def run(self):
import toolutils
import soptoolutils
activepane = toolutils.activePane(kwargs)
if activepane.type() == hou.paneTabType.SceneViewer:
# Get the current context.
sceneviewer = toolutils.sceneViewer()
# Create a SOP container.
container = soptoolutils.createSopNodeContainer(
sceneviewer, "curve_object1")
# Create the curve.
newnode = soptoolutils.createSopNodeGenerator(
container, "curve", None)
# Turn on the highlight flag so we see the SOPs selected output.
newnode.setHighlightFlag(True)
if sceneviewer.isCreateInContext():
newnode.setCurrent(True, True)
sceneviewer.enterCurrentNodeState()
toolutils.homeToSelectionNetworkEditorsFor(newnode)
else:
container.setCurrent(True, True)
toolutils.homeToSelectionNetworkEditorsFor(container)
activepane.setPwd(container.parent())
activepane.setCurrentState("objcurve")
elif activepane.type() == hou.paneTabType.NetworkEditor:
soptoolutils.genericTool(kwargs, "curve")
else:
raise hou.Error("Can't run the tool in the selected pane.")
def techrig_userInput_startBoneEndBone():
import toolutils
sViewer = toolutils.sceneViewer()
startBone = sViewer.selectObjects(
'Select start bone, press enter to confirm',
allowed_types=('bone', ),
allow_multisel=False)
if (startBone == ()):
hou.ui.displayMessage('Start bone not selected, terminating tool',
severity=hou.severityType.Error)
return (None, None)
startBone[0].setSelected(0, True)
endBone = sViewer.selectObjects('Select end bone, press enter to confirm',
allowed_types=('bone', ),
allow_multisel=False)
if (endBone == ()):
hou.ui.displayMessage('End bone not selected, terminating tool',
severity=hou.severityType.Error)
return (None, None)
if (not techrig_findChildInHierarchy(startBone[0], endBone[0])):
hou.ui.displayMessage(
'End bone does not exist in same hierarchy as start bone, terminating tool',
severity=hou.severityType.Error)
return (None, None)
return (startBone[0], endBone[0])
def resetExpr(childNodeName="path_filament/pre_speckspline_TO_H11", param="fx", expr="FS"): scene_viewer = toolutils.sceneViewer() cwd = scene_viewer.pwd() selected = [child for child in cwd.children() if child.isSelected()] # get selected nodes for sel in selected: childNode = hou.node(sel.path()+"/"+childNodeName) childNode.parm(param).setExpression(expr)
def deleteByName16():
node = hou.selectedNodes()[0]
if node:
selNames = []
geo = node.geometry()
viewer = toolutils.sceneViewer()
viewportSel = viewer.selectGeometry()
for selection in viewportSel.selections():
type = selection.selectionType()
elements = selection.points(
geo) if type == hou.geometryType.Points else selection.prims(
geo)
grouptype = "point" if type == hou.geometryType.Points else "prims"
for p in elements:
name = p.attribValue("name")
selNames.append("@name=%s" % name)
selString = ' '.join(list(set(selNames)))
parent = node.parent()
pos = node.position()
blast = parent.createNode("blast")
blast.setPosition(pos + hou.Vector2(0, -1))
blast.setInput(0, node)
blast.parm("group").set(selString)
blast.parm("negate").set(1)
blast.setDisplayFlag(1)
blast.setRenderFlag(1)
node.setSelected(0)
blast.setSelected(1)
def run():
#Get GeometrySelection
geoSelection = toolutils.sceneViewer().selectGeometry()
#Selection
selectionStrings = geoSelection.selectionStrings()
####NETWORKPANE STUFF
#Get Selected Node in Network Pane
selNode = hou.selectedNodes()
#Create Split Node
split = selNode[0].parent().createNode("polycut")
#Connect
split.setInput(0, selNode[0],0)
#Insert Points???
