def createTurbNoiseFolderParmTemplate(id):
a_parm = hou.FloatParmTemplate('a' + id,
'Amp' + id,
1,
default_value=(1, ))
f_parm = hou.FloatParmTemplate('f' + id,
'Freq' + id,
1,
default_value=(1, ))
t_parm = hou.IntParmTemplate('t' + id, 'Turb' + id, 1, default_value=(5, ))
r_parm = hou.FloatParmTemplate('r' + id,
'Rough' + id,
1,
default_value=(0.5, ))
at_parm = hou.FloatParmTemplate('at' + id,
'Atten' + id,
1,
default_value=(1.0, ))
type_parm = hou.StringParmTemplate('type'+id,'NoiseType'+id,1,default_value = ("a",),\
menu_items =("p","o","s","a","x","c"),\
menu_labels =("Perlin","OriginalPerlin","SparseConvultion","Alligator","Simplex","CorrectedPerlin"),\
join_with_next=True)
noise_folder = hou.FolderParmTemplate('noise'+id,'Noise'+id,\
parm_templates = (a_parm,f_parm,t_parm,r_parm,at_parm,type_parm),\
folder_type = hou.folderType.Simple)
return noise_folder
def get_new_parameter(self, parm):
# ch, chf - float
# chv - vector
# chp - point
# chs - string
# chi- int
# chramp - ramp
if parm['func'] == 'ch' or parm['func'] == 'chf':
return hou.FloatParmTemplate(parm['name'], parm['name'].title(), 1)
elif parm['func'] == 'chv':
return hou.FloatParmTemplate(parm['name'], parm['name'].title(), 3)
elif parm['func'] == 'chs':
return hou.StringParmTemplate(parm['name'], parm['name'].title(), 1)
elif parm['func'] == 'chi':
return hou.IntParmTemplate(parm['name'], parm['name'].title(), 1)
elif parm['func'] == 'chramp':
if parm['type'] == 'vector':
return hou.RampParmTemplate(parm['name'], parm['name'].title(), hou.rampParmType.Color )
else:
return hou.RampParmTemplate(parm['name'], parm['name'].title(), hou.rampParmType.Float )
elif parm['func'] == 'chp':
return hou.FloatParmTemplate(parm['name'], parm['name'].title(), 4)
def createAaNoiseFolderParmTemplate(id):
a_parm = hou.FloatParmTemplate('a' + id,
'Amp' + id,
1,
default_value=(1, ))
f_parm = hou.FloatParmTemplate('f' + id,
'Freq' + id,
1,
default_value=(1, ))
t_parm = hou.IntParmTemplate('t' + id, 'Turb' + id, 1, default_value=(3, ))
o_parm = hou.FloatParmTemplate('o' + id,
'Offset' + id,
1,
default_value=(0, ))
r_parm = hou.FloatParmTemplate('r' + id,
'Rough' + id,
1,
default_value=(0.5, ))
xnoise = hou.ToggleParmTemplate('type' + id, 'Xnoise' + id, 1)
noise_folder = hou.FolderParmTemplate('noise'+id,'Noise'+id,\
parm_templates = (a_parm,f_parm,t_parm,o_parm,r_parm,xnoise),\
folder_type = hou.folderType.Simple)
return noise_folder
def createHelperBoneParms(bone, target):
ptg = bone.parmTemplateGroup()
parm = hou.FloatParmTemplate('correct_length', '', 2)
ptg.addParmTemplate(parm)
parm = hou.FloatParmTemplate('correct_angle', '', 2)
ptg.addParmTemplate(parm)
parm = hou.FloatParmTemplate('driver', '', 1)
parm.setDefaultExpression(
('ch("' + bone.relativePathTo(target) + '/irx")', ))
ptg.addParmTemplate(parm)
parm = hou.FloatParmTemplate('corrected_length', '', 1)
expr = 'fit(ch("driver"),ch("correct_anglex"),ch("correct_angley"),ch("correct_lengthx"),ch("correct_lengthy"))'
parm.setDefaultExpression((expr, ))
ptg.addParmTemplate(parm)
bone.setParmTemplateGroup(ptg)
bone.parm('correct_lengthx').set(bone.parm('length').eval())
bone.parm('correct_lengthy').set(bone.parm('length').eval() * 1.5)
bone.parm('correct_anglex').set(0)
bone.parm('correct_angley').set(90)
bone.parm('corrected_length').lock(1)
bone.parm('length').setExpression('ch("corrected_length")')
def createNoiseFolderParmTemplate(id):
a_parm = hou.FloatParmTemplate('a'+id,'a'+id,1,default_value = (1,))
f_parm = hou.FloatParmTemplate('f'+id,'f'+id,1,default_value = (1,))
