export ASE to B3D
Blitz3D Forums/Blitz3D Programming/export ASE to B3D
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| The code is free and all modify is free for all the code is not perfect and not support animation Include "b3dfile.bb" Graphics3D 640,480,16,2 SetBuffer BackBuffer() ;===> const ArrDim = 20000 const ArrMat = 100 ;===> global Obj_name$ global XYZ_Count_vertex global XYZ_Count_face global XYZ_px#, XYZ_py#, XYZ_pz# global XYZ_ax#, XYZ_ay#, XYZ_az#, XYZ_aw# global XYZ_sx#, XYZ_sy#, XYZ_sz# global UVW_Count_vertex global UVW_Count_face global UVW_Count_vertex1 global UVW_Count_face1 global UVW_OffU0# = 1 global UVW_OffV0# = 1 global UVW_OffU1# = 1 global UVW_OffV1# = 1 global UVW_TileU0# = 1 global UVW_TileV0# = 1 global UVW_TileU1# = 1 global UVW_TileV1# = 1 global UVW_for_XYZ ;===> dim XYZ_vertex#(ArrDim,3) dim XYZ_normal#(ArrDim,3) dim XYZ_face(ArrDim,3) dim UVW_vertex#(ArrDim,3) dim UVW_face(ArrDim,3) dim UVW_vertex1#(ArrDim,3) dim UVW_face1(ArrDim,3) ;===> global MAT_Count; ;===> dim MatName$(ArrMat) ; nome materiale dim MatTex0$(ArrMat) ; nome texture default dim MatTex1$(ArrMat) ; nome texture lightmap dim MatR#(ArrMat) ; color R dim MatG#(ArrMat) ; color G dim MatB#(ArrMat) ; color B dim MatA#(ArrMat) ; Opacity dim MatShine#(ArrMat) ; Shininess ;===> Global ObjExp = CreateMesh(); dim tex0(30) dim tex1(30) Dim Bru(30) ;===> ;Convert_Ase_B3d("obj.ASE","Viewer V&D\gfx\Obj.B3D") Text 0,00,"Inizio esportazione" Convert_Ase_B3d("obj.ASE","Obj.B3D") ;Read_Ase("obj.ASE") ;----------------------------------------------- ; Test ; Load texture ;texk0=LoadTexture("freccia.jpg",1) ;TextureBlend texk0,2 ;PositionTexture texk0,0,0 ;ScaleTexture texk0,1,1 ;RotateTexture texk0,0 ; ;texk1=LoadTexture("frecciaLightingMap.jpg",65536) ;TextureBlend texk1,2 ;PositionTexture texk1,0,0 ;ScaleTexture texk1,1,1 ;RotateTexture texk1,0 ; Create brush ;brush=CreateBrush() ; ; Apply texture to brush ;BrushTexture brush,texk0,0,0 ;BrushTexture brush,texk1,0,1 ; ;cube=CreateCube() ;positionentity cube,0,1000,0 ;scaleentity cube,10,10,10 ; Paint mesh with brush ;PaintMesh cube,bru(0) ;PaintMesh cube,brush ;----------------------------------------------- Text 0,10,"Esportazione avvenuta con successo" ;===================================================================== ;===================================================================== ; ------------------------------- ; Creation de la caméra ; ------------------------------- Global Mouse_X_Speed# Global Mouse_Y_Speed# Global Camera Global Camera_VelX# Global Camera_VelZ# Global Camera_Pitch# Global Camera_Yaw# Camera=CreateCamera() rotateentity camera,0,0,0 ;PositionEntity camera,290,-600,2380 ; da inc a metri x100 PositionEntity camera,0,0,0 ; da inc a metri x100 CameraRange camera,0.1,10000 ;formula del fov camera Zoom =Sqrt(Fov) ;CameraZoom camera, sqr(50) ; 1 = 10 di fov // 7.5 = 50 di fov CameraZoom camera, 1 ; 1 = 10 di fov // 7.5 = 50 di fov ; ------------------------------- ; Chargement de l'objet ; ------------------------------- ;ObjExp=LoadMesh( "Obj.b3d" ) ;ObjExp=LoadAnimMesh( "Obj.b3d" ) ;Animate ObjExp, 1 RotateEntity ObjExp,0,0,0 PositionEntity ObjExp,0,0,0 EntityShininess ObjExp,1 PointEntity Camera,ObjExp temp = createsphere(8) entityalpha temp,0.5 Dither True LightCA = 255 AmbientLight LightCA, LightCA, LightCA font=LoadFont( "Arial",20 ) SetFont font ;===> MoveMouse GraphicsWidth()/2,GraphicsHeight()/2 ;rotateentity camera,-2.7,178,180 While KeyDown(1)=0 Procedure_Freelook(1.05,0.2) updateworld() RenderWorld() Text 0,0,"Esportazione avvenuta con successo" text 0,15,"px:"+entityx(Camera)+"py:"+entityy(Camera)+"pz:"+entityz(Camera) text 0,30,"rx:"+entitypitch(Camera)+"ry:"+entityyaw(Camera)+"rz:"+entityroll(Camera) Flip Wend End ; ------------------------- ; Fonction Freelook ; ------------------------- Function Procedure_Freelook(Velocity#,Speed#) AngMax = 89 Mouse_X_Speed=MouseXSpeed()*0.5 Mouse_Y_Speed=MouseYSpeed()*0.5 MoveMouse GraphicsWidth()/2,GraphicsHeight()/2 Camera_Pitch=Camera_Pitch+Mouse_Y_Speed Camera_Yaw=Camera_Yaw-Mouse_X_Speed If Camera_Pitch<-AngMax Then Camera_Pitch=-AngMax If Camera_Pitch>AngMax Then Camera_Pitch=AngMax RotateEntity camera,Camera_Pitch,Camera_Yaw,0 If KeyDown(Key_ArrowPad_Left) Camera_VelX=Camera_VelX-Speed# ElseIf KeyDown(Key_ArrowPad_Right) Camera_VelX=Camera_VelX+Speed# ; If KeyDown(Key_ArrowPad_Down) Camera_VelZ=Camera_VelZ-Speed# ElseIf KeyDown(Key_ArrowPad_Up) Camera_VelZ=Camera_VelZ+Speed# If MouseDown(2) Camera_VelZ=Camera_VelZ-Speed# ElseIf MouseDown(1) Camera_VelZ=Camera_VelZ+Speed# Camera_VelX=Camera_VelX/Velocity# Camera_VelZ=Camera_VelZ/Velocity# MoveEntity camera,Camera_VelX,0,Camera_VelZ End Function ;===================================================================== ;===================================================================== ;=============================== ;--------------------------- ; Scrittura stringa ;--------------------------- Function ReadStringN$(f,sep$) s$ = ""; SepVal = Asc(sep$) Simb1 = Asc(" ") Simb2 = Asc("}") While Not Eof(f) let = ReadByte(f); if (let = SepVal and s$ <> "") return s else ;if ((let >= Asc("!")) and (let <= Asc("}"))) if ((let >= Simb1) and (let <= Simb2) and (let <> SepVal)) s$ = s$ + Chr(let) else if (s$ <> "") return s end if end if Wend End Function ;--------------------------- ; Scrittura stringa ;--------------------------- Function Convert_Ase_B3d(LoadFile$,SaveFile$) ;stop infile = OpenFile(LoadFile$) outfile = Writefile(SaveFile$) WriteBB3D( outfile, "Init" ) StateMesh = 0 ; 1 = Init Root Object While Not Eof(infile) ;===> Obj_name$ = "" XYZ_Count_vertex = 0 XYZ_Count_face = 0 UVW_Count_vertex = 0 UVW_Count_face = 0 UVW_Count_vertex1 = 0 UVW_Count_face1 = 0 ;===> StateLoad = LoadAse(infile) ;===> if ((StateLoad = 1) and (StateMesh = 0)) WriteBB3D( outfile, "Material" ) end if ;===> if (StateLoad = 2) ;===> if (stateMesh = 0) ; Open Root Object StateMesh = 1 b3dBeginChunk( "NODE" );------------root node b3dWriteString( "root");name b3dWriteFloat( 0 ) ;x_pos b3dWriteFloat( 0 ) ;y_pos b3dWriteFloat( 0 ) ;y_pos b3dWriteFloat( 1 ) ;x_scale b3dWriteFloat( 1 ) ;y_scale b3dWriteFloat( 1 ) ;z_scale b3dWriteFloat( 1 ) ;rot_w b3dWriteFloat( 0 ) ;rot_x b3dWriteFloat( 0 ) ;rot_y b3dWriteFloat( 0 ) ;rot_z end if ;===> WriteBB3D( outfile, "Mesh" ) end if ;===> Wend ;===> if (stateMesh = 1) ; Close Root Object b3dEndChunk() ;end of NODE chunk end if ;===> WriteBB3D( outfile, "End" ) CloseFile infile CloseFile outfile end function ;--------------------------- ; Scrittura stringa ;--------------------------- Function Read_Ase(LoadFile$) ;stop infile = OpenFile(LoadFile$) StateMesh = 0 ; 1 = Init Root Object While Not Eof(infile) ;===> Obj_name$ = "" XYZ_Count_vertex = 0 XYZ_Count_face = 0 UVW_Count_vertex = 0 UVW_Count_face = 0 UVW_Count_vertex1 = 0 UVW_Count_face1 = 0 ;===> StateLoad = LoadAse(infile) ;===> if ((StateLoad = 1) and (StateMesh = 0)) Create_MESH( "Material" ) end if ;===> if (StateLoad = 2) ;===> if (stateMesh = 0) ; Open Root Object StateMesh = 1 end if ;===> Create_MESH( "Mesh" ) end if ;===> Wend CloseFile infile end function Function EstractName$(str_nome$) s$ = "" lun = len(str_nome)-1 st = 0 ;===> for xc = lun to 0 step -1 s = mid(str_nome,xc,1) if (s = "\") st = xc +1 exit end if next ;===> s$ = "" for xc = st to lun s$ = s$+mid(str_nome,xc,1) next ;===> return s$ ;===> end function ;--------------------------- ; Scrittura stringa ;--------------------------- Function LoadAse(ASE) OpenP = 0 While Not Eof(ASE) chunk$ = ReadStringN(ASE," ") ;===> ; Chunck *GEOMOBJECT if (chunk$ = "*GEOMOBJECT") then ;stop While Not Eof(ASE) cluster$ = ReadStringN(ASE," ") ;===> if (cluster$ = "{") OpenP = OpenP+1 end if if (cluster$ = "}") then OpenP = OpenP-1 end if if (OpenP <= 0) if (XYZ_Count_vertex>2) return 2 else return 0 end if end if ;===> if (cluster$ = "*NODE_NAME") then Obj_name$ = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*TM_POS") then XYZ_px = ReadStringN(ASE," ") XYZ_py = ReadStringN(ASE," ") XYZ_pz = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*TM_ROTAXIS") then