def start():
# ----- Initialization -----
og.create_window("OpenGraphiti : Data Visualization Engine", 0, 0)
og.create_entity("graph")
og.create_visualizer("network")
og.create_visualizer("logo")
og.create_visualizer("shell")
# ----- Console Callback ------
og.register_script("#console", 'network.shell.execute')
# ----- Load JSON dataset if defined -----
if len(sys.argv) == 3:
if sys.argv[2].endswith(".json"):
og.register_script('#started', 'load ' + sys.argv[2])
else:
print("Unrecognized format <'" + sys.argv[2] + "'> !")
# ----- Start -----
og.start()
def start():
# ----- Initialization -----
og.create_window("OpenGraphiti : Data Visualization Engine", 0, 0)
og.create_entity("graph")
og.create_visualizer("network")
og.create_visualizer("logo")
og.create_visualizer("shell")
# ----- Console Callback ------
og.register_script("#console", 'network.shell.execute')
# ----- Load JSON dataset if defined -----
if len(sys.argv) == 3:
if sys.argv[2].endswith(".json"):
og.register_script('#started', 'load ' + sys.argv[2])
else:
print("Unrecognized format <'" + sys.argv[2] + "'> !")
# ----- Start -----
og.start()
def start():
# ----- Initialization -----
og.create_window("OpenGraphiti : Data Visualization Engine", 1024, 728)
og.create_entity("graph")
og.create_visualizer("space")
#og.create_visualizer("network")
og.create_visualizer("globe")
og.create_visualizer("world")
# TODO: og.create_visualizer("timeline")
og.create_visualizer("timeseries")
og.create_visualizer("heightmap")
og.create_visualizer("shell")
og.create_visualizer("logo")
# ----- Console Callbacks ------
og.register_script('#idle', 'dashboard.on_idle()')
global job_id
job_id = og.add_job("#idle", 1.0)
og.register_script('#tick', 'dashboard.on_tick()')
og.add_job("#tick", 0.5)
t = threading.Thread(target=thread_zmq, args=())
t.daemon = True
t.start()
og.register_script('#started', 'dashboard.on_started()')
# -----
og.start()
def start():
# ----- Initialization -----
og.create_window("OpenGraphiti : Data Visualization Engine", 1024, 728)
og.create_entity("graph")
#og.create_visualizer("space")
og.create_visualizer("network")
og.create_visualizer("globe")
og.create_visualizer("world")
# TODO: og.create_visualizer("timeline")
og.create_visualizer("timeseries")
og.create_visualizer("shell")
og.create_visualizer("logo")
# ----- Console Callback ------
og.register_script("#console", 'dashboard.shell.execute')
# ----- Start -----
if len(sys.argv) == 3:
if sys.argv[2].endswith(".json"):
og.register_script('#started', 'load ' + sys.argv[2])
else:
print("Unrecognized format <'" + sys.argv[2] + "'> !")
og.start()
def start():
if len(sys.argv) == 3:
if sys.argv[2].endswith(".json"):
graphiti.register_script('#started', 'std.load_json("' + sys.argv[2] + '")')
else:
print("Unrecognized format <'" + sys.argv[2] + "'> !")
# graphiti.register_script("#started", "world.on_started()")
graphiti.create_window("OpenGraphiti : Data Visualization Engine", 0, 0)
graphiti.create_entity("graph")
graphiti.create_visualizer("world")
graphiti.start()
def start():
if len(sys.argv) == 3:
if sys.argv[2].endswith(".json"):
graphiti.register_script('#started',
'std.load_json("' + sys.argv[2] + '")')
else:
print("Unrecognized format <'" + sys.argv[2] + "'> !")