t_parm = hou.IntParmTemplate('t'+id,'t'+id,1,default_value = (3,))
r_parm = hou.FloatParmTemplate('r'+id,'r'+id,1,default_value = (0.5,))
noise_folder = hou.FolderParmTemplate('noise'+id,'Noise'+id,parm_templates = (a_parm,f_parm),folder_type = hou.folderType.Simple)
return noise_folder
def parameters_ui(self):
# opening the template group
tg_parms = self.rig_subnet.parmTemplateGroup()
ch_p_folder_parms = hou.FolderParmTemplate(self.node.name()+"character_placer", "character_placer")
# creating the parms
for i in self.limb_subnet.children():
hou_parm_template = hou.FloatParmTemplate(i.name()+"_t", "Translate", 3, default_value=([0, 0, 0]),
min=0, max=10, min_is_strict=False, max_is_strict=False,
look=hou.parmLook.Regular,
naming_scheme=hou.parmNamingScheme.XYZW)
ch_p_folder_parms.addParmTemplate(hou_parm_template)
hou_parm_template = hou.FloatParmTemplate(i.name()+"_r", "Rotate", 3, default_value=([0, 0, 0]), min=0,
max=360, min_is_strict=False, max_is_strict=False,
look=hou.parmLook.Regular, naming_scheme=hou.parmNamingScheme.XYZW)
ch_p_folder_parms.addParmTemplate(hou_parm_template)
hou_parm_template = hou.FloatParmTemplate(i.name()+"_s", "Scale", 3, default_value=([1, 1, 1]), min=0,
max=10, min_is_strict=False, max_is_strict=False,
look=hou.parmLook.Regular, naming_scheme=hou.parmNamingScheme.XYZW)
ch_p_folder_parms.addParmTemplate(hou_parm_template)
hou_parm_template = hou.FloatParmTemplate(i.name()+"_p", "Pivot", 3, default_value=([0, 0, 0]), min=0,
max=10, min_is_strict=False, max_is_strict=False,
look=hou.parmLook.Regular, naming_scheme=hou.parmNamingScheme.XYZW)
ch_p_folder_parms.addParmTemplate(hou_parm_template)
hou_parm_template = hou.SeparatorParmTemplate(i.name()+"_sep")
ch_p_folder_parms.addParmTemplate(hou_parm_template)
#finding the folder to put the parms and closing the template
folder_node = tg_parms.findFolder(["Rig Parms"])
tg_parms.appendToFolder(folder_node, ch_p_folder_parms)
self.rig_subnet.setParmTemplateGroup(tg_parms)
def parm_create(node, type, name, label):
if type == "integer":
new_template = hou.IntParmTemplate(name, name, 1)
if type == "toggle":
new_template = hou.ToggleParmTemplate(name, name)
if type == "float":
new_template = hou.FloatParmTemplate(name, name, 1)
if type == "vector":
new_template = hou.FloatParmTemplate(name, name, 3)
new_template.setLook(hou.parmLook.Regular)
if type == "color":
new_template = hou.FloatParmTemplate(name, name, 3)
new_template.setNamingScheme(hou.parmNamingScheme.RGBA)
new_template.setLook(hou.parmLook.ColorSquare)
if type == "string":
new_template = hou.StringParmTemplate(name, label, 1)
new_template.setStringType(hou.stringParmType.Regular)
if type == "file":
new_template = hou.StringParmTemplate(name, name, 1)
new_template.setStringType(hou.stringParmType.FileReference)
if type == "node":
new_template = hou.StringParmTemplate(name, name, 1)
new_template.setStringType(hou.stringParmType.NodeReference)
if type == "separator":
new_template = hou.SeparatorParmTemplate(name)
if type == "label":
new_template = hou.LabelParmTemplate(name, label, [label], False, True)
if type == "rampfloat":
new_template = hou.RampParmTemplate(name, name, hou.rampParmType.Float)
new_template.setShowsControls(False)
if type == "rampcolor":
new_template = hou.RampParmTemplate(name, name, hou.rampParmType.Color)
new_template.setShowsControls(False)
try:
ptg = node.parmTemplateGroup()
ptg.addParmTemplate(new_template)
node.setParmTemplateGroup(ptg)
existed = 0
except:
existed = 1
def ghostShaderCreate(self, ghost_mat_folder, ghost_name):
"""Create a shader for a new ghost.
