It’s so Good
[QUOTE=loocas]
I’m a big .net fan so i’m really keen on this approach. Have you thought more about if you’ll release it?
Was this question aimed at me?
If so, I still haven’t decided on a public release yet. We’ve just ironed out a few tiny kinks in the plugin, so, it seems we’re good on this part, however, I still want to test drive the plugin before a public release.
Currently I’ve been working with an outside studio for the first time to use our Pythoner plugin for their production management system with Python API. So far I’ve ported all the native Python methods over to 3ds Max for direct Max <-> Server Python communication, so, this also seems good.
I’ll let everyone know via this thread once our plugin is ready for the public.
If the question wasn’t aimed at me, then, please, happily ignore this reply.
Hi, i’m new in max scripting and want integrating python function in 3ds max. Firstly i toad that i need to totally re-wright full *.py script into maxscript language, but after i see this thread i really think about integrating. And for clean up for my self all of the previous posts i want ask for help. Please show to me how to run functions of python script into 3d max.
this is python script
import bpy,struct,os
import Blender
from Blender import *
from struct import *
from Blender.Mathutils import *
from Blender import Armature as A
from Blender.Window import DrawProgressBar
import math
#=========== open file ======================
extends=['bma','bms']
dir = os.getcwd()
g = os.listdir(dir)
bool={}
draw={}
block=[]
texpath="D:\\3D\\==SOURCES==\\king bounty\ extures"
for plik in g:
extend = plik[plik.lower().find('.')+1:]
if extend in extends:
bool[plik] = False
draw[plik] = Draw.Create(bool[plik])
block.append((plik,draw[plik]))
Draw.PupBlock("bma files",block)
for file in bool:
bool[file] = draw[file].val
if bool[file]==True:
filename = dir+os.sep+file
object = file
else:
Draw.Exit()
plik = open(filename,'rb')
vertexy=[]
uvcoord=[]
faceslist=[]
normalne=[]
print '============================================================='
print filename
print '============================================================='
def word(long):
s=''
for j in range(0,long):
s+=struct.unpack('c',plik.read(1))[0]
return s
print struct.unpack(16*'B',plik.read(16))
print struct.unpack('i',plik.read(4))
print
print "===skeleton==="
print
numbones = struct.unpack('i',plik.read(4))[0]
print 'numbones = ',numbones
a=10
b=1
scn = Scene.GetCurrent()
newarmature = A.Armature('arm')
newarmobj = Object.New('Armature','armature')
newarm = A.Get('arm')
newarm.drawType = Armature.STICK
newarmobj.link(newarm)
scn.link(newarmobj)
bonenames=[]
for i in range(numbones):
id = struct.unpack('i',plik.read(4))[0]
namebone = word(id)
#print namebone
namebone =str(i)
bonenames.append(namebone)
eb = A.Editbone()
struct.unpack('b',plik.read(1))
parent = struct.unpack('i',plik.read(4))[0]
p1 = struct.unpack(3*'f',plik.read(12)) #szkielet nr 1
p2 = struct.unpack(3*'f',plik.read(12)) #szkielet nr 2
p3 = struct.unpack(3*'f',plik.read(12)) #szkielet nr 3
if 'box' not in namebone and 'tipp' not in namebone:
newarm.makeEditable()
newarm.bones[namebone] = eb
newarm.bones[namebone].head=Vector(p1[0]*a*b,p1[2]*a*b,p1[1]*a*b)
newarm.bones[namebone].tail=Vector(p1[0]*a*b+0.01,p1[2]*a*b,p1[1]*a*b)
if i!=0:
newarm.bones[namebone].parent=newarm.bones[bonenames[parent]]
newarm.update()
struct.unpack(3*'f',plik.read(12))
struct.unpack(3*'f',plik.read(12))
struct.unpack(3*'f',plik.read(12))
struct.unpack(3*'f',plik.read(12))
struct.unpack(3*'f',plik.read(12))