XYZ_rx = ReadStringN(ASE," ") XYZ_ry = ReadStringN(ASE," ") XYZ_rz = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*TM_ROTANGLE") then XYZ_rw = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*TM_SCALE") then XYZ_sx = ReadStringN(ASE," ") XYZ_sy = ReadStringN(ASE," ") XYZ_sz = ReadStringN(ASE," ") end if ;===> if cluster$ = "*MATERIAL_REF" then UVW_for_XYZ = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MESH") then While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") ;===> if (cluster1$="}") exit ;===> if (cluster1$ = "*MESH_NUMVERTEX") then XYZ_Count_vertex = ReadStringN(ASE," ") end if ;===> if (cluster1$ = "*MESH_NUMFACES") then XYZ_Count_face = ReadStringN(ASE," ") end if ;===> if (cluster1$ = "*MESH_VERTEX_LIST") then MESH_VERTEX_LIST(ASE) end if ;===> if (cluster1$ = "*MESH_FACE_LIST") then MESH_FACE_LIST(ASE) end if ;===> if cluster1$ = "*MESH_NUMTVERTEX" then UVW_Count_vertex = ReadStringN(ASE," ") end if ;===> if cluster1$ = "*MESH_TVERTLIST" then MESH_TVERTLIST(ASE) end if ;===> if cluster1$ = "*MESH_NUMTVFACES" then UVW_Count_face = ReadStringN(ASE," ") end if ;===> if cluster1$ = "*MESH_TFACELIST" then MESH_TFACELIST(ASE) end if ;===> if cluster1$ = "*MESH_MAPPINGCHANNEL" then While Not Eof(ASE) chunk1$ = ReadStringN(ASE," ") ;===> if (chunk1$="}") exit ;===> if chunk1$ = "*MESH_NUMTVERTEX" then UVW_Count_vertex1 = ReadStringN(ASE,"") end if ;===> if chunk1$ = "*MESH_TVERTLIST" then MESH_TVERTLIST1(ASE) end if ;===> if chunk1$ = "*MESH_NUMTVFACES" then UVW_Count_face1 = ReadStringN(ASE," ") end if ;===> if chunk1$ = "*MESH_TFACELIST" then MESH_TFACELIST1(ASE) end if ;===> wend end if ;===> if (cluster1$ = "*MESH_NORMALS") then MESH_NORMALS(ASE) end if ;===> wend end if ;===> wend end if ;===> ; Chunck *MATERIAL_LIST if chunk$ = "*MATERIAL_LIST" then OpenP = 0 Id_mat = 0 While Not Eof(ASE) cluster$ = ReadStringN(ASE," ") ;===> if (cluster$ = "{") OpenP = OpenP+1 end if if (cluster$ = "}") then OpenP = OpenP-1 end if if (OpenP <= 0) if (MAT_Count=>0) return 1 else return 0 end if end if ;===> if (cluster$ = "*MATERIAL_COUNT") then cnt = ReadStringN(ASE," ") MAT_Count = cnt-1 end if ;===> if (cluster$ = "*MATERIAL") then Id_mat = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MATERIAL_NAME") then MatName$(Id_mat) = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MATERIAL_DIFFUSE") then MatR(Id_mat) = ReadStringN(ASE," ") MatG(Id_mat) = ReadStringN(ASE," ") MatB(Id_mat) = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MATERIAL_SHINE") then MatShine(Id_mat) = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MATERIAL_TRANSPARENCY") then val# = ReadStringN(ASE," ") MatA(Id_mat) = 1.0-val end if ;===> if (cluster$ = "*MAP_DIFFUSE") then While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") if (cluster1$="}") exit if (cluster1$="*BITMAP") name$ = ReadStringN(ASE,"") MatTex0$(Id_mat) = EstractName$(name$); end if if (cluster1$="*UVW_U_OFFSET") UVW_OffU0# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_V_OFFSET") UVW_OffV0# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_U_TILING") ut# = ReadStringN(ASE,"") UVW_TileU0 = 1.0/ut#; end if if (cluster1$="*UVW_V_TILING") vt# = ReadStringN(ASE,"") UVW_TileV0 = 1.0/vt#; end if Wend end if ;===> if (cluster$ = "*MAP_SELFILLUM") then While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") if (cluster1$="}") exit if (cluster1$="*BITMAP") name$ = ReadStringN(ASE,"") MatTex1$(Id_mat) = EstractName$(name$); end if if (cluster1$="*UVW_U_OFFSET") UVW_OffU1# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_V_OFFSET") UVW_OffV1# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_U_TILING") ut# = ReadStringN(ASE,"") UVW_TileU1 = 1.0/ut#; end if if (cluster1$="*UVW_V_TILING") vt# = ReadStringN(ASE,"") UVW_TileV1 = 1.0/vt#; end if Wend end if ;===> if (cluster$ = "*") then Obj_name$ = ReadStringN(ASE," ") end if ;===> wend end if wend end function ;--------------------------- ; ;--------------------------- Function MESH_NORMALS(ASE) id = 0 While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") if (cluster1$="*MESH_FACENORMAL") No$ = ReadStringN(ASE," ") XYZ_normal(id,0) = ReadStringN(ASE," ") XYZ_normal(id,1) = ReadStringN(ASE," ") XYZ_normal(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster1$="}") exit Wend end function ;--------------------------- ; ;--------------------------- function MESH_VERTEX_LIST(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_VERTEX") No$ = ReadStringN(ASE," ") XYZ_vertex(id,0) = ReadStringN(ASE," ") XYZ_vertex(id,1) = ReadStringN(ASE," ") XYZ_vertex(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit Wend end function ;--------------------------- ; ;--------------------------- function MESH_FACE_LIST(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_FACE") No$ = ReadStringN(ASE," ") No$ = ReadStringN(ASE," ") ;--- f1 = ReadStringN(ASE," ") : No$ = ReadStringN(ASE," ") f2 = ReadStringN(ASE," ") : No$ = ReadStringN(ASE," ") f3 = ReadStringN(ASE," ") XYZ_face(id,0) = f1 XYZ_face(id,1) = f2 XYZ_face(id,2) = f3 id = id+1 end if if (cluster2$="}") exit Wend end function ;--------------------------- ; ;--------------------------- function MESH_TVERTLIST(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_TVERT") No$ = ReadStringN(ASE," ") UVW_vertex(id,0) = ReadStringN(ASE," ") UVW_vertex(id,1) = ReadStringN(ASE," ") UVW_vertex(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit wend end function ;--------------------------- ; ;--------------------------- function MESH_TFACELIST(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_TFACE") No$ = ReadStringN(ASE," ") UVW_face(id,0) = ReadStringN(ASE," ") UVW_face(id,1) = ReadStringN(ASE," ") UVW_face(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit wend end function ;--------------------------- ; ;--------------------------- function MESH_TVERTLIST1(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_TVERT") No$ = ReadStringN(ASE," ") UVW_vertex1(id,0) = ReadStringN(ASE," ") UVW_vertex1(id,1) = ReadStringN(ASE," ") UVW_vertex1(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit wend end function ;--------------------------- ; ;--------------------------- function MESH_TFACELIST1(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_TFACE") No$ = ReadStringN(ASE," ") UVW_face1(id,0) = ReadStringN(ASE," ") UVW_face1(id,1) = ReadStringN(ASE," ") UVW_face1(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit wend end function ;========================================================================= ;========================================================================= ;========================================================================= ;--------------------------- ; ;--------------------------- Function WriteBB3D( file, state$ ) select state$ ;------------------- case "Init" b3dSetFile( file ) b3dBeginChunk( "BB3D" ) b3dWriteInt( 1 ) ;version ;------------------- case "Material" for Id_mat = 0 to MAT_Count b3dBeginChunk( "TEXS" ) ;===> Diffuse map b3dWriteString( MatTex0$(Id_mat) ) b3dWriteInt( 1 ) ;textureflag b3dWriteInt( 2 ) ;textureblend b3dWriteFloat( UVW_OffU0# ) ;x_pos b3dWriteFloat( UVW_OffV0# ) ;y_pos b3dWriteFloat( UVW_TileU0# );x_scale b3dWriteFloat( UVW_TileV0# );y_scale b3dWriteFloat( 0 ) ;rotation ;===> Light Map b3dWriteString( MatTex1$(Id_mat) ) b3dWriteInt( 65536) ;textureflag for 2nd ! uv channel [65536=normal, 65584=clamp u,v and so on ...] b3dWriteInt( 2 ) ;textureblend b3dWriteFloat( UVW_OffU1# ) ;x_pos b3dWriteFloat( UVW_OffV1# ) ;y_pos b3dWriteFloat( UVW_TileU1# );x_scale b3dWriteFloat( UVW_TileV1# );y_scale b3dWriteFloat( 0 ) ;rotation ;===> b3dEndChunk() ;end of TEXS chunk next for Id_mat = 0 to MAT_Count mat = Id_mat*2 b3dBeginChunk( "BRUS" ) ;===> b3dWriteInt( 2 ) ;textures per brush[1] b3dWriteString( MatName$(Id_mat) ) ;name b3dWriteFloat( MatR(Id_mat) ) ;red b3dWriteFloat( MatG(Id_mat) ) ;green b3dWriteFloat( MatB(Id_mat) ) ;blue b3dWriteFloat( MatA(Id_mat) ) ;alpha b3dWriteFloat( MatShine(Id_mat) ) ;shininess b3dWriteInt( 0 ) ;blend b3dWriteInt( 1 ) ;FX