INPUTS:
ghost_mat_folder -- ghost shader network folder
ghost_name -- object name from which a new ghost is created
OUTPUTS:
ghost_shader -- new ghost shader node
"""
with hou.undos.group("Create Ghost Shader"):
current_frame = hou.frame()
ghost_shader = ghost_mat_folder.createNode(
'vopmaterial',
node_name=ghost_name + "_ghost_mat" + '_frame_' +
str(current_frame))
parm_group = ghost_shader.parmTemplateGroup()
parm_folder = hou.FolderParmTemplate("folder", "OpenGL")
parm_folder.addParmTemplate(
hou.FloatParmTemplate("ogl_spec", "Specular", 3))
parm_folder.addParmTemplate(
hou.FloatParmTemplate("ogl_transparency", "Transparency", 1))
parm_folder.addParmTemplate(
hou.FloatParmTemplate("ogl_ior", "IOR", 1))
parm_folder.addParmTemplate(
hou.FloatParmTemplate("ogl_spec_intensity", "Intensity", 1))
parm_folder.addParmTemplate(
hou.FloatParmTemplate("ogl_rough", "Roughness", 1))
parm_group.append(parm_folder)
ghost_shader.setParmTemplateGroup(parm_group)
ghost_shader.setParms({
"ogl_specx":
self.ghostColorLabel.palette().color(
QtGui.QPalette.Base).redF(),
"ogl_specy":
self.ghostColorLabel.palette().color(
QtGui.QPalette.Base).greenF(),
"ogl_specz":
self.ghostColorLabel.palette().color(
QtGui.QPalette.Base).blueF(),
"ogl_transparency":
1,
"ogl_ior":
1.06,
"ogl_spec_intensity":
5,
"ogl_rough":
0
})
ghost_shader.moveToGoodPosition()
return ghost_shader
def add_parm(node):
ptg = node.parmTemplateGroup()
if ptg.parmTemplates()[-1].name() == 'wedge_list':
for i in ptg.parmTemplates()[-1].parmTemplates():
node.parm(i.name()).set(10)
else:
parm_folder = hou.FolderParmTemplate('wedge_list', 'Wedge List')
parm_folder.setFolderType(hou.folderType.Simple)
parm_folder.addParmTemplate(hou.FloatParmTemplate('first', 'First', 1))
parm_folder.addParmTemplate(hou.FloatParmTemplate('last', 'Last', 1))
ptg.append(parm_folder)
node.setParmTemplateGroup(ptg)
def AColorParmTemplate(parmName, parmLabel, parmDesc):
v = parmDesc['default']
parmArgs = {}
parmArgs['naming_scheme'] = hou.parmNamingScheme.RGBA
parmArgs['default_value'] = v
parmArgs['num_components'] = len(v)
return hou.FloatParmTemplate(parmName, parmLabel, **parmArgs)
def exportIKRotations(n):
solver = n.parm('solver')
if solver is not None:
solver = n.node(solver.evalAsString())
if solver is not None:
#Create ir parm
ptg = n.parmTemplateGroup()
if ptg.find('ir') is not None:
n.parmTuple('ir').lock((0, 0, 0))
ptg.remove('ir')
parm = hou.FloatParmTemplate("ir", "Real Rotate", 3)
ptg.addParmTemplate(parm)
n.setParmTemplateGroup(ptg)
#create rename node
rename = solver.createOutputNode("rename", "rename_" + n.name())
rename.setPosition(solver.position() + hou.Vector2(0, -0.8))
rename.parm("renamefrom").set('*' + n.name() + ':r*')
rename.parm("renameto").set('ir*')
#create export node
export = rename.createOutputNode("export", "export_" + n.name())
export.setPosition(rename.position() + hou.Vector2(0, -0.8))
export.parm("channels").set('ir*')
export.parm("nodepath").set('../../' + n.name())
export.parm("path").set('ir*')
export.setExportFlag(1)
def extractIKBoneRotates(n, use_asset_prefix):
ptg = n.parmTemplateGroup()
if ptg.find('ir') is not None:
n.parmTuple('ir').lock((0, 0, 0))
ptg.remove('ir')
parm = hou.FloatParmTemplate("ir", "Real Rotate", 3)
ptg.addParmTemplate(parm)
n.setParmTemplateGroup(ptg)
solver = n.parm('solver').eval()
if use_asset_prefix:
asset_prefix = "/" + n.parent().type().name()
else:
asset_prefix = ""
base_expr = 'chop("' + solver + asset_prefix + "/" + n.name()
base_expr = 'chop("' + solver + "/" + '"+oprelativepath("/obj/",".")+"'
expression = base_expr + ':rx")'
n.parm('irx').setExpression(expression)
expression = base_expr + ':ry")'
n.parm('iry').setExpression(expression)
expression = base_expr + ':rz")'
n.parm('irz').setExpression(expression)
n.parmTuple('ir').lock((1, 1, 1))
def matrixParm(p, dim=16, parent=None):
name = parmName(p.name, prefix=parent)
label = parmLabel(p)
default_matrix = p.defaultValue.value
default = []
dim_sqrt = int(math.sqrt(dim))
for i in range(dim_sqrt):
for j in range(dim_sqrt):
default.append(default_matrix[(i, j)])
min_val = 0.0
max_val = 10.0
