def loadScene(self):
self.progressBar.setValue(0)
r = Renderer()
r.setOnProgress(self.loadProgress)
r.load("C:/work/scenes/vray/test/sphere.vrscene")
r.save("C:/work/tmp/test/sphere.vrscene")
r.close()
def run(self):
if True:
r = Renderer()
r.setOnProgress(self.loadProgress)
r.load("C:/work/scenes/vray/test/labo.vrscene")
r.save("C:/work/tmp/test/labo.vrscene")
r.close()
else:
for i in range(1, 101):
self.loadProgress(None, "plop", i, 100)
time.sleep(0.1)
print "." * 80
print threading.current_thread()
def main_vrs(scene, dest):
vr1 = Renderer(scene)
vr2 = Renderer()
cls = [
("settings", ["Setting*", "Camera*", "Filter*"]),
("lights", "Light*"),
("nodes", "Node"),
("shapes", "*Mesh"),
("shaders", "*BRDF*"),
("others", "*")
]
plugs = dict()
for tok in cls:
field, _ = tok
plugs[field] = list()
done = list()
plugins = list()
print "extract plugs ..."
for tok in cls:
field, patterns = tok
if type(patterns) != list:
patterns = [patterns]
for plug in vr1._renderer.plugins:
if plug.getName() in done:
continue
found = False
for pat in patterns:
if fnmatch.fnmatch(plug.getType(), pat):
found = True
break
if found:
plugs[field].append(plug)
done.append(plug.getName())
for tok in cls:
field, _ = tok
plugins.extend(plugs[field])
print "rewrite ..."
'''
for plug in plugins:
print "{0} -> {1}".format(plug.getType(), plug.getName())
vr2.add(plug, vr1._renderer)
'''
vr2.add(plugins, vr1._renderer)
vr2.save(dest)
vr2.render(live=False, sequence=(1, 1, 1))
def do_render(src):
r = Renderer(renderMode="production")
r.load(src)
r.useAnimatedValues = 1
light = r.plugins['defaultLighting']
print "light : {0}".format(light)
settings = r.outputSettings
print settings
view = r.plugins['renderView']
print view
print "RENDER"
r.render(sequence=[1, 10, 1], live=False, vfb=True)
print "RENDER DONE"
r.release()
import scramble
from cgev.vray import Renderer
if __name__ == "__main__":
r = Renderer("C:/work/scenes/vray/test/anim/params_0001.vrscene")
r.useAnimatedValues = True
'''
r.time = 12
r.frame = 12
r.save("C:/work/tmp/exp_anim/test.vrscene", separateFrames=False)
'''
r.save("C:/work/tmp/exp_anim/test.vrscene", separateFrames=True)
'''
name = 'pSphereShape1@mesh2'
attr = 'first_poly_vertices'
plug = r.plugins[name]
'''
from cgev.vray import sdk
from cgev.vray import Renderer
if __name__ == "__main__":
do_render = False
in_path = 'C:/work/tmp/vrscenes/root.vrconcat.vrscene'
out_path = 'C:/work/tmp/vrscenes/test_out.vrscene'
sn = 'orangeCst@material'
pn = 'blues|pSphere11|pSphereShape11@node'
sdk.enableFrameBuffer(True)
print "CREATE"
r = Renderer(renderMode='production')
print "LOAD"
r.load(in_path)
if do_render:
r.start()
r.waitForImageReady()
'''
print "---"
po = r.plugins[pn]
print po.material
print r.plugins[sn]
po.setValueAsString('material', sn)
print "---"
'''
old_pgr = 0
def onProgress(renderer, message, progress, max_progress):
global old_pgr
pgr = progress * 100 / max_progress
if abs(pgr - old_pgr) < 10:
return
print "{0} {1}%".format(message, pgr)
old_pgr = pgr
renderer = Renderer(renderMode="rtCPU")
# scene_file = SCENES_PATH + '/car.vrscene'
scene_file = 'C:/work/scenes/vray/test/labo.vrscene'
renderer.setOnProgress(onProgress)
print "... loading"
renderer.load(scene_file)
