def main():
import sys
import hou
import soho
import sohoglue
import SOHOcommon
import sys
import ctypes
if hasattr(sys, 'setdlopenflags'):
sys.setdlopenflags(sys.getdlopenflags() | ctypes.RTLD_GLOBAL)
import _vfh_ipr
from soho import SohoParm
LogLevel = type('Enum', (), {
'Msg': 0,
'Info': 1,
'Progress': 2,
'Warning': 3,
'Error': 4,
'Debug': 5
})
def logMessage(level, fmt, *args):
_vfh_ipr.logMessage(level, fmt % args)
def printDebug(fmt, *args):
logMessage(LogLevel.Debug, fmt, *args)
def dumpObjects(listName):
printDebug("Checking \"%s\"" % listName)
for obj in soho.objectList(listName):
printDebug(" %s", obj.getName())
def exportObjects(listName):
for obj in soho.objectList(listName):
_vfh_ipr.exportOpNode(opNode=obj.getName())
def deleteObjects(listName):
for obj in soho.objectList(listName):
_vfh_ipr.deleteOpNode(opNode=obj.getName())
def getViewParams(camera, sohoCam, t):
camParms = {
'space:world': SohoParm('space:world', 'real', [], False),
'focal': SohoParm('focal', 'real', [0.050], False),
'aperture': SohoParm('aperture', 'real', [0.0414214], False),
'orthowidth': SohoParm('orthowidth', 'real', [2], False),
'near': SohoParm('near', 'real', [0.001], False),
'far': SohoParm('far', 'real', [1000], False),
'res': SohoParm('res', 'int', [640, 480], False),
'projection': SohoParm('projection', 'string', ["perspective"],
False),
'cropl': SohoParm('cropl', 'real', [-1], False),
'cropr': SohoParm('cropr', 'real', [-1], False),
'cropb': SohoParm('cropb', 'real', [-1], False),
'cropt': SohoParm('cropt', 'real', [-1], False),
'camera': SohoParm('camera', 'string', ['/obj/cam1'], False)
}
camParmsEval = sohoCam.evaluate(camParms, t)
if not camParmsEval:
return {}
viewParams = {}
for key in camParmsEval:
viewParams[key] = camParmsEval[key].Value[0]
viewParams['transform'] = camParmsEval['space:world'].Value
viewParams['ortho'] = 1 if camParmsEval['projection'].Value[0] in {
'ortho'
} else 0
viewParams['res'] = camParmsEval['res'].Value
cropX = viewParams['res'][0] * viewParams['cropl']
cropY = viewParams['res'][1] * (1.0 - viewParams['cropt'])
cropW = viewParams['res'][0] * (viewParams['cropr'] -
viewParams['cropl'])
cropH = viewParams['res'][1] * (viewParams['cropt'] -
viewParams['cropb'])
printDebug(" Res: %s" % viewParams['res'])
printDebug(" Crop: %i-%i %i x %i " % (cropX, cropY, cropW, cropH))
return viewParams
def exportView(rop, camera, sohoCam, t):
printDebug("exportView()")
_vfh_ipr.exportView(viewParams=getViewParams(camera, sohoCam, t))
mode = soho.getDefaultedString('state:previewmode', ['default'])[0]
# Evaluate an intrinsic parameter (see HDK_SOHO_API::evaluate())
# The 'state:time' parameter evaluates the time from the ROP.
now = soho.getDefaultedFloat('state:time', [0.0])[0]
# Evaluate the 'camera' parameter as a string.
# If the 'camera' parameter doesn't exist, use ['/obj/cam1'].
# SOHO always returns lists of values.
camera = soho.getDefaultedString('camera', ['/obj/cam1'])[0]
# MPlay / Render View port.
port = soho.getDefaultedInt("vm_image_mplay_socketport", [0])[0]
# ROP node.
ropPath = soho.getOutputDriver().getName()
ropNode = hou.node(ropPath)
printDebug("Initialize SOHO...")
