDir<br /> new_path = (getFileNamePath out_name)<br /> final_name = new_path (fileNameFromPath out_name)<br /> export_to_bff final_name (baseDir “//”)<br /> if export_to_zip.checked do<br /> (<br /> build_zip_file final_name (baseDir “//”)<br /> )<br /> )<br /> scene_progress.value = 0.0<br /> local_progress.value = 0.0<br /> current_action.text = “Ready.”<br /> )<br /> )<br /> try(closeRolloutFloater bff_floater)catch()<br /> bff_floater = newRolloutFloater “BFF v0.4.2” 212 326<br /> addrollout bff_roll bff_floater<br /> )–end script<br />