There are working plugins to export to ase from blender. There are older plugins around as well, and several that work with blender 2.41, which is latest as I write this. I really like blender. Way better now than I liked 3Dmax in the past.
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i must be reall dense, i have a python script but no idea how to use itOriginally posted by FreakyDudeComment
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if you put the plugin in your .blender\scripts folder, you'll have an additional export option for ase.
If you have the wrong plugin, it won't show.
this is one I could find, I know there is another one around which I can't find right now which work in 2.41:
http://blenderartists.org/forum/showthread?t=45180
I noticed a user called "Sweavo" at the blenderwiki asked if blender could import ut meshes at the ase plugin page.
The answer: yes it can, place whatever object you want into your map, export as obj and import into blender.Comment
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What freaky said right above this(quoted)post is how to do it. Except #3, though he made a good guess as to how it works.Originally posted by RedlineM203
If all this leaves you confused, I suggest finding a Tut at the Wiki or better yet get the bonus DVD and watch the Video Tuts. It's not really difficult to do, but would take pages to explain.Comment
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Gah...
My version of UT2004 did not come with a Manual or the Bonus DVD. The CD key was on a sticker...
Been trying to find Tutorials for vehicles on 3 or 5 sites. Can you point me to something?Comment
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that script crashes belnder when trying to export a cubeOriginally posted by FreakyDudeComment
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This is the code from my python script, since I can't upload attachments yet.Code:#!BPY """ Name: 'ASCII Scene (.ase) v0.6.1' Blender: 240 Group: 'Export' Tooltip: 'ASCII Scene Export (*.ase)' """ __author__ = "Goofos" __version__ = "0.6.1" __bpydoc__ = """\ -- ASCII Scene (.ase) export script v0.6 --<br> Can export:<br> -Mesh Objects<br> -Materials and Textures (no Procedural but Image)<br> Note: Normalmaps will be exported as Bumpmaps<br> Currently supported: Amb, Col, Csp, Hard, Alpha, Nor, Disp<br> -Vertex Colors<br> Note: If the mesh has materials you must toggle<br> "Vcol Paint" on in Material tab. Without<br> Materials, make sure "VertCol" in Mesh tab<br> is on. -Face UV<br> Make sure "TexFace" in Mesh tab is on.<br> -Some other things :><br> <br> -- Export Options Description --<br> Apply Modifiers: Export the mesh with applied modifiers.<br> Materials: Export Materials if any.<br> Face UV: Export TexFace UV if any.<br> Vertex Colors: Export Vertex Colors if any (See note above).<br> Selection Only: Export only selected Objects or all Objects.<br> UV Image as Material: Export the images assigned in UV editor<br> as Materials. Only works if the Object has no Materials.<br> VertGr. as SmoothGr.: You can export SmoothGroups defined by<br> VertexGroups. Simply create a VertGroup and name it<br> "smooth." plus a group number, f.e. "smooth.2"<br> Note: Will not work if "Apply Modifiers" is used.<br> """ # goofos at epruegel.de # # ***** BEGIN GPL LICENSE BLOCK ***** # # This program is free software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software Foundation, # Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # # ***** END GPL LICENCE BLOCK ***** import Blender, time, os, sys as osSys from Blender import sys, Window, Draw, Scene, Mesh, Material, Texture, Image, Mathutils #import meshtools #============================================ # Write! #============================================ def write(filename): start = time.clock() print_boxed('---------Start of Export------------') print 'Export Path: ' + filename global exp_list, Tab, idnt, imgTable, worldTable exp_list =[] Tab = "\t" idnt = 1 imgTable = {} worldTable = {'ambR': 0.0, 'ambG': 0.0, 'ambB': 0.0, 'horR': 0.0, 'horG': 0.0, 'horB': 0.0} #default total = {'Verts': 0, 'Tris': 0, 'Faces': 0} file = open(filename, "w") set_up(file, exp_list, imgTable, worldTable) write_header(file, filename, worldTable) write_materials(file, exp_list, worldTable) write_mesh(file, exp_list, imgTable, total) file.close() Blender.Window.DrawProgressBar(0, "") # clear progressbar end = time.clock() seconds = " in %.2f %s" % (end-start, "seconds") totals = "Verts: %i Tris: %i Faces: %i" % (total['Verts'], total['Tris'], total['Faces']) print_boxed(totals) message = "Successfully exported " + os.path.basename(filename) + seconds #meshtools.print_boxed(message) print_boxed(message) def print_boxed(text): #Copy/Paste from meshtools, only to remove the beep :) lines = text.splitlines() maxlinelen = max(map(len, lines)) if osSys.platform[:3] == "win": print