b3dWriteInt( mat+0 ) ;texture_id UV0 b3dWriteInt( mat+1 ) ;texture_id UV1 ;===> b3dEndChunk() ;end of BRUS chunk next ;------------------- case "Mesh" stop if (Obj_name$="Plane01") then stop b3dBeginChunk( "NODE" );------------sub nodes b3dWriteString( Obj_name$);name b3dWriteFloat( 0 ) ;x_pos XYZ_px# b3dWriteFloat( 0 ) ;y_pos XYZ_py# b3dWriteFloat( 0 ) ;y_pos XYZ_pz# b3dWriteFloat( 1 ) ;x_scale XYZ_sx# b3dWriteFloat( 1 ) ;y_scale XYZ_sy# b3dWriteFloat( 1 ) ;z_scale XYZ_sz# b3dWriteFloat( 1 ) ;rot_w XYZ_aw# b3dWriteFloat( 0 ) ;rot_x XYZ_ax# b3dWriteFloat( 0 ) ;rot_y XYZ_ay# b3dWriteFloat( 0 ) ;rot_z XYZ_az# WriteMESH1( mesh1 ) b3dEndChunk() ;end of NODE chunk ;------------------- case "End" b3dEndChunk() ;end of BB3D chunk End Select End Function Function WriteMESH1(curobj ) ;stop n_tris = (XYZ_Count_face-1) b3dBeginChunk( "MESH" ) b3dWriteInt( -1 ) ;no 'entity' brush-<---the brush!! b3dBeginChunk( "VRTS" ) b3dWriteInt( 1 ) ;flags - 0=no 1=normal 2=Vertex color b3dWriteInt( 2 ) ;0 tex_coord sets b3dWriteInt( 3 ) ;0 coords per set For j=0 To n_tris For k=0 To 2 ;===> Id di ricostruzione triangoli Id_Vert = XYZ_face(j,k) Id_UV0 = UVW_face(j,k) Id_UV1 = UVW_face1(j,k) ;===> XYZ Vertex vx# = XYZ_vertex#(Id_Vert,0) vy# = XYZ_vertex#(Id_Vert,1) vz# = XYZ_vertex#(Id_Vert,2) b3dWriteFloat( vx# ); VX b3dWriteFloat( vy# ); VY b3dWriteFloat( vz# ); VZ ;===> XYZ Vertex nx# = XYZ_normal#(Id_Vert,0) ny# = XYZ_normal#(Id_Vert,1) nz# = XYZ_normal#(Id_Vert,2) b3dWriteFloat( nx# ); NX b3dWriteFloat( ny# ); NY b3dWriteFloat( nz# ); NZ ;===> UVW 0 Default Map u0# = UVW_vertex#(Id_UV0,0) v0# = UVW_vertex#(Id_UV0,1) w0# = UVW_vertex#(Id_UV0,2) b3dWriteFloat( u0# ) ; U0 b3dWriteFloat( v0# ) ; V0 b3dWriteFloat( w0# ) ; W0 ;===> UVW 1 Light Map u1# = UVW_vertex1#(Id_UV1,0) v1# = UVW_vertex1#(Id_UV1,1) w1# = UVW_vertex1#(Id_UV1,2) b3dWriteFloat( u1# ) ; U1 b3dWriteFloat( v1# ) ; V1 b3dWriteFloat( w1# ) ; W1 ;===> Next Next b3dEndChunk() ;end of VRTS chunk b3dBeginChunk( "TRIS" ) b3dWriteInt( UVW_for_XYZ ) ;brush for these triangles For j=0 To n_tris ;===> Tris_v = j*3 t1 = Tris_v+0 t2 = Tris_v+1 t3 = Tris_v+2 b3dWriteInt( t1 ); X b3dWriteInt( t2 ); Y b3dWriteInt( t3 ); Z ;===> Next b3dEndChunk() ;end of TRIS chunk b3dEndChunk() ;end of MESH chunk End Function Function Create_MESH( state$ ) select state$ ;------------------- case "Material" for Id_mat = 0 to MAT_Count ;stop ;===> Diffuse map tex0(Id_Mat) = Loadtexture(MatTex0$(Id_mat),1) if (tex0(Id_Mat)) then TextureBlend tex0(Id_Mat),2 PositionTexture tex0(Id_Mat),UVW_OffU0#,UVW_OffV0# ScaleTexture tex0(Id_Mat),UVW_TileU0#,UVW_TileV0# RotateTexture tex0(Id_Mat),0 TextureCoords tex0(Id_Mat),0 end if ;===> Light Map tex1(Id_Mat) = Loadtexture(MatTex1$(Id_mat),65536) if (tex1(Id_Mat)) then TextureBlend tex1(Id_Mat),2 PositionTexture tex1(Id_Mat),UVW_OffU1#,UVW_OffV1# ScaleTexture tex1(Id_Mat),UVW_TileU1#,UVW_TileV1# RotateTexture tex1(Id_Mat),0 TextureCoords tex1(Id_Mat),1 end if ;===> next for Id_mat = 0 to MAT_Count ;===> Bru(Id_mat) = createbrush() if (Bru(Id_mat)) then bru_r = (MatR#(Id_mat)*255.0):bru_g = (MatG#(Id_mat)*255.0):bru_b = (MatB#(Id_mat)*255.0) bru_sh# = MatShine#(Id_mat) BrushColor Bru(Id_mat),bru_r,bru_g,bru_b BrushShininess Bru(Id_mat),bru_sh ; BrushBlend Bru(Id_mat),2 BrushFx Bru(Id_mat),1 BrushTexture Bru(Id_mat),tex0(Id_mat),0,0 BrushTexture Bru(Id_mat),tex1(Id_mat),0,1 end if ;===> next ;------------------- case "Mesh" ;stop ; Create blank surface which is attached to mesh (surfaces must always be attached to a mesh) surf = CreateSurface(ObjExp) n_tris = (XYZ_Count_face-1) For j=0 To n_tris For k=0 To 2 ;===> Id di ricostruzione triangoli Id_Vert = XYZ_face(j,k) Id_UV0 = UVW_face(j,k) Id_UV1 = UVW_face1(j,k) n_vert = ((j*3)+k) ;===> XYZ Vertex vx# = XYZ_vertex#(Id_Vert,0) vy# = XYZ_vertex#(Id_Vert,1) vz# = XYZ_vertex#(Id_Vert,2) Vtest = AddVertex(surf,vx#,vy#,vz#) ; addiziono il vertice ;===> XYZ Vertex nx# = XYZ_normal#(Id_Vert,0) ny# = XYZ_normal#(Id_Vert,1) nz# = XYZ_normal#(Id_Vert,2) VertexNormal(surf,n_vert,nx#,ny#,nz#) ;===> UVW 0 Default Map u0# = UVW_vertex#(Id_UV0,0) v0# = UVW_vertex#(Id_UV0,1) w0# = UVW_vertex#(Id_UV0,2) VertexTexCoords(surf,n_vert,u0#,v0#,w0#,0) ;===> UVW 1 Light Map u1# = UVW_vertex1#(Id_UV1,0) v1# = UVW_vertex1#(Id_UV1,1) w1# = UVW_vertex1#(Id_UV1,2) VertexTexCoords(surf,n_vert,u1#,v1#,w1#,1) ;===> Next ;===> Tris_v = j*3 t1 = Tris_v+0 t2 = Tris_v+1 t3 = Tris_v+2 AddTriangle(surf,t1,t2,t3) ;===> Next ;===> PaintSurface surf, bru(UVW_for_XYZ) ;===> End Select End Function |
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| all the modifications must be public and pleace comment this ;) |
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| hmm..... |
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| Hi DareDevil This is great if you can get it to work completely. It would be really nice to export shell materials this way. I have made a small test with Max5 "Render to texture" > "Complete map" It seems the that the texture coords end up on set 2? For this baked texture they should be on set 1. The texture is on the wrong side of the mesh. Bottom instead of top, etc. Mesh is rotated 90 degrees. I hope you can fix thes small things, that would be great. :) |
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| Temp fix for upside down texture: change b3dWriteFloat( v1# ) ; V1 to b3dWriteFloat( 1-v1# ) ; V1 |
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| thanks to correct bug. I have found this bug, I am I have resolved it is much simple b3dWriteFloat( UVW_TileV1# );y_scale to b3dWriteFloat( -UVW_TileV1# );y_scale build animation Go!!Go!!Go!!! |
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| Excellent! This is by far the easiest way to convert shell materials from Max I have seen. Here is what my version looks like now. I put in an option to swap the coord sets, if you are baking a complete map, and not just the lightmap. It also turns the mesh, by swapping y and z. Function WriteMESH1(curobj ,swapsets=False) ;stop n_tris = (XYZ_Count_face-1) b3dBeginChunk( "MESH" ) b3dWriteInt( -1 ) ;no 'entity' brush-<---the brush!! b3dBeginChunk( "VRTS" ) b3dWriteInt( 1 ) ;flags - 0=no 1=normal 2=Vertex color b3dWriteInt( 2 ) ;0 tex_coord sets b3dWriteInt( 3 ) ;0 coords per set For j=0 To n_tris For k=0 To 2 ;===> Id di ricostruzione triangoli Id_Vert = XYZ_face(j,k) Id_UV0 = UVW_face(j,k) Id_UV1 = UVW_face1(j,k) ;===> XYZ Vertex vx# = XYZ_vertex#(Id_Vert,0) vy# = XYZ_vertex#(Id_Vert,2) ; swap y and z vz# = XYZ_vertex#(Id_Vert,1) ; swap y and z b3dWriteFloat( vx# ); VX b3dWriteFloat( vy# ); VY b3dWriteFloat( vz# ); VZ ;===> XYZ Vertex nx# = XYZ_normal#(Id_Vert,0) ny# = XYZ_normal#(Id_Vert,2) ; swap y and z - is this correct? nz# = XYZ_normal#(Id_Vert,1) ; swap y and z - is this correct? b3dWriteFloat( nx# ); NX b3dWriteFloat( ny# ); NY b3dWriteFloat( nz# ); NZ ;===> UVW 0 Default Map u0# = UVW_vertex#(Id_UV0,0) v0# = -UVW_vertex#(Id_UV0,1) w0# = UVW_vertex#(Id_UV0,2) ;===> UVW 1 Light Map u1# = UVW_vertex1#(Id_UV1,0) v1# = -UVW_vertex1#(Id_UV1,1) w1# = UVW_vertex1#(Id_UV1,2) If swapsets ; option to swap texture coord sets b3dWriteFloat( u1# ) ; U1 b3dWriteFloat( v1# ) ; V1 b3dWriteFloat( w1# ) ; W1 b3dWriteFloat( u0# ) ; U0 b3dWriteFloat( v0# ) ; V0 b3dWriteFloat( w0# ) ; W0 Else b3dWriteFloat( u0# ) ; U0 b3dWriteFloat( v0# ) ; V0 b3dWriteFloat( w0# ) ; W0 b3dWriteFloat( u1# ) ; U1 b3dWriteFloat( v1# ) ; V1 b3dWriteFloat( w1# ) ; W1 EndIf ;===> Next Next b3dEndChunk() ;end of VRTS chunk etc. |
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| Some files outputted causes Blitz to crash. Using B3D2XML ( http://www.blitzbasic.com/codearcs/codearcs.php?code=665 ) I think I found some of the problems. I think that you are: Writing out more than one TEXS chunk. Writing out more than one BRUS chunk. Textures are written out even though none exist. (empty name) Brushes refernce these empty textures. And a minor one: Object/node names are saved out with quotes: "myname" becomes ""myname"" I will put in a check in my xml convertor to detect it, but you should consider removing them. |