struct.unpack(3*'f',plik.read(12))
print
print "===material==="
print
struct.unpack(4*'h',plik.read(8))#to samo
keywords = ['k_specularenvspecmask','k_specularenvspecmask_uvanim',\
'texDiffuse','k_specularenv',\
'texSpecular',\
'texEnv',\
'cLuminosity','tgLumiMap',\
'cDiffuse','k_diffuselumi','texLumiMap',\
'cSpecular',\
'cEnv',\
'fShadowTransp',\
'tgDiffuse',\
'tgSpecular',\
'k_diffuse','diffuse','k_specular']
id = struct.unpack('i',plik.read(4))[0]
key = word(id)
materials=[]
print key
numtex=0
while key in keywords:
if key == 'k_specular':
#plik.read(62)
print struct.unpack(62*'b',plik.read(62))
if key == 'k_specularenvspecmask':
plik.read(62)
if key == 'k_specularenvspecmask_uvanim':
plik.read(62)
if key == 'k_diffuse':
plik.read(62)
if key == 'k_diffuselumi':
plik.read(62)
if key == 'k_specularenv':
plik.read(62)
if key == 'diffuse':
plik.read(2)
info = struct.unpack(15*'i',plik.read(60))
print info
if info[11]==0:
print struct.unpack(4*'b',plik.read(4))
if key == 'texDiffuse':
newmat = Material.New(object[:-4]+'-M-'+str(numtex))
plik.read(5)
id = struct.unpack('i',plik.read(4))[0]
texdiff = word(id)
print 'texdiff = ',texdiff
imagepath = texpath+os.sep+texdiff
tex = Texture.New('tex'+str(numtex))
try:
img = Blender.Image.Load(imagepath)
tex.image = img
except:
print 'no found',imagepath
plik.read(1)
numtex=numtex+1
newmat.setTexture(0,tex,Texture.TexCo.UV,Texture.MapTo.COL)
materials.append(newmat)
if key == 'texSpecular':
plik.read(5)
id = struct.unpack('i',plik.read(4))[0]
texspec = word(id)
print 'texspec = ',texspec
plik.read(1)
if key == 'texLumiMap':
plik.read(5)
id = struct.unpack('i',plik.read(4))[0]
texspec = word(id)
print 'texspec = ',texspec
plik.read(1)
if key == 'texEnv':
plik.read(5)
id = struct.unpack('i',plik.read(4))[0]
texenv = word(id)
print 'texenv = ',texenv
plik.read(1)
if key == 'cLuminosity':
plik.read(21)
if key == 'cDiffuse':
plik.read(21)
if key == 'cSpecular':
plik.read(21)
if key == 'cEnv':
plik.read(21)
if key == 'fShadowTransp':
plik.read(9)
if key == 'tgDiffuse':
plik.read(1)
#print struct.unpack(84*'b',plik.read(84))
info = struct.unpack(24*'b',plik.read(24))
print info
if info[8]!=0:
print struct.unpack(60*'b',plik.read(60))
if key == 'tgSpecular':
plik.read(85)
if key == 'tgLumiMap':
plik.read(85)
back = plik.tell()
id = struct.unpack('i',plik.read(4))[0]
#print id
if id > 70:
plik.seek(back)
break
key = word(id)
print key
print
print'====mesh===='
print
numfacespermesh=[]
weightsgroup={}
struct.unpack(2*'H',plik.read(2*2))# TO SAMO W KAZDYM PLIKU
numobjects = struct.unpack('i',plik.read(4))[0]
print 'nummeshes = ',numobjects
texpermesh=[]
for i in range(numobjects):
info = struct.unpack(5*'i',plik.read(5*4))
texpermesh.append(info[1])
numfacespermesh.append(info[3]/3)
wg = struct.unpack(16*'B',plik.read(16))
weightsgroup[str(i)]=[]
for g in wg:
weightsgroup[str(i)].append(g)
struct.unpack('i',plik.read(4))[0]# TO SAMO W KAZDYM PLIKU
numvertices = struct.unpack('i',plik.read(4))[0]
print 'total numvertices = ',numvertices
groups={}
vertgroup=[]
for i in range(numvertices):
xyz = struct.unpack(3*'h',plik.read(6))
v1 = a*xyz[0]*2**-14
v2 = a*xyz[1]*2**-14
v3 = a*xyz[2]*2**-14
vertexy.append([v1,v3,v2])
dane = struct.unpack(5*'H',plik.read(10))
u = 2*dane[3]*2**-12
v = 2*dane[4]*2**-12
uvcoord.append([u,1-v])
dane = struct.unpack(8*'B',plik.read(8))
for j in range(4):
if dane[j]!=84:
if 'grupa'+str(dane[j]) not in groups:
groups['grupa'+str(dane[j])]=[]
#print dane[j]
groups['grupa'+str(dane[j])].append([i,float(dane[j+4])/255])
struct.unpack('i',plik.read(4))