chr(218)+chr(196) + chr(196)*maxlinelen + chr(196)+chr(191) for line in lines: print chr(179) + ' ' + line.ljust(maxlinelen) + ' ' + chr(179) print chr(192)+chr(196) + chr(196)*maxlinelen + chr(196)+chr(217) else: print '+-' + '-'*maxlinelen + '-+' for line in lines: print '| ' + line.ljust(maxlinelen) + ' |' print '+-' + '-'*maxlinelen + '-+' #print '\a\r', # beep when done #============================================ # Setup #============================================ def set_up(file, exp_list, imgTable, worldTable): print "Setup" #Get selected Objects or if none selected all Objects from the current Scene if Blender.Object.GetSelected() and guiTable['SELO'] == 1: objects = Blender.Object.GetSelected() else: if Blender.Object.Get(): objects = Blender.Object.Get() set_lists(file, exp_list, objects, imgTable, worldTable) def set_lists(file, exp_list, objects, imgTable, worldTable): global mat_cnt mat_cnt = 0 mat_ref = 0 #exp_list = [container1 = [ [mesh], [materials] or [uvimages], [material_ref], [mat_type] ],...] for current_obj in objects: container = [] if current_obj.getType() == 'Mesh': container.append(current_obj) mat_type = 0 #1=Material, 2=UV Images mesh = current_obj.data #Find used Materials by the Meshes if guiTable['MTL'] == 1 and mesh.materials or current_obj.getMaterials(0): #Materials mat_type = 1 mesh_mats = [] me_mats = mesh.materials ob_mats = current_obj.getMaterials(0) if (mesh.materials): #ME assigned Mats for current_mat in me_mats: mesh_mats.append(current_mat) if (current_obj.getMaterials(0)): #OB assigned Mats for current_mat in ob_mats: mesh_mats.append(current_mat) container.append(mesh_mats) container.append(mat_ref) container.append(mat_type) mat_cnt+=1 mat_ref+=1 else: #UV-Editor assigned Images if guiTable['UVI'] == 1: face_img = [] img_idx = 0 for current_face in mesh.faces: if current_face.image: if current_face.image not in face_img: face_img.append(current_face.image) cur_img = current_face.image.getName() imgTable[cur_img] = img_idx img_idx += 1 if len(face_img) is not 0: mat_type = 2 container.append(face_img) container.append(mat_ref) container.append(mat_type) mat_ref+=1 mat_cnt+=1 exp_list.append(container) #If there is a world shader get some values world = Blender.World.GetCurrent() if world != None: worldAmb = world.getAmb() worldHor = world.getHor() worldTable['ambR'] = worldAmb[0] worldTable['ambG'] = worldAmb[1] worldTable['ambB'] = worldAmb[2] worldTable['horR'] = worldHor[0] worldTable['horG'] = worldHor[1] worldTable['horB'] = worldHor[2] #============================================ # Header/Scene #============================================ def write_header(file, filename, worldTable): print "Write Header" scn = Scene.GetCurrent() context = scn.getRenderingContext() file.write("*3DSMAX_ASCIIEXPORT%s200\n" % (Tab)) file.write("*COMMENT \"Exported from Blender %s - %s\"\n" % (Blender.Get('version'), time.asctime(time.localtime()))) file.write("*SCENE {\n") file.write("%s*SCENE_FILENAME \"%s\"\n" % (Tab, os.path.basename(Blender.Get('filename')))) file.write("%s*SCENE_FIRSTFRAME %d\n" % (Tab,context.startFrame())) file.write("%s*SCENE_LASTFRAME %d\n" % (Tab,context.endFrame())) file.write("%s*SCENE_FRAMESPEED %d\n" % (Tab,context.framesPerSec())) file.write("%s*SCENE_TICKSPERFRAME 160\n" % (Tab)) #Blender have no Ticks? file.write("%s*SCENE_BACKGROUND_STATIC %.4f %.4f %.4f\n" % (Tab, worldTable['horR'], worldTable['horG'], worldTable['horB'])) file.write("%s*SCENE_AMBIENT_STATIC %.4f %.4f %.4f\n" % (Tab, worldTable['ambR'], worldTable['ambG'], worldTable['ambB'])) file.write("}\n") #============================================ # Materials #============================================ def write_materials(file, exp_list, worldTable): print "Write Materials" file.write("*MATERIAL_LIST {\n") file.write("%s*MATERIAL_COUNT %s\n" % (Tab, mat_cnt)) for current_container in exp_list: if len(current_container) == 4: # Materials exist if len(current_container[1]) == 1: # single mat mat_class = 'Standard' if current_container[3] == 1: # Blender material mats = current_container[1] material = mats[0] mat_name = material.name file.write("%s*MATERIAL %d {\n" % ((Tab), current_container[2])) idnt = 2 mat_para(file, idnt, material, mat_name, mat_class, worldTable) mat_dummy(file, idnt) mat_map(file, idnt, mat_name) file.write("%s}\n" % (Tab)) elif current_container[3] == 2: # UV fake mat uv_imgs = current_container[1] uv_image = uv_imgs[0] uv_name = uv_image.getName() file.write("%s*MATERIAL %d {\n" % ((Tab), current_container[2])) idnt = 2 mat_uv(file, idnt, uv_image, uv_name, mat_class, worldTable) mat_dummy(file, idnt) map_uv(file, idnt, uv_image, uv_name) file.write("%s}\n" % (Tab)) elif len(current_container[1]) > 1: # multiple mat mat_class = 'Multi/Sub-Object' if current_container[3] == 1: # Blender materials mats = current_container[1] material = mats[0] mat_name = 'Multi # ' + material.name submat_no = len(mats) submat_cnt = 0 idnt = 2 file.write("%s*MATERIAL %d {\n" % ((Tab), current_container[2])) mat_para(file, idnt, material, mat_name, mat_class, worldTable) file.write("%s*NUMSUBMTLS %d\n" % ((Tab*idnt), submat_no)) for current_mat in mats: material = current_mat mat_class = 'Standard' mat_name = material.name idnt = 2 file.write("%s*SUBMATERIAL %d {\n" % ((Tab*idnt), submat_cnt)) submat_cnt += 1 idnt = 3 mat_para(file, idnt, material, mat_name, mat_class, worldTable) mat_dummy(file, idnt) mat_map(file, idnt, mat_name) idnt = 2 file.write("%s}\n" % (Tab*idnt)) file.write("%s}\n" % (Tab)) elif current_container[3] == 2: # UV fake mats uv_imgs = current_container[1] uv_image = uv_imgs[0] uv_name = 'Multi \# ' + uv_image.getName() submat_no = len(uv_imgs) submat_cnt = 0 idnt = 2 file.write("%s*MATERIAL %d {\n" % ((Tab), current_container[2])) mat_uv(file, idnt, uv_image, uv_name, mat_class, worldTable) file.write("%s*NUMSUBMTLS %d\n" % ((Tab*idnt), submat_no)) for current_uv in uv_imgs: uv_image = current_uv mat_class = 'Standard' uv_name = uv_image.getName() idnt = 2 file.write("%s*SUBMATERIAL %d {\n" % ((Tab*idnt), submat_cnt)) submat_cnt += 1 idnt = 3 mat_uv(file, idnt, uv_image, uv_name, mat_class, worldTable) mat_dummy(file, idnt) map_uv(file, idnt, uv_image, uv_name) idnt = 2 file.write("%s}\n" % (Tab*idnt)) file.write("%s}\n" % (Tab)) file.write("}\n") def mat_para(file, idnt, material, mat_name, mat_class, worldTable): mat_amb = material.getAmb() mat_dif = material.getRGBCol() mat_specCol = material.getSpecCol() mat_spec = material.getSpec() mat_hard = material.getHardness() mat_alpha = 1.0000-material.getAlpha() file.write("%s*MATERIAL_NAME \"%s\"\n" % ((Tab*idnt), mat_name)) file.write("%s*MATERIAL_CLASS \"%s\"\n" % ((Tab*idnt), mat_class)) file.write("%s*MATERIAL_AMBIENT %.4f %.4f %.4f\n" % ((Tab*idnt), (worldTable['ambR']*mat_amb), (worldTable['ambG']*mat_amb), (worldTable['ambB']*mat_amb))) #-Usefull? file.write("%s*MATERIAL_DIFFUSE %.4f %.4f %.4f\n" % ((Tab*idnt), mat_dif[0], mat_dif[1], mat_dif[2])) file.write("%s*MATERIAL_SPECULAR %.4f %.4f %.4f\n" % ((Tab*idnt), mat_specCol[0], mat_specCol[1], mat_specCol[2])) file.write("%s*MATERIAL_SHINE %.4f\n" % ((Tab*idnt), mat_spec)) file.write("%s*MATERIAL_SHINESTRENGTH %.4f\n" % ((Tab*idnt), (mat_hard/511.))) #-511 or 512? file.write("%s*MATERIAL_TRANSPARENCY %.4f\n" % ((Tab*idnt), mat_alpha)) file.write("%s*MATERIAL_WIRESIZE 1.0000\n" % (Tab*idnt)) def mat_dummy(file, idnt): file.write("%s*MATERIAL_SHADING Blinn\n" % (Tab*idnt)) file.write("%s*MATERIAL_XP_FALLOFF 0.0000\n" % (Tab*idnt)) file.write("%s*MATERIAL_SELFILLUM 0.0000\n" % (Tab*idnt)) file.write("%s*MATERIAL_FALLOFF In\n" % (Tab*idnt)) file.write("%s*MATERIAL_XP_TYPE Filter\n" % (Tab*idnt)) def mat_map(file, idnt, mat_name): mapTable ={0:'*MAP_AMBIENT',1:'*MAP_DIFFUSE',2:'*MAP_SPECULAR',3:'*MAP_SHINE',4:'*MAP_SHINESTRENGTH',\ 5:'*MAP_SELFILLUM',6:'*MAP_OPACITY',7:'*MAP_FILTERCOLOR',8:'*MAP_BUMP',9:'*MAP_REFLECT',10:'*MAP_REFRACT',\ 11:'*MAP_REFRACT'} tex_list = [[],[],[],[],[],[],[],[],[],[],[],[]] mat = Material.Get(mat_name) MTexes = mat.getTextures() for current_MTex in MTexes: if current_MTex is not None: # MAP_SUBNO 0 = *MAP_AMBIENT if current_MTex.mapto & Texture.MapTo.AMB: map_getTex(current_MTex, 0, (current_MTex.dvar*current_MTex.varfac), tex_list) # MAP_SUBNO 1 = *MAP_DIFFUSE = COL = 1 elif current_MTex.mapto & Texture.MapTo.COL: map_getTex(current_MTex, 1, current_MTex.colfac, tex_list) # MAP_SUBNO 2 = *MAP_SPECULAR (Color)= CSP or SPEC? = 4 elif current_MTex.mapto & Texture.MapTo.CSP: map_getTex(current_MTex, 2, current_MTex.colfac, tex_list) # MAP_SUBNO 3 = *MAP_SHINE (Spec Level) = SPEC or CSP? = 32 elif current_MTex.mapto & Texture.MapTo.SPEC: map_getTex(current_MTex, 3, (current_MTex.dvar*current_MTex.varfac), tex_list) # MAP_SUBNO 4 = *MAP_SHINESTRENGTH (Gloss) = HARD = 256 elif current_MTex.mapto & Texture.MapTo.HARD: map_getTex(current_MTex, 4, (current_MTex.dvar*current_MTex.varfac), tex_list) # MAP_SUBNO 5 = *MAP_SELFILLUM # MAP_SUBNO 6 = *MAP_OPACITY = ALPHA = 128 elif current_MTex.mapto & Texture.MapTo.ALPHA: map_getTex(current_MTex, 6, (current_MTex.dvar*current_MTex.varfac), tex_list) # MAP_SUBNO 7 = *MAP_FILTERCOLOR # MAP_SUBNO 8 = *MAP_BUMP = NOR = 2 elif current_MTex.mapto & Texture.MapTo.NOR: map_getTex(current_MTex, 8, (current_MTex.norfac/25), tex_list) # MAP_SUBNO 9 = *MAP_REFLECT elif current_MTex.mapto & Texture.MapTo.REF: map_getTex(current_MTex, 9, (current_MTex.norfac/25), tex_list) # MAP_SUBNO 10 = *MAP_REFRACT (refraction) # MAP_SUBNO 11 = *MAP_REFRACT (displacement) elif current_MTex.mapto & Texture.MapTo.DISP: map_getTex(current_MTex, 11, (current_MTex.norfac/25), tex_list) # Write maps for current_LI in tex_list: subNo = tex_list.index(current_LI) for current_MTex in current_LI: tex = current_MTex[0].tex if tex.type == Texture.Types.IMAGE: map_image(file, idnt, current_MTex, subNo, tex, mapTable[subNo]) def