min_lock = max_lock = False
parm = hou.FloatParmTemplate(name,
label,
dim,
default_value=default,
min=min_val,
max=max_val,
min_is_strict=min_lock,
max_is_strict=max_lock,
look=hou.parmLook.Regular,
naming_scheme=hou.parmNamingScheme.Base1,
help=p.description)
matrix = p.getTypedValue()
initialValue = []
for i in range(dim_sqrt):
for j in range(dim_sqrt):
initialValue.append(matrix[(i, j)])
return {'name': name, 'tuple': parm, 'initialValue': initialValue}
def boxParmFloat(p, dim, parent=None):
name = parmName(p.name, prefix=parent)
label = parmLabel(p)
default_box = p.defaultValue.value
default = []
default = list(default_box.min)
default.extend(list(default_box.max))
min_val = 0.0
max_val = 10.0
min_lock = max_lock = False
parm = hou.FloatParmTemplate(name,
label,
dim * 2,
default_value=default,
min=min_val,
max=max_val,
min_is_strict=min_lock,
max_is_strict=max_lock,
look=hou.parmLook.Regular,
naming_scheme=hou.parmNamingScheme.Base1,
help=p.description)
box = p.getTypedValue()
initialValue = list(box.min)
initialValue.extend(list(box.max))
return {'name': name, 'tuple': parm, 'initialValue': initialValue}
def create_path_null(self, where=hou.node("/obj")):
path_cv = where.createNode("null", self.name)
p1 = path_cv.node("point1")
at_it = path_cv.createNode("attribcreate", "attribcreate_initial_twist")
at_it.parm("name1").set("initial_twist")
#hou_rig.utils.promote_parm_to_ui() didn't work because attribute create its Always tuple 4 parm length
initial_twist_pt = hou.FloatParmTemplate("initialtwist", "Initial Twist", 1, default_value=([0]), min=0, max=10)
hou_rig.utils.parm_to_ui(path_cv, initial_twist_pt, in_this_folder=["Misc"])
at_it.parm("value1v1").setExpression('ch("../initialtwist")')
at_it.setInput(0, p1)
at_twist = path_cv.createNode("attribcreate", "attribcreate_twist")
at_twist.parm("name1").set("twist")
at_twist.parm("value1v1").setExpression("ch('../rz')")
at_twist.setFirstInput(at_it)
pn = path_cv.createNode("point", "point_normal")
pn.parm("donml").set("on")
pn.parmTuple("n").deleteAllKeyframes()
pn.parmTuple("n").set([0, 1, 0])
pn.setInput(0, at_twist)
null_out = path_cv.createNode("null", "Out")
null_out.setNextInput(pn)
null_out.setRenderFlag(1)
path_cv.layoutChildren()
return path_cv
def add_TMP(attr_name, tmp_type, current_tmpparm, language_dict=None):
attr_label = attr_name
if language_dict:
attr_label = language_dict.get(attr_name, attr_name)
if tmp_type == "FloatParmTemplate":
current_tmpparm.append(hou.FloatParmTemplate(attr_name, attr_label, 1))
elif tmp_type == "RampParmTemplate":
current_tmpparm.append(
hou.RampParmTemplate(attr_name,
attr_label,
hou.rampParmType.Float,
default_value=2,
default_basis=None,
color_type=None))
elif tmp_type == "IntParmTemplate":
current_tmpparm.append(hou.IntParmTemplate(attr_name, attr_label, 1))
elif tmp_type == "StringParmTemplate":
current_tmpparm.append(hou.StringParmTemplate(attr_name, attr_label,
1))
elif tmp_type == "ToggleParmTemplate":
current_tmpparm.append(hou.ToggleParmTemplate(attr_name, attr_label,
0))
elif tmp_type == "SeparatorParmTemplate":
current_tmpparm.append(
hou.SeparatorParmTemplate(attr_name, attr_label, 1))
return current_tmpparm
def loadCurve(*args, **kwargs):
node = hou.pwd()
node_path = node.type().definition().libraryFilePath()
node_name = node.type().name()
curves_node = node.node("Curves")
data_folder = os.path.dirname(node_path) + "/%s_data" % node_name
if not os.path.exists(data_folder):
return
# delete all child node
for c_node in curves_node.children():
c_node.destroy()
#read data
for curve_data in os.listdir(data_folder):
full_data_path = os.path.join(data_folder, curve_data)
curve_name = os.path.splitext(curve_data)[0]
#create curve node
target_node = curves_node.createNode("curve", curve_name)
parm_dic = {}
with open(full_data_path, "r") as outfile:
all_info = outfile.read()
parm_dic = json.loads(all_info)
#add width parm to interface
current_tmpparm = target_node.parmTemplateGroup()
current_tmpparm.append(hou.FloatParmTemplate("width", "Width", 1))
target_node.setParmTemplateGroup(current_tmpparm)
target_node.setParms(parm_dic)
print("Loaded!")
