self.create_property('color_picker', (0, 0, 255),
widget_type=NODE_PROP_COLORPICKER)
self.create_property('integer', 10,
widget_type=NODE_PROP_QSPINBOX)
self.create_property('list', 'foo',
items=['foo', 'bar'],
widget_type=NODE_PROP_QCOMBO)
self.create_property('range', 50,
range=(45, 55),
widget_type=NODE_PROP_SLIDER)
def prop_changed(node_id, prop_name, prop_value):
print('-'*100)
print(node_id, prop_name, prop_value)
app = QtWidgets.QApplication(sys.argv)
graph = NodeGraph()
graph.register_node(TestNode)
prop_bin = PropertiesBinWidget()
prop_bin.property_changed.connect(prop_changed)
node = graph.create_node('nodeGraphQt.nodes.TestNode')
prop_bin.add_node(node)
prop_bin.show()
app.exec_()
node_tree.show()
graph.node_double_clicked.connect(show_nodes_list)
# registered nodes.
reg_nodes = [
BackdropNode, MyNode, basic_nodes.FooNode, basic_nodes.BarNode,
widget_nodes.DropdownMenuNode, widget_nodes.TextInputNode,
widget_nodes.CheckboxNode
]
for n in reg_nodes:
graph.register_node(n)
my_node = graph.create_node('com.chantasticvfx.MyNode',
name='chantastic!',
color='#0a1e20',
text_color='#feab20',
pos=[310, 10])
foo_node = graph.create_node('com.chantasticvfx.FooNode',
name='node',
pos=[-480, 140])
foo_node.set_disabled(True)
# create example "TextInputNode".
text_node = graph.create_node('com.chantasticvfx.TextInputNode',
name='text node',
pos=[-480, -160])
# create example "TextInputNode".
checkbox_node = graph.create_node('com.chantasticvfx.CheckboxNode',
# viewer widget used for the node graph.
viewer = graph.viewer()
viewer.resize(1100, 800)
viewer.show()
# registered nodes.
reg_nodes = [
Backdrop, MyNode, basic_nodes.FooNode, basic_nodes.BarNode,
widget_nodes.DropdownMenuNode, widget_nodes.TextInputNode
]
for n in reg_nodes:
graph.register_node(n)
my_node = graph.create_node('com.chantasticvfx.MyNode',
name='portal',
color='#193a33',
pos=[310, 10])
foo_node = graph.create_node('com.chantasticvfx.FooNode',
name='chantastic!',
pos=[-480, 140])
foo_node.set_disabled(True)
# create example "TextInputNode".
text_node = graph.create_node('com.chantasticvfx.TextInputNode',
name='rick',
pos=[-480, -160])
# create node with a combo box menu.
menu_node = graph.create_node('com.chantasticvfx.DropdownMenuNode',
name='morty',
def setup_exp(self):
"""Prepares the patch expander once a patch has been selected.
Currently triggered via a button press.
"""
class MyNode(BaseNode):
"""
example test node.
"""
# set a unique node identifier.
__identifier__ = 'com.chantasticvfx'
# set the initial default node name.
NODE_NAME = 'my node'
def __init__(self):
super(MyNode, self).__init__()
self.set_color(25, 58, 51)
# QtCore.QCoreApplication.setAttribute(QtCore.Qt.AA_EnableHighDpiScaling)
# win = QtWidgets.QApplication([])
win = QWidget()
win.setWindowTitle(
"Interactive Patch Routing: {}".format(self.curr_viz["name"])
)
win.setWindowIcon(QIcon(
os.path.join(os.getcwd(), "zoia_lib", "UI", "resources",
"logo.ico")))
win.setFixedSize(540, 540)
# create node graph.
graph = NodeGraph()
# set up default menu and commands.
setup_context_menu(graph)
# widget used for the node graph.
graph_widget = graph.widget
graph_widget.resize(1100, 800)
graph_widget.show()
# show the properties bin when a node is "double clicked" in the graph.
properties_bin = PropertiesBinWidget(node_graph=graph)
properties_bin.setWindowFlags(QtCore.Qt.Tool)
def show_prop_bin(node):
if not properties_bin.isVisible():
properties_bin.show()
graph.node_double_clicked.connect(show_prop_bin)
# show the nodes list when a node is "double clicked" in the graph.
node_tree = NodeTreeWidget(node_graph=graph)
def show_nodes_list(node):
if not node_tree.isVisible():
node_tree.update()
node_tree.show()
graph.node_double_clicked.connect(show_nodes_list)