map_getTex(MTex, map_subNo, map_amount, texes): # container = [[[MTex], [map_amount]], ...] container = [] container.append(MTex) container.append(map_amount) texes[map_subNo].append(container) def map_image(file, idnt, MTexCon, subNo, tex, mapType): img = tex.getImage() path = sys.expandpath(img.getFilename()).replace('/', '\\') tex_class = 'Bitmap' tex_mapType = 'Screen' tex_filter = 'Pyramidal' file.write("%s%s {\n" % ((Tab*idnt), mapType)) idnt += 1 file.write("%s*MAP_NAME \"%s\"\n" % ((Tab*idnt), tex.getName())) file.write("%s*MAP_CLASS \"%s\"\n" % ((Tab*idnt), tex_class)) file.write("%s*MAP_SUBNO %s\n" % ((Tab*idnt), subNo)) file.write("%s*MAP_AMOUNT %.4f\n" % ((Tab*idnt), MTexCon[1])) file.write("%s*BITMAP \"%s\"\n" % ((Tab*idnt), path)) file.write("%s*MAP_TYPE %s\n" % ((Tab*idnt), tex_mapType)) # hope this part is right! u_tiling = tex.repeat[0]*tex.crop[2] v_tiling = tex.repeat[1]*tex.crop[3] file.write("%s*UVW_U_OFFSET %.4f\n" % ((Tab*idnt), tex.crop[0])) file.write("%s*UVW_V_OFFSET %.4f\n" % ((Tab*idnt), tex.crop[1])) file.write("%s*UVW_U_TILING %.4f\n" % ((Tab*idnt), u_tiling)) file.write("%s*UVW_V_TILING %.4f\n" % ((Tab*idnt), v_tiling)) map_uvw(file, idnt) #hardcoded file.write("%s*BITMAP_FILTER %s\n" % ((Tab*idnt), tex_filter)) idnt -= 1 file.write("%s}\n" % (Tab*idnt)) def mat_uv(file, idnt, uv_image, uv_name, mat_class, worldTable): fake_val0 = '0.0000' fake_val1 = '0.1000' fake_val2 = '0.5882' fake_val3 = '0.9000' fake_val4 = '1.0000' file.write("%s*MATERIAL_NAME \"%s\"\n" % ((Tab*idnt), uv_name)) file.write("%s*MATERIAL_CLASS \"%s\"\n" % ((Tab*idnt), mat_class)) file.write("%s*MATERIAL_AMBIENT %.4f %.4f %.4f\n" % ((Tab*idnt), worldTable['ambR'], worldTable['ambG'], worldTable['ambB'])) #------------Usefull? file.write("%s*MATERIAL_DIFFUSE %s %s %s\n" % ((Tab*idnt), fake_val2, fake_val2, fake_val2)) file.write("%s*MATERIAL_SPECULAR %s %s %s\n" % ((Tab*idnt), fake_val3, fake_val3, fake_val3)) file.write("%s*MATERIAL_SHINE %s\n" % ((Tab*idnt), fake_val1)) file.write("%s*MATERIAL_SHINESTRENGTH %s\n" % ((Tab*idnt), fake_val0)) file.write("%s*MATERIAL_TRANSPARENCY %s\n" % ((Tab*idnt), fake_val0)) file.write("%s*MATERIAL_WIRESIZE %s\n" % ((Tab*idnt), fake_val4)) def map_uv(file, idnt, uv_image, uv_name): map_type = '*MAP_DIFFUSE' map_subNo = '1' tex_class = 'Bitmap' tex_mapType = 'Screen' tex_filter = 'Pyramidal' fake_val0 = '0.0000' fake_val1 = '0.1000' fake_val2 = '0.5882' fake_val3 = '0.9000' fake_val4 = '1.0000' #replace "/" with "\" in image path uv_filename = uv_image.getFilename().replace('/', '\\') file.write("%s%s {\n" % ((Tab*idnt), map_type)) idnt += 1 file.write("%s*MAP_NAME \"%s\"\n" % ((Tab*idnt), uv_name)) file.write("%s*MAP_CLASS \"%s\"\n" % ((Tab*idnt), tex_class)) file.write("%s*MAP_SUBNO %s\n" % ((Tab*idnt), map_subNo)) file.write("%s*MAP_AMOUNT %s\n" % ((Tab*idnt), fake_val4)) file.write("%s*BITMAP \"%s\"\n" % ((Tab*idnt), uv_filename)) file.write("%s*MAP_TYPE %s\n" % ((Tab*idnt), tex_mapType)) file.write("%s*UVW_U_OFFSET %s\n" % ((Tab*idnt), fake_val0)) file.write("%s*UVW_V_OFFSET %s\n" % ((Tab*idnt), fake_val0)) file.write("%s*UVW_U_TILING %s\n" % ((Tab*idnt), fake_val4)) file.write("%s*UVW_V_TILING %s\n" % ((Tab*idnt), fake_val4)) map_uvw(file, idnt) #hardcoded file.write("%s*BITMAP_FILTER %s\n" % ((Tab*idnt), tex_filter)) idnt -= 1 file.write("%s}\n" % (Tab*idnt)) def map_uvw(file, idnt): fake_val0 = '0.0000' fake_val1 = '1.0000' file.write("%s*UVW_ANGLE %s\n" % ((Tab*idnt), fake_val0)) file.write("%s*UVW_BLUR %s\n" % ((Tab*idnt), fake_val1)) file.write("%s*UVW_BLUR_OFFSET %s\n" % ((Tab*idnt), fake_val0)) file.write("%s*UVW_NOUSE_AMT %s\n" % ((Tab*idnt), fake_val1)) file.write("%s*UVW_NOISE_SIZE %s\n" % ((Tab*idnt), fake_val1)) file.write("%s*UVW_NOISE_LEVEL 1\n" % (Tab*idnt)) file.write("%s*UVW_NOISE_PHASE %s\n" % ((Tab*idnt), fake_val0)) #============================================ # Mesh #============================================ def write_mesh(file, exp_list, imgTable, total): print "Write Geometric" for current_container in exp_list: TransTable = {'SizeX': 1, 'SizeY': 1, 'SizeZ': 1} nameMe = {'objName': 'obj', 'meName': 'me'} sGroups = {} hasTable = {'hasMat': 0, 'hasSG': 0, 'hasUV': 0, 'hasVC': 0, 'matRef': 0} count = {'face': 0, 'vert': 0, 'cVert': 0} obj = current_container[0] nameMe['objName'] = obj.name nameMe['meName'] = obj.getData(0,1).name if obj.getParent(): nameMe['parent'] = obj.getParent().name me = Mesh.New() # Create a new mesh if guiTable['MOD'] == 1: # Use modified mesh me.getFromObject(obj.name, 0) # Get the object's mesh data, cage 0 = apply mod else: me.getFromObject(obj.name, 1) me.transform(obj.matrix) #ASE stores transformed mesh data tempObj = Blender.Object.New('Mesh', 'ASE_export_temp_obj') tempObj.setMatrix(obj.matrix) tempObj.link(me) obj = tempObj faces = me.faces verts = me.verts #Blender.Redraw() count['vert'] = len(verts) total['Verts'] += count['vert'] if