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I *think* this is a fix for the BRUS and TEXS chunks:Case "Material" b3dBeginChunk( "TEXS" ) For Id_mat = 0 To MAT_Count ;===> Diffuse map b3dWriteString( MatTex0$(Id_mat) ) b3dWriteInt( 1 ) ;textureflag b3dWriteInt( 2 ) ;textureblend b3dWriteFloat( UVW_OffU0# ) ;x_pos b3dWriteFloat( UVW_OffV0# ) ;y_pos b3dWriteFloat( UVW_TileU0# );x_scale b3dWriteFloat( UVW_TileV0# );y_scale b3dWriteFloat( 0 ) ;rotation ;===> Light Map b3dWriteString( MatTex1$(Id_mat) ) b3dWriteInt( 65536) ;textureflag for 2nd ! uv channel [65536=normal, 65584=clamp u,v and so on ...] b3dWriteInt( 2 ) ;textureblend b3dWriteFloat( UVW_OffU1# ) ;x_pos b3dWriteFloat( UVW_OffV1# ) ;y_pos b3dWriteFloat( UVW_TileU1# );x_scale b3dWriteFloat( UVW_TileV1# );y_scale b3dWriteFloat( 0 ) ;rotation Next b3dEndChunk() ;end of TEXS chunk b3dBeginChunk( "BRUS" ) b3dWriteInt( 2 ) ;textures per brush[1] For Id_mat = 0 To MAT_Count mat = Id_mat*2 b3dWriteString( MatName$(Id_mat) ) ;name b3dWriteFloat( MatR(Id_mat) ) ;red b3dWriteFloat( MatG(Id_mat) ) ;green b3dWriteFloat( MatB(Id_mat) ) ;blue b3dWriteFloat( MatA(Id_mat) ) ;alpha b3dWriteFloat( MatShine(Id_mat) ) ;shininess b3dWriteInt( 0 ) ;blend b3dWriteInt( 1 ) ;FX b3dWriteInt( mat+0 ) ;texture_id UV0 b3dWriteInt( mat+1 ) ;texture_id UV1 Next b3dEndChunk() ;end of BRUS chunk |
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| 3 bug found Bug 1: update ascii table (34 = ") - resolved jump ;=============================== ;--------------------------- ; Read string ;--------------------------- Function ReadStringN$(f,sep$) s$ = ""; SepVal = Asc(sep$) Simb1 = Asc(" ") Simb2 = Asc("}") While Not Eof(f) let = ReadByte(f); if (let = SepVal and s$ <> "") return s else ;if ((let >= Asc("!")) and (let <= Asc("}"))) if ((let >= Simb1) and (let <= Simb2) and (let <> SepVal) and (let <> 34)); the code 34 = " from ascii table s$ = s$ + Chr(let) else if (s$ <> "") return s end if end if Wend End Function Bug 2: Update name Texture = "pippo.bmp" is reader Function EstractName$(str_nome$) s$ = "" lun = len(str_nome)-1 st = 0 ;===> For xc = lun To 1 Step -1 s = mid(str_nome,xc,1) If ((s = "\") Or (xc=1)) st = xc +1 exit end if next ;===> s$ = "" for xc = st to lun+1 s$ = s$+mid(str_nome,xc,1) next ;===> return s$ ;===> end function Bug 3: not Support sub material object (3DSMax) ================================= ------------------------------ Thanks All for collaboration VinsentX V&D Software the my e-mail is enzo_light@... ------------------------------ ================================= |
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| The Ase Export all modify: 1° invert axis Y -> Z / Z -> Y and update Normal 2° optimize time to convert 30% Include "b3dfile.bb" Graphics3D 640,480,16,2 SetBuffer BackBuffer() ;===> Const Simb1 = 32 ; 32 = ASC(" ") const Simb2 = 125; 125 = ASC("}") const ArrDim = 200000 const ArrMat = 100 ;===> global Obj_name$ global XYZ_Count_vertex global XYZ_Count_face global XYZ_px#, XYZ_py#, XYZ_pz# global XYZ_ax#, XYZ_ay#, XYZ_az#, XYZ_aw# global XYZ_sx#, XYZ_sy#, XYZ_sz# global UVW_Count_vertex global UVW_Count_face global UVW_Count_vertex1 global UVW_Count_face1 global UVW_OffU0# = 1 Global UVW_OffV0# = 1 Global UVW_OffU1# = 1 Global UVW_OffV1# = 1 Global UVW_OffU2# = 1 Global UVW_OffV2# = 1 Global UVW_TileU0# = 1 global UVW_TileV0# = 1 global UVW_TileU1# = 1 global UVW_TileV1# = 1 global UVW_TileU2# = 1 global UVW_TileV2# = 1 global UVW_for_XYZ ;===> dim XYZ_vertex#(ArrDim,3) dim XYZ_normal#(ArrDim,3) dim XYZ_face(ArrDim,3) dim UVW_vertex#(ArrDim,3) dim UVW_face(ArrDim,3) dim UVW_vertex1#(ArrDim,3) dim UVW_face1(ArrDim,3) ;===> global MAT_Count; ;===> dim MatName$(ArrMat) ; nome materiale dim MatTex0$(ArrMat) ; nome texture default dim MatTex1$(ArrMat) ; nome texture lightmap dim MatTex2$(ArrMat) ; nome texture EnvMap dim MatR#(ArrMat) ; color R dim MatG#(ArrMat) ; color G dim MatB#(ArrMat) ; color B dim MatA#(ArrMat) ; Opacity dim MatShine#(ArrMat) ; Shininess ;===> ;===> ;Convert_Ase_B3d("obj.ASE","Viewer V&D\gfx\Obj.B3D") Text 0,00,"Inizio esportazione" Flip global time1 = millisecs() Convert_Ase_B3d("obj.ASE","Obj.B3D") global time2 = millisecs() ;Read_Ase("obj.ASE") Global ObjExp = loadmesh("obj.b3d"); Text 0,10,"Esportazione avvenuta con successo" ;===================================================================== ;===================================================================== ; ------------------------------- ; Creation de la caméra ; ------------------------------- Global Mouse_X_Speed# Global Mouse_Y_Speed# Global Camera Global Camera_VelX# Global Camera_VelZ# Global Camera_Pitch# Global Camera_Yaw# Camera=CreateCamera() rotateentity camera,0,0,0 ;PositionEntity camera,290,-600,2380 ; da inc a metri x100 PositionEntity camera,0,0,0 ; da inc a metri x100 CameraRange camera,0.1,10000 ;formula del fov camera Zoom =Sqrt(Fov) ;CameraZoom camera, sqr(50) ; 1 = 10 di fov // 7.5 = 50 di fov CameraZoom camera, 1 ; 1 = 10 di fov // 7.5 = 50 di fov ; ------------------------------- ; Chargement de l'objet ; ------------------------------- ;ObjExp=LoadMesh( "Obj.b3d" ) ;ObjExp=LoadAnimMesh( "Obj.b3d" ) ;Animate ObjExp, 1 RotateEntity ObjExp,0,0,0 PositionEntity ObjExp,0,0,0 EntityShininess ObjExp,1 PointEntity Camera,ObjExp temp = createsphere(8) entityalpha temp,0.5 Dither True LightCA = 255 AmbientLight LightCA, LightCA, LightCA font=LoadFont( "Arial",20 ) SetFont font ;===> MoveMouse GraphicsWidth()/2,GraphicsHeight()/2 ;rotateentity camera,-2.7,178,180 While KeyDown(1)=0 Procedure_Freelook(1.05,0.2) updateworld() RenderWorld() Text 0,0,"Esportazione avvenuta con successo" text 0,15,"px:"+entityx(Camera)+"py:"+entityy(Camera)+"pz:"+entityz(Camera) text 0,30,"rx:"+entitypitch(Camera)+"ry:"+entityyaw(Camera)+"rz:"+entityroll(Camera) text 0,45,"Time to export" text 0,60,"Millisecs "+(time2-time1)+" secs "+((time2-time1)/1000) Flip Wend End ; ------------------------- ; Fonction Freelook ; ------------------------- Function Procedure_Freelook(Velocity#,Speed#) AngMax = 89 Mouse_X_Speed=MouseXSpeed()*0.5 Mouse_Y_Speed=MouseYSpeed()*0.5 MoveMouse GraphicsWidth()/2,GraphicsHeight()/2 Camera_Pitch=Camera_Pitch+Mouse_Y_Speed Camera_Yaw=Camera_Yaw-Mouse_X_Speed If Camera_Pitch<-AngMax Then Camera_Pitch=-AngMax If Camera_Pitch>AngMax Then Camera_Pitch=AngMax RotateEntity camera,Camera_Pitch,Camera_Yaw,0 If KeyDown(Key_ArrowPad_Left) Camera_VelX=Camera_VelX-Speed# ElseIf KeyDown(Key_ArrowPad_Right) Camera_VelX=Camera_VelX+Speed# ; If KeyDown(Key_ArrowPad_Down) Camera_VelZ=Camera_VelZ-Speed# ElseIf KeyDown(Key_ArrowPad_Up) Camera_VelZ=Camera_VelZ+Speed# If MouseDown(2) Camera_VelZ=Camera_VelZ-Speed# ElseIf MouseDown(1) Camera_VelZ=Camera_VelZ+Speed# Camera_VelX=Camera_VelX/Velocity# Camera_VelZ=Camera_VelZ/Velocity# MoveEntity camera,Camera_VelX,0,Camera_VelZ End Function ;===================================================================== ;===================================================================== ;=============================== ;--------------------------- ; Scrittura stringa ;--------------------------- Function ReadStringN$(f,sep$) s$ = ""; SepVal = Asc(sep$) ;Simb1 = Asc(" ") ;Simb2 = Asc("}") While Not Eof(f) let = ReadByte(f); if (let = SepVal and s$ <> "") return s else if ((let >= Simb1) and (let <= Simb2) and (let <> SepVal) and (let <> 34)); the code 34 = " from ascii table s$ = s$ + Chr(let) else if (s$ <> "") return s end if end if Wend End Function Function EstractName$(str_nome$) s$ = "" lun = len(str_nome) ;===> For xc = lun To 1 Step -1 s$ = mid(str_nome,xc,1) If ((s$ = "\") Or (xc=1)) s$ = mid(str_nome,xc+1,lun-xc); exit end if next ;===> return s$ ;===> end function ;--------------------------- ; Scrittura stringa ;--------------------------- Function Convert_Ase_B3d(LoadFile$,SaveFile$) ;stop infile = OpenFile(LoadFile$) outfile = Writefile(SaveFile$) WriteBB3D( outfile, "Init" ) StateMesh = 0 ; 1 = Init Root Object While Not Eof(infile) ;===> Obj_name$ = "" XYZ_Count_vertex = 0 XYZ_Count_face = 0 UVW_Count_vertex = 0 UVW_Count_face = 0 UVW_Count_vertex1 = 0 UVW_Count_face1 = 0 ;===> StateLoad = LoadAse(infile) ;===> if ((StateLoad = 1) and (StateMesh = 0)) WriteBB3D( outfile, "Material" ) end if ;===> if (StateLoad = 2) ;===> if (stateMesh = 0) ; Open Root Object StateMesh = 1 b3dBeginChunk( "NODE" );------------root node b3dWriteString( "root");name b3dWriteFloat( 0 ) ;x_pos b3dWriteFloat( 0 ) ;y_pos b3dWriteFloat( 0 ) ;y_pos b3dWriteFloat( 1 ) ;x_scale b3dWriteFloat( 1 ) ;y_scale b3dWriteFloat( 1 ) ;z_scale b3dWriteFloat( 1 ) ;rot_w b3dWriteFloat( 0 ) ;rot_x b3dWriteFloat( 0 ) ;rot_y b3dWriteFloat( 0 ) ;rot_z end if ;===> WriteBB3D( outfile, "Mesh" ) end if ;===> Wend ;===> if (stateMesh = 1) ; Close Root Object b3dEndChunk() ;end of NODE chunk end if ;===> WriteBB3D( outfile, "End" ) CloseFile infile CloseFile outfile end function ;--------------------------- ; Scrittura stringa ;--------------------------- Function LoadAse(ASE) OpenP = 0 While Not Eof(ASE) chunk$ = ReadStringN(ASE," ") ;===> if (chunk$ = "*GEOMOBJECT") then ;stop While Not Eof(ASE) cluster$ = ReadStringN(ASE," ") ;===> if (cluster$ = "{") OpenP = OpenP+1 end if if (cluster$ = "}") then OpenP = OpenP-1 end if if (OpenP <= 0) if (XYZ_Count_vertex>2) return 2 else return 0 end if end if ;===> if (cluster$ = "*NODE_NAME") then Obj_name$ = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*TM_POS") then XYZ_px = ReadStringN(ASE," ") XYZ_py = ReadStringN(ASE," ") XYZ_pz = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*TM_ROTAXIS") then XYZ_rx = ReadStringN(ASE," ") XYZ_ry = ReadStringN(ASE," ") XYZ_rz = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*TM_ROTANGLE") then XYZ_rw = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*TM_SCALE") then XYZ_sx = ReadStringN(ASE," ") XYZ_sy = ReadStringN(ASE," ") XYZ_sz = ReadStringN(ASE," ") end if ;===> if cluster$ = "*MATERIAL_REF" then UVW_for_XYZ = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MESH") then While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") ;===> if (cluster1$="}") exit ;===> if (cluster1$ = "*MESH_NUMVERTEX") then XYZ_Count_vertex = ReadStringN(ASE," ") end if ;===> if (cluster1$ = "*MESH_NUMFACES") then XYZ_Count_face = ReadStringN(ASE," ") end if ;===> if (cluster1$ = "*MESH_VERTEX_LIST") then MESH_VERTEX_LIST(ASE) end if ;===> if (cluster1$ = "*MESH_FACE_LIST") then MESH_FACE_LIST(ASE) end if ;===> if cluster1$ = "*MESH_NUMTVERTEX" then UVW_Count_vertex = ReadStringN(ASE," ") end if ;===> if cluster1$ = "*MESH_TVERTLIST" then MESH_TVERTLIST(ASE) end if ;===> if cluster1$ = "*MESH_NUMTVFACES" then UVW_Count_face = ReadStringN(ASE," ") end if ;===> if cluster1$ = "*MESH_TFACELIST" then MESH_TFACELIST(ASE) end if ;===> if cluster1$ = "*MESH_MAPPINGCHANNEL" then While Not Eof(ASE) chunk1$ = ReadStringN(ASE," ") ;===> if (chunk1$="}") exit ;===> if chunk1$ = "*MESH_NUMTVERTEX" then UVW_Count_vertex1 = ReadStringN(ASE,"") end if ;===> if chunk1$ = "*MESH_TVERTLIST" then MESH_TVERTLIST1(ASE) end if ;===> if chunk1$ = "*MESH_NUMTVFACES" then UVW_Count_face1 = ReadStringN(ASE," ") end if ;===> if chunk1$ = "*MESH_TFACELIST" then MESH_TFACELIST1(ASE) end if ;===> wend end if ;===> if (cluster1$ = "*MESH_NORMALS") then MESH_NORMALS(ASE) end if ;===> wend end if ;===> wend end if ;===> ; Chunck *MATERIAL_LIST if chunk$ = "*MATERIAL_LIST" then OpenP = 0 Id_mat = 0 While Not Eof(ASE) cluster$ = ReadStringN(ASE," ") ;===> if (cluster$ = "{") OpenP = OpenP+1 end if if (cluster$ = "}") then OpenP = OpenP-1 end if if (OpenP <= 0) if (MAT_Count=>0) return 1 else return 0 end if end if ;===> if (cluster$ = "*MATERIAL_COUNT") then cnt = ReadStringN(ASE," ") MAT_Count = cnt-1 end if ;===> if (cluster$ = "*MATERIAL") then Id_mat = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MATERIAL_NAME") then MatName$(Id_mat) = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MATERIAL_DIFFUSE") then MatR(Id_mat) = ReadStringN(ASE," ") MatG(Id_mat) = ReadStringN(ASE," ") MatB(Id_mat) = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MATERIAL_SHINE") then MatShine(Id_mat) = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MATERIAL_TRANSPARENCY") then val# = ReadStringN(ASE," ") MatA(Id_mat) = 1.0-val end if ;===> if (cluster$ = "*MAP_DIFFUSE") then While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") if (cluster1$="}") exit if (cluster1$="*BITMAP") name$ = ReadStringN(ASE,"") MatTex0$(Id_mat) = EstractName$(name$); end if if (cluster1$="*UVW_U_OFFSET") UVW_OffU0# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_V_OFFSET") UVW_OffV0# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_U_TILING") ut# = ReadStringN(ASE,"") UVW_TileU0# = 1.0/ut#; end if if (cluster1$="*UVW_V_TILING") vt# = ReadStringN(ASE,"") UVW_TileV0# = 1.0/vt#; end if Wend end if ;===> if (cluster$ = "*MAP_SELFILLUM") then While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") if (cluster1$="}") exit if (cluster1$="*BITMAP") name$ = ReadStringN(ASE,"") MatTex1$(Id_mat) = EstractName$(name$); end if if (cluster1$="*UVW_U_OFFSET") UVW_OffU1# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_V_OFFSET") UVW_OffV1# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_U_TILING") ut# = ReadStringN(ASE,"") UVW_TileU1# = 1.0/ut#; end if if (cluster1$="*UVW_V_TILING") vt# = ReadStringN(ASE,"") UVW_TileV1# = 1.0/vt#; end if Wend end if ;===> if (cluster$ = "*MAP_REFRACT") then While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") if (cluster1$="}") exit if (cluster1$="*BITMAP") name$ = ReadStringN(ASE,"") MatTex2$(Id_mat) = EstractName$(name$); end if if (cluster1$="*UVW_U_OFFSET") UVW_OffU2# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_V_OFFSET") UVW_OffV2# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_U_TILING") ut# = ReadStringN(ASE,"") UVW_TileU2# = 1.0/ut#; end if if (cluster1$="*UVW_V_TILING") vt# = ReadStringN(ASE,"") UVW_TileV2# = 1.0/vt#; end if Wend end if ;===> if (cluster$ = "*") then Obj_name$ = ReadStringN(ASE," ") end if ;===> wend end if wend end function ;--------------------------- ; ;--------------------------- Function MESH_NORMALS(ASE) id = 0 While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") if (cluster1$="*MESH_FACENORMAL") No$ = ReadStringN(ASE," ") XYZ_normal(id,0) = ReadStringN(ASE," ") XYZ_normal(id,1) = ReadStringN(ASE," ") XYZ_normal(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster1$="}") exit Wend end function ;--------------------------- ; ;--------------------------- function MESH_VERTEX_LIST(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_VERTEX") No$ = ReadStringN(ASE," ") XYZ_vertex(id,0) = ReadStringN(ASE," ") XYZ_vertex(id,1) = ReadStringN(ASE," ") XYZ_vertex(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit Wend end function ;--------------------------- ; ;--------------------------- function MESH_FACE_LIST(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_FACE") No$ = ReadStringN(ASE," ") No$ = ReadStringN(ASE," ") ;--- f1 = ReadStringN(ASE," ") : No$ = ReadStringN(ASE," ") f2 = ReadStringN(ASE," ") : No$ = ReadStringN(ASE," ") f3 = ReadStringN(ASE," ") XYZ_face(id,0) = f1 XYZ_face(id,1) = f2 XYZ_face(id,2) = f3 id = id+1 end if if (cluster2$="}") exit Wend end function ;--------------------------- ; ;--------------------------- function MESH_TVERTLIST(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_TVERT") No$ = ReadStringN(ASE," ") UVW_vertex(id,0) = ReadStringN(ASE," ") UVW_vertex(id,1) = ReadStringN(ASE," ") UVW_vertex(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit wend end function ;--------------------------- ; ;--------------------------- function MESH_TFACELIST(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_TFACE") No$ = ReadStringN(ASE," ") UVW_face(id,0) = ReadStringN(ASE," ") UVW_face(id,1) = ReadStringN(ASE," ") UVW_face(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit wend end function ;--------------------------- ; ;--------------------------- function MESH_TVERTLIST1(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_TVERT") No$ = ReadStringN(ASE," ") UVW_vertex1(id,0) = ReadStringN(ASE," ") UVW_vertex1(id,1) = ReadStringN(ASE," ") UVW_vertex1(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit wend end function ;--------------------------- ; ;--------------------------- function MESH_TFACELIST1(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_TFACE") No$ = ReadStringN(ASE," ") UVW_face1(id,0) = ReadStringN(ASE," ") UVW_face1(id,1) = ReadStringN(ASE," ") UVW_face1(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit wend end function ;========================================================================= ;========================================================================= ;========================================================================= ;--------------------------- ; ;--------------------------- Function WriteBB3D( file, state$ ) select state$ ;------------------- case "Init" b3dSetFile( file ) b3dBeginChunk( "BB3D" ) b3dWriteInt( 1 ) ;version ;------------------- case "Material" for Id_mat = 0 to MAT_Count b3dBeginChunk( "TEXS" ) ;===> Diffuse map b3dWriteString( MatTex0$(Id_mat) ) b3dWriteInt( 1 ) ;textureflag b3dWriteInt( 2 ) ;textureblend b3dWriteFloat( UVW_OffU0# ) ;x_pos b3dWriteFloat( UVW_OffV0# ) ;y_pos b3dWriteFloat( UVW_TileU0# );x_scale b3dWriteFloat( UVW_TileV0# );y_scale b3dWriteFloat( 0 ) ;rotation ;===> ReflectMap ; b3dWriteString( MatTex2$(Id_mat) ) ; b3dWriteInt( 65 ) ;textureflag ; b3dWriteInt( 2 ) ;textureblend ; b3dWriteFloat( UVW_OffU2# ) ;x_pos ; b3dWriteFloat( UVW_OffV2# ) ;y_pos ; b3dWriteFloat( UVW_TileU2# );x_scale ; b3dWriteFloat( UVW_TileV2# );y_scale ; b3dWriteFloat( 0 ) ;rotation ;===> Light Map b3dWriteString( MatTex1$(Id_mat) ) b3dWriteInt( 65536) ;textureflag for 2nd ! uv channel [65536=normal, 65584=clamp u,v and so on ...] b3dWriteInt( 2 ) ;textureblend b3dWriteFloat( UVW_OffU1# ) ;x_pos b3dWriteFloat( UVW_OffV1# ) ;y_pos b3dWriteFloat( UVW_TileU1# );x_scale b3dWriteFloat( -UVW_TileV1# );y_scale b3dWriteFloat( 0 ) ;rotation ;===> b3dEndChunk() ;end of TEXS chunk next for Id_mat = 0 to MAT_Count mat = Id_mat*2 b3dBeginChunk( "BRUS" ) ;===> b3dWriteInt( 2 ) ;textures per brush[1] b3dWriteString( MatName$(Id_mat) ) ;name b3dWriteFloat( MatR(Id_mat) ) ;red b3dWriteFloat( MatG(Id_mat) ) ;green b3dWriteFloat( MatB(Id_mat) ) ;blue b3dWriteFloat( MatA(Id_mat) ) ;alpha b3dWriteFloat( MatShine(Id_mat) ) ;shininess b3dWriteInt( 0 ) ;blend b3dWriteInt( 1 ) ;FX b3dWriteInt( mat+0 ) ;texture_id UV0 ; b3dWriteInt( mat+1 ) ;texture_id UV0 b3dWriteInt( mat+1 ) ;texture_id UV1 ;===> b3dEndChunk() ;end of BRUS chunk next ;------------------- case "Mesh" ;stop ; if (Obj_name$="Plane01") then stop b3dBeginChunk( "NODE" );------------sub nodes b3dWriteString( Obj_name$);name b3dWriteFloat( 0 ) ;x_pos XYZ_px# b3dWriteFloat( 0 ) ;y_pos XYZ_py# b3dWriteFloat( 0 ) ;y_pos XYZ_pz# b3dWriteFloat( 1 ) ;x_scale XYZ_sx# b3dWriteFloat( 1 ) ;y_scale XYZ_sy# b3dWriteFloat( 1 ) ;z_scale XYZ_sz# b3dWriteFloat( 1 ) ;rot_w XYZ_aw# b3dWriteFloat( 0 ) ;rot_x XYZ_ax# b3dWriteFloat( 0 ) ;rot_y XYZ_ay# b3dWriteFloat( 0 ) ;rot_z XYZ_az# WriteMESH1( mesh1 ) b3dEndChunk() ;end of NODE chunk ;------------------- case "End" b3dEndChunk() ;end of BB3D chunk End Select End Function ;============================== ;--------------------------- ; ;--------------------------- Function WriteMESH1(curobj ) ;stop n_tris = (XYZ_Count_face-1) b3dBeginChunk( "MESH" ) b3dWriteInt( -1 ) ;no 'entity' brush-<---the brush!! b3dBeginChunk( "VRTS" ) b3dWriteInt( 0 ) ;flags - 0=no 1=normal 2=Vertex color b3dWriteInt( 2 ) ;0 tex_coord sets b3dWriteInt( 3 ) ;0 coords per set For j=0 To n_tris For k=2 To 0 step -1 ;===> Id di ricostruzione triangoli Id_Vert = XYZ_face(j,k) Id_UV0 = UVW_face(j,k) Id_UV1 = UVW_face1(j,k) ;===> XYZ Vertex vx# = XYZ_vertex#(Id_Vert,0) vy# = XYZ_vertex#(Id_Vert,2) vz# = XYZ_vertex#(Id_Vert,1) b3dWriteFloat( vx# ); VX b3dWriteFloat( vy# ); VY b3dWriteFloat( vz# ); VZ ;===> XYZ Vertex nx# = XYZ_normal#(Id_Vert,0) ny# = XYZ_normal#(Id_Vert,2) nz# = XYZ_normal#(Id_Vert,1) ;b3dWriteFloat( nx# ); NX ;b3dWriteFloat( ny# ); NY ;b3dWriteFloat( nz# ); NZ ;===> UVW 0 Default Map u0# = UVW_vertex#(Id_UV0,0) v0# = UVW_vertex#(Id_UV0,1) w0# = UVW_vertex#(Id_UV0,2) b3dWriteFloat( u0# ) ; U0 b3dWriteFloat( v0# ) ; V0 b3dWriteFloat( w0# ) ; W0 ;===> UVW 1 Light Map u1# = UVW_vertex1#(Id_UV1,0) v1# = UVW_vertex1#(Id_UV1,1) w1# = UVW_vertex1#(Id_UV1,2) b3dWriteFloat( u1# ) ; U1 b3dWriteFloat( v1# ) ; V1 b3dWriteFloat( w1# ) ; W1 ;===> Next Next b3dEndChunk() ;end of VRTS chunk b3dBeginChunk( "TRIS" ) b3dWriteInt( UVW_for_XYZ ) ;brush for these triangles For j=0 To n_tris ;===> Tris_v = j*3 t1 = Tris_v+0 t2 = Tris_v+1 t3 = Tris_v+2 b3dWriteInt( t1 ); X b3dWriteInt( t2 ); Y b3dWriteInt( t3 ); Z ;===> Next b3dEndChunk() ;end of TRIS chunk b3dEndChunk() ;end of MESH chunk End Function ================================= ------------------------------ Thanks All for collaboration VinsentX V&D Software the my e-mail is enzo_light@... ------------------------------ ================================= |
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| Support Reflect map and Bug fix ;===================================================================== ;---------------------------------------------------------------- ; Vincenzo Caldarulo ; nickname : VinsentX ; e-mail: enzo_light@... ; main Programmer V&D Software Multimedia ;---------------------------------------------------------------- ;===================================================================== ;**************************** ;------------------------- ; 3DMax Ase export to B3D ; Support Converter: ; ; - Default Map ; - Light Map ; - Reflect Map ;------------------------- ;**************************** ; Include "b3dfile.bb" Graphics3D 640,480,16,2 SetBuffer BackBuffer() ;===> Const Simb1 = 32 ; 32 = ASC(" ") const Simb2 = 125; 125 = ASC("}") const ArrDim = 200000 const ArrMat = 99 ;===> global Obj_name$ global XYZ_Count_vertex global XYZ_Count_face global XYZ_px#, XYZ_py#, XYZ_pz# global XYZ_ax#, XYZ_ay#, XYZ_az#, XYZ_aw# global XYZ_sx#, XYZ_sy#, XYZ_sz# global UVW_Count_vertex global UVW_Count_face global UVW_Count_vertex1 global UVW_Count_face1 global UVW_OffU0# = 1 Global UVW_OffV0# = 1 Global UVW_OffU1# = 1 Global UVW_OffV1# = 1 Global UVW_OffU2# = 1 Global UVW_OffV2# = 1 Global UVW_TileU0# = 1 global UVW_TileV0# = 1 global UVW_TileU1# = 1 global UVW_TileV1# = 1 global UVW_TileU2# = 1 global UVW_TileV2# = 1 global UVW_for_XYZ ;===> dim XYZ_vertex#(ArrDim,3) dim XYZ_normal#(ArrDim,3) dim XYZ_face(ArrDim,3) dim UVW_vertex#(ArrDim,3) dim UVW_face(ArrDim,3) dim UVW_vertex1#(ArrDim,3) dim UVW_face1(ArrDim,3) ;===> global MAT_Count; ;===> dim MatName$(ArrMat) ; nome materiale dim MatTex0$(ArrMat) ; nome texture default dim MatTex1$(ArrMat) ; nome texture lightmap dim MatTex2$(ArrMat) ; nome texture EnvMap dim MatR#(ArrMat) ; color R dim MatG#(ArrMat) ; color G dim MatB#(ArrMat) ; color B dim MatA#(ArrMat) ; Opacity dim MatShine#(ArrMat) ; Shininess ;===> ;===> ;Convert_Ase_B3d("obj.ASE","Viewer V&D\gfx\Obj.B3D") Text 0,00,"Inizio esportazione" Flip global time1 = millisecs() Convert_Ase_B3d("obj.ASE","Obj.B3D") global time2 = millisecs() Global ObjExp = loadmesh("obj.b3d"); Text 0,10,"Esportazione avvenuta con successo" ;===================================================================== ;===================================================================== ; ------------------------------- ; Creation de la caméra ; ------------------------------- Global Mouse_X_Speed# Global Mouse_Y_Speed# Global Camera Global Camera_VelX# Global Camera_VelZ# Global Camera_Pitch# Global Camera_Yaw# Camera=CreateCamera() rotateentity camera,0,0,0 ;PositionEntity camera,290,-600,2380 ; da inc a metri x100 PositionEntity camera,0,0,0 ; da inc a metri x100 CameraRange camera,0.1,10000 ;formula del fov camera Zoom =Sqrt(Fov) ;CameraZoom camera, sqr(50) ; 1 = 10 di fov // 7.5 = 50 di fov CameraZoom camera, 1 ; 1 = 10 di fov // 7.5 = 50 di fov ; ------------------------------- ; Chargement de l'objet ; ------------------------------- ;ObjExp=LoadMesh( "Obj.b3d" ) ;ObjExp=LoadAnimMesh( "Obj.b3d" ) ;Animate