# graphiti.register_script("#started", "world.on_started()")
graphiti.create_window("OpenGraphiti : Data Visualization Engine", 0, 0)
graphiti.create_entity("graph")
graphiti.create_visualizer("world")
graphiti.start()
def start():
leap_context["state"] = "start"
listener = LeapListener()
controller = Leap.Controller()
controller.add_listener(listener)
graphiti.register_script("#started", "leap.on_started()")
graphiti.register_script('#idle', 'leap.on_idle()')
graphiti.add_job("#idle", delta)
graphiti.create_window("OpenGraphiti : Data Visualization Engine", 0, 0)
graphiti.create_entity("graph")
graphiti.create_visualizer("space")
graphiti.start()
controller.remove_listener(listener)
def start():
leap_context["state"] = "start"
listener = LeapListener()
controller = Leap.Controller()
controller.add_listener(listener)
graphiti.register_script("#started", "leap.on_started()")
graphiti.register_script('#idle', 'leap.on_idle()')
graphiti.add_job("#idle", delta);
graphiti.create_window("OpenGraphiti : Data Visualization Engine", 0, 0)
graphiti.create_entity("graph")
graphiti.create_visualizer("space")
graphiti.start()
controller.remove_listener(listener)
def start():
global ctx
og.create_window("OpenGraphiti : Data Visualization Engine", 0, 0)
ctx['g1'] = og.create_entity("graph")
views["space"] = og.create_visualizer("space")
ctx['g2'] = og.create_entity("graph")
views["world"] = og.create_visualizer("world")
#ts = og.create_entity("time_series", { "size" : 1000 })
#views['line_chart'] = og.create_visualizer("stream")
og.register_script('#started', 'dashboard.on_started()')
og.register_script("test", "print('yes')")
og.start()
def start():
global ctx
og.create_window("OpenGraphiti : Data Visualization Engine", 0, 0)
ctx['g1'] = og.create_entity("graph")
views["space"] = og.create_visualizer("space")
ctx['g2'] = og.create_entity("graph")
views["world"] = og.create_visualizer("world")
#ts = og.create_entity("time_series", { "size" : 1000 })
#views['line_chart'] = og.create_visualizer("stream")
og.register_script('#started', 'dashboard.on_started()')
og.register_script("test", "print('yes')")
og.start()
def start():
Scripts = [
[
"Edition",
[
["Info", "std.info()"],
["Save", "std.save_json(raw_input('Output filename : '))"],
["-", "pass"],
]
],
]
unreg_command = ""
for script in Scripts:
for s in script[1]:
unreg_command += 'graphiti.unregister_script("' + s[0] + '")\n'
for script in Scripts:
reg_command = ""
for s in script[1]:
reg_command += 'graphiti.register_script("' + s[0] + '", "' + s[
1] + '")\n'
graphiti.register_script(script[0], unreg_command + "\n" + reg_command)
graphiti.register_script("==========", "pass")
if len(sys.argv) == 3:
if sys.argv[2].endswith(".json"):
graphiti.register_script('#started',
'std.load_json("' + sys.argv[2] + '")')
else:
print("Unrecognized format <'" + sys.argv[2] + "'> !")