numfaces = struct.unpack('i',plik.read(4))[0]/3
print 'total numfaces = ',numfaces
for i in range(numfaces):
f= struct.unpack('HHH',plik.read(3*2))
faceslist.append([f[0],f[1],f[2]])
mesh = bpy.data.meshes.new(object[:-4])
mesh.verts.extend(vertexy)
mesh.faces.extend(faceslist,ignoreDups=True)
for i in range(len(materials)):
mesh.materials += [materials[i]]
for faceID in range(0,len(mesh.faces)):
face = mesh.faces[faceID]
index1 = faceslist[faceID][0]
index2 = faceslist[faceID][1]
index3 = faceslist[faceID][2]
uv1 = Vector(uvcoord[index1])
uv2 = Vector(uvcoord[index2])
uv3 = Vector(uvcoord[index3])
face.uv = [uv1, uv2, uv3]
face.smooth=True
scene = bpy.data.scenes.active
scene.objects.new(mesh,object[:-4])
mesh.recalcNormals(0)
for i in range(16):
mesh.addVertGroup('grupa'+str(i))
mesh.update()
for vgroup in groups:
for dane in groups[vgroup]:
mesh.assignVertsToGroup(vgroup,[dane[0]],dane[1],1)
mesh.update()
def selectfaces(id,object,id1,id2):
obj = Object.Get(object)
mesh=obj.getData(mesh=1)
for i in range(16):
newgrup= str(weightsgroup[str(id)][i])
if newgrup not in mesh.getVertGroupNames():
mesh.addVertGroup(newgrup)
mesh.update()
for fid in range(id1,id2):
face = mesh.faces[fid]
face.mat = texpermesh[id]
for namegroup in mesh.getVertGroupNames():
if 'grupa' in namegroup:
listvert = mesh.getVertsFromGroup(namegroup)
#print listvert
for v in face.v:
if v.index in listvert:
for inf in groups[namegroup]:
if v.index == inf[0]:
nowagrupa=str(weightsgroup[str(id)][int(namegroup[5:])])
mesh.assignVertsToGroup(nowagrupa,[v.index],inf[1],1)
id1=0
for i in range(len(numfacespermesh)):
id2=id1+numfacespermesh[i]
#print id1,id2
selectfaces(i,object[0:-4],id1,id2)
id1=id2
DrawProgressBar (i/len(numfacespermesh),"%s"%i)
DrawProgressBar (1,"wczytano")
Redraw()
this python script imports *.bms 3d models into blender, so all i want that *.bms 3d models imports in 3d max.
Hay everyone seen this: https://autodesk.uservoice.com/forums/80701-publicsdkandscriptingenhancements/suggestions/1489587-python?ref=title
Please vote, if you like to see python in 3dsmax!
write a comment, why this is not good for you…
why do you against it?
i want to see c# fully integrated in max. from my experience i know when the system tries to support two alternative ways, it makes both of them clumsy.
Hey all –
I know its been a hell of a long time – but the Blur support for Python in 3dsMax is back online. It has been working in production for us for a year now, so a lot of the bugs and clunks from the initial go at it have been worked out.
You can download the project (including source code) here:
Cheers,
Eric
Thx a lot for it Eric
Eric – thanks for this – its awesome to have both the source and the plugins to tinker with! Much nicer than the current state of Maxsharp, and more pythonic too. Any chance Autodesk will adopt this in the same way they did Pymel?
Anyone had good luck getting the latest to work? Any stumbling blocks?
I’ve been tinkering with it a bit on Win7x64, Max2011x64, and it does seem to have some rough patches. I’ve been able to get python executing from Maxscript and vice-versa, but I’ve not had much luck getting the logger to come online.
Update: All the logger issues seemed to stem from Qt being unhappy. removing all installs except the one that comes with the blur installer seems to have done the trick
One last useful thing – Autodesk posted some wonderful Py3dsmax tips that reflect the current build. Could this be a sign of beautiful things to come?
http://area.autodesk.com/blogs/chris/py3dsmax_python_scripting_for_3ds_max_from_blur_studios