# Initialize SOHO with the camera.
# XXX: This doesn't work for me, but it should according to the documentation...
# soho.initialize(now, camera)
if not sohoglue.initialize(now, camera, None):
soho.error("Unable to initialize rendering module with given camera")
# Now, add objects to our scene
soho.addObjects(now, "*", "*", "*", True)
# Before we can evaluate the scene from SOHO, we need to lock the object lists.
soho.lockObjects(now)
for sohoCam in soho.objectList('objlist:camera'):
break
else:
soho.error("Unable to find viewing camera for render")
sohoOverride = soho.getDefaultedString('soho_overridefile', ['Unknown'])[0]
printDebug("Processing Mode: \"%s\"" % mode)
if mode in {"generate"}:
# generate: Generation phase of IPR rendering
# In generate mode, SOHO will keep the pipe (soho_pipecmd)
# command open between invocations of the soho_program.
# objlist:all
# objlist:camera
# objlist:light
# objlist:instance
# objlist:fog
# objlist:space
# objlist:mat
#
printDebug("IPR Port: %s" % port)
printDebug("Driver: %s" % ropPath)
printDebug("Camera: %s" % camera)
printDebug("Now: %.3f" % now)
_vfh_ipr.init(rop=ropPath,
port=port,
now=now,
viewParams=getViewParams(camera, sohoCam, now))
elif mode in {"update"}:
# update: Send updated changes from previous generation
#
# In this rendering mode, the special object list parameters:
# objlist:dirtyinstance
# objlist:dirtylight
# objlist:dirtyspace
# objlist:dirtyfog
# will contain the list of all objects modified since the last render
# (whether a generate or update).
#
# As well, the parameters:
# objlist:deletedinstance
# objlist:deletedlight
# objlist:deletedspace
# objlist:deletedfog
# will list all objects which have been deleted from the scene.
#
if not _vfh_ipr.isRopValid():
_vfh_ipr.init(rop=ropPath,
port=port,
now=now,
viewParams=getViewParams(camera, sohoCam, now))
else:
if _vfh_ipr.setTime(now):
# Have to handle "time" event manually here.
exportObjects("objlist:dirtyinstance")
exportObjects("objlist:dirtylight")
# Update view.
exportView(ropPath, camera, sohoCam, now)
def soho_render():
control_parms = {
# The time at which the scene is being rendered
"now": SohoParm("state:time", "real", [0], False, key="now"),
"camera": SohoParm("camera", "string", ["/obj/cam1"], False),
}
parms = soho.evaluate(control_parms)
now = parms["now"].Value[0]
camera = parms["camera"].Value[0]
options = {}
if not soho.initialize(now, camera, options):
soho.error("Unable to initialize rendering module with given camera")
object_selection = {
# Candidate object selection
"vobject": SohoParm("vobject", "string", ["*"], False),
"alights": SohoParm("alights", "string", ["*"], False),
"forceobject": SohoParm("forceobject", "string", [""], False),
"forcelights": SohoParm("forcelights", "string", [""], False),
"excludeobject": SohoParm("excludeobject", "string", [""], False),
"excludelights": SohoParm("excludelights", "string", [""], False),
"sololight": SohoParm("sololight", "string", [""], False),
}
for cam in soho.objectList("objlist:camera"):
break
else:
soho.error("Unable to find viewing camera for render")
objparms = cam.evaluate(object_selection, now)
stdobject = objparms["vobject"].Value[0]
stdlights = objparms["alights"].Value[0]
forceobject = objparms["forceobject"].Value[0]
forcelights = objparms["forcelights"].Value[0]
excludeobject = objparms["excludeobject"].Value[0]
excludelights = objparms["excludelights"].Value[0]
sololight = objparms["sololight"].Value[0]
forcelightsparm = "forcelights"
if sololight:
stdlights = excludelights = ""
forcelights = sololight
forcelightsparm = "sololight"
# First, we add objects based on their display flags or dimmer values
soho.addObjects(
now,
stdobject,
stdlights,
"",
True,
geo_parm="vobject",
light_parm="alights",
fog_parm="",
)
soho.addObjects(
now,
forceobject,
forcelights,
"",
False,
geo_parm="forceobject",
light_parm=forcelightsparm,
fog_parm="",
)
soho.removeObjects(
now,
excludeobject,
excludelights,
"",
geo_parm="excludeobject",
