def ObjToCollision(Object,
bank=2,
offset=0,
nowaterboxes=0,
scale=1,
ReverseFaces=False):
global trisOffset, vertsOffset, waterOffset
maxs = [-9000, -9000, -9000]
mins = [9000, 9000, 9000]
#I know this code is ugly. gtfo
wotf.resetvars()
bank = bank << 24
f = open(Object, "r")
wotf.reverse_faces = ReverseFaces
wotf.fdir = path.split(Object)[0]
if wotf.fdir: wotf.fdir += wotf.slash
object_data = wotf.fix_obj(f.read())
wotf.parse_obj(object_data)
f.close()
i = 0
vert_count, tri_count = 0, 0
collision_types, collision_tris, verts, water = "", "", "", ""
for entry in wotf.mtls:
collision_types += "\x00\x00\x00\x00\x00\x00\x00\x00"
for triangle in entry[7]:
collision_tris += pack(">HHHHQ", i, triangle[0][0], triangle[0][1],
triangle[0][2], 0)
tri_count += 1
i += 1
range3 = range(3)
for vert in wotf.verts:
verts += pack(">hhh", int(vert[0] * scale), int(vert[1] * scale),
int(vert[2] * scale))
for i in range3:
if int(vert[i] * scale) > maxs[i]:
maxs[i] = int(vert[i] * scale) + 1
elif int(vert[i] * scale) < mins[i]:
mins[i] = int(vert[i] * scale) - 1
vert_count += 1
verts = align(verts, 8)
for i in range(0, nowaterboxes * 400, 400):
water += pack(">hhhhhxxxxBB", 0 + i, 0, 0 + i, 400 + i, 400 + i, 1, 0)
typesOffset = offset | bank
trisOffset = typesOffset + len(collision_types) | bank
vertsOffset = trisOffset + len(collision_tris) | bank
waterOffset = vertsOffset + len(verts) | bank
headerOffset = waterOffset + len(water) | bank
camDataOffset = 0
data = collision_types + collision_tris + verts + water
del collision_types, collision_tris, verts, water
data += pack(">hhhhhhHxxLHxxLLLHxxL", mins[0], mins[1], mins[2], maxs[0],
maxs[1], maxs[2], vert_count, vertsOffset, tri_count,
trisOffset, typesOffset, camDataOffset, nowaterboxes,
waterOffset if nowaterboxes else 0)
return data, headerOffset
def BuildMap(MeshObject,
MeshScale=1,
NoActors=0,
NoObjects=0,
StartTime=ZELDATIME,
TimeSpeed=NOTIME,
SkyBoxDisabled=False,
ReverseFaces=False):
header = ">QQLBBxxLhbxLLBBxxLBBxxLQ"
meshHeader = ">xBxxLLLxxxxBxxxxxxxxxxx"
bank = 3
ObjectList, ActorList = "", ""
for i in range(NoObjects & 0xF):
ObjectList += pack(">H", SafeObjects[i])
ObjectList = align(ObjectList, 8)
for i in range(NoActors & 0x7F):
ActorList += pack(">HhhhHHHH", 8, 0, 0, i * 30, 0, 0, 0, i & 7)
#Calculate offsets
ObjectOffset = calcsize(header) + (bank << 24)
ActorOffset = ObjectOffset + len(ObjectList)
MeshHeaderOffset = ActorOffset + len(ActorList)
MeshOffset = MeshHeaderOffset + calcsize(meshHeader)
#Convert Mesh
wotf.resetvars()
f = open(MeshObject, "r")
wotf.reverse_faces = ReverseFaces
wotf.fdir = path.split(MeshObject)[0]
if wotf.fdir: wotf.fdir += wotf.slash
object_data = wotf.fix_obj(f.read())
f.close()
wotf.parse_obj(object_data)
del object_data
wotf.vtx_scale = [MeshScale, MeshScale, MeshScale]
MeshData, DisplayListOffset, TexInfo = wotf.ParsedMeshToOoT(
wotf.mtls, wotf.verts, wotf.texcoords, wotf.normals, bank, MeshOffset,
bank, MeshOffset)
del TexInfo
data = pack(header, 0x1600000000000000, 0x0801000000000000, 0x12000000,
int(SkyBoxDisabled), int(SkyBoxDisabled), 0x10000000,
StartTime, TimeSpeed, 0x0A000000, MeshHeaderOffset, 0x0B,
NoObjects, ObjectOffset, 0x01, NoActors, ActorOffset,
0x1400000000000000)
data += ObjectList
del ObjectList
data += ActorList
del ActorList
data += pack(meshHeader, 1, MeshHeaderOffset + 0xC,
