def getHairs(ob, mod, psys , hair_name):
steps = psys.settings.draw_step
steps = 2 ** steps + 1
width = psys.settings.particle_size / 10.0
num_parents = len(psys.particles)
num_children = len(psys.child_particles)
act_hair = []
indent = 0
space = " "
act_hair.append("%s %s %s" % (space * indent , "object", "{"))
indent += 1
materials = ob.data.materials[:]
material_names = [m.name if m else 'None' for m in materials]
num_of_shaders = len(material_names)
if num_of_shaders > 1:
act_hair.append("%s %s %s" % (space * indent , "shaders", num_of_shaders))
indent += 1
for each_shdr in material_names:
act_hair.append("%s %s %s" % (space * indent , "", each_shdr))
indent -= 1
else:
act_hair.append("%s %s %s" % (space * indent , "shader", material_names[0]))
act_hair.append("%s %s %s" % (space * indent , "type", "hair"))
act_hair.append("%s %s %s" % (space * indent , "name", hair_name))
act_hair.append("%s %s %s" % (space * indent , "segments", steps - 1))
act_hair.append("%s %s %s" % (space * indent , "width", "%+0.5f" % width))
points = 3 * steps * (num_parents + num_children)
act_hair.append("%s %s %s" % (space * indent , "points", points))
tmpfile = efutil.temp_file(hair_name + ".sc")
outfile = open(tmpfile, 'w')
for lines in act_hair :
outfile.write("\n%s" % lines)
indent += 1
for pindex in range(0, num_parents + num_children):
# sunflowLog("particle " + str(pindex))
lines = ''
for step in range(0, steps):
co = psys.co_hair(ob, mod, pindex, step)
# sunflowLog("step " + str(step) + ": " + str(co))
lines += "%+0.4f %+0.4f %+0.4f " % (co.x , co.y , co.z)
outfile.write("\n%s" % lines)
outfile.write("\n}")
outfile.close()
dictionary = {}
dictionary['path'] = tmpfile
dictionary['parent'] , dictionary['psys'] = hair_name.split('.hair.')
dictionary['showemitter'] = psys.settings.use_render_emitter
return { 'hair' : dictionary }
def getHairs(ob, mod, psys, hair_name):
steps = psys.settings.draw_step
steps = 2 ** steps + 1
width = psys.settings.particle_size / 10.0
num_parents = len(psys.particles)
num_children = len(psys.child_particles)
act_hair = []
indent = 0
space = " "
act_hair.append("%s %s %s" % (space * indent, "object", "{"))
indent += 1
materials = ob.data.materials[:]
material_names = [m.name if m else "None" for m in materials]
num_of_shaders = len(material_names)
if num_of_shaders > 1:
act_hair.append("%s %s %s" % (space * indent, "shaders", num_of_shaders))
indent += 1
for each_shdr in material_names:
act_hair.append("%s %s %s" % (space * indent, "", each_shdr))
indent -= 1
else:
act_hair.append("%s %s %s" % (space * indent, "shader", material_names[0]))
act_hair.append("%s %s %s" % (space * indent, "type", "hair"))
act_hair.append("%s %s %s" % (space * indent, "name", hair_name))
act_hair.append("%s %s %s" % (space * indent, "segments", steps - 1))
act_hair.append("%s %s %s" % (space * indent, "width", "%+0.5f" % width))
points = 3 * steps * (num_parents + num_children)
act_hair.append("%s %s %s" % (space * indent, "points", points))
tmpfile = efutil.temp_file(hair_name + ".sc")
outfile = open(tmpfile, "w")
for lines in act_hair:
outfile.write("\n%s" % lines)
indent += 1
for pindex in range(0, num_parents + num_children):
# sunflowLog("particle " + str(pindex))
lines = ""
for step in range(0, steps):
co = psys.co_hair(ob, mod, pindex, step)
# sunflowLog("step " + str(step) + ": " + str(co))
lines += "%+0.4f %+0.4f %+0.4f " % (co.x, co.y, co.z)
outfile.write("\n%s" % lines)
outfile.write("\n}")
outfile.close()
dictionary = {}
dictionary["path"] = tmpfile
dictionary["parent"], dictionary["psys"] = hair_name.split(".hair.")
