def main():
SourcesNumber, ListenersNumber = ShowConfigurationDialog(1, 1)
newscene = data.scenes.new()
data.scenes.active = newscene
#TODO: this doesn't clear all the data!
for group in data.groups:
data.groups.unlink(group)
for scene in data.scenes:
for ob in scene.objects:
scene.objects.unlink(ob)
if scene != newscene:
data.scenes.unlink(scene)
AddListeners(newscene, ListenersNumber.val)
AddSources(newscene, SourcesNumber.val)
if (NetworkExporterFilename and Blender.sys.exists(NetworkExporterFilename)
== 1): # if is an existent filename
NetworkExporter = Blender.Text.Load(NetworkExporterFilename)
Blender.Run(NetworkExporter.name)
if (OSCSenderFilename and Blender.sys.exists(OSCSenderFilename) == 1):
OSCSender = Blender.Text.Load(OSCSenderFilename)
import BlenderOSCSender
for object in data.scenes.active.objects:
if BlenderOSCSender.isSource(
object) or BlenderOSCSender.isListener(object):
object.addScriptLink(OSCSender.name, 'ObjectUpdate')
data.scenes.active.addScriptLink(OSCSender.name, 'FrameChanged')
if (ChoreoExporterFilename
and Blender.sys.exists(ChoreoExporterFilename) == 1):
Blender.Text.Load(ChoreoExporterFilename)
def main(): SourcesNumber,ListenersNumber=ShowConfigurationDialog(1,1) newscene=data.scenes.new() data.scenes.active=newscene #TODO: this doesn't clear all the data! for group in data.groups: data.groups.unlink(group) for scene in data.scenes: for ob in scene.objects: scene.objects.unlink(ob) if scene!=newscene: data.scenes.unlink(scene) AddListeners(newscene,ListenersNumber.val) AddSources(newscene,SourcesNumber.val) if (NetworkExporterFilename and Blender.sys.exists(NetworkExporterFilename)==1): # if is an existent filename NetworkExporter=Blender.Text.Load(NetworkExporterFilename) Blender.Run(NetworkExporter.name) if (OSCSenderFilename and Blender.sys.exists(OSCSenderFilename)==1): OSCSender=Blender.Text.Load(OSCSenderFilename) import BlenderOSCSender for object in data.scenes.active.objects: if BlenderOSCSender.isSource(object) or BlenderOSCSender.isListener(object): object.addScriptLink(OSCSender.name,'ObjectUpdate') data.scenes.active.addScriptLink(OSCSender.name,'FrameChanged') if (ChoreoExporterFilename and Blender.sys.exists(ChoreoExporterFilename)==1): Blender.Text.Load(ChoreoExporterFilename)
def main():
if Blender.sys.exists(MainSceneMaker) != 1:
Blender.Draw.PupMenu("Cannot found the scene creator (scene_maker.py). Aborting")
return 0
Blender.Run(MainSceneMaker)
scene = data.scenes.active
# sources=data.groups['Audio_Sources'].objects
sources = BlenderOSCSender.getSources(scene)
for object in sources:
object.setIpo(
makeCircleIpo(object, object.name + "demo", 6, 2 * math.pi * list(sources).index(object) / len(sources))
)
firstFrame = Blender.Get("staframe")
x = object.ipo.getCurve()[0].evaluate(firstFrame)
y = object.ipo.getCurve()[1].evaluate(firstFrame)
z = object.ipo.getCurve()[2].evaluate(firstFrame)
object.setLocation((x, y, z))
def main():
if Blender.sys.exists(MainSceneMaker) != 1:
Blender.Draw.PupMenu(
'Cannot found the scene creator (scene_maker.py). Aborting')
return 0
Blender.Run(MainSceneMaker)
scene = data.scenes.active
# sources=data.groups['Audio_Sources'].objects
sources = BlenderOSCSender.getSources(scene)
for object in sources:
object.setIpo(
makeCircleIpo(
object, object.name + "demo", 6,
2 * math.pi * list(sources).index(object) / len(sources)))
firstFrame = Blender.Get('staframe')
x = object.ipo.getCurve()[0].evaluate(firstFrame)
y = object.ipo.getCurve()[1].evaluate(firstFrame)
z = object.ipo.getCurve()[2].evaluate(firstFrame)
object.setLocation((x, y, z))
def GenerateNetworkOSCReceiver(filename):
liblos=""
connections=""
printers=""
argumentNumbers=3
xPosition=50
yPosition=150
#create sources receivers and its monitors
scene=Blender.Scene.GetCurrent()
sources=BlenderOSCSender.getSources(scene)
templatePath="/SpatDIF/sources/%(objectNumber)s/%(sufix_path)s"
dictionary_paths=['xyz','ypr']
for source in sources:
sourceName=source.name.replace(".","_")
port=7000
# try to get the port on object name:
portInName=re.search('_p([0-9]+)$',sourceName)
if portInName!=None:
port=int(portInName.group(1))
for sufix_path in dictionary_paths:
libloName="source_%s_%s" % (sourceName,sufix_path)
printerName="printer_source_%s_%s" % (sourceName,sufix_path)
objectNumber=str(sources.index(source))
liblos+=makeLibloSource(libloName,templatePath % vars(),(xPosition,yPosition),3,port)
printers+=makeControlPrinter(printerName,(xPosition,yPosition+150),3)
for o in range(3):