##WRONG FORMAT
split.parm('cutpoints').set(selectionStrings[0])
split.parm('strategy').set("cut")
#Arrange Stuff
split.moveToGoodPosition()
split.setDisplayFlag(True)
split.setSelected(1,1,0)
def setBypass(childNodeName="prep_shell_pt/setPtoBlendBlendP", flag=1): scene_viewer = toolutils.sceneViewer() cwd = scene_viewer.pwd() selected = [child for child in cwd.children() if child.isSelected()] # get selected nodes for sel in selected: childNode = hou.node(sel.path()+"/"+childNodeName) childNode.bypass(flag)
def resetParm(childNodeName="path_filament/cue_wisp_pts/io_Cue1", param="save_first", value=0): scene_viewer = toolutils.sceneViewer() cwd = scene_viewer.pwd() selected = [child for child in cwd.children() if child.isSelected()] # get selected nodes for sel in selected: childNode = hou.node(sel.path()+"/"+childNodeName) childNode.parm(param).set(value)
def pressButton(childNodeName="cue_pt_lgt_to_h11", message="execute"): scene_viewer = toolutils.sceneViewer() cwd = scene_viewer.pwd() selected = [child for child in cwd.children() if child.isSelected()] # get selected nodes for sel in selected: childNode = hou.node(sel.path()+"/"+childNodeName) childNode.parm(message).pressButton()
def setup():
v = toolutils.sceneViewer()
sel = hou.selectedNodes()
if sel:
paint = toolutils.findChildNodeOfTypeWithParms(sel[0],
'paint',
{'overridecd':1, 'cdname': 'density'})
if paint:
paint.setCurrent(True)
v.enterCurrentNodeState()
return
scatter_geo = v.selectObjects("Please select objects to copy to",
use_existing_selection=False,
allowed_types=('geo',),
allow_multisel=False)
source_geo = v.selectObjects("Please select source",
use_existing_selection=False,
allowed_types=('geo',))
if not (scatter_geo and source_geo):
return
elif len(scatter_geo) >1 or len(source_geo)>1:
hou.ui.displayMessage("Please select one geometry object")
return
scatter_geo, = scatter_geo
source_geo, = source_geo
geo = hou.node('/obj').createNode('geo','copy', run_init_scripts=False)
merge_source = geo.createNode('object_merge','merge_source')
merge_source.parm('objpath1').set(source_geo.path())
merge_source.parm('xformtype').set(1)
merge_scatter = geo.createNode('object_merge','merge_scatter')
merge_scatter.parm('objpath1').set(scatter_geo.path())
merge_scatter.parm('xformtype').set(1)
scatter_geo.setDisplayFlag(False)
source_geo.setDisplayFlag(False)
paint = soptoolutils.buildPaintNode(merge_scatter, None,
parms={'overridecd':1, 'cdname': 'density'},
props={'attribdef': 0, 'fgcolor': 0.4, 'opacity': 0.3, 'radius': 1 })
scatter_sop = geo.createNode('scatter')
scatter_sop.parm('usedensityattrib').set(1)
scatter_sop.parm('forcetotal').set(0)
scatter_sop.parm('emergencylimit').set(500)
scatter_sop.setInput(0, paint)
copy_sop = geo.createNode('copy')
copy_sop.parm('pack').set(True)
copy_sop.setInput(0, merge_source)
copy_sop.setInput(1, scatter_sop)
copy_sop.setDisplayFlag(True)
geo.layoutChildren()
paint.setCurrent(True)
v.enterCurrentNodeState()
def takeScreenshot():
'''Take a screenshot and save it in the temp folder'''
import tempfile
res = [1024, 768]
filename = "%s.jpg" % (os.path.join(tempfile.gettempdir(),
str(uuid.uuid4())))
desktop = hou.ui.curDesktop()
scene_view = toolutils.sceneViewer()
if scene_view is None or (scene_view.type() !=
hou.paneTabType.SceneViewer):
raise hou.Error("No scene view available to flipbook")
viewport = scene_view.curViewport()
if viewport.camera() is not None:
res = [
viewport.camera().parm('resx').eval(),
viewport.camera().parm('resy').eval()
]
view = '%s.%s.world.%s' % (desktop.name(), scene_view.name(),
viewport.name())
executeCommand = "viewwrite -c -f 0 1 -r %s %s %s %s" % (
res[0], res[1], view, filename)
hou.hscript(executeCommand)
return filename
def sculptEnd(scriptargs):
sopnode = scriptargs['node']
viewer = toolutils.sceneViewer()
node = sopnode.node("FLOWER")
node.setCurrent(True, True)
node.setRenderFlag(True)
node.setDisplayFlag(True)
viewer.enterCurrentNodeState()
def pressButton(childNodeName="cue_pt_lgt_to_h11", message="execute"):
scene_viewer = toolutils.sceneViewer()