def add_midi_slot(self, channel_id, val):
"""add midi slot to the midi mapping node"""
name = "ch" + str(channel_id)
print("val = " + str(val))
slider = hou.FloatParmTemplate(name, name, 1)
self.parmgroup.append(slider)
self.midi_mapper.setParmTemplateGroup(self.parmgroup)
return slider
def add_parm_value_multiplier(kwargs, add_exponent=False):
"""Adds a value/multipler parameter pair to the specified parameter.
(Called from PARMmenu.xml)
"""
p = kwargs['parms'][0]
try:
n = p.node()
v = p.eval()
t = p.parmTemplate()
g = n.parmTemplateGroup()
pn = t.name()
pl = t.label()
pvn = '%s_value' % pn
pmn = '%s_mult' % pn
pxn = '%s_exp' % pn
t = hou.FloatParmTemplate(name=p.name(), label="...", num_components=1)
expr = "ch('%s') * ch('%s')" % (pvn, pmn, )
if not n.parm(pvn) and not n.parm(pmn):
# value
t.setName(pvn)
t.setLabel('%s (v)' % pl)
t.setDefaultValue( (v, ) )
g.insertAfter(pn, t)
# mult
t.setName(pmn)
t.setLabel('%s (%%)' % pl)
t.setMinValue(0.0)
t.setMaxValue(2.0)
t.setDefaultValue( (1.0, ) )
g.insertAfter(pvn, t)
if add_exponent and not n.parm(pxn):
# exp
t.setName(pxn)
t.setLabel('%s (exp)' % pl)
t.setMinValue(0.001)
t.setMaxValue(4.0)
t.setDefaultValue( (2.0, ) )
g.insertAfter(pmn, t)
expr = "ch('%s') * pow(ch('%s'), ch('%s'))" % (pvn, pmn, pxn, )
# add parms
n.setParmTemplateGroup(g)
p.setExpression(expr)
else:
hou.ui.setStatusMessage("Value/multiplier params already exist for %s" % p.path(),
severity=hou.severityType.Warning)
except:
hou.ui.setStatusMessage("couldn't set up value/multiplier parameters on %s" % p.path(),
severity=hou.severityType.Error)
def setup_parametric_ramp(node, ramp_parm, parametric_ramp_type):
# type: (hou.Node, hou.Parm, str) -> None
if parametric_ramp_type not in parametric_ramps:
return
ramp_name = ramp_parm.name()
clean_parametric_spare_parms(node, ramp_parm)
parametric_ramp = parametric_ramps[parametric_ramp_type]
spare_parms = parametric_ramp.spare_parms
name_prefix = name_prefix_format.format(ramp_name)
callback = "node = kwargs['node']\n"
callback += "ramp_name = '{}'\n".format(ramp_name)
callback += """
ramp = node.parm(ramp_name)
if not (ramp is None or ramp.evalAsInt() < {}):
""".format(parametric_ramp.num_keys)
for parm in spare_parms: # type: ParametricSpareParm
callback += "\t{} = node.parm('{}').eval()\n".format(parm.name, name_prefix + parm.name)
callback += parametric_ramp.callback
ptg = node.parmTemplateGroup() # type: hou.ParmTemplateGroup
insert_parm = get_multiparm_top_parent(ramp_parm)
insert_parm_template = ptg.find(insert_parm.name())
ramp = hou.Ramp(
(hou.rampBasis.Bezier,) * parametric_ramp.num_keys,
np.linspace(0.0, 1.0, parametric_ramp.num_keys),
np.linspace(0.0, 1.0, parametric_ramp.num_keys)
)
ramp_parm.set(ramp)
for parm in spare_parms: # type: ParametricSpareParm
parm_template = hou.FloatParmTemplate(
name_prefix + parm.name,
label_format.format(ramp_parm.description(), parm.label),
1,
(parm.default_value,),
min=0.0, max=1.0,
script_callback=callback,
script_callback_language=hou.scriptLanguage.Python
)
ptg.insertAfter(insert_parm_template, parm_template)