MeshHeaderOffset + 0x14, DisplayListOffset, 1)
data += MeshData
del MeshData
return align(data, 16)
def BuildMap(MeshObject, MeshScale=1,NoActors=0, NoObjects=0, StartTime=ZELDATIME, TimeSpeed=NOTIME,SkyBoxDisabled=False,ReverseFaces=False):
header=">QQLBBxxLhbxLLBBxxLBBxxLQ"
meshHeader=">xBxxLLLxxxxBxxxxxxxxxxx"
bank=3
ObjectList, ActorList="", ""
for i in range(NoObjects&0xF):
ObjectList+=pack(">H",SafeObjects[i])
ObjectList=align(ObjectList,8)
for i in range(NoActors&0x7F):
ActorList+=pack(">HhhhHHHH", 8, 0, 0, i*30, 0, 0, 0, i&7)
#Calculate offsets
ObjectOffset=calcsize(header)+(bank<<24)
ActorOffset=ObjectOffset+len(ObjectList)
MeshHeaderOffset=ActorOffset+len(ActorList)
MeshOffset=MeshHeaderOffset+calcsize(meshHeader)
#Convert Mesh
wotf.resetvars()
f=open(MeshObject,"r")
wotf.reverse_faces=ReverseFaces
wotf.fdir=path.split(MeshObject)[0]
if wotf.fdir: wotf.fdir+=wotf.slash
object_data = wotf.fix_obj(f.read())
f.close()
wotf.parse_obj(object_data)
del object_data
wotf.vtx_scale = [MeshScale,MeshScale,MeshScale]
MeshData, DisplayListOffset, TexInfo = wotf.ParsedMeshToOoT(wotf.mtls,wotf.verts,wotf.texcoords,wotf.normals, bank, MeshOffset, bank, MeshOffset)
del TexInfo
data=pack(header,
0x1600000000000000,
0x0801000000000000,
0x12000000, int(SkyBoxDisabled), int(SkyBoxDisabled),
0x10000000, StartTime, TimeSpeed,
0x0A000000, MeshHeaderOffset,
0x0B, NoObjects, ObjectOffset,
0x01, NoActors, ActorOffset,
0x1400000000000000)
data+=ObjectList
del ObjectList
data+=ActorList
del ActorList
data+=pack(meshHeader, 1, MeshHeaderOffset+0xC, MeshHeaderOffset+0x14, DisplayListOffset, 1)
data+=MeshData
del MeshData
return align(data,16)
def ObjToCollision(Object, bank=2, offset=0, nowaterboxes=0, scale=1,ReverseFaces=False):
global trisOffset,vertsOffset, waterOffset
maxs = [-9000, -9000, -9000]
mins = [9000, 9000, 9000]
#I know this code is ugly. gtfo
wotf.resetvars()
bank=bank<<24
f=open(Object,"r")
wotf.reverse_faces=ReverseFaces
wotf.fdir=path.split(Object)[0]
if wotf.fdir: wotf.fdir+=wotf.slash
object_data = wotf.fix_obj(f.read())
wotf.parse_obj(object_data)
f.close()
i=0
vert_count,tri_count=0,0
collision_types,collision_tris,verts,water="","","",""
for entry in wotf.mtls:
collision_types+="\x00\x00\x00\x00\x00\x00\x00\x00"
for triangle in entry[7]:
collision_tris+=pack(">HHHHQ",i,triangle[0][0],triangle[0][1],triangle[0][2],0)
tri_count+=1
i+=1
range3=range(3)
for vert in wotf.verts:
verts+=pack(">hhh",int(vert[0]*scale),int(vert[1]*scale),int(vert[2]*scale))
for i in range3:
if int(vert[i]*scale) > maxs[i]:
maxs[i]=int(vert[i]*scale)+1
elif int(vert[i]*scale) < mins[i]:
mins[i]=int(vert[i]*scale)-1
vert_count+=1
verts=align(verts,8)
for i in range(0,nowaterboxes*400,400):
water+=pack(">hhhhhxxxxBB",0+i,0,0+i,400+i,400+i,1,0)
typesOffset = offset |bank
trisOffset = typesOffset+len(collision_types) |bank
vertsOffset = trisOffset+len(collision_tris) |bank
waterOffset = vertsOffset+len(verts) |bank
headerOffset = waterOffset+len(water) |bank
camDataOffset = 0
data=collision_types+collision_tris+verts+water
del collision_types,collision_tris,verts,water
data+=pack(">hhhhhhHxxLHxxLLLHxxL",mins[0],mins[1],mins[2],maxs[0],maxs[1],maxs[2],
vert_count, vertsOffset, tri_count, trisOffset, typesOffset, camDataOffset,nowaterboxes, waterOffset if nowaterboxes else 0)
return data, headerOffset