light_parm="excludelights",
fog_parm="",
)
# Lock off the objects we've selected
soho.lockObjects(now)
with hou.undos.disabler(), scene_state:
if "SOHO_PBRT_DEV" in os.environ: # pragma: no coverage
import cProfile
pr = cProfile.Profile()
pr.enable()
try:
PBRTscene.render(cam, now)
finally:
pr.disable()
pr.dump_stats("hou-prbt.stats")
else:
PBRTscene.render(cam, now)
return
def soho_render():
control_parms = {
# The time at which the scene is being rendered
'now': SohoParm('state:time', 'real', [0], False, key='now'),
'fps': SohoParm('state:fps', 'real', [24], False, key='fps'),
'camera': SohoParm('camera', 'string', ['/obj/cam1'], False),
}
parms = soho.evaluate(control_parms)
now = parms['now'].Value[0]
camera = parms['camera'].Value[0]
fps = parms['fps'].Value[0]
options = {'state:precision': 6}
if not soho.initialize(now, camera, options):
soho.error("Unable to initialize rendering module with given camera")
object_selection = {
# Candidate object selection
'vobject': SohoParm('vobject', 'string', ['*'], False),
'alights': SohoParm('alights', 'string', ['*'], False),
'forceobject': SohoParm('forceobject', 'string', [''], False),
'forcelights': SohoParm('forcelights', 'string', [''], False),
'excludeobject': SohoParm('excludeobject', 'string', [''], False),
'excludelights': SohoParm('excludelights', 'string', [''], False),
'sololight': SohoParm('sololight', 'string', [''], False),
}
for cam in soho.objectList('objlist:camera'):
break
else:
soho.error('Unable to find viewing camera for render')
objparms = cam.evaluate(object_selection, now)
stdobject = objparms['vobject'].Value[0]
stdlights = objparms['alights'].Value[0]
forceobject = objparms['forceobject'].Value[0]
forcelights = objparms['forcelights'].Value[0]
excludeobject = objparms['excludeobject'].Value[0]
excludelights = objparms['excludelights'].Value[0]
sololight = objparms['sololight'].Value[0]
forcelightsparm = 'forcelights'
if sololight:
stdlights = excludelights = None
forcelights = sololight
forcelightsparm = 'sololight'
# First, we add objects based on their display flags or dimmer values
soho.addObjects(now, stdobject, stdlights, '', True)
soho.addObjects(now, forceobject, forcelights, '', False)
soho.removeObjects(now, excludeobject, excludelights, '')
# Lock off the objects we've selected
soho.lockObjects(now)
with hou.undos.disabler(), scene_state:
PBRTscene.render(cam, now)
return
# Obtain the list of cameras through which we need to render. The main camera
# may specify a few sub-cameras, for example, in the stereo camera case.
camera_paths = objparms['vm_cameralist'].Value[0].split()
camera_list = []
for cam_path in camera_paths:
camera_list.append(soho.getObject(cam_path))
if len(camera_list) == 0:
cam.storeData('NoFileSuffix', True)
camera_list.append(cam)
# First, we add objects based on their display flags or dimmer values
soho.addObjects(now,
stdobject,
stdlights,
stdfog,
True,
geo_parm='vobject',
light_parm='alights',
fog_parm='vfog')
soho.addObjects(now,
forceobject,
forcelights,
forcefog,
False,
geo_parm='forceobject',
light_parm=forcelightsparm,
fog_parm='forcefog')
# Force matte & phantom objects to be visible too
if matte_objects:
soho.addObjects(now,
objectSelection = {
'vobject': soho.SohoParm('vobject', 'string', ['*'], False),
'forceobject': soho.SohoParm('forceobject', 'string', [''], False),
'excludeobject': soho.SohoParm('excludeobject', 'string', [''], False),
}
objparms = soho.evaluate(objectSelection, now)
stdobject = objparms['vobject'].Value[0]
forceobject = objparms['forceobject'].Value[0]
excludeobject = objparms['excludeobject'].Value[0]
soho.addObjects(now=now,
geometry=stdobject,
lights="",
fog="",
do_culling=True,
geo_parm='vobject')
soho.addObjects(now=now,
geometry=forceobject,
lights="",
fog="",
do_culling=False,
geo_parm='forceobject')
soho.removeObjects(now=now,
geometry=excludeobject,
lights="*",
fog="*",
geo_parm='excludeobject',
light_parm='excludelights',
fog_parm='excludefog')
def export():
"""Main export function."""