cwd = scene_viewer.pwd()
selected = [child for child in cwd.children()
if child.isSelected()] # get selected nodes
for sel in selected:
childNode = hou.node(sel.path() + "/" + childNodeName)
childNode.parm(message).pressButton()
def setBypass(childNodeName="prep_shell_pt/setPtoBlendBlendP", flag=1):
scene_viewer = toolutils.sceneViewer()
cwd = scene_viewer.pwd()
selected = [child for child in cwd.children()
if child.isSelected()] # get selected nodes
for sel in selected:
childNode = hou.node(sel.path() + "/" + childNodeName)
childNode.bypass(flag)
def viewname():
viewer = toolutils.sceneViewer()
viewname = {
'desktop' : viewer.pane().desktop().name(),
'pane' : viewer.name(),
'type' :'world',
'viewport': viewer.curViewport().name()
}
return '{desktop}.{pane}.{type}.{viewport}'.format(**viewname)
def viewname():
viewer = toolutils.sceneViewer()
viewname = {
'desktop': viewer.pane().desktop().name(),
'pane': viewer.name(),
'type': 'world',
'viewport': viewer.curViewport().name()
}
return '{desktop}.{pane}.{type}.{viewport}'.format(**viewname)
def layer_stack_composition():
print("Launching Layer Stack Composition!")
import importlib
importlib.reload(_description)
editor = _description.LayersComposition(parent=hou.qt.mainWindow())
viewer = toolutils.sceneViewer()
stage = viewer.stage()
editor.setStage(stage)
editor.show()
def resetExpr(childNodeName="path_filament/pre_speckspline_TO_H11",
param="fx",
expr="FS"):
scene_viewer = toolutils.sceneViewer()
cwd = scene_viewer.pwd()
selected = [child for child in cwd.children()
if child.isSelected()] # get selected nodes
for sel in selected:
childNode = hou.node(sel.path() + "/" + childNodeName)
childNode.parm(param).setExpression(expr)
def resetParm(childNodeName="path_filament/cue_wisp_pts/io_Cue1",
param="save_first",
value=0):
scene_viewer = toolutils.sceneViewer()
cwd = scene_viewer.pwd()
selected = [child for child in cwd.children()
if child.isSelected()] # get selected nodes
for sel in selected:
childNode = hou.node(sel.path() + "/" + childNodeName)
childNode.parm(param).set(value)
def viewwrite(self, options='', outpath='ip'):
current_view = self.viewname(toolutils.sceneViewer())
pane = current_view.split('.')[1]
hou.hscript('pane -f 1 %s' % pane)
go = hou.ui.displayMessage('Viewport ready?')
if not go:
hou.hscript('viewwrite {} {} {}'.format(options, current_view,
outpath))
#print 'viewwrite {} {} {}'.format(options, current_view, outpath)
hou.hscript('pane -f 0 %s' % pane)
def makeControl():
cwd = toolutils.sceneViewer().pwd()
selected = [child for child in cwd.children() if child.isSelected()]
if len(selected) == 0:
raise hou.InvalidInput("need to select one Sop")
node = selected[0] # only work on first selected node
# create node:
nullNode = node.parent().createNode('null', node_name='CONTROL')
nullNode.setColor(hou.Color((0, 0, 0)))
def makeControl():
cwd = toolutils.sceneViewer().pwd()
selected = [child for child in cwd.children() if child.isSelected()]
if len(selected) == 0:
raise hou.InvalidInput("need to select one Sop")
node = selected[0] # only work on first selected node
# create node:
nullNode = node.parent().createNode('null', node_name='CONTROL')
nullNode.setColor(hou.Color((0,0,0)))
def sculptStamenBase(scriptargs):
sopnode = scriptargs['node']
viewer = toolutils.sceneViewer()
sculpt = sopnode.node("stamenbase_sculpt")
sculpt.setCurrent(True, True)
sculpt.setRenderFlag(True)
sculpt.setDisplayFlag(True)
viewer.enterCurrentNodeState()
def flipBooker():
viewer = tu.sceneViewer()
settings = viewer.flipbookSettings().stash()
path = hou.getenv("HIP") + "/prev/" + hou.getenv("VER") + "/"
if not os.path.isdir(path):
os.makedirs(path)
path = path + "out_$F4.jpg"
settings.output(path)
viewer.flipbook(settings=settings)
def cpSetOrigin(new_origin,construction_plane = []): if construction_plane == []: construction_plane = toolutils.sceneViewer().constructionPlane() # revert center offset t = hou.hmath.buildTranslate(hou.Vector3([-2,-2,0])) construction_plane.setTransform(t.inverted()*construction_plane.transform()) # process translation = hou.hmath.buildTranslate(hou.Vector3(new_origin) - cpOrigin(construction_plane)) construction_plane.setTransform(construction_plane.transform() * translation) # apply center offset construction_plane.setTransform(t*construction_plane.transform())