ObjExp, 1 RotateEntity ObjExp,0,0,0 PositionEntity ObjExp,0,0,0 EntityShininess ObjExp,1 PointEntity Camera,ObjExp temp = createsphere(8) entityalpha temp,0.5 Dither True LightCA = 255 AmbientLight LightCA, LightCA, LightCA font=LoadFont( "Arial",20 ) SetFont font ;===> MoveMouse GraphicsWidth()/2,GraphicsHeight()/2 ;rotateentity camera,-2.7,178,180 While KeyDown(1)=0 Procedure_Freelook(1.05,0.2) updateworld() RenderWorld() Text 0,0,"Esportazione avvenuta con successo" text 0,15,"px:"+entityx(Camera)+"py:"+entityy(Camera)+"pz:"+entityz(Camera) text 0,30,"rx:"+entitypitch(Camera)+"ry:"+entityyaw(Camera)+"rz:"+entityroll(Camera) text 0,45,"Time to export" text 0,60,"Millisecs "+(time2-time1)+" secs "+((time2-time1)/1000) Flip Wend End ; ------------------------- ; Fonction Freelook ; ------------------------- Function Procedure_Freelook(Velocity#,Speed#) AngMax = 89 Mouse_X_Speed=MouseXSpeed()*0.5 Mouse_Y_Speed=MouseYSpeed()*0.5 MoveMouse GraphicsWidth()/2,GraphicsHeight()/2 Camera_Pitch=Camera_Pitch+Mouse_Y_Speed Camera_Yaw=Camera_Yaw-Mouse_X_Speed If Camera_Pitch<-AngMax Then Camera_Pitch=-AngMax If Camera_Pitch>AngMax Then Camera_Pitch=AngMax RotateEntity camera,Camera_Pitch,Camera_Yaw,0 If KeyDown(Key_ArrowPad_Left) Camera_VelX=Camera_VelX-Speed# ElseIf KeyDown(Key_ArrowPad_Right) Camera_VelX=Camera_VelX+Speed# ; If KeyDown(Key_ArrowPad_Down) Camera_VelZ=Camera_VelZ-Speed# ElseIf KeyDown(Key_ArrowPad_Up) Camera_VelZ=Camera_VelZ+Speed# If MouseDown(2) Camera_VelZ=Camera_VelZ-Speed# ElseIf MouseDown(1) Camera_VelZ=Camera_VelZ+Speed# Camera_VelX=Camera_VelX/Velocity# Camera_VelZ=Camera_VelZ/Velocity# MoveEntity camera,Camera_VelX,0,Camera_VelZ End Function ;===================================================================== ;===================================================================== ;=============================== ;--------------------------- ; Scrittura stringa ;--------------------------- Function ReadStringN$(f,sep$) s$ = ""; SepVal = Asc(sep$) While Not Eof(f) let = ReadByte(f); if (let = SepVal and s$ <> "") return s else if ((let >= Simb1) and (let <= Simb2) and (let <> SepVal) and (let <> 34)); the code 34 = " from ascii table s$ = s$ + Chr(let) else if (s$ <> "") return s end if end if Wend End Function Function EstractName$(str_nome$) s$ = "" lun = len(str_nome) ;===> For xc = lun To 1 Step -1 s$ = mid(str_nome,xc,1) If ((s$ = "\") Or (xc=1)) s$ = mid(str_nome,xc+1,lun-xc); exit end if next ;===> return s$ ;===> end function ;--------------------------- ; Scrittura stringa ;--------------------------- Function Convert_Ase_B3d(LoadFile$,SaveFile$) ;stop infile = OpenFile(LoadFile$) outfile = Writefile(SaveFile$) WriteBB3D( outfile, "Init" ) StateMesh = 0 ; 1 = Init Root Object While Not Eof(infile) ;===> Obj_name$ = "" XYZ_Count_vertex = 0 XYZ_Count_face = 0 UVW_Count_vertex = 0 UVW_Count_face = 0 UVW_Count_vertex1 = 0 UVW_Count_face1 = 0 ;===> StateLoad = LoadAse(infile) ;===> if ((StateLoad = 1) and (StateMesh = 0)) WriteBB3D( outfile, "Material" ) end if ;===> if (StateLoad = 2) ;===> if (stateMesh = 0) ; Open Root Object StateMesh = 1 b3dBeginChunk( "NODE" );------------root node b3dWriteString( "root");name b3dWriteFloat( 0 ) ;x_pos b3dWriteFloat( 0 ) ;y_pos b3dWriteFloat( 0 ) ;y_pos b3dWriteFloat( 1 ) ;x_scale b3dWriteFloat( 1 ) ;y_scale b3dWriteFloat( 1 ) ;z_scale b3dWriteFloat( 1 ) ;rot_w b3dWriteFloat( 0 ) ;rot_x b3dWriteFloat( 0 ) ;rot_y b3dWriteFloat( 0 ) ;rot_z end if ;===> WriteBB3D( outfile, "Mesh" ) end if ;===> Wend ;===> if (stateMesh = 1) ; Close Root Object b3dEndChunk() ;end of NODE chunk end if ;===> WriteBB3D( outfile, "End" ) CloseFile infile CloseFile outfile end function ;--------------------------- ; Scrittura stringa ;--------------------------- Function LoadAse(ASE) OpenP = 0 While Not Eof(ASE) chunk$ = ReadStringN(ASE," ") ;===> if (chunk$ = "*GEOMOBJECT") then ;stop While Not Eof(ASE) cluster$ = ReadStringN(ASE," ") ;===> if (cluster$ = "{") OpenP = OpenP+1 end if if (cluster$ = "}") then OpenP = OpenP-1 end if if (OpenP <= 0) if (XYZ_Count_vertex>2) return 2 else return 0 end if end if ;===> if (cluster$ = "*NODE_NAME") then Obj_name$ = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*TM_POS") then XYZ_px = ReadStringN(ASE," ") XYZ_py = ReadStringN(ASE," ") XYZ_pz = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*TM_ROTAXIS") then XYZ_rx = ReadStringN(ASE," ") XYZ_ry = ReadStringN(ASE," ") XYZ_rz = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*TM_ROTANGLE") then XYZ_rw = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*TM_SCALE") then XYZ_sx = ReadStringN(ASE," ") XYZ_sy = ReadStringN(ASE," ") XYZ_sz = ReadStringN(ASE," ") end if ;===> if cluster$ = "*MATERIAL_REF" then UVW_for_XYZ = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MESH") then While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") ;===> if (cluster1$="}") exit ;===> if (cluster1$ = "*MESH_NUMVERTEX") then XYZ_Count_vertex = ReadStringN(ASE," ") end if ;===> if (cluster1$ = "*MESH_NUMFACES") then XYZ_Count_face = ReadStringN(ASE," ") end if ;===> if (cluster1$ = "*MESH_VERTEX_LIST") then MESH_VERTEX_LIST(ASE) end if ;===> if (cluster1$ = "*MESH_FACE_LIST") then MESH_FACE_LIST(ASE) end if ;===> if cluster1$ = "*MESH_NUMTVERTEX" then UVW_Count_vertex = ReadStringN(ASE," ") end if ;===> if cluster1$ = "*MESH_TVERTLIST" then MESH_TVERTLIST(ASE) end if ;===> if cluster1$ = "*MESH_NUMTVFACES" then UVW_Count_face = ReadStringN(ASE," ") end if ;===> if cluster1$ = "*MESH_TFACELIST" then MESH_TFACELIST(ASE) end if ;===> if cluster1$ = "*MESH_MAPPINGCHANNEL" then While Not Eof(ASE) chunk1$ = ReadStringN(ASE," ") ;===> if (chunk1$="}") exit ;===> if chunk1$ = "*MESH_NUMTVERTEX" then UVW_Count_vertex1 = ReadStringN(ASE,"") end if ;===> if chunk1$ = "*MESH_TVERTLIST" then MESH_TVERTLIST1(ASE) end if ;===> if chunk1$ = "*MESH_NUMTVFACES" then UVW_Count_face1 = ReadStringN(ASE," ") end if ;===> if chunk1$ = "*MESH_TFACELIST" then MESH_TFACELIST1(ASE) end if ;===> wend end if ;===> if (cluster1$ = "*MESH_NORMALS") then MESH_NORMALS(ASE) end if ;===> wend end if ;===> wend end if ;===> ; Chunck *MATERIAL_LIST if chunk$ = "*MATERIAL_LIST" then OpenP = 0 Id_mat = 0 While Not Eof(ASE) cluster$ = ReadStringN(ASE," ") ;===> if (cluster$ = "{") OpenP = OpenP+1 end if if (cluster$ = "}") then OpenP = OpenP-1 end if if (OpenP <= 0) if (MAT_Count=>0) return 1 else return 0 end if end if ;===> if (cluster$ = "*MATERIAL_COUNT") then cnt = ReadStringN(ASE," ") MAT_Count = cnt-1 end if ;===> if (cluster$ = "*MATERIAL") then Id_mat = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MATERIAL_NAME") then MatName$(Id_mat) = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MATERIAL_DIFFUSE") then MatR(Id_mat) = ReadStringN(ASE," ") MatG(Id_mat) = ReadStringN(ASE," ") MatB(Id_mat) = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MATERIAL_SHINE") then MatShine(Id_mat) = ReadStringN(ASE," ") end if ;===> if (cluster$ = "*MATERIAL_TRANSPARENCY") then val# = ReadStringN(ASE," ") MatA(Id_mat) = 1.0-val end if ;===> if (cluster$ = "*MAP_DIFFUSE") then While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") if (cluster1$="}") exit if (cluster1$="*BITMAP") name$ = ReadStringN(ASE,"") MatTex0$(Id_mat) = EstractName$(name$); end if if (cluster1$="*UVW_U_OFFSET") UVW_OffU0# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_V_OFFSET") UVW_OffV0# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_U_TILING") ut# = ReadStringN(ASE,"") UVW_TileU0# = 1.0/ut#; end if if (cluster1$="*UVW_V_TILING") vt# = ReadStringN(ASE,"") UVW_TileV0# = 1.0/vt#; end if Wend end if ;===> if (cluster$ = "*MAP_SELFILLUM") then While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") if (cluster1$="}") exit if (cluster1$="*BITMAP") name$ = ReadStringN(ASE,"") MatTex1$(Id_mat) = EstractName$(name$); end if if (cluster1$="*UVW_U_OFFSET") UVW_OffU1# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_V_OFFSET") UVW_OffV1# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_U_TILING") ut# = ReadStringN(ASE,"") UVW_TileU1# = 