# graphiti.register_script("#started", "world.on_started()")
graphiti.create_window("OpenGraphiti : Data Visualization Engine", 0, 0)
graphiti.create_entity("graph")
graphiti.create_visualizer("world")
graphiti.start()
def start():
Scripts = [
["Edition", [
["Info", "std.info()"],
["Save", "std.save_json(raw_input('Output filename : '))"],
["-", "pass"],
["Clear Graph", "demo.clear_graph()"],
["Clear Colors", "demo.clear_colors()"],
["Clear Icons", "demo.clear_icons()"],
["Clear LOD", "demo.set_lod(1.0)"],
["Zero LOD", "demo.set_lod(0.0)"],
["Node Type", "demo.color_nodes_by_type()"],
["Edge Type", "demo.color_edges_by_type()"],
["Country Icons", "demo.countries_to_icons()"],
["Color Attribute", "demo.color_nodes_by_nominal_attribute(raw_input('Attribute : '))"],
["Depth to LOD", "demo.attribute_to_lod('depth', lambda a: a)"],
["Search by Node Attribute", "demo.search_by_attribute(True, False)"],
["Search by Link Attribute", "demo.search_by_attribute(False, True)"],
]],
["Colors", [
["Dim Nodes", "demo.multiply_colors([0.7, 0.7, 0.7, 1.0], True, False)"],
["Dim Edges", "demo.multiply_colors([0.7, 0.7, 0.7, 1.0], False, True)"],
["Brighten Nodes", "demo.multiply_colors([1.3, 1.3, 1.3, 1.0], True, False)"],
["Brighten Edges", "demo.multiply_colors([1.3, 1.3, 1.3, 1.0], False, True)"],
["Dim Nodes Alpha", "demo.multiply_colors([1.0, 1.0, 1.0, 0.7], True, False)"],
["Dim Edges Alpha", "demo.multiply_colors([1.0, 1.0, 1.0, 0.7], False, True)"],
["Brighten Nodes Alpha", "demo.multiply_colors([1.0, 1.0, 1.0, 1.3], True, False)"],
["Brighten Edges Alpha", "demo.multiply_colors([1.0, 1.0, 1.0, 1.3], False, True)"],
]],
["Arrangement", [
["Lock / Unlock", "demo.lock_unlock()"],
["Point Layout", "demo.sphere_layout(0)"],
["Sphere Layout", "demo.sphere_layout(20)"],
["Cube Layout", "demo.cube_layout()"],
["Conic Layout", "demo.conic_layout()"],
["Seed Circle Layout", "demo.seed_circle_layout()"],
["Globe Layout", "demo.globe_layout()"],
]],
["Topology", [
["Neighbors", "demo.color_neighbors()"],
["Connected Components", "demo.show_connected_components()"],
["Edge Directions", "demo.show_edge_direction()"],
["High Degrees", "demo.show_high_degrees()"],
["Low Degrees", "demo.show_low_degrees()"],
["Node Connections", "demo.color_by_node_degree()"],
["Detect SPN", "demo.detect_spn()"]
]],
["Animation", [
["Start", "graphiti.set_attribute('graphiti:space:animation', 'bool', 'True')"],
["Stop", "graphiti.set_attribute('graphiti:space:animation', 'bool', 'False')"]
]],
["Security", [
["Umbrella Score", "demo.color_nodes_by_score()"],
["Infected Score", "demo.color_nodes_by_infected()"],
["DGA Score", "demo.color_nodes_by_dga_score()"],
]],
["Test / Debug", [
["Add Random Graph", "demo.add_random_graph()"],
["Add Neighbor", "demo.add_neighbor()"],
["Randomize Node Activity", "demo.randomize_node_activity()"],
["Randomize Node Icons", "demo.randomize_node_icons()"],
["Randomize Node Size", "demo.randomize_node_size()"],
["Randomize Edge Activity", "demo.randomize_edge_activity()"],
["Randomize Edge Icons", "demo.randomize_edge_icons()"],
["Randomize Edge Width", "demo.randomize_edge_width()"],
["Randomize Timeline", "demo.randomize_timeline()"],
["Randomize LOD", "demo.randomize_lod()"],
["Debug On/Off", "demo.show_debug()"]
]]
]
unreg_command = ""
for script in Scripts:
for s in script[1]:
unreg_command += 'graphiti.unregister_script("' + s[0] + '")\n'
for script in Scripts:
reg_command = ""
for s in script[1]:
reg_command += 'graphiti.register_script("' + s[0] + '", "' + s[1] + '")\n'
graphiti.register_script(script[0], unreg_command + "\n" + reg_command)
graphiti.register_script("==========", "pass")
if len(sys.argv) == 3:
if sys.argv[2].endswith(".json"):
graphiti.register_script('#started', 'std.load_json("' + sys.argv[2] + '")')
else:
print("Unrecognized format <'" + sys.argv[2] + "'> !")