def populateData(node=None, path=None):
# print "\n"*20
data = {
"element": "temp",
"version": 0,
"version2": 0,
"f1": 1000,
"f2": 1000
}
scene = toolutils.sceneViewer()
viewport = scene.curViewport()
camera_name = 'persp'
camera_res = [1920, 1080]
frange = [1000, 1000]
if viewport.camera():
camera_name = viewport.camera().name()
camera_res = viewport.camera().parmTuple('res').eval()
if not path:
path = os.path.dirname(hou.hipFile.path())
def updateFromParm(node, data, parm_name):
if node:
parms = node.parms()
if parm_name in [x.name() for x in parms]:
data[parm_name] = node.evalParm(parm_name)
check_list = ["element", "version", "version2", "f1", "f2"]
[updateFromParm(node, data, x) for x in check_list]
path_dir = "{root}/playblast/{element}/{version}".format(
root=path,
element=data['element'],
version=str(data['version']).zfill(4))
if not os.path.exists(path_dir):
os.makedirs(path_dir)
path_img = os.path.join(path_dir, camera_name + '.$F4.jpg')
data["scene"] = scene
data["viewport"] = viewport
data["camera_name"] = camera_name
data["camera_resx"] = camera_res[0]
data["camera_resy"] = camera_res[1]
data['path'] = path_img
data['cropOutMaskOverlay'] = 1
data['outputToMPlay'] = 0
return data
def viewport_selection(kwargs, groupparm="group", grouptypeparm="grouptype"):
me = kwargs['node']
# enable active viewport interactive grouping
if hou.isUIAvailable():
scene_viewer = toolutils.sceneViewer()
selection = scene_viewer.currentGeometrySelection()
if selection:
me.parm('group').set(selection.mergedSelectionString())
type = selection.geometryType()
if type == hou.geometryType.Points:
me.parm('grouptype').set(3)
if type == hou.geometryType.Primitives:
me.parm('grouptype').set(4)
def cpSetNormal(normal_vector,construction_plane = []): if construction_plane == []: construction_plane = toolutils.sceneViewer().constructionPlane() # revert center offset t = hou.hmath.buildTranslate(hou.Vector3([-2,-2,0])) construction_plane.setTransform(t.inverted()*construction_plane.transform()) # process existing_rotation = hou.Matrix4(construction_plane.transform().extractRotationMatrix3()) rotation = existing_rotation * cpNormal(construction_plane).matrixToRotateTo(normal_vector) translation = hou.hmath.buildTranslate(cpOrigin(construction_plane)) construction_plane.setTransform(rotation * translation) # apply center offset construction_plane.setTransform(t*construction_plane.transform())
def makeOut():
cwd = toolutils.sceneViewer().pwd()
selected = [child for child in cwd.children() if child.isSelected()]
if len(selected) == 0:
raise hou.InvalidInput("need to select one Sop")
node = selected[0] # only work on first selected node
# node_type = node.type()
# if node_type.category().name() != 'Sop':
# raise hou.InvalidInput("only works on Sops")
# create node:
nullNode = node.parent().createNode('null', node_name='OUT')
nullNode.setInput(0, node)
nullNode.setColor(hou.Color((0,0,0)))
def makeOut():
cwd = toolutils.sceneViewer().pwd()
selected = [child for child in cwd.children() if child.isSelected()]
if len(selected) == 0:
raise hou.InvalidInput("need to select one Sop")
node = selected[0] # only work on first selected node
# node_type = node.type()
# if node_type.category().name() != 'Sop':
# raise hou.InvalidInput("only works on Sops")
# create node:
nullNode = node.parent().createNode('null', node_name='OUT')
nullNode.setInput(0, node)
nullNode.setColor(hou.Color((0, 0, 0)))
def screenShot():
"""take a screen shot of the current viewport at the current frame"""
help(screenShot)
import hou
import toolutils
import os
#selected node
nodeSelect = hou.selectedNodes()
path = hou.expandString("$HIP")
frame = hou.expandString("$F")
frame = int(frame)
black = hou.Color((0, 0, 0))
#name check there is a node selected
if len(nodeSelect) < 1:
print("!!! error: select a node !!!")