is_last = False
try:
T = timer('FrameExport')
ps = soho.evaluate({
'now':
SohoParm('state:time', 'real', [0], False, key='now'),
'fps':
SohoParm('state:fps', 'real', [24], False, key='fps'),
'hver':
SohoParm('state:houdiniversion', 'string', [''], False,
key='hver'),
'objpath':
SohoParm('objpath', 'string', [''], False),
'abcoutput':
SohoParm('abcoutput', 'string', [''], False),
'camera':
SohoParm('camera', 'string', [None], False),
'trange':
SohoParm('trange', 'int', [0], False),
'f':
SohoParm('f', 'int', None, False)
})
now = ps['now'].Value[0]
fps = ps['fps'].Value[0]
hver = ps['hver'].Value[0]
camera = ps['camera'].Value[0]
dbg("now=%.3f fps=%.3f" % (now, fps))
if not soho.initialize(now, camera):
soho.error("couldn't initialize soho (make sure camera is set)")
abc_cleanup()
return
# NOTE: this is prone to float inaccuracies
frame = now * fps + 1.0
objpath = ps['objpath'].Value[0]
abc_file = ps['abcoutput'].Value[0]
trange = ps['trange'].Value[0]
f = ps['f'].Value
is_first = frame < f[0] + 0.5 # working around float funniness
is_last = frame > f[1] - 0.5
if trange == 0:
is_first = is_last = True
dbg("is_first=%d is_last=%d" % (is_first, is_last))
dbg("now=%.3f fps=%.3f -> %f" % (now, fps, frame))
dbg("objpath=%s camera=%s abcoutput=%s trange=%d f=%s" % \
(objpath, camera, abc_file, trange, str(f)))
T.lap('init')
# collect hierarchy to be exported
# (read from scene directly, ie. not containing instances, etc.)
# results in array [ (parentname, objname) [, ...] ] -- (full pathnames)
#
#dbg("COLLECTING ARCHY:")
archy = collect_archy(objpath)
archy_objs = [n[1] for n in archy]
#dbg("DONE.")
# collect geometry to be exported and their render SOPS
# (including point- and other instances, etc)
# (NOTE: the entire scene is to be searched, unfortunately)
#
soho.addObjects(now, '*', '*', '', do_culling=False)
soho.lockObjects(now)
soho_objs = {} # {objname: soho_obj}
soho_only = {
} # soho-only objects (can't be accessed directly with hdk)
obj_list = []
sop_dict = {} # {objname: sopname}
objs = soho.objectList('objlist:instance')
#dbg("COLLECT soho instance/sop pairs ------------------")
for obj in objs:
n = obj.getName() # full pathname
obj_list.append(n)
soho_objs[n] = obj
path = obj.getDefaultedString('object:soppath', now, [None])[0]
#dbg(" -- %s (sop:%s)" % (n, str(path)) )
if path and path != "":
sop_dict[n] = path
T.lap('collect-objs')
if False:
dbg('-' * 40)
dbg("sop_dict: %s" % str(sop_dict))
# extend hierarchy with per-point instances
#
p1 = re.compile(":[^:]+:")
for obj in obj_list:
if re.search(p1, obj):
m = obj.split(":")
p = m[-2] # parent: 2nd from right
if p in archy_objs:
archy.append((p, obj, "%s__%s" % (m[-2], m[-1])))
soho_only[obj] = p
#dbg(" -+- %s %s" % (p, obj))
# fill rest of the archy array
# elem: (parentpath, objpath, exportname, soppath)
#
archy2 = []
for a in archy:
N = list(a)
if len(N) < 3: N.append(N[1]) # N = [ N[0], N[1], N[1] ]
if N[1] in sop_dict:
N = [N[0], N[1], N[2], sop_dict[N[1]]]
else:
# empty xform (no sop)
N = [N[0], N[1], N[1], None]
N[2] = re.search("[^/]+$", N[2]).group(0)
archy2.append(N)
archy = archy2
if False:
dbg('-' * 40)
dbg("COLLECTED ARCHY:")
for a in archy:
dbg("- %s: " % (a[1], ))
dbg("COLLECTED ARCHY: %d elems" % len(archy))
T.lap('got-archy')
# we now have a list of all objects to be exported
# (parentname, objname, exportname, soppath)
#
archy_objs = [n[1] for n in archy]
skip_frame = False
now_out = now + (1.0 / fps)
# check for user abort
#
if False: # TODO: check for user abort!
