XeNTaX

Code: Select all

quickbms.exe "DisneyInfinity3.bms" "D:\Games\Disney Infinity 3.0"

Code: Select all

QuickBMS generic files extractor and reimporter 0.5.24b
by Luigi Auriemma
e-mail: [email protected]
web:    aluigi.org
        (Aug 11 2013 - 11:27:41)

                  http://quickbms.aluigi.org
               http://twitter.com/luigi_auriemma

- start the scanning of the input folder: D:\Games\Disney Infinity 3.0
- open input file D:\Games\Disney Infinity 3.0\.\asset-cache\base\image\assets\05855c35\c01282e8
- open script DisneyInfinity3.bms
- c_structs: "xmath" "OFFSET" "OFFSET + (ENTRIES * 4)"

Error: invalid command "xmath" or arguments -1 at line 35

Code: Select all

get SIZE asize  # takes the size of the current file
append # enable the append mode for concatenating them
log "Vbuf_Ibuf.comb" 0 SIZE

Code: Select all

fileIndexBuffer = @"G:\Game Dev\3D Models\tcw_yoda_cane_0.ibuf"
fileVertexBuffer = @"G:\Game Dev\3D Models\tcw_yoda_cane_0.vbuf"

theName = getfilenamefile fileIndexBuffer

/* INDICES */
    size = getFileSize fileIndexBuffer

    nbrIndices = (size) / 2 / 3.0--> 2 bytes per index = short

    ibuf = fopen fileIndexBuffer "rb"

    faces = #()

    nbrVertices = 0

try
(
    for i=1 to nbrIndices do
    (
        a = (readShort ibuf) +1
        b = (readShort ibuf) +1
        c = (readShort ibuf) +1
        
        if ( a > nbrVertices ) then nbrVertices = a
        if ( b > nbrVertices ) then nbrVertices = b
        if ( c > nbrVertices ) then nbrVertices = c
            
        append faces [a,b,c]
    )
)
catch ( PRINT "MOVING ON" )

    fclose ibuf

/* VERTICES */
    size = getFileSize fileVertexBuffer
    
    vertexSize = size / nbrVertices
    
    vertices = #()
    
    vbuf = fopen fileVertexBuffer "rb"
    
    for v=1 to nbrVertices do
    (
        
        x = readFloat vbuf * 100
        y = readFloat vbuf * 100
        z = readFloat vbuf * 100
        
        readFloat vbuf
        
        
        append vertices [x,-z,y]
        
    )

    
    fclose vbuf
    
    theMesh = mesh vertices:vertices faces:faces name:theName