else:
for node in nodeSelect:
name = node.name()
node.setColor(black)
#Get the current Desktop
desktop = hou.ui.curDesktop()
# Get the scene viewer
scene = toolutils.sceneViewer()
flipbook_options = scene.flipbookSettings().stash()
# set frame range
flipbook_options.frameRange((frame, frame))
#set output path
root = "{1}/{2}/{0}/".format(name, path, "screenShot")
if os.path.exists(root):
listPath = os.listdir(root)
inc = len(listPath)
inc = int(inc)
outputPath = "{}{}.{:04d}.jpg".format(root, name, inc)
else:
os.makedirs(root)
inc = 0
outputPath = "{}{}.{:04d}.jpg".format(root, name, inc)
#set flipbook current path
flipbook_options.output(outputPath)
#run flipbook
scene.flipbook(scene.curViewport(), flipbook_options)
# reload image
print(outputPath)
editor = hou.ui.paneTabOfType(hou.paneTabType.NetworkEditor)
image = hou.NetworkImage()
image.setPath(outputPath)
image.setRect(hou.BoundingRect(0, 0, 5, 5))
image.setRelativeToPath(node.path())
editor.setBackgroundImages([image])
def main():
view = toolutils.sceneViewer()
sel = view.selectObjects('请选择一个相机', allowed_types=('cam', ))
if len(sel) > 0:
if sel[0].type().name() == 'cam':
resolution = hou.ui.readInput('set Resolution',
buttons=('Set', 'close'),
title='set Resolution',
initial_contents='1920-1080',
close_choice=1,
default_choice=0)
resx = resolution[1].split('-')[0]
resy = resolution[1].split('-')[1]
oldcam = sel[0]
if resolution[0] == 0:
setfit(oldcam, resx, resy)
def techrig_userInput_startBoneEndBone():
import toolutils
sViewer = toolutils.sceneViewer()
startBone = sViewer.selectObjects('Select start bone, press enter to confirm', allowed_types=('bone',), allow_multisel=False)
if (startBone == ()):
hou.ui.displayMessage('Start bone not selected, terminating tool', severity=hou.severityType.Error)
return (None, None)
startBone[0].setSelected(0, True)
endBone = sViewer.selectObjects('Select end bone, press enter to confirm', allowed_types=('bone',), allow_multisel=False)
if (endBone == ()):
hou.ui.displayMessage('End bone not selected, terminating tool', severity=hou.severityType.Error)
return (None, None)
if (not techrig_findChildInHierarchy(startBone[0], endBone[0])):
hou.ui.displayMessage('End bone does not exist in same hierarchy as start bone, terminating tool', severity=hou.severityType.Error)
return (None, None)
return (startBone[0],
endBone[0])
def createThumbnailBase(selected_obj, res=150, view_grid=False):
"""Create a thumbnail image from current scene viewer and selected object(s)
return the binary data of the jpg file
"""
viewer = toolutils.sceneViewer()
viewport = viewer.curViewport()
if not viewer:
hou.ui.displayMessage("No scene viewer found.",
severity=hou.severityType.Error)
return None
cur_state = viewer.currentState()
viewer.enterViewState()
construct_plane = viewer.constructionPlane()
construct_state = construct_plane.isVisible()
construct_plane.setIsVisible(view_grid)
_desktop = hou.ui.curDesktop()
desktop = _desktop.name()
_panetab = _desktop.paneTabOfType(hou.paneTabType.SceneViewer)
panetab = _panetab.name()
persp = _panetab.curViewport().name()
camera_path = nodeInfos.get_viewer_fullpath()
selected_obj.setCurrent(False)
output = tempfile.gettempdir() + "\\" + selected_obj.name() + ".jpg"
cmd = 'viewwrite -f $F $F -c -q 4 -r ' + \
str(res) + ' ' + str(res) + ' ' + \
camera_path + ' "' + output + '"'
out, err = hou.hscript(cmd)
if err:
print err