skip_frame = True
is_last = True
warn("user abort")
# first frame: init all internal stuff
#
if is_first:
dbg("\n\n\n")
dbg("IS_FIRST--INIT")
G.archy = archy[:]
G.archy_objs = archy_objs[:]
s = abc_init(abc_file, tstep=1.0 / fps, tstart=now_out)
if s:
# build objects for oarchive
#
for E in archy:
objname = E[1]
parent = E[0]
outname = E[2]
soppath = E[3]
if parent is None: parent = "-"
if soppath is None: soppath = "-"
# TODO: if instance, objname should be the base obj name
obj_src = objname
if objname in soho_only:
obj_src = soho_only[objname]
#dbg("-- new xform\n\toutname= %s\n\tobj = %s\n\tparent = %s\n\tsop = %s" % (outname, objname, parent, soppath))
hou.hscript('%s newobject "%s" "%s" "%s" "%s" "%s"' % \
(CCMD, objname, obj_src, parent, outname, soppath))
# set object flags (static, etc.)
#
if objname in soho_objs:
ps = soho_objs[objname].evaluate(
{
'abc_staticgeo':
SohoParm('abc_staticgeo', 'int', [0], False)
}, now)
if ps['abc_staticgeo'].Value[0] != 0:
hou.hscript('%s objset "%s" static' %
(CCMD, objname))
else:
warn("couldn't output to file %s--aborting" % abc_file)
skip_frame = True
is_last = True
T.lap('frame-first')
# frame export: collect xforms, geoms, and export them
#
if archy_objs == G.archy_objs and not skip_frame:
dbg("\n")
dbg(" -- EXPORTING frame %.1f" % frame)
for E in archy:
#dbg("\n-")
#dbg("- OBJ: %s" % str(E))
objname = E[1]
soppath = E[3]
#dbg("- OBJ: %s" % E[1])
# get xform matrix (TODO: get pretransform too!)
#
xform = ''
# TODO: use this only for instances!
#if objname in soho_objs:
if objname in soho_only:
# get matrix from soho
#dbg(" --- (mtx from soho)")
xform = []
soho_objs[objname].evalFloat('space:local', now, xform)
xform = hou.Matrix4(xform)
xform = ' '.join([str(n) for n in xform.asTuple()])
# perform sample write
# (c++ code decides if geom is to be written)
#
if True:
hou.hscript('%s writesample %f "%s" %s' % \
(CCMD, now_out, objname, xform))
else:
#soho.error("couldn't export frame %.1f--no. of objects changed" % frame)
warn("couldn't export frame %.1f--no. of objects changed" % frame)
T.lap('frame-export')
except:
dbg("INTERRUPTED BY EXCEPTION")
is_last = True
# last frame: cleanup all internal stuff,
# finish export
#
if is_last:
dbg("\n\n\n")
dbg("IS_LAST--FINISHING...")
abc_cleanup()
T.lap('frame-last')
T.stats()
ropPath = soho.getOutputDriver().getName()
ropNode = hou.node(ropPath)
# Use callbacks or SOHO
render_rt_update_mode = hou.evalParm("render_rt_update_mode")
printDebug("Initialize SOHO...")
# Initialize SOHO with the camera.
# XXX: This doesn't work for me, but it should according to the documentation...
# soho.initialize(now, camera)
if not sohoglue.initialize(now, camera, None):
soho.error("Unable to initialize rendering module with given camera")
# Now, add objects to our scene
soho.addObjects(now, "*", "*", "*", True)
# Before we can evaluate the scene from SOHO, we need to lock the object lists.
soho.lockObjects(now)
for cam in soho.objectList('objlist:camera'):
break
else:
soho.error("Unable to find viewing camera for render")
sohoOverride = soho.getDefaultedString('soho_overridefile', ['Unknown'])[0]