node.setParmTemplateGroup(ptg)
node.parm(name_prefix + spare_parms[0].name).pressButton()
def addExtendSize(node, parm=None):
try:
ptg = node.parmTemplateGroup()
extendParm = hou.FloatParmTemplate("naw_expand", "Expand", 3,
(0, 0, 0))
ptg.insertAfter("t", extendParm)
node.setParmTemplateGroup(ptg)
except hou.OperationFailed:
pass
if parm != None:
parm.set(node.parm("executeAf"))
def bound():
"""return bound box and centroid"""
help(bound)
import hou
nodeSelect = hou.selectedNodes()
black = hou.Color((0, 0, 0))
pink = hou.Color((0.98, 0.275, 0.275))
for node in nodeSelect:
getName = node.name()
outNull = node.createOutputNode("null", getName + "_IN_BOUND")
outNull.setPosition(node.position())
outNull.move([0, -1])
outNull.setColor(black)
outBound = outNull.createOutputNode("null",
getName + "_BOUND_CENTROID")
outBound.setColor(pink)
#add create param to outBound
parm_group = outBound.parmTemplateGroup()
parm_folder = hou.FolderParmTemplate("folder", "Bound_Centroid")
parm_folder.addParmTemplate(hou.FloatParmTemplate("bound", "Bound", 3))
parm_folder.addParmTemplate(
hou.FloatParmTemplate("centroid", "Centroid", 3))
parm_group.append(parm_folder)
outBound.setParmTemplateGroup(parm_group)
outBound.parm('boundx').setExpression(
"bbox(opinputpath('.',0),D_XSIZE)")
outBound.parm('boundy').setExpression(
"bbox(opinputpath('.',0),D_YSIZE)")
outBound.parm('boundz').setExpression(
"bbox(opinputpath('.',0),D_ZSIZE)")
outBound.parm('centroidx').setExpression(
"centroid(opinputpath('.',0),D_X)")
outBound.parm('centroidy').setExpression(
"centroid(opinputpath('.',0),D_Y)")
outBound.parm('centroidz').setExpression(
"centroid(opinputpath('.',0),D_Z)")
def unDeuxTrois():
""" setup une start scene basique
"""
help(unDeuxTrois)
import hou
obj = hou.node("/obj")
cam = obj.createNode("cam", "myCam")
cam.setParms({"resx": 1920, "resy": 1080})
cam.setParms({"tz": 3, "ty": 1.7})
resSim = obj.createNode("null", "resSim")
resSim.setDisplayFlag(False)
parm_group = resSim.parmTemplateGroup()
parm_folder = hou.FolderParmTemplate("folder", "resSim")
parm_folder.addParmTemplate(hou.FloatParmTemplate("flipSim", "flipSim", 1))
parm_folder.addParmTemplate(hou.FloatParmTemplate("pyroSim", "pyroSim", 1))
parm_group.append(parm_folder)
resSim.setParmTemplateGroup(parm_group)
geo1 = obj.createNode("geo", "source")
geo1.move([0, -2])
file1 = hou.node("/obj/source/file1")
file1.destroy()
env = obj.createNode("envlight", "myEnv")
env.setParms({"env_map": "$HFS/houdini/pic/DOSCH_SKIESV2_01SN_lowres.rat"})
env.move([0, 1])
out = hou.node("/out")
mantra = out.createNode("ifd", "myMantra")
mantra.setParms({"vm_renderengine": "pbrraytrace", "camera": "/obj/myCam"})
shop = hou.node("/shop")
mat = shop.createNode("principledshader", "myMat")
mat.setParms({"basecolorr": 1, "basecolorg": 1, "basecolorb": 1})
def imprint(node, data):
"""Store attributes with value on a node
Depending on the type of attribute it creates the correct parameter
template. Houdini uses a template per type, see the docs for more
information.