dictionary["showemitter"] = psys.settings.use_render_emitter
return {"hair": dictionary}
def save_object_data(Object_name="", Object_data={}):
if 'vertices' in Object_data.keys() and Object_data['vertices'] != [] :
number_of_vertices = len(Object_data['vertices'])
else:
# sunflowLog("Object has no vertices")
return ''
if 'faces' in Object_data.keys() and Object_data['faces'] != [] :
number_of_faces = len(Object_data['faces'])
else:
# sunflowLog("Object has no faces")
return ''
if 'normal' in Object_data.keys() and Object_data['normal'] != [] :
if len(Object_data['normal']) != number_of_faces :
sunflowLog("Number of normal vector and faces don't match")
return ''
normal_type = 'facevarying'
else:
# sunflowLog("Object has no normal vector")
normal_type = 'none'
if 'uv' in Object_data.keys() and Object_data['uv'] != [] :
if len(Object_data['uv']) != number_of_faces :
sunflowLog("Number of uv's and faces don't match")
return ''
uv_type = 'facevarying'
else:
# sunflowLog("Object has no uv's defined")
uv_type = 'none'
if 'matindex' in Object_data.keys() and Object_data['matindex'] != [] :
if len(Object_data['matindex']) != number_of_faces :
sunflowLog("Number of matindex's and faces don't match")
return ''
matindex_type = 'face_shaders'
else:
# sunflowLog("Object has no face shaders's defined")
matindex_type = ''
#------------------------------------------------------------------------------
act_obj = []
indent = 0
space = " "
indent += 1
act_obj.append("%s %s %s" % (space * indent , "points", number_of_vertices))
indent += 1
for item in Object_data['vertices']:
vertstring = ' '.join(item)
act_obj.append("%s %s %s" % (space * indent , "", vertstring))
indent -= 1
act_obj.append("%s %s %s" % (space * indent , "triangles", number_of_faces))
indent += 1
for item in Object_data['faces']:
facestring = ' '.join(item)
act_obj.append("%s %s %s" % (space * indent , "", facestring))
indent -= 1
act_obj.append("%s %s %s" % (space * indent , "normals", normal_type))
if normal_type == 'none':
pass
else:
indent += 1
for item in Object_data['normal']:
concat = ' '.join(item)
act_obj.append("%s %s %s" % (space * indent , "", concat))
indent -= 1
act_obj.append("%s %s %s" % (space * indent , "uvs", uv_type))
if uv_type == 'none':
pass
else:
indent += 1
for item in Object_data['uv']:
concat = ' '.join(item)
act_obj.append("%s %s %s" % (space * indent , "", concat))
indent -= 1
act_obj.append("%s %s %s" % (space * indent , "", matindex_type))
if matindex_type == '':
pass
else:
indent += 1
for item in Object_data['matindex']:
act_obj.append("%s %s %s" % (space * indent , "", item))
indent -= 1
indent -= 1
tmpfile = efutil.temp_file(Object_name + ".sc")
outfile = open(tmpfile, 'w')
for lines in act_obj :
outfile.write("\n%s" % lines)
outfile.close()
return tmpfile
def save_object_data(Object_name="", Object_data={}):
if 'vertices' in Object_data.keys() and Object_data['vertices'] != []:
number_of_vertices = len(Object_data['vertices'])
else:
# print("Object has no vertices")
return ''
if 'faces' in Object_data.keys() and Object_data['faces'] != []:
number_of_faces = len(Object_data['faces'])
else:
# print("Object has no faces")
return ''
if 'normal' in Object_data.keys() and Object_data['normal'] != []:
if len(Object_data['normal']) != number_of_faces:
print("Number of normal vector and faces don't match")
return ''
normal_type = 'facevarying'
else:
# print("Object has no normal vector")
normal_type = 'none'
if 'uv' in Object_data.keys() and Object_data['uv'] != []:
if len(Object_data['uv']) != number_of_faces:
print("Number of uv's and faces don't match")
return ''
uv_type = 'facevarying'
else:
# print("Object has no uv's defined")
uv_type = 'none'
if 'matindex' in Object_data.keys() and Object_data['matindex'] != []:
if len(Object_data['matindex']) != number_of_faces:
print("Number of matindex's and faces don't match")
return ''
matindex_type = 'face_shaders'
else:
# print("Object has no face shaders's defined")
matindex_type = ''
#------------------------------------------------------------------------------
act_obj = []
indent = 0
space = " "
indent += 1
act_obj.append("%s %s %s" % (space * indent, "points", number_of_vertices))
indent += 1
for item in Object_data['vertices']:
vertstring = ' '.join(item)
act_obj.append("%s %s %s" % (space * indent, "", vertstring))
indent -= 1
act_obj.append("%s %s %s" % (space * indent, "triangles", number_of_faces))
indent += 1
for item in Object_data['faces']:
facestring = ' '.join(item)
act_obj.append("%s %s %s" % (space * indent, "", facestring))
indent -= 1
act_obj.append("%s %s %s" % (space * indent, "normals", normal_type))
if normal_type == 'none':
pass
else:
indent += 1
for item in Object_data['normal']:
concat = ' '.join(item)
act_obj.append("%s %s %s" % (space * indent, "", concat))
indent -= 1
act_obj.append("%s %s %s" % (space * indent, "uvs", uv_type))
if uv_type == 'none':
pass
else:
indent += 1
for item in Object_data['uv']:
concat = ' '.join(item)
act_obj.append("%s %s %s" % (space * indent, "", concat))
indent -= 1
act_obj.append("%s %s %s" % (space * indent, "", matindex_type))
if matindex_type == '':
pass
else:
indent += 1
for item in Object_data['matindex']:
act_obj.append("%s %s %s" % (space * indent, "", item))
indent -= 1
indent -= 1
#------------------------------------------------------------------------------
tmpfile = efutil.temp_file(Object_name + ".sc")
outfile = open(tmpfile, 'w')
for lines in act_obj:
outfile.write("\n%s" % lines)
outfile.close()
return tmpfile