count['vert'] == 0: print 'Error: ' + nameMe['meName'] + 'has 0 Verts' continue if len(current_container) > 1: hasTable['hasMat'] = current_container[3] hasTable['matRef'] = current_container[2] vGroups = me.getVertGroupNames() if guiTable['VG2SG'] == 1 and len(vGroups) > 0: for current_VG in vGroups: if current_VG.lower().count("smooth."): hasTable['hasSG'] = 1 gWeight = current_VG.replace("smooth.", "") sGroups[current_VG] = gWeight if guiTable['UV'] == 1: if me.faceUV == True or me.faceUV == 1: hasTable['hasUV'] = 1 if guiTable['VC'] == 1: if me.vertexColors == True or me.vertexColors == 1: hasTable['hasVC'] = 1 elif hasTable['hasMat'] == 1: # Blender material mats = current_container[1] for current_mat in mats: if current_mat.getMode() & Material.Modes['VCOL_PAINT']: hasTable['hasVC'] = 1 break for current_face in faces: if len(current_face.verts) is 3: count['face'] += 1 total['Tris'] += 1 total['Faces'] += 1 elif len(current_face.verts) is 4: count['face'] += 2 total['Tris'] += 2 total['Faces'] += 1 #Open Geomobject file.write("*GEOMOBJECT {\n") file.write("%s*NODE_NAME \"%s\"\n" % (Tab, nameMe['objName'])) if nameMe.has_key('parent'): file.write("%s*NODE_PARENT \"%s\"\n" % (Tab, nameMe['parent'])) idnt = 1 mesh_matrix(file, idnt, obj, nameMe, TransTable) #Open Mesh file.write("%s*MESH {\n" % (Tab)) idnt = 2 file.write("%s*TIMEVALUE 0\n" % (Tab*idnt)) file.write("%s*MESH_NUMVERTEX %d\n" % ((Tab*idnt), count['vert'])) file.write("%s*MESH_NUMFACES %d\n" % ((Tab*idnt), count['face'])) idnt = 2 mesh_vertexList(file, idnt, verts, count) idnt = 2 mesh_faceList(file, idnt, me, sGroups, faces, imgTable, hasTable, count) if hasTable['hasUV'] == 1: UV_list = [] UVTable = {} idnt = 2 mesh_tVertList(file, idnt, faces, UVTable, count) idnt = 2 mesh_tFaceList(file, idnt, faces, UVTable, count) if hasTable['hasVC'] == 1: cVertTable = {} idnt = 2 mesh_cVertList(file, idnt, faces, cVertTable, count) idnt = 2 mesh_cFaceList(file, idnt, faces, cVertTable, count) idnt = 2 mesh_normals(file, idnt, faces, verts, count) # Close *MESH idnt = 1 file.write("%s}\n" % (Tab*idnt)) idnt = 1 mesh_footer(file, idnt, hasTable) # Close *GEOMOBJECT file.write("}\n") def mesh_matrix(file, idnt, obj, nameMe, TransTable): location = obj.getLocation() row = obj.getMatrix('localspace').invert() quat = row.invert().toQuat() rota = quat.axis angle = quat.angle Blender.Window.DrawProgressBar(0.0, "Writing Node Transform") file.write("%s*NODE_TM {\n" % (Tab*idnt)) idnt += 1 file.write("%s*NODE_NAME \"%s\"\n" % ((Tab*idnt), nameMe['meName'])) # Inherit from what?.. file.write("%s*INHERIT_POS 0 0 0\n" % (Tab*idnt)) file.write("%s*INHERIT_ROT 0 0 0\n" % (Tab*idnt)) file.write("%s*INHERIT_SCL 0 0 0\n" % (Tab*idnt)) file.write("%s*TM_ROW0 %.4f %.4f %.4f\n" % ((Tab*idnt), row[0][0], row[0][1], row[0][2])) file.write("%s*TM_ROW1 %.4f %.4f %.4f\n" % ((Tab*idnt), row[1][0], row[1][1], row[1][2])) file.write("%s*TM_ROW2 %.4f %.4f %.4f\n" % ((Tab*idnt), row[2][0], row[2][1], row[2][2])) file.write("%s*TM_ROW3 %.4f %.4f %.4f\n" % ((Tab*idnt), row[3][0], row[3][1], row[3][2])) file.write("%s*TM_POS %.4f %.4f %.4f\n" % ((Tab*idnt), location[0], location[1], location[2])) file.write("%s*TM_ROTAXIS %.4f %.4f %.4f\n" % ((Tab*idnt), rota.x, rota.y, rota.z)) file.write("%s*TM_ROTANGLE %.4f\n" % ((Tab*idnt), angle)) #Look wrong, ase have lower values file.write("%s*TM_SCALE %.4f %.4f %.4f\n" % ((Tab*idnt), TransTable['SizeX'], TransTable['SizeY'], TransTable['SizeZ'])) #file.write("%s*TM_SCALEAXIS 0.0000 0.0000 0.0000\n" % (Tab*idnt)) # Looks more logic: file.write("%s*TM_SCALEAXIS %.4f %.4f %.4f\n" % ((Tab*idnt), rota.x, rota.y, rota.z)) file.write("%s*TM_SCALEAXISANG %.4f\n" % ((Tab*idnt), angle)) idnt -= 1 file.write("%s}\n" % (Tab*idnt)) def mesh_vertexList(file, idnt, verts, count): file.write("%s*MESH_VERTEX_LIST {\n" % (Tab*idnt)) idnt += 1 Blender.Window.DrawProgressBar(0.0, "Writing vertices") for current_vert in verts: vIndex = current_vert.index if (vIndex % 1000) == 0: Blender.Window.DrawProgressBar((vIndex+1.0) / count['vert'], "Writing vertices") file.write("%s*MESH_VERTEX %d %.4f %.4f %.4f\n" % ((Tab*idnt), vIndex, current_vert.co[0], current_vert.co[1], current_vert.co[2])) idnt -= 1 file.write("%s}\n" % (Tab*idnt)) def mesh_faceList(file, idnt, me, sGroups, faces, imgTable, hasTable, count): file.write("%s*MESH_FACE_LIST {\n" % (Tab*idnt)) idnt += 1 faceNo = 0 Blender.Window.DrawProgressBar(0.0, "Writing faces") for current_face in faces: face_verts = current_face.verts smooth = ' *MESH_SMOOTHING' matID = ' *MESH_MTLID 0' if (faceNo % 500) == 0: Blender.Window.DrawProgressBar((faceNo+1.0) / count['face'], "Writing faces") if hasTable['hasMat'] == 1: # Blender mats matID = ' *MESH_MTLID %s' % (current_face.mat) elif hasTable['hasMat'] == 2: # UV fake mats cur_img = current_face.image.getName() matID = ' *MESH_MTLID %s' % (imgTable[cur_img]) if len(face_verts) is 3: vert0 = face_verts[0].index