# clean temporary camera and set options back to initial values
viewer.setCurrentState(cur_state)
construct_plane.setIsVisible(construct_state)
selected_obj.setCurrent(True)
with open(output, 'rb') as f:
return f.read()
def createCurve(kwargs):
# select the current SOP node from the args
parentNode = kwargs['node'].parent()
node = kwargs['node']
# Select the current viewer to toogle the controsl
viewer = toolutils.sceneViewer()
# LINK: http://sidefx.jp/doc/hom/assetscripts.html
# hou.ui.displayMessage("You created " + kwargs['script_multiparm_index'])
# Check for midify curve if exist
curve_node_name = 'curve_create' + kwargs['script_multiparm_index']
curve_node = parentNode.node(curve_node_name)
if (curve_node is None):
# Create a curve node if not exist
curve_node = parentNode.createNode('curve', curve_node_name)
# Create a curve node if not exist
group_node = parentNode.createNode('group', "group_" + curve_node_name)
group_node.setNextInput(curve_node)
# Add this group into the custom group tag
node.setParms({
"group" + kwargs['script_multiparm_index']:
"group_" + curve_node_name,
"name" + kwargs['script_multiparm_index']:
"curve_created_" + kwargs['script_multiparm_index']
})
# Select the merge curves nodes to connect the node created
merge_curves = parentNode.node("merge_curves")
if (merge_curves is None):
# If merge node doesn't exist create a new one
merge_curves = parentNode.createNode("merge", "merge_curves")
# Get the input connected to the first input and set to this one
if (len(node.inputs())):
merge_curves.setNextInput(node.inputs()[0])
# Connect the merge node into the current Sop
node.setInput(0, merge_curves)
# Append this new curve into the merge node
merge_curves.setNextInput(group_node)
# Enter into curve to edit
curve_node.setCurrent(True, True)
viewer.enterCurrentNodeState()
def run():
sc = toolutils.sceneViewer()
# Get Current View
view = sc.curViewport()
# Settings
s = sc.flipbookSettings()
s.stash()
# Set FrameRange
range = (hou.playbar.playbackRange())
s.frameRange(range)
# Set Resolution
cam = view.camera()
if cam is not None:
res = (cam.evalParm('resx'), cam.evalParm('resy'))
s.resolution(res)
s.cropOutMaskOverlay(True)
disk = hou.ui.displayMessage("Render to Disk?", buttons=('No', 'Yes'))
if disk == 1:
# Set Output Name and Path
node = cam.parent().parent()
if node.type().name() != "qLib::shot_ql::1":
path = cam.name()
else:
path = cam.parent().parent().name()
dir = hou.getenv('HIP') + '/' + 'flipbook/' + path
if not os.path.isdir(dir):
os.makedirs(dir)
path = '$HIP/flipbook/' + path + '/' + path + '_$F4.jpg'
s.output(path)
sc.flipbook(viewport=view, settings=s, open_dialog=False)
else:
s.output("")
sc.flipbook(viewport=view, settings=s, open_dialog=False)
else:
hou.ui.displayMessage('Please create a Camera')
def main():
view = toolutils.sceneViewer()
selnodes = view.selectObjects('请选择一个cam或包含cam的AlembicArchive', allowed_types=['cam'])
if len(selnodes) > 0:
resolution = hou.ui.readInput('set Resolution', buttons=('Set', 'close'), title='set Resolution',
initial_contents='1920-1080', close_choice=1, default_choice=0)
resx = resolution[1].split('-')[0]
resy = resolution[1].split('-')[1]
for selnode in selnodes:
print selnode.name()
camlist = getcamlist(selnode)
move_iter = 0
for cam in camlist:
print cam.name()
camset = CamFit(selnode, cam)
if resolution[0] == 0:
camset.setfit(resx, resy, move_iter)
move_iter += 2
del camlist[:]
def _updatePrim():