# Check if there are any camera overrides.
camParmsEval = cam.evaluate(camParms, now)
if camParmsEval:
printDebug("Camera overrides:")
def soho_render():
control_parms = {
# The time at which the scene is being rendered
"now": SohoParm("state:time", "real", [0], False, key="now")
}
parms = soho.evaluate(control_parms)
now = parms["now"].Value[0]
camera = None
options = {}
if not soho.initialize(now, camera, options):
soho.error("Unable to initialize rendering module with given camera")
object_selection = {
# Candidate object selection
"vobject": SohoParm("vobject", "string", ["*"], False),
"forceobject": SohoParm("forceobject", "string", [""], False),
"excludeobject": SohoParm("excludeobject", "string", [""], False),
}
objparms = soho.evaluate(object_selection, now)
stdobject = objparms["vobject"].Value[0]
forceobject = objparms["forceobject"].Value[0]
excludeobject = objparms["excludeobject"].Value[0]
# First, we add objects based on their display flags or dimmer values
soho.addObjects(now,
stdobject,
"",
"",
True,
geo_parm="vobject",
light_parm="",
fog_parm="")
soho.addObjects(
now,
forceobject,
"",
"",
False,
geo_parm="forceobject",
light_parm="",
fog_parm="",
)
soho.removeObjects(now,
excludeobject,
"",
"",
geo_parm="excludeobject",
light_parm="",
fog_parm="")
# Lock off the objects we've selected
soho.lockObjects(now)
with hou.undos.disabler(), scene_state:
if "SOHO_PBRT_DEV" in os.environ: # pragma: no coverage
import cProfile
pr = cProfile.Profile()
pr.enable()
try:
PBRTscene.archive(now)
finally:
pr.disable()
pr.dump_stats("hou-prbtarchive.stats")
else:
PBRTscene.archive(now)
return
def export():
"""Main export function."""
is_last = False
try:
T = timer('FrameExport')
ps = soho.evaluate({
'now': SohoParm('state:time', 'real', [0], False, key='now'),
'fps': SohoParm('state:fps', 'real', [24], False, key='fps'),
'hver': SohoParm('state:houdiniversion', 'string', [''], False, key='hver'),
'objpath': SohoParm('objpath', 'string', [''], False),
'abcoutput': SohoParm('abcoutput', 'string', [''], False),
'camera': SohoParm('camera', 'string', [None], False),
'trange': SohoParm('trange', 'int', [0], False),
'f': SohoParm('f', 'int', None, False)
})
now = ps['now'].Value[0]
fps = ps['fps'].Value[0]
hver = ps['hver'].Value[0]
camera = ps['camera'].Value[0]
dbg("now=%.3f fps=%.3f" % (now, fps))
if not soho.initialize(now, camera):
soho.error("couldn't initialize soho (make sure camera is set)")
abc_cleanup()
return
# NOTE: this is prone to float inaccuracies
frame = now*fps + 1.0
objpath = ps['objpath'].Value[0]
abc_file = ps['abcoutput'].Value[0]
trange = ps['trange'].Value[0]
f = ps['f'].Value
is_first = frame < f[0]+0.5 # working around float funniness
is_last = frame > f[1]-0.5
if trange==0:
is_first= is_last= True
dbg("is_first=%d is_last=%d" % (is_first, is_last))
dbg("now=%.3f fps=%.3f -> %f" % (now, fps, frame))
dbg("objpath=%s camera=%s abcoutput=%s trange=%d f=%s" % \
(objpath, camera, abc_file, trange, str(f)))
T.lap('init')
# collect hierarchy to be exported
# (read from scene directly, ie. not containing instances, etc.)
# results in array [ (parentname, objname) [, ...] ] -- (full pathnames)
#
#dbg("COLLECTING ARCHY:")
archy = collect_archy(objpath)
archy_objs = [ n[1] for n in archy ]
#dbg("DONE.")