# registered nodes.
nodes_to_reg = [
# BackdropNode,
MyNode,
# basic_nodes.FooNode,
# basic_nodes.BarNode,
# widget_nodes.DropdownMenuNode,
# widget_nodes.TextInputNode,
# widget_nodes.CheckboxNode
]
graph.register_nodes(nodes_to_reg)
pch = self.curr_viz
nodes = {}
for module in pch['modules']:
my_node = graph.create_node(
'com.chantasticvfx.MyNode',
name=(module['type'] if module['name'] == '' else module['name']) + str(module["number"]),
color='#0a1e20',
text_color='#feab20'
)
inp, outp, in_pos, out_pos = [], [], [], []
for key, param in module['blocks'].items():
if 'in' in key:
my_node.add_input(key)
inp.append(key)
in_pos.append(int(param["position"]))
elif param["isParam"]:
my_node.add_input(key)
inp.append(key)
in_pos.append(int(param["position"]))
elif 'out' in key:
my_node.add_output(key)
outp.append(key)
out_pos.append(int(param["position"]))
nodes[module["number"]] = my_node, inp, outp, in_pos, out_pos
# print(nodes)
# map pos from nodes to connections
def node_pos_map(node):
inpts = node[1]
outps = node[2]
in_pos = node[3]
out_pos = node[4]
node_pos_start = [x for x in range(0, len(inpts))]
node_pos_end = [x for x in range(0, len(outps))]
data_input = dict(zip(in_pos, node_pos_start))
data_output = dict(zip(out_pos, node_pos_end))
return {**data_input, **data_output}
data = []
for key, node in nodes.items():
data.append(node_pos_map(node))
for conn in pch['connections']:
mod, block = conn['source'].split('.')
nmod, nblock = conn['destination'].split('.')
src = data[int(mod)]
dest = data[int(nmod)]
try:
nodes[int(mod)][0].set_output(
src[int(block)],
nodes[int(nmod)][0].input(dest[int(nblock)])
)
except KeyError as e:
print(conn, e)
except IndexError as e:
print(conn, e)
print('done making connections')
# auto layout nodes.
graph.auto_layout_nodes()
# wrap a backdrop node.
# backdrop_node = graph.create_node('nodeGraphQt.nodes.BackdropNode')
# backdrop_node.wrap_nodes([text_node, checkbox_node])
graph.fit_to_selection()
win.exec_()
graph = NodeGraph()
viewer = graph.viewer()
viewer.setWindowTitle('My Node Graph')
viewer.resize(1100, 800)
viewer.show()
# registered nodes.
reg_nodes = [
Backdrop, MyNode, menu_node.DropdownMenuNode, simple_nodes.FooNode,
simple_nodes.BarNode, text_input_node.TextInputNode
]
[graph.register_node(n) for n in reg_nodes]
my_node = graph.create_node('com.chantasticvfx.MyNode',
name='test',
pos=(310.0, 10.0))
foo_node = graph.create_node('com.chantasticvfx.FooNode',
name='Foo Node',
pos=(-487.0, 141.0))
# create example "TextInputNode".
text_node = graph.create_node('com.chantasticvfx.TextInputNode',
name='Text Node',
color='#6b273f',
pos=(-488.0, -158.0))
text_node.set_disabled(True)
# create node with a combo box menu.
menu_node = graph.create_node('com.chantasticvfx.DropdownMenuNode',
if not node_tree.isVisible():
node_tree.update()
node_tree.show()
graph.node_double_clicked.connect(show_nodes_list)
# registered nodes.
nodes_to_reg = [
BackdropNode, MyNode, basic_nodes.FooNode, basic_nodes.BarNode,
widget_nodes.DropdownMenuNode, widget_nodes.TextInputNode,
widget_nodes.CheckboxNode
]
graph.register_nodes(nodes_to_reg)
my_node = graph.create_node('com.chantasticvfx.MyNode',
name='chantastic!',
color='#0a1e20',
text_color='#feab20')
foo_node = graph.create_node('com.chantasticvfx.FooNode', name='node')
foo_node.set_disabled(True)
# create example "TextInputNode".
text_node = graph.create_node('com.chantasticvfx.TextInputNode',
name='text node')
# create example "TextInputNode".
checkbox_node = graph.create_node('com.chantasticvfx.CheckboxNode',
name='checkbox node')