graphiti.create_window("OpenGraphiti : Data Visualization Engine", 0, 0)
graphiti.create_entity("graph")
graphiti.create_visualizer("space")
graphiti.start()
def start():
Scripts = [
[
"Edition",
[
["Info", "std.info()"],
["Color Diff", 'diff.color_diff()'],
["-", "pass"],
["Clear Graph", "demo.clear_graph()"],
["Clear Colors", "demo.clear_colors()"],
["Clear Icons", "demo.clear_icons()"],
["Clear LOD", "demo.clear_lod()"],
["Node Type", "demo.color_nodes_by_type()"],
["Edge Type", "demo.color_edges_by_type()"],
["Country Icons", "demo.countries_to_icons()"],
[
"Depth to LOD",
"demo.attribute_to_lod('depth', lambda a: a)"
],
[
"Search by Node Attribute",
"diff.search_by_attribute(True, False)"
],
[
"Search by Edge Attribute",
"diff.search_by_attribute(False, True)"
],
]
],
[
"Colors",
[
[
"Dim Nodes",
"demo.multiply_colors([0.7, 0.7, 0.7, 1.0], True, False)"
],
[
"Dim Edges",
"demo.multiply_colors([0.7, 0.7, 0.7, 1.0], False, True)"
],
[
"Brighten Nodes",
"demo.multiply_colors([1.3, 1.3, 1.3, 1.0], True, False)"
],
[
"Brighten Edges",
"demo.multiply_colors([1.3, 1.3, 1.3, 1.0], False, True)"
],
[
"Dim Nodes Alpha",
"demo.multiply_colors([1.0, 1.0, 1.0, 0.7], True, False)"
],
[
"Dim Edges Alpha",
"demo.multiply_colors([1.0, 1.0, 1.0, 0.7], False, True)"
],
[
"Brighten Nodes Alpha",
"demo.multiply_colors([1.0, 1.0, 1.0, 1.3], True, False)"
],
[
"Brighten Edges Alpha",
"demo.multiply_colors([1.0, 1.0, 1.0, 1.3], False, True)"
],
]
],
[
"Arrangement",
[
["Lock / Unlock", "demo.lock_unlock()"],
["Point Layout", "demo.sphere_layout(0)"],
["Sphere Layout", "demo.sphere_layout(20)"],
["Cube Layout", "demo.cube_layout()"],
["Conic Layout", "demo.conic_layout()"],
["Depth Circle Layout", "demo.depth_circle_layout()"],
["Globe Layout", "demo.globe_layout()"],
]
],
[
"Topology",
[["Neighbors", "demo.color_neighbors()"],
["Connected Components", "demo.show_connected_components()"],
["High Degrees", "demo.show_high_degrees()"],
["Low Degrees", "demo.show_low_degrees()"],
["Node Connections", "demo.color_by_node_degree()"],
["Detect SPN", "demo.detect_spn()"]]
],
[
"Animation",
[[
"Start",
"graphiti.set_attribute('graphiti:space:animation', 'bool', 'True')"
],
[
"Stop",
"graphiti.set_attribute('graphiti:space:animation', 'bool', 'False')"
]]
]
]
unreg_command = ""
for script in Scripts:
for s in script[1]:
unreg_command += 'graphiti.unregister_script("' + s[0] + '")\n'
for script in Scripts:
reg_command = ""
for s in script[1]:
reg_command += 'graphiti.register_script("' + s[0] + '", "' + s[
1] + '")\n'
graphiti.register_script(script[0], unreg_command + "\n" + reg_command)
graphiti.register_script("==========", "pass")
if len(sys.argv) == 3:
if sys.argv[2].endswith(".json"):
graphiti.register_script(
'#started',
'std.load_json("' + sys.argv[2] + '"); diff.color_diff()')
else:
print("Unrecognized format <'" + sys.argv[2] + "'> !")