http://www.sidefx.com/docs/houdini/hom/hou/ParmTemplate.html
Args:
node(hou.Node): node object from Houdini
data(dict): collection of attributes and their value
Returns:
None
"""
parm_group = node.parmTemplateGroup()
parm_folder = hou.FolderParmTemplate("folder", "Extra")
for key, value in data.items():
if value is None:
continue
if isinstance(value, float):
parm = hou.FloatParmTemplate(name=key,
label=key,
num_components=1,
default_value=(value, ))
elif isinstance(value, bool):
parm = hou.ToggleParmTemplate(name=key,
label=key,
default_value=value)
elif isinstance(value, int):
parm = hou.IntParmTemplate(name=key,
label=key,
num_components=1,
default_value=(value, ))
elif isinstance(value, six.string_types):
parm = hou.StringParmTemplate(name=key,
label=key,
num_components=1,
default_value=(value, ))
else:
raise TypeError("Unsupported type: %r" % type(value))
parm_folder.addParmTemplate(parm)
parm_group.append(parm_folder)
node.setParmTemplateGroup(parm_group)
def c_staticmodel(n):
group = n.parmTemplateGroup()
folder = hou.FolderParmTemplate("folder", "Static Model Component")
folder.addParmTemplate(hou.StringParmTemplate("model", "Model", 1))
folder.addParmTemplate(hou.StringParmTemplate("material", "Material",1))
folder.addParmTemplate(hou.ToggleParmTemplate("isoccluder", "Is Occluder", 0))
folder.addParmTemplate(hou.ToggleParmTemplate("isoccludable", "Can Be Occluded", 1))
folder.addParmTemplate(hou.ToggleParmTemplate("castshadows", "Cast Shadows", 0))
folder.addParmTemplate(hou.FloatParmTemplate("drawdistance", "Draw Distance", 1 ) )
folder.addParmTemplate(hou.FloatParmTemplate("shadowdistance", "Shadow Distance", 1 ) )
folder.addParmTemplate(hou.FloatParmTemplate("lodbias", "LOD Bias", 1 ,(1.0,)) )
folder.addParmTemplate(hou.FloatParmTemplate("maxlights", "Max Lights", 1 ) )
folder.addParmTemplate(hou.IntParmTemplate("viewmask", "View Mask",1,(-1,)))
folder.addParmTemplate(hou.IntParmTemplate("lightmask", "Light Mask",1,(-1,)))
folder.addParmTemplate(hou.IntParmTemplate("shadowmask", "Shadow Mask",1,(-1,)))
folder.addParmTemplate(hou.IntParmTemplate("zonemask", "Zone Mask",1,(-1,)))
folder.addParmTemplate(hou.IntParmTemplate("occlodlevel", "Occ LOD Level",1,(-1,)))
group.append(folder)
n.setParmTemplateGroup(group)
def addCameraParms(cam, add_comment=False):
ptg = cam.parmTemplateGroup()
# Add Comment Folder
if add_comment:
comment_folder = hou.FolderParmTemplate("Comment", "Comment")
comment = hou.StringParmTemplate("vcomment", "Viewport Comment", 1)
comment.setTags({"editor": "1"})
comment_folder.addParmTemplate(comment)
ptg.addParmTemplate(comment_folder)
# Add custom Focal actions
# focal point
pt = hou.FloatParmTemplate("f", "Focus point", 3)
pt.setTags({
"script_action":
"n = kwargs[\"node\"]\n\nimport toolutils\nsv = toolutils.sceneViewer()\nsv.setSnappingMode(hou.snappingMode.Prim)\npos = sv.selectPositions(number_of_positions=1)\n\nif pos[0].length() > 0:\n n.parmTuple(\"f\").set(pos[0])\nsv.setSnappingMode(hou.snappingMode.Off)"
})
ptg.addParmTemplate(pt)
# focal distance
pt = hou.FloatParmTemplate("f2t", "Focal2Target", 1)
pt.setTags({
"script_action":
"n = kwargs[\'node\']\nn.parm(\'RS_campro_dofDistance\').set(n.parm(\"f2t\"))\n"
})
pt.setDefaultExpressionLanguage([hou.scriptLanguage.Python])
pt.setDefaultExpression([
"(hou.pwd().worldTransform().extractTranslates()-hou.Vector3(hou.pwd().parmTuple('f').eval())).length()"
])
ptg.addParmTemplate(pt)
cam.setParmTemplateGroup(ptg)
# use our custom dof
cam.parm("RS_campro_dofUseHoudiniCamera").set(0)
cam.parm('RS_campro_dofDistance').set(cam.parm("f2t"))