# create node with a combo box menu.
menu_node = graph.create_node('com.chantasticvfx.DropdownMenuNode',
# show the properties bin when a node is "double clicked" in the graph.
properties_bin = PropertiesBinWidget(node_graph=graph)
properties_bin.setWindowFlags(QtCore.Qt.Tool)
def show_prop_bin(node):
if not properties_bin.isVisible():
properties_bin.show()
graph.node_double_clicked.connect(show_prop_bin)
# registered nodes.
reg_nodes = [InfoNode, SpeakNode, CameraNode, MoveNode]
for n in reg_nodes:
graph.register_node(n)
info_node = graph.create_node('personax.InfoNode',
name='Default=info, changed to desc',
pos=[0, 0])
speak_node = graph.create_node('personax.SpeakNode',
name='Default=speak, changed to desc',
pos=[0, 0])
camera_node = graph.create_node('personax.CameraNode',
name='Default=camera, changed to desc',
pos=[0, 0])
move_node = graph.create_node('personax.MoveNode',
name='Default=move, changed to desc',
pos=[0, 0])
app.exec_()
def show_nodes_list(node):
if not node_tree.isVisible():
node_tree.update()
node_tree.show()
graph.node_double_clicked.connect(show_nodes_list)
# registered nodes.
reg_nodes = [And, Not, Or2]
for n in reg_nodes:
graph.register_node(n)
and_node = graph.create_node('hal.comp.And',
name='AND',
color='#0a1e20',
text_color='#feab20',
pos=[310, 10])
not_node = graph.create_node('hal.comp.Not',
name='NOT',
color='#0a1e20',
text_color='#feab20',
pos=[500, 10])
or_node = graph.create_node('hal.comp.Or2',
name='OR',
color='#0a1e20',
text_color='#feab20',
pos=[450, 50])
#
graph.node_double_clicked.connect(show_nodes_list)
"""
# registered nodes.
reg_nodes = [
basic_nodes.FooNode, basic_nodes.BarNode,
widget_nodes.DropdownMenuNode, widget_nodes.TextInputNode,
widget_nodes.CheckboxNode, InputListNode
]
for n in reg_nodes:
graph.register_node(n)
input_node = graph.create_node('com.volvo.InputListNode',
name='Input Test',
color='#0a1e20',
text_color='#feab20',
pos=[110, 10])
input_node2 = graph.create_node('com.volvo.InputListNode',
name='Input Test',
color='#0a1e20',
text_color='#feab20',
pos=[110, 310])
input_node.set_content(["A", "B", "C"])
# connect the nodes
#foo_node.set_output(0, bar_node.input(2))
#menu_node.set_input(0, bar_node.output(1))
#bar_node.set_input(0, text_node.output(0))
for n in reg_nodes:
graph.register_node(n)
node_menu = graph.context_nodes_menu()
node_menu.add_command('Print Functions',
print_functions,
node_class=ModuleNode)
node_menu.add_command('Cook Node', cook_node, node_class=AutoNode)
node_menu.add_command('Toggle Auto Cook',
toggle_auto_cook,
node_class=AutoNode)
mathNodeA = graph.create_node('Module.MathModuleNode',
name='Math Functions A',
color='#0a1e20',
text_color='#feab20',
pos=[-250, 70])
mathNodeB = graph.create_node('Module.MathModuleNode',
name='Math Functions B',
color='#0a1e20',
text_color='#feab20',
pos=[-250, -70])
mathNodeC = graph.create_node('Module.MathModuleNode',
name='Math Functions C',
color='#0a1e20',
text_color='#feab20',
pos=[0, 0])
# registered example nodes.
graph.register_nodes([
basic_nodes.BasicNodeA, basic_nodes.BasicNodeB,
custom_ports_node.CustomPortsNode, group_node.MyGroupNode,
widget_nodes.DropdownMenuNode, widget_nodes.TextInputNode,
widget_nodes.CheckboxNode
])
# show the node graph widget.
graph_widget = graph.widget
graph_widget.resize(1100, 800)
graph_widget.show()
# create node with custom text color and disable it.
n_basic_a = graph.create_node('nodes.basic.BasicNodeA',
text_color='#feab20')
n_basic_a.set_disabled(True)
# create node and set a custom icon.
n_basic_b = graph.create_node('nodes.basic.BasicNodeB', name='custom icon')
this_path = os.path.dirname(os.path.abspath(__file__))
icon = os.path.join(this_path, 'examples', 'star.png')
n_basic_b.set_icon(icon)
# create node with the custom port shapes.
n_custom_ports = graph.create_node('nodes.custom.ports.CustomPortsNode',
name='custom ports')
# create node with the embedded QLineEdit widget.
n_text_input = graph.create_node('nodes.widget.TextInputNode',
name='text node',