vert1 = face_verts[1].index vert2 = face_verts[2].index #Find Smooth for this face: if hasTable['hasSG'] == 1: firstSmooth = 1 for current_SG in sGroups: sGroup = me.getVertsFromGroup(current_SG) if vert0 in sGroup and vert1 in sGroup and vert2 in sGroup: if firstSmooth == 1: smooth += ' %s' % (sGroups[current_SG]) firstSmooth = 0 else: smooth += ', %s' % (sGroups[current_SG]) elif current_face.smooth == 1: smooth += ' %s' % (current_face.smooth) file.write("%s*MESH_FACE %4d: A: %4d B: %4d C: %4d AB: 1 BC: 1 CA: 1 %s %s\n" % ((Tab*idnt), faceNo, vert0, vert1, vert2, smooth, matID)) faceNo+=1 elif len(face_verts) is 4: vert0 = face_verts[0].index vert1 = face_verts[1].index vert2 = face_verts[2].index vert3 = face_verts[3].index #Find Smooth for this face: if guiTable['VG2SG'] == 1 and hasTable['hasSG'] == 1: firstSmooth = 1 for current_SG in sGroups: sGroup = me.getVertsFromGroup(current_SG) if vert0 in sGroup and vert1 in sGroup and vert2 in sGroup and vert3 in sGroup: if firstSmooth == 1: smooth += ' %s' % (sGroups[current_SG]) firstSmooth = 0 else: smooth += ', %s' % (sGroups[current_SG]) elif current_face.smooth: smooth += ' %s' % (current_face.smooth) file.write("%s*MESH_FACE %4d: A: %4d B: %4d C: %4d AB: 1 BC: 1 CA: 0 %s %s\n" % ((Tab*idnt), faceNo, vert0, vert1, vert2, smooth, matID)) faceNo+=1 file.write("%s*MESH_FACE %4d: A: %4d B: %4d C: %4d AB: 1 BC: 1 CA: 0 %s %s\n" % ((Tab*idnt), faceNo, vert2, vert3, vert0, smooth, matID)) faceNo+=1 idnt -= 1 file.write("%s}\n" % (Tab*idnt)) def mesh_tVertList(file, idnt, faces, UVTable, count): UV_idx = 0 cfacetmp = 1 Blender.Window.DrawProgressBar(0.0, "Setup UV vertices") for current_face in faces: for current_uv in current_face.uv: if not UVTable.has_key((current_uv.x, current_uv.y)): UVTable[current_uv.x, current_uv.y] = UV_idx UV_idx += 1 cfacetmp += 1 count['UVs'] = len(UVTable) file.write("%s*MESH_NUMTVERTEX %d\n" % ((Tab*idnt), count['UVs'])) file.write("%s*MESH_TVERTLIST {\n" % (Tab*idnt)) idnt += 1 Blender.Window.DrawProgressBar(0.0, "Writing UV vertices") UV_idx = 0 while UV_idx < count['UVs']: if (UV_idx % 1000) == 0: Blender.Window.DrawProgressBar((UV_idx+1.0) / count['face'], "Writing UV vertices") for current_UV, value in UVTable.iteritems(): if value == UV_idx: file.write("%s*MESH_TVERT %d %.4f %.4f 0.0000\n" % ((Tab*idnt), UVTable[current_UV], current_UV[0], current_UV[1])) UV_idx += 1 idnt -= 1 file.write("%s}\n" % (Tab*idnt)) def mesh_tFaceList(file, idnt, faces, UVTable, count): tfaceNo = 0 Blender.Window.DrawProgressBar(0.0, "Writing UV binds") file.write("%s*MESH_NUMTVFACES %d\n" % ((Tab*idnt), count['face'])) file.write("%s*MESH_TFACELIST {\n" % (Tab*idnt)) idnt += 1 for current_face in faces: faceUV = current_face.uv if (tfaceNo % 1000) == 0: Blender.Window.DrawProgressBar((tfaceNo+1.0) / count['face'], "Writing UV binds") if len(faceUV) is 3: #tri UV0 = UVTable[(faceUV[0].x, faceUV[0].y)] UV1 = UVTable[(faceUV[1].x, faceUV[1].y)] UV2 = UVTable[(faceUV[2].x, faceUV[2].y)] file.write("%s*MESH_TFACE %d %d %d %d\n" % ((Tab*idnt), tfaceNo, UV0, UV1, UV2)) tfaceNo+=1 elif len(faceUV) is 4: #quad UV0 = UVTable[(faceUV[0].x, faceUV[0].y)] UV1 = UVTable[(faceUV[1].x, faceUV[1].y)] UV2 = UVTable[(faceUV[2].x, faceUV[2].y)] UV3 = UVTable[(faceUV[3].x, faceUV[3].y)] file.write("%s*MESH_TFACE %d %d %d %d\n" % ((Tab*idnt), tfaceNo, UV0, UV1, UV2)) tfaceNo+=1 file.write("%s*MESH_TFACE %d %d %d %d\n" % ((Tab*idnt), tfaceNo, UV2, UV3, UV0)) tfaceNo+=1 idnt -= 1 file.write("%s}\n" % (Tab*idnt)) def mesh_cVertList(file, idnt, faces, cVertTable, count): Blender.Window.DrawProgressBar(0.0, "Setup VCol index") for current_face in faces: for current_col in current_face.col: if not cVertTable.has_key((current_col.r, current_col.g, current_col.b)): cVertTable[current_col.r, current_col.g, current_col.b] = count['cVert'] count['cVert'] += 1 file.write("%s*MESH_NUMCVERTEX %d\n" % ((Tab*idnt), count['cVert'])) file.write("%s*MESH_CVERTLIST {\n" % (Tab*idnt)) idnt += 1 Blender.Window.DrawProgressBar(0.0, "Writing VCol index") cV_idx = 0 while cV_idx < count['cVert']: if (cV_idx % 1000) == 0: Blender.Window.DrawProgressBar((cV_idx+1.0) / count['cVert'], "Writing UV vertices") for current_cvert, value in cVertTable.iteritems(): if value == cV_idx: file.write("%s*MESH_VERTCOL %d %.4f %.4f %.4f\n" % ((Tab*idnt), cVertTable[current_cvert], (current_cvert[0]/256.), (current_cvert[1]/256.), (current_cvert[2]/256.))) cV_idx += 1 idnt -= 1 file.write("%s}\n" % (Tab*idnt)) def mesh_cFaceList(file, idnt, faces, cVertTable, count): cFaceNo = 0 Blender.Window.DrawProgressBar(0.0, "Writing VCol binds") file.write("%s*MESH_NUMCFACES %d\n" % ((Tab*idnt), count['face'])) file.write("%s*MESH_CFACELIST {\n" % (Tab*idnt)) idnt += 1 for current_face in faces: if (cFaceNo % 500) == 0: Blender.Window.DrawProgressBar((cFaceNo+1.0) / count['face'], "Writing VCol binds") if len(current_face.verts) is 3: #tri color0 = cVertTable[(current_face.col[0].r, current_face.col[0].g, current_face.col[0].b)] color1 = cVertTable[(current_face.col[1].r, current_face.col[1].g, current_face.col[1].b)] color2 = cVertTable[(current_face.col[2].r, current_face.col[2].g, current_face.col[2].b)] file.write("%s*MESH_CFACE %d %d %d %d\n" % ((Tab*idnt), cFaceNo, color0, color1, color2)) cFaceNo+= 1 elif len(current_face.verts) is 4: #quad color0 = cVertTable[(current_face.col[0].r, current_face.col[0].g, current_face.col[0].b)] color1 = cVertTable[(current_face.col[1].r, current_face.col[1].g, current_face.col[1].b)] color2 = cVertTable[(current_face.col[2].r, current_face.col[2].g, current_face.col[2].b)] color3 = cVertTable[(current_face.col[3].r, current_face.col[3].g, current_face.col[3].b)] file.write("%s*MESH_CFACE %d %d %d %d\n" % ((Tab*idnt), cFaceNo, color0, color1, color2)) cFaceNo+= 1 file.write("%s*MESH_CFACE %d %d %d %d\n" % ((Tab*idnt), cFaceNo, color2, color3, color0)) cFaceNo+= 1 idnt -= 1 file.write("%s}\n" % (Tab*idnt)) def mesh_normals(file, idnt, faces, verts, count): # To export quads it is needed to calculate all face and vertex normals new! vNorms = [] fNorms = [] file.write("%s*MESH_NORMALS {\n" % (Tab*idnt)) Blender.Window.DrawProgressBar(0.0, "Setup Normals") #-- Make empty vectors for all vertices for current_vert in verts: void_Vec = Blender.Mathutils.Vector(0.0, 0.0, 0.0) vNorms.append(void_Vec) #-- Calculate new face and vertex normals for current_face in faces: face_verts = current_face.verts if len(face_verts) is 3: #tri vert0 = face_verts[0] vert1 = face_verts[1] vert2 = face_verts[2] face_norm = Blender.Mathutils.TriangleNormal(vert0.co, vert1.co, vert2.co) fNorms.append(face_norm) vNorms[vert0.index] = vNorms[vert0.index] + face_norm vNorms[vert1.index] = vNorms[vert1.index] + face_norm vNorms[vert2.index] = vNorms[vert2.index] + face_norm elif len(face_verts) is 4: #quad vert0 = face_verts[0] vert1 = face_verts[1] vert2 = face_verts[2] vert3 = face_verts[3] #---- Face Normal face_norm0 = Blender.Mathutils.TriangleNormal(vert0.co, vert1.co, vert2.co) face_norm1 = Blender.Mathutils.TriangleNormal(vert2.co, vert3.co, vert0.co) fNorms.append(face_norm0) fNorms.append(face_norm1) #---- Vertex Normal vNorms[vert0.index] = vNorms[vert0.index] + face_norm0 vNorms[vert1.index] = vNorms[vert1.index] + face_norm0 vNorms[vert2.index] = vNorms[vert2.index] + face_norm0 vNorms[vert2.index] = vNorms[vert2.index] + face_norm1 vNorms[vert3.index] = vNorms[vert3.index] + face_norm1 vNorms[vert0.index] = vNorms[vert0.index] + face_norm1 #-- Normalize vectors for current_vec in vNorms: current_vec.normalize() #-- Finally write normals normNo = 0 idnt += 2 Blender.Window.DrawProgressBar(0.0, "Writing Normals") for current_face in faces: if (normNo % 500) == 0: Blender.Window.DrawProgressBar((normNo+1.0) / count['face'], "Writing Normals") face_verts = current_face.verts if len(face_verts) is 3: #tri vert0 = face_verts[0].index vert1 = face_verts[1].index vert2 = face_verts[2].index idnt -= 1 face_norm = fNorms[normNo] file.write("%s*MESH_FACENORMAL %d %.4f %.4f %.4f\n" % ((Tab*idnt), normNo, face_norm.x, face_norm.y, face_norm.z)) normNo += 1 idnt += 1 mesh_vertNorm(file, idnt, vert0, vert1, vert2, vNorms) elif len(face_verts) is 4: #quad vert0 = face_verts[0].index vert1 = face_verts[1].index vert2 = face_verts[2].index vert3 = face_verts[3].index idnt -= 1 face_norm0 = fNorms[normNo] file.write("%s*MESH_FACENORMAL %d %.4f %.4f %.4f\n" % ((Tab*idnt), normNo, face_norm0.x, face_norm0.y, face_norm0.z)) normNo += 1 idnt += 1 mesh_vertNorm(file, idnt, vert0, vert1, vert2, vNorms) idnt -= 1 face_norm1 = fNorms[normNo] file.write("%s*MESH_FACENORMAL %d %.4f %.4f %.4f\n" % ((Tab*idnt), normNo, face_norm1.x, face_norm1.y, face_norm1.z)) normNo += 1 idnt += 1 mesh_vertNorm(file, idnt, vert2, vert3, vert0, vNorms) idnt -= 2 file.write("%s}\n" % (Tab*idnt)) def mesh_vertNorm(file, idnt, v0, v1, v2, vNorms): vert_norm0 = vNorms[v0] vert_norm1 = vNorms[v1] vert_norm2 = vNorms[v2] file.write("%s*MESH_VERTEXNORMAL %d %.4f %.4f %.4f\n" % ((Tab*idnt), v0, vert_norm0.x, vert_norm0.y, vert_norm0.z)) file.write("%s*MESH_VERTEXNORMAL %d %.4f %.4f %.4f\n" % ((Tab*idnt), v1, vert_norm1.x, vert_norm1.y, vert_norm1.z)) file.write("%s*MESH_VERTEXNORMAL %d %.4f %.4f %.4f\n" % ((Tab*idnt), v2, vert_norm2.x, vert_norm2.y, vert_norm2.z)) def mesh_footer(file, idnt, hasTable): file.write("%s*PROP_MOTIONBLUR 0\n" % (Tab*idnt)) file.write("%s*PROP_CASTSHADOW 1\n" % (Tab*idnt)) file.write("%s*PROP_RECVSHADOW 1\n" % (Tab*idnt)) if hasTable['hasMat'] != 0: file.write("%s*MATERIAL_REF %d\n" % ((Tab*idnt), hasTable['matRef'])) #-------------------------End?