sufix="_"+str(o)
connections+=makeControlConnection(libloName,(templatePath%vars()).replace("/","_")+sufix,printerName,"ControlPrinter"+sufix)
xPosition+=300
xPosition+=150
xPosition=50
yPosition=600
#create listeners receivers and its monitors
listeners=BlenderOSCSender.getListeners(scene)
templatePath="/SpatDIF/listeners/%(objectNumber)s/%(sufix_path)s"
for listener in listeners:
listenerName=listener.name.replace(".","_")
port=7000
# try to get the port on object name:
portInName=re.search('_p([0-9]+)$',listenerName)
if portInName!=None:
port=int(portInName.group(1))
for sufix_path in dictionary_paths:
libloName="listener_%s_%s" % (listenerName,sufix_path)
printerName="printer_listener_%s_%s" % (listenerName,sufix_path)
objectNumber=str(listeners.index(listener))
liblos+=makeLibloSource(libloName,templatePath % vars(),(xPosition,yPosition),3,port)
printers+=makeControlPrinter(printerName,(xPosition,yPosition+150),3)
for o in range(3):
sufix="_"+str(o)
connections+=makeControlConnection(libloName,(templatePath%vars()).replace("/","_")+sufix,printerName,"ControlPrinter"+sufix)
xPosition+=300
xPosition+=150
#create sync receivers and it monitors
path="/SpatDIF/sync/FrameChanged"
libloName="sync_Framechanged"
printerName="printer_sync_FrameChanged"
liblos+=makeLibloSource(libloName,path,(50,0),1,port)
printers+=makeControlPrinter(printerName,(300,0),1,(291,70))
connections+=makeControlConnection(libloName,path.replace("/","_")+"_0",printerName,"In Control")
f=open(filename,'w')
networkId="Exported_Blender_scene_receiver_network"
body=liblos+printers+connections
f.write(Network % vars())
f.close()
print "OSC receivers CLAM Network exported as %(filename)s" % vars()
def GenerateNetworkOSCReceiver(filename):
liblos = ""
connections = ""
printers = ""
argumentNumbers = 3
xPosition = 50
yPosition = 150
#create sources receivers and its monitors
scene = Blender.Scene.GetCurrent()
sources = BlenderOSCSender.getSources(scene)
templatePath = "/SpatDIF/sources/%(objectNumber)s/%(sufix_path)s"
dictionary_paths = ['xyz', 'ypr']
for source in sources:
sourceName = source.name.replace(".", "_")
port = 7000
# try to get the port on object name:
portInName = re.search('_p([0-9]+)$', sourceName)
if portInName != None:
port = int(portInName.group(1))
for sufix_path in dictionary_paths:
libloName = "source_%s_%s" % (sourceName, sufix_path)
printerName = "printer_source_%s_%s" % (sourceName, sufix_path)
objectNumber = str(sources.index(source))
liblos += makeLibloSource(libloName, templatePath % vars(),
(xPosition, yPosition), 3, port)
printers += makeControlPrinter(printerName,
(xPosition, yPosition + 150), 3)
for o in range(3):
sufix = "_" + str(o)
connections += makeControlConnection(
libloName,
(templatePath % vars()).replace("/", "_") + sufix,
printerName, "ControlPrinter" + sufix)
xPosition += 300
xPosition += 150
xPosition = 50
yPosition = 600
#create listeners receivers and its monitors
listeners = BlenderOSCSender.getListeners(scene)
templatePath = "/SpatDIF/listeners/%(objectNumber)s/%(sufix_path)s"
for listener in listeners:
listenerName = listener.name.replace(".", "_")
port = 7000
# try to get the port on object name:
portInName = re.search('_p([0-9]+)$', listenerName)
if portInName != None:
port = int(portInName.group(1))
for sufix_path in dictionary_paths:
libloName = "listener_%s_%s" % (listenerName, sufix_path)
printerName = "printer_listener_%s_%s" % (listenerName, sufix_path)
objectNumber = str(listeners.index(listener))
liblos += makeLibloSource(libloName, templatePath % vars(),
(xPosition, yPosition), 3, port)
printers += makeControlPrinter(printerName,
(xPosition, yPosition + 150), 3)
for o in range(3):
sufix = "_" + str(o)
connections += makeControlConnection(
libloName,
(templatePath % vars()).replace("/", "_") + sufix,
printerName, "ControlPrinter" + sufix)
xPosition += 300
xPosition += 150
#create sync receivers and it monitors
path = "/SpatDIF/sync/FrameChanged"
libloName = "sync_Framechanged"
printerName = "printer_sync_FrameChanged"
liblos += makeLibloSource(libloName, path, (50, 0), 1, port)
printers += makeControlPrinter(printerName, (300, 0), 1, (291, 70))
connections += makeControlConnection(libloName,
path.replace("/", "_") + "_0",
printerName, "In Control")
f = open(filename, 'w')
networkId = "Exported_Blender_scene_receiver_network"
body = liblos + printers + connections
f.write(Network % vars())
f.close()
print "OSC receivers CLAM Network exported as %(filename)s" % vars()