# collect geometry to be exported and their render SOPS
# (including point- and other instances, etc)
# (NOTE: the entire scene is to be searched, unfortunately)
#
soho.addObjects(now, '*', '*', '', do_culling=False)
soho.lockObjects(now)
soho_objs = {} # {objname: soho_obj}
soho_only = {} # soho-only objects (can't be accessed directly with hdk)
obj_list = []
sop_dict = {} # {objname: sopname}
objs = soho.objectList('objlist:instance')
#dbg("COLLECT soho instance/sop pairs ------------------")
for obj in objs:
n = obj.getName() # full pathname
obj_list.append(n)
soho_objs[n] = obj
path = obj.getDefaultedString('object:soppath', now, [None])[0]
#dbg(" -- %s (sop:%s)" % (n, str(path)) )
if path and path!="":
sop_dict[n] = path
T.lap('collect-objs')
if False:
dbg( '-' * 40 )
dbg("sop_dict: %s" % str(sop_dict))
# extend hierarchy with per-point instances
#
p1 = re.compile(":[^:]+:")
for obj in obj_list:
if re.search(p1, obj):
m = obj.split(":")
p = m[-2] # parent: 2nd from right
if p in archy_objs:
archy.append( ( p, obj, "%s__%s" % (m[-2], m[-1]) ) )
soho_only[obj]=p
#dbg(" -+- %s %s" % (p, obj))
# fill rest of the archy array
# elem: (parentpath, objpath, exportname, soppath)
#
archy2 = []
for a in archy:
N = list(a)
if len(N)<3: N.append(N[1]) # N = [ N[0], N[1], N[1] ]
if N[1] in sop_dict:
N = [ N[0], N[1], N[2], sop_dict[N[1]] ]
else:
# empty xform (no sop)
N = [ N[0], N[1], N[1], None ]
N[2] = re.search("[^/]+$", N[2]).group(0)
archy2.append(N)
archy = archy2
if False:
dbg( '-' * 40 )
dbg("COLLECTED ARCHY:")
for a in archy:
dbg("- %s: " % (a[1], ))
dbg("COLLECTED ARCHY: %d elems" % len(archy))
T.lap('got-archy')
# we now have a list of all objects to be exported
# (parentname, objname, exportname, soppath)
#
archy_objs = [ n[1] for n in archy ]
skip_frame = False
now_out = now+(1.0/fps)
# check for user abort
#
if False: # TODO: check for user abort!
skip_frame = True
is_last = True
warn("user abort")
# first frame: init all internal stuff
#
if is_first:
dbg("\n\n\n")
dbg("IS_FIRST--INIT")
G.archy = archy[:]
G.archy_objs = archy_objs[:]
s = abc_init(abc_file, tstep=1.0/fps, tstart=now_out)
if s:
# build objects for oarchive
#
for E in archy:
objname = E[1]
parent = E[0]
outname = E[2]
soppath = E[3]
if parent is None: parent="-"
if soppath is None: soppath="-"
# TODO: if instance, objname should be the base obj name
obj_src = objname
if objname in soho_only:
obj_src = soho_only[objname]
#dbg("-- new xform\n\toutname= %s\n\tobj = %s\n\tparent = %s\n\tsop = %s" % (outname, objname, parent, soppath))
hou.hscript('%s newobject "%s" "%s" "%s" "%s" "%s"' % \
(CCMD, objname, obj_src, parent, outname, soppath))
# set object flags (static, etc.)
#
if objname in soho_objs:
ps = soho_objs[objname].evaluate({
'abc_staticgeo': SohoParm('abc_staticgeo', 'int', [0], False)
}, now)
if ps['abc_staticgeo'].Value[0]!=0:
hou.hscript('%s objset "%s" static' % (CCMD, objname))
else:
warn("couldn't output to file %s--aborting" % abc_file)
skip_frame = True
is_last = True
T.lap('frame-first')
# frame export: collect xforms, geoms, and export them
#
if archy_objs==G.archy_objs and not skip_frame:
dbg("\n")
dbg(" -- EXPORTING frame %.1f" % frame)
for E in archy:
#dbg("\n-")
#dbg("- OBJ: %s" % str(E))
objname = E[1]
soppath = E[3]
#dbg("- OBJ: %s" % E[1])
# get xform matrix (TODO: get pretransform too!)
#
xform = ''
# TODO: use this only for instances!
#if objname in soho_objs:
if objname in soho_only:
# get matrix from soho
#dbg(" --- (mtx from soho)")
xform = []
soho_objs[objname].evalFloat('space:local', now, xform)
xform = hou.Matrix4(xform)
xform = ' '.join([ str(n) for n in xform.asTuple() ])
# perform sample write
# (c++ code decides if geom is to be written)
#
if True:
hou.hscript('%s writesample %f "%s" %s' % \
(CCMD, now_out, objname, xform))
else:
#soho.error("couldn't export frame %.1f--no. of objects changed" % frame)
warn("couldn't export frame %.1f--no. of objects changed" % frame)
T.lap('frame-export')
except:
dbg("INTERRUPTED BY EXCEPTION")
is_last=True
# last frame: cleanup all internal stuff,
# finish export
#
if is_last:
dbg("\n\n\n")
dbg("IS_LAST--FINISHING...")