1.0/ut#; end if if (cluster1$="*UVW_V_TILING") vt# = ReadStringN(ASE,"") UVW_TileV1# = 1.0/vt#; end if Wend end if ;===> if (cluster$ = "*MAP_REFLECT") then While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") if (cluster1$="}") exit if (cluster1$="*BITMAP") name$ = ReadStringN(ASE,"") MatTex2$(Id_mat) = EstractName$(name$); end if if (cluster1$="*UVW_U_OFFSET") UVW_OffU2# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_V_OFFSET") UVW_OffV2# = ReadStringN(ASE,""); end if if (cluster1$="*UVW_U_TILING") ut# = ReadStringN(ASE,"") UVW_TileU2# = 1.0/ut#; end if if (cluster1$="*UVW_V_TILING") vt# = ReadStringN(ASE,"") UVW_TileV2# = 1.0/vt#; end if Wend end if ;===> if (cluster$ = "*") then Obj_name$ = ReadStringN(ASE," ") end if ;===> wend end if wend end function ;--------------------------- ; ;--------------------------- Function MESH_NORMALS(ASE) id = 0 While Not Eof(ASE) cluster1$ = ReadStringN(ASE," ") if (cluster1$="*MESH_FACENORMAL") No$ = ReadStringN(ASE," ") XYZ_normal(id,0) = ReadStringN(ASE," ") XYZ_normal(id,1) = ReadStringN(ASE," ") XYZ_normal(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster1$="}") exit Wend end function ;--------------------------- ; ;--------------------------- function MESH_VERTEX_LIST(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_VERTEX") No$ = ReadStringN(ASE," ") XYZ_vertex(id,0) = ReadStringN(ASE," ") XYZ_vertex(id,1) = ReadStringN(ASE," ") XYZ_vertex(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit Wend end function ;--------------------------- ; ;--------------------------- function MESH_FACE_LIST(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_FACE") No$ = ReadStringN(ASE," ") No$ = ReadStringN(ASE," ") ;--- f1 = ReadStringN(ASE," ") : No$ = ReadStringN(ASE," ") f2 = ReadStringN(ASE," ") : No$ = ReadStringN(ASE," ") f3 = ReadStringN(ASE," ") XYZ_face(id,0) = f1 XYZ_face(id,1) = f2 XYZ_face(id,2) = f3 id = id+1 end if if (cluster2$="}") exit Wend end function ;--------------------------- ; ;--------------------------- function MESH_TVERTLIST(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_TVERT") No$ = ReadStringN(ASE," ") UVW_vertex(id,0) = ReadStringN(ASE," ") UVW_vertex(id,1) = ReadStringN(ASE," ") UVW_vertex(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit wend end function ;--------------------------- ; ;--------------------------- function MESH_TFACELIST(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_TFACE") No$ = ReadStringN(ASE," ") UVW_face(id,0) = ReadStringN(ASE," ") UVW_face(id,1) = ReadStringN(ASE," ") UVW_face(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit wend end function ;--------------------------- ; ;--------------------------- function MESH_TVERTLIST1(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_TVERT") No$ = ReadStringN(ASE," ") UVW_vertex1(id,0) = ReadStringN(ASE," ") UVW_vertex1(id,1) = ReadStringN(ASE," ") UVW_vertex1(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit wend end function ;--------------------------- ; ;--------------------------- function MESH_TFACELIST1(ASE) id = 0 While Not Eof(ASE) cluster2$ = ReadStringN(ASE," ") if (cluster2$="*MESH_TFACE") No$ = ReadStringN(ASE," ") UVW_face1(id,0) = ReadStringN(ASE," ") UVW_face1(id,1) = ReadStringN(ASE," ") UVW_face1(id,2) = ReadStringN(ASE," ") id = id+1 end if if (cluster2$="}") exit wend end function ;========================================================================= ;========================================================================= ;========================================================================= ;--------------------------- ; ;--------------------------- Function WriteBB3D( file, state$ ) select state$ ;------------------- case "Init" b3dSetFile( file ) ; b3dWriteString( "Export 3DSMax Ase To B3D" ) ;name ; b3dWriteString( "V&D Software Multimedia" ) ;name ; b3dWriteString( "Write VinsentX Vincenzo Caldarulo" ) ;name b3dBeginChunk( "BB3D" ) b3dWriteInt( 1 ) ;version ;------------------- case "Material" for Id_mat = 0 to MAT_Count b3dBeginChunk( "TEXS" ) ;===> Diffuse map b3dWriteString( MatTex0$(Id_mat) ) b3dWriteInt( 1 ) ;textureflag b3dWriteInt( 2 ) ;textureblend b3dWriteFloat( UVW_OffU0# ) ;x_pos b3dWriteFloat( UVW_OffV0# ) ;y_pos b3dWriteFloat( UVW_TileU0# );x_scale b3dWriteFloat( UVW_TileV0# );y_scale b3dWriteFloat( 0 ) ;rotation ;===> Light Map b3dWriteString( MatTex1$(Id_mat) ) b3dWriteInt( 65536) ;textureflag for 2nd ! uv channel [65536=normal, 65584=clamp u,v and so on ...] b3dWriteInt( 2 ) ;textureblend b3dWriteFloat( UVW_OffU1# ) ;x_pos b3dWriteFloat( UVW_OffV1# ) ;y_pos b3dWriteFloat( UVW_TileU1# );x_scale b3dWriteFloat( -UVW_TileV1# );y_scale b3dWriteFloat( 0 ) ;rotation ;===> ReflectMap b3dWriteString( MatTex2$(Id_mat) ) b3dWriteInt( 64 ) ;textureflag b3dWriteInt( 2 ) ;textureblend b3dWriteFloat( UVW_OffU2# ) ;x_pos b3dWriteFloat( UVW_OffV2# ) ;y_pos b3dWriteFloat( UVW_TileU2# );x_scale b3dWriteFloat( UVW_TileV2# );y_scale b3dWriteFloat( 0 ) ;rotation ;===> b3dEndChunk() ;end of TEXS chunk next for Id_mat = 0 to MAT_Count mat = Id_mat*3 b3dBeginChunk( "BRUS" ) ;===> b3dWriteInt( 3 ) ;textures per brush[1] b3dWriteString( MatName$(Id_mat) ) ;name b3dWriteFloat( MatR(Id_mat) ) ;red b3dWriteFloat( MatG(Id_mat) ) ;green b3dWriteFloat( MatB(Id_mat) ) ;blue b3dWriteFloat( MatA(Id_mat) ) ;alpha b3dWriteFloat( MatShine(Id_mat) ) ;shininess b3dWriteInt( 0 ) ;blend b3dWriteInt( 1 ) ;FX b3dWriteInt( mat+0 ) ;texture_id UV0 b3dWriteInt( mat+2 ) ;texture_id UV0 b3dWriteInt( mat+1 ) ;texture_id UV1 ;===> b3dEndChunk() ;end of BRUS chunk next ;------------------- case "Mesh" ;stop ; if (Obj_name$="Plane01") then stop b3dBeginChunk( "NODE" );------------sub nodes b3dWriteString( Obj_name$);name b3dWriteFloat( 0 ) ;x_pos XYZ_px# b3dWriteFloat( 0 ) ;y_pos XYZ_py# b3dWriteFloat( 0 ) ;y_pos XYZ_pz# b3dWriteFloat( 1 ) ;x_scale XYZ_sx# b3dWriteFloat( 1 ) ;y_scale XYZ_sy# b3dWriteFloat( 1 ) ;z_scale XYZ_sz# b3dWriteFloat( 1 ) ;rot_w XYZ_aw# b3dWriteFloat( 0 ) ;rot_x XYZ_ax# b3dWriteFloat( 0 ) ;rot_y XYZ_ay# b3dWriteFloat( 0 ) ;rot_z XYZ_az# WriteMESH1( mesh1 ) b3dEndChunk() ;end of NODE chunk ;------------------- case "End" b3dEndChunk() ;end of BB3D chunk End Select End Function ;============================== ;--------------------------- ; ;--------------------------- Function WriteMESH1(curobj ) ;stop n_tris = (XYZ_Count_face-1) b3dBeginChunk( "MESH" ) b3dWriteInt( -1 ) ;no 'entity' brush-<---the brush!! b3dBeginChunk( "VRTS" ) b3dWriteInt( 0 ) ;flags - 0=no 1=normal 2=Vertex color b3dWriteInt( 2 ) ;0 tex_coord sets b3dWriteInt( 3 ) ;0 coords per set For j=0 To n_tris For k=2 To 0 step -1 ;===> Id di ricostruzione triangoli Id_Vert = XYZ_face(j,k) Id_UV0 = UVW_face(j,k) Id_UV1 = UVW_face1(j,k) ;===> XYZ Vertex vx# = XYZ_vertex#(Id_Vert,0) vy# = XYZ_vertex#(Id_Vert,2) vz# = XYZ_vertex#(Id_Vert,1) b3dWriteFloat( vx# ); VX b3dWriteFloat( vy# ); VY b3dWriteFloat( vz# ); VZ ;===> XYZ Vertex nx# = XYZ_normal#(Id_Vert,0) ny# = XYZ_normal#(Id_Vert,2) nz# = XYZ_normal#(Id_Vert,1) ;b3dWriteFloat( nx# ); NX ;b3dWriteFloat( ny# ); NY ;b3dWriteFloat( nz# ); NZ ;===> UVW 0 Default Map u0# = UVW_vertex#(Id_UV0,0) v0# = UVW_vertex#(Id_UV0,1) w0# = UVW_vertex#(Id_UV0,2) b3dWriteFloat( u0# ) ; U0 b3dWriteFloat( v0# ) ; V0 b3dWriteFloat( w0# ) ; W0 ;===> UVW 1 Light Map u1# = UVW_vertex1#(Id_UV1,0) v1# = UVW_vertex1#(Id_UV1,1) w1# = UVW_vertex1#(Id_UV1,2) b3dWriteFloat( u1# ) ; U1 b3dWriteFloat( v1# ) ; V1 b3dWriteFloat( w1# ) ; W1 ;===> Next Next b3dEndChunk() ;end of VRTS chunk b3dBeginChunk( "TRIS" ) b3dWriteInt( UVW_for_XYZ ) ;brush for these triangles For j=0 To n_tris ;===> Tris_v = j*3 t1 = Tris_v+0 t2 = Tris_v+1 t3 = Tris_v+2 b3dWriteInt( t1 ); X b3dWriteInt( t2 ); Y b3dWriteInt( t3 ); Z ;===> Next b3dEndChunk() ;end of TRIS chunk b3dEndChunk() ;end of MESH chunk End Function |
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| This looks great and everything, but wouldn't it be easier to update the source in the Code Archives? |
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