renderer.resolution = [480, 300]
print "... start render"
renderer.startSync()
# renderer.waitForImageReady(3000)
# renderer.waitForImageReady(100)
plugs = pickPlugins(renderer)
summary = dict()
print message
if __name__ == "__main__":
if len(sys.argv) > 2:
src = sys.argv[1]
out_image = sys.argv[2]
else:
src = 'c:/work/scenes/vray/test/cubes.vrscene'
out_image = 'c:/work/images/test.png'
sdk.enableFrameBuffer(True)
print "Render {0} -> {1}".format(src, out_image)
r = Renderer(renderMode='production')
r.load(src)
r.setOnBucketReady(onBucketReady)
r.setOnImageReady(onImageReady)
r.setOnDumpMessage(onDumpMessage)
r.outputImage = out_image
res = r.resolution
res[0] = int(res[0] / 10)
res[1] = int(res[1] / 10)
r.resolution = res
r.start()
import os
import scramble # @UnusedImport
from cgev.vray import Renderer
# path = 'C:/work/scenes/vray/test/castle.vrscene'
# path = 'C:/work/scenes/vray/test/sphere.vrscene'
path = "C:/work/scenes/vray/test/colors.vrscene"
r = Renderer()
r.load(path)
s = r.outputSettings
"""
names = r.plugNames
names.sort()
for n in names:
print n
"""
for plugin in r.plugObjects:
print "-" * 40
print "{0} {1}".format(plugin.getName(), plugin.getType())
print "-" * 40
for prop in plugin._props:
print prop
def main():
r = Renderer(renderMode='production')
r.load('C:\\work\\vray3sdk\\scenes\\car.vrscene')
r.outputImage = 'C:/work/test.png'
r.resolution = [320, 200]
r.renderSync()
import scramble
from cgev.vray import Renderer
scramble
def filterPlugs(r, t, n):
print "... {0}.{1}".format(t, n)
return "setting" in n.lower()
if __name__ == "__main__":
src = 'c:/work/scenes/vray/sph/sph.vrscene'
dst_all = 'c:/work/all.vrscene'
dst_filtered = 'c:/work/filtered.vrscene'
print "... loading {0}".format(src)
r = Renderer(src)
print "... saving {0}".format(dst_all)
r.save(dst_all)
print "... append {0}".format(dst_all)
f = Renderer()
f.appendFiltered(dst_all, filterPlugs)
print "... saving {0}".format(dst_filtered)
f.save(dst_filtered)
print "done"
import scramble # @UnusedImport
from cgev.vray import sdk # @UnusedImport
from cgev.vray import Renderer
def onProgress(renderer, message, progress, total):
print "{0} / {1} : {2}".format(progress, total, message)
pgr = progress * 100 / total
if pgr > 10:
renderer.stop()
if __name__ == "__main__":
src = 'c:/work/scenes/vray/test/labo.vrscene'
r = Renderer()
r.setOnProgress(onProgress)
r.load(src)
r.useAnimatedValues = 1
'''
print "render sequence"
r.renderSequence([1, 10, 1])
print "wait"
r.waitForSequenceDone()
print "done"
'''
import scramble # @UnusedImport
from cgev.vray import sdk # @UnusedImport
from cgev.vray import Renderer
if __name__ == "__main__":
src = 'c:/work/scenes/vray/simple/simple_sphere.vrscene'
out = 'c:/work/scenes/vray/simple/simple_sphere_exp.vrscene'
r = Renderer(src)
r.useAnimatedValues = True
frames = [1, 5]
num_frames = frames[1] + 1 - frames[0]
# FLOAT
'''
name = 'Plop@diffuse_color_tex@tex_with_amount'
aname = "mult_a"
plug = r.plugins[name]
print "plug : {0}".format(plug)
print "SET {0} {1}".format(aname, plug.isPropertyAnimated(aname))
for f in xrange(frames[0], frames[1] + 1):
r.time = f
plug.setValue(aname, float(f) / float(num_frames))
print "{0}: {1}".format(f, getattr(plug, aname))