abc_cleanup()
T.lap('frame-last')
T.stats()
forceobject = objparms['forceobject'].Value[0]
forcelights = objparms['forcelights'].Value[0]
forcefog = objparms['forcefog'].Value[0]
excludeobject = objparms['excludeobject'].Value[0]
excludelights = objparms['excludelights'].Value[0]
excludefog = objparms['excludefog'].Value[0]
sololight = objparms['sololight'].Value[0]
forcelightsparm = 'forcelights'
if sololight:
stdlights = excludelights = ''
forcelights = sololight
forcelightsparm = 'sololight'
# First, we add objects based on their display flags or dimmer values
soho.addObjects(now, stdobject, stdlights, stdfog, True,
geo_parm='vobject', light_parm='alights', fog_parm='vfog')
soho.addObjects(now, forceobject, forcelights, forcefog, False,
geo_parm='forceobject', light_parm=forcelightsparm, fog_parm='forcefog')
soho.removeObjects(now, excludeobject, excludelights, excludefog,
geo_parm='excludeobject', light_parm='excludelights', fog_parm='excludefog')
# Lock off the objects we've selected
soho.lockObjects(now)
############################## Camara stuff ###################
# Parameters we evaluate on the camera to determine the viewing
# frustum
camParms = {
'space:world':SohoParm('space:world', 'real', [], False),
'focal' :SohoParm('focal', 'real', [0.050], False),
'aperture' :SohoParm('aperture', 'real', [0.0414214], False),
forcelights = objparms['forcelights'].Value[0]
forcefog = objparms['forcefog'].Value[0]
excludeobject = objparms['excludeobject'].Value[0]
excludelights = objparms['excludelights'].Value[0]
excludefog = objparms['excludefog'].Value[0]
sololight = objparms['sololight'].Value[0]
matte_objects = objparms['matte_objects'].Value[0]
phantom_objects = objparms['phantom_objects'].Value[0]
forcelightsparm = 'forcelights'
if sololight:
stdlights = excludelights = ''
forcelights = sololight
forcelightsparm = 'sololight'
# First, we add objects based on their display flags or dimmer values
soho.addObjects(now, stdobject, stdlights, stdfog, True,
geo_parm='vobject', light_parm='alights', fog_parm='vfog')
soho.addObjects(now, forceobject, forcelights, forcefog, False,
geo_parm='forceobject', light_parm=forcelightsparm, fog_parm='forcefog')
# Force matte & phantom objects to be visible too
if matte_objects:
soho.addObjects(now, matte_objects, '', '', False,
geo_parm='matte_objects', light_parm='', fog_parm='')
if phantom_objects:
soho.addObjects(now, phantom_objects, '', '', False,
geo_parm='phantom_objects', light_parm='', fog_parm='')
soho.removeObjects(now, excludeobject, excludelights, excludefog,
geo_parm='excludeobject', light_parm='excludelights', fog_parm='excludefog')
# Lock off the objects we've selected
# However, for our purposes, we don't actually need a camera, so...
camera = None
# Evaluate an intrinsic parameter (see HDK_SOHO_API::evaluate())
# The 'state:time' parameter evaluates the time from the ROP.
evaltime = soho.getDefaultedFloat('state:time', [0.0])[0]
# Initialize SOHO with the camera.
if not soho.initialize(evaltime, camera):
soho.error('Unable to initialize rendering module with camera: %s' %
repr(camera))
# Now, add objects to our scene
# addObjects(time, geometry, light, fog, use_display_flags)
soho.addObjects(evaltime, "*", "*", "*", True)
# Before we can evaluate the scene from SOHO, we need to lock the object lists.
soho.lockObjects(evaltime)
# Now, traverse all the objects
def outputObjects(fp, prefix, list):
fp.write('%s = {' % prefix)
for obj in list:
fp.write('"%s",' % obj.getName())
fp.write('}\n')
fp.flush()
fp = sys.stdout