graphiti.create_window("OpenGraphiti : Data Visualization Engine", 0, 0)
graphiti.create_entity("graph")
graphiti.create_visualizer("space")
graphiti.start()
def start():
Scripts = [
["Edition", [
["Info", "std.info()"],
["Color Diff", 'diff.color_diff()'],
["-", "pass"],
["Clear Graph", "demo.clear_graph()"],
["Clear Colors", "demo.clear_colors()"],
["Clear Icons", "demo.clear_icons()"],
["Clear LOD", "demo.clear_lod()"],
["Node Type", "demo.color_nodes_by_type()"],
["Edge Type", "demo.color_edges_by_type()"],
["Country Icons", "demo.countries_to_icons()"],
["Depth to LOD", "demo.attribute_to_lod('depth', lambda a: a)"],
["Search by Node Attribute", "diff.search_by_attribute(True, False)"],
["Search by Edge Attribute", "diff.search_by_attribute(False, True)"],
]],
["Colors", [
["Dim Nodes", "demo.multiply_colors([0.7, 0.7, 0.7, 1.0], True, False)"],
["Dim Edges", "demo.multiply_colors([0.7, 0.7, 0.7, 1.0], False, True)"],
["Brighten Nodes", "demo.multiply_colors([1.3, 1.3, 1.3, 1.0], True, False)"],
["Brighten Edges", "demo.multiply_colors([1.3, 1.3, 1.3, 1.0], False, True)"],
["Dim Nodes Alpha", "demo.multiply_colors([1.0, 1.0, 1.0, 0.7], True, False)"],
["Dim Edges Alpha", "demo.multiply_colors([1.0, 1.0, 1.0, 0.7], False, True)"],
["Brighten Nodes Alpha", "demo.multiply_colors([1.0, 1.0, 1.0, 1.3], True, False)"],
["Brighten Edges Alpha", "demo.multiply_colors([1.0, 1.0, 1.0, 1.3], False, True)"],
]],
["Arrangement", [
["Lock / Unlock", "demo.lock_unlock()"],
["Point Layout", "demo.sphere_layout(0)"],
["Sphere Layout", "demo.sphere_layout(20)"],
["Cube Layout", "demo.cube_layout()"],
["Conic Layout", "demo.conic_layout()"],
["Depth Circle Layout", "demo.depth_circle_layout()"],
["Globe Layout", "demo.globe_layout()"],
]],
["Topology", [
["Neighbors", "demo.color_neighbors()"],
["Connected Components", "demo.show_connected_components()"],
["High Degrees", "demo.show_high_degrees()"],
["Low Degrees", "demo.show_low_degrees()"],
["Node Connections", "demo.color_by_node_degree()"],
["Detect SPN", "demo.detect_spn()"]
]],
["Animation", [
["Start", "graphiti.set_attribute('graphiti:space:animation', 'bool', 'True')"],
["Stop", "graphiti.set_attribute('graphiti:space:animation', 'bool', 'False')"]
]]
]
unreg_command = ""
for script in Scripts:
for s in script[1]:
unreg_command += 'graphiti.unregister_script("' + s[0] + '")\n'
for script in Scripts:
reg_command = ""
for s in script[1]:
reg_command += 'graphiti.register_script("' + s[0] + '", "' + s[1] + '")\n'
graphiti.register_script(script[0], unreg_command + "\n" + reg_command)
graphiti.register_script("==========", "pass")
if len(sys.argv) == 3:
if sys.argv[2].endswith(".json"):
graphiti.register_script('#started', 'std.load_json("' + sys.argv[2] + '"); diff.color_diff()')
else:
print("Unrecognized format <'" + sys.argv[2] + "'> !")
graphiti.create_window("OpenGraphiti : Data Visualization Engine", 0, 0)
graphiti.create_entity("graph")
graphiti.create_visualizer("space")
graphiti.start()