# find a cheaper way for this?
viewer = toolutils.sceneViewer()
stage = viewer.stage()
if not stage:
editor.clear()
editor._prim = None
return
selection = viewer.currentSceneGraphSelection()
prims = tuple(stage.GetPrimAtPath(path) for path in selection)
prim = next(iter(prims), None)
if not prim:
if editor._prim:
editor.clear()
editor._prim = None
else:
if prim != editor._prim:
editor.setPrim(prim)
editor._prim = prim
def upload(self):
btpVfxProject.SetProjName(self.ui.label_Project.text())
versionStr = btpVfxProject.TimeMark()
taskNode = hou.node("/obj/%s" % self.rootNode)
taskNode.setParms({"version": versionStr})
globalTaskPath = btpVfxProject.AttachRootPath(
self.ui.label_Project.text(), self.ui.label_task.text())
hipFile = "%s/%s" % (globalTaskPath, self.ui.label_taskFile.text())
hou.hipFile.save(hipFile)
self.ui.progressBar_taskFiles.setValue(10)
projInfo = btpVfxProject.ProjInfo()
globalTaskPreviewName = "%s/%s_preview" % (globalTaskPath,
self.rootNode)
previewFile = "%s.$F4.jpg" % globalTaskPreviewName
scene = toolutils.sceneViewer()
flipbook_options = scene.flipbookSettings().stash()
frameRange = (self.ui.spinBox_startFrame.value(),
self.ui.spinBox_endFrame.value())
flipbook_options.useResolution(True)
flipbook_options.resolution((projInfo["resW"], projInfo["resH"]))
flipbook_options.frameRange(frameRange)
flipbook_options.output(previewFile)
viewport = scene.curViewport()
viewport.setCamera(hou.node("/obj/%s_Cam" % self.rootNode))
scene.flipbook(viewport, flipbook_options)
previewFile_jpgSeq = "%s.####.jpg" % globalTaskPreviewName
previewFile_mov = "%s.mov" % globalTaskPreviewName
btpVfxProject.JpgToMov(previewFile_jpgSeq, previewFile_mov, frameRange,
"Nobody", self.ui.label_task.text(), versionStr)
btpVfxProject.DeleteFiles("%s.????.jpg" % globalTaskPreviewName)
self.ui.progressBar_taskFiles.setValue(20)
btpVfxProject.SaveVersion(
projName=self.ui.label_Project.text(),
taskPath=self.ui.label_task.text(),
files=[hipFile, self.imagePathName, previewFile_mov],
comment=self.ui.textEdit_comment.toHtml(),
timeMark=versionStr,
progressBar=self.ui.progressBar_taskFiles)
self.accept()
def extractChildren():
scene_viewer = toolutils.sceneViewer()
cwd = scene_viewer.pwd()
selected = [child for child in cwd.children() if child.isSelected()]
extractNode = hou.node(cwd.path()).createNode("geo", "extract_node", run_init_scripts=False ) # create empty geo node
merge_sop = extractNode.createNode("object_merge")
num_objs = len(selected)
merge_paths_dict = {}
i = 1
for sel in selected:
merge_paths_dict["objpath"+str(i)] = sel.path() + "/OUT"
i = i + 1
parm_dict = {"numobj":num_objs, "xformtype":1}
merge_sop.setParms(parm_dict)
merge_sop.setParms(merge_paths_dict)
scene_viewer.setPwd(merge_sop.parent())
toolutils.homeToSelectionNetworkEditorsFor(merge_sop)
extractNode.setColor(hou.Color((0,0,0)))
extractNode.moveToGoodPosition()
import sys
import os
TOOLS_PATH = hou.getenv('CUSTOM_PYTHON_TOOLS')
sys.path.append(TOOLS_PATH)
from gui2one_utils import gui2one_utils
reload(gui2one_utils)
#print kwargs
activepane = toolutils.activePane(kwargs)
if activepane.type() != hou.paneTabType.SceneViewer:
raise hou.Error("This tool cannot run in the current pane")
scene_viewer = toolutils.sceneViewer()
nodetypename = "delete"
# Obtain a geometry selection
geo_types = (hou.geometryType.Primitives, )
selection = scene_viewer.selectGeometry(
"Select the primitives from which to create debris and press Enter to complete",
geometry_types=geo_types,
allow_obj_sel=True)
# The following will raise an exception if nothing was selected.
if len(selection.nodes()) == 0:
raise hou.Error("Nothing was selected.")
#
# Create Source
#