---------------------- def write_ui(filename): global guiTable, EXPORT_MOD, EXPORT_MTL, EXPORT_UV, EXPORT_VC, EXPORT_SELO, EXPORT_UVI, EXPORT_VG2SG guiTable = {'MOD': 0, 'MTL': 1, 'UV': 1, 'VC': 1, 'SELO': 1, 'UVI': 0, 'VG2SG': 0} for s in Window.GetScreenInfo(): Window.QHandle(s['id']) EXPORT_MOD = Draw.Create(guiTable['MOD']) EXPORT_MTL = Draw.Create(guiTable['MTL']) EXPORT_UV = Draw.Create(guiTable['UV']) EXPORT_VC = Draw.Create(guiTable['VC']) EXPORT_SELO = Draw.Create(guiTable['SELO']) EXPORT_UVI = Draw.Create(guiTable['UVI']) EXPORT_VG2SG = Draw.Create(guiTable['VG2SG']) # Get USER Options pup_block = [\ ('Mesh Options...'),\ ('Apply Modifiers', EXPORT_MOD, 'Use modified mesh data from each object.'),\ ('Materials', EXPORT_MTL, 'Export Materials.'),\ ('Face UV', EXPORT_UV, 'Export texface UV coords.'),\ ('Vertex Colors', EXPORT_VC, 'Export vertex colors'),\ ('Context...'),\ ('Selection Only', EXPORT_SELO, 'Only export objects in visible selection, else export all mesh object.'),\ ('Bonus...'),\ ('UV Image as Material', EXPORT_UVI, 'Convert UV Images to Materials.'),\ ('VertGr. as SmoothGr.', EXPORT_VG2SG, 'Make SmoothGroups by VertGroups. See doc.')\ ] if not Draw.PupBlock('Export...', pup_block): return Window.WaitCursor(1) guiTable['MOD'] = EXPORT_MOD.val guiTable['MTL'] = EXPORT_MTL.val guiTable['UV'] = EXPORT_UV.val guiTable['VC'] = EXPORT_VC.val guiTable['SELO'] = EXPORT_SELO.val guiTable['UVI'] = EXPORT_UVI.val guiTable['VG2SG'] = EXPORT_VG2SG.val #Recheck if filename.find('.ase', -4) <= 0: filename += '.ase' write(filename) Window.WaitCursor(0) if __name__ == '__main__': Window.FileSelector(write_ui, 'Export ASCII Scene', sys.makename(ext='.ase'))
copy/paste in notepad, save out as a .py
If it isn't recognised as a python script, just copy paste it in blender's text window and save it from there as a python script. It works for me. I haven't tried any boxes though
....
At redline,
the tutorials on the dvd are the ones from 3DBuzz.com.Comment
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Unfortunetly I don't know of any. It would be a really good idea to buy the 2 DVD version just for the Tutorials. Look around at your local PC Games store, I got mine a year ago for $10(CDN) on clearance.Originally posted by RedlineM203Comment
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I give up. Not selling something I got only a few weeks ago.
Unless I try to steal 3DS Max again. 23rd time Ive tried.Comment
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DUDE!! just get them from 3Dbuzz.com!!! subscribe, so what! it's still free and all the movies from the special edition DVD are hosted there. They made those movies to begin with.
This is pretty common UT knowledge by now, so if you couldn't find out about this?
And don't steal 3Dmax, first of all you shouldn't steal, if you want it you can download the entire program legally to try it out. Just learn blender, it can export to unreal (hell it can export to a ****load of formats), is free and hasn't got so much "added fat" like 3Dmax has. It's a very small and clean program which can do a whole lot more than you are going to use it for anyway. If you need another free modeler cause blender would for some reason not be good enough, try wings3D instead. But I'd stick with blender cause you can get the same results with it like a dedicated modeler like wings only you can do a ****load of features that wings cannot do.Comment
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redline I and a friend of mine use blender to make all the custom meshes for our utxmp maps. It is a great, feature rich modeler. Also has a great price of free. If you are new to blender check there site for video tuts and such. I use the goofos's ASE exporter, you can find it here http://wiki.beyondunreal.com/wiki/Blender.
Under the download link for goofos are links to tuts.
good luck with blender, it has somewhat of a learning curve, but with all the community support is well worth learning.
Punk84Comment
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Originally posted by FreakyDude
Only a few of the dvd VTMs are available there.Comment
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@ Punk84, thanks, now I know whose script I'm using, I didn't really bother to read the commentary before,
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@ sadorski and redline, maybe so, I found a special edition with the DVD on ebay in less than 2 mins for 5 us dollars if you need one. depending on where you live and shipping rates I don't think it's that much of an expense.
http://cgi.ebay.com/Unreal-Tournamen...QQcmdZViewItemComment
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I was kinda wondering, I must admit I use blender for staic meshes only so far,
so this one is more directed at punk84, can you do player imports? or weapon imports with playable animations?
I know you can make meshes anything but, can you get a player model from blender workable in blender (just assume all the basic animations are done)
I think it can be done, but haven't fiddled enough with it yet to try it to be honest.Comment
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