cam.parm("RS_campro_dofCoC").set(0.02)
def add_TMP(attr_name, tmp_type, current_tmpparm):
attr_label = language_dict.get(attr_name, attr_name)
if tmp_type == "FloatParmTemplate":
current_tmpparm.append(hou.FloatParmTemplate(attr_name, attr_label, 1))
elif tmp_type == "RampParmTemplate":
current_tmpparm.append(
hou.RampParmTemplate(attr_name,
attr_label,
hou.rampParmType.Float,
default_value=2,
default_basis=None,
color_type=None))
elif tmp_type == "IntParmTemplate":
current_tmpparm.append(hou.IntParmTemplate(attr_name, attr_label, 1))
return current_tmpparm
def createDisplace(self, parent, connector, channel, channelName):
#Create Displacement Texture Node
tex = parent.createNode("displacetexture")
tex.setName(channelName, True)
tex.parm("texture").set(channel)
tex.parm("scale").set("0.1")
#Connect UV Node
tex.setInput(2, self.uv, 0)
#Connect Displacement Node
parent.glob("displacement_output")[0].setInput(0, tex, 0)
parent.glob("displacement_output")[0].setInput(1, tex, 1)
#Create Properties
prop = parent.createNode("properties")
#Add Template Parm
group = prop.parmTemplateGroup()
folder = hou.FolderParmTemplate("folder", "Shading")
folder.addParmTemplate(
hou.FloatParmTemplate("vm_displacebound", "Displacement Bound", 1))
group.append(folder)
prop.setParmTemplateGroup(group)
prop.parm("vm_displacebound").set(1)
#Connect
parent.glob("*collect")[0].setInput(2, prop, 0)
#Layer Export
lp = parent.createNode("layerpack")
lp.setInput(3, tex, 0)
lp.setInput(4, tex, 1)
#Set Layer Properties
layer = parent.createNode("parameter")
layer.parm("parmname").set("layer")
layer.parm("exportparm").set(1)
layer.parm("useownexportcontext").set(1)
layer.parm("exportcontext").set("displace")
layer.parm("parmtype").set("struct")
layer.parm("parmtypename").set("shaderlayer")
layer.setInput(0, lp, 0)
return
def createFlowNoiseFolderParmTemplate(id):
a_parm = hou.FloatParmTemplate('a'+id,'Amp'+id,1,default_value = (1,))
f_parm = hou.FloatParmTemplate('f'+id,'Freq'+id,1,default_value = (1,))
t_parm = hou.IntParmTemplate('t'+id,'Turb'+id,1,default_value = (3,))
o_parm = hou.FloatParmTemplate('o'+id,'Offset'+id,1,default_value = (0,))
r_parm = hou.FloatParmTemplate('r'+id,'Rough'+id,1,default_value = (0.5,))
flow = hou.FloatParmTemplate('flow'+id,'Flow'+id,1,default_value = (0,))
flowrate = hou.FloatParmTemplate('flowrate'+id,'FlowRate'+id,1,default_value = (1,))
selfAdvect = hou.FloatParmTemplate('selfAdvect'+id,'SelfAdvect'+id,1,default_value = (0,))
noise_folder = hou.FolderParmTemplate('noise'+id,'Noise'+id,\
parm_templates = (a_parm,f_parm,t_parm,o_parm,r_parm,flow,flowrate,selfAdvect),\
folder_type = hou.folderType.Simple)
return noise_folder
def floatParm(p, dim=1, parent=None):
name = parmName(p.name, prefix=parent)
label = parmLabel(p)
# only simple floats have min/max values
if dim == 1:
default = [(p.defaultValue.value)]
min_val = 0.0
max_val = 10.0
min_lock = max_lock = False
if p.hasMinValue():
min_val = p.minValue
min_lock = True
if p.hasMaxValue():
max_val = p.maxValue
max_lock = True
else:
default = list(p.defaultValue.value)
min_val = 0.0
max_val = 10.0
min_lock = max_lock = False
naming = hou.parmNamingScheme.Base1
if dim > 1:
naming = hou.parmNamingScheme.XYZW
parm = hou.FloatParmTemplate(name,
label,
dim,
default_value=default,
min=min_val,
max=max_val,
min_is_strict=min_lock,
max_is_strict=max_lock,
look=hou.parmLook.Regular,
naming_scheme=naming,
help=p.description)
if dim == 1:
initialValue = [p.getTypedValue()]
else:
initialValue = list(p.getTypedValue())
return {'name': name, 'tuple': parm, 'initialValue': initialValue}