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Promote time-varying layout to full example
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| Original file line number | Diff line number | Diff line change |
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| @@ -0,0 +1,207 @@ | ||
| #!/usr/bin/env python3 | ||
| """Examples of logging graph data to Rerun and performing force-based layouts.""" | ||
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| from __future__ import annotations | ||
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| import argparse | ||
| import random | ||
| import itertools | ||
| import numpy as np | ||
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| import rerun as rr | ||
| import rerun.blueprint as rrb | ||
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| from rerun.blueprint.archetypes.force_collision_radius import ForceCollisionRadius | ||
| from rerun.blueprint.archetypes.force_link import ForceLink | ||
| from rerun.blueprint.archetypes.force_many_body import ForceManyBody | ||
| from rerun.components.color import Color | ||
| from rerun.components.radius import Radius | ||
| from rerun.components.show_labels import ShowLabels | ||
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| color_scheme = [ | ||
| Color([228, 26, 28]), # Red | ||
| Color([55, 126, 184]), # Blue | ||
| Color([77, 175, 74]), # Green | ||
| Color([152, 78, 163]), # Purple | ||
| Color([255, 127, 0]), # Orange | ||
| Color([255, 255, 51]), # Yellow | ||
| Color([166, 86, 40]), # Brown | ||
| Color([247, 129, 191]), # Pink | ||
| Color([153, 153, 153]), # Gray | ||
| ] | ||
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| DESCRIPTION = """ | ||
| # Graphs | ||
| This example shows various graph visualizations that you can create using Rerun. | ||
| In this example, the node positions—and therefore the graph layout—are computed by Rerun internally using a force-based layout algorithm. | ||
| You can modify how these graphs look by changing the parameters of the force-based layout algorithm in the selection panel. | ||
| The full source code for this example is available | ||
| [on GitHub](https://github.com/rerun-io/rerun/blob/latest/examples/python/graphs?speculative-link). | ||
| """.strip() | ||
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| # We want reproducible results | ||
| random.seed(42) | ||
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| def log_lattice(num_nodes) -> None: | ||
| coordinates = itertools.product(range(num_nodes), range(num_nodes)) | ||
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| nodes, colors = zip(*[ | ||
| ( | ||
| str(i), | ||
| rr.components.Color([round((x / (num_nodes - 1)) * 255), round((y / (num_nodes - 1)) * 255), 0]), | ||
| ) | ||
| for i, (x, y) in enumerate(coordinates) | ||
| ]) | ||
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| rr.log( | ||
| "lattice", | ||
| rr.GraphNodes( | ||
| nodes, | ||
| colors=colors, | ||
| labels=[f"({x}, {y})" for x, y in itertools.product(range(num_nodes), range(num_nodes))], | ||
| ), | ||
| static=True, | ||
| ) | ||
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| edges = [] | ||
| for x, y in itertools.product(range(num_nodes), range(num_nodes)): | ||
| if y > 0: | ||
| source = (y - 1) * num_nodes + x | ||
| target = y * num_nodes + x | ||
| edges.append((str(source), str(target))) | ||
| if x > 0: | ||
| source = y * num_nodes + (x - 1) | ||
| target = y * num_nodes + x | ||
| edges.append((str(source), str(target))) | ||
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| rr.log("/lattice", rr.GraphEdges(edges, graph_type="directed"), static=True) | ||
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| def log_trees() -> None: | ||
| nodes = ["root"] | ||
| radii = [42] | ||
| colors = [Color([81, 81, 81])] | ||
| edges = [] | ||
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| # Randomly add nodes and edges to the graph | ||
| for i in range(50): | ||
| existing = random.choice(nodes) | ||
| new_node = str(i) | ||
| nodes.append(new_node) | ||
| radii.append(random.randint(10, 50)) | ||
| colors.append(random.choice(color_scheme)) | ||
| edges.append((existing, new_node)) | ||
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| rr.set_time_sequence("frame", i) | ||
| rr.log( | ||
| "node_link", | ||
| rr.GraphNodes(nodes, labels=nodes, radii=radii, colors=colors), | ||
| rr.GraphEdges(edges, graph_type=rr.GraphType.Directed), | ||
| ) | ||
| rr.log( | ||
| "bubble_chart", | ||
| rr.GraphNodes(nodes, labels=nodes, radii=radii, colors=colors), | ||
| ) | ||
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| def log_markov_chain() -> None: | ||
| transition_matrix = np.array([ | ||
| [0.8, 0.1, 0.1], # Transitions from sunny | ||
| [0.3, 0.4, 0.3], # Transitions from rainy | ||
| [0.2, 0.3, 0.5], # Transitions from cloudy | ||
| ]) | ||
| state_names = ["sunny", "rainy", "cloudy"] | ||
| # For this example, we use hardcoded positions. | ||
| positions = [[0, 0], [150, 150], [300, 0]] | ||
| inactive_color = Color([153, 153, 153]) # Gray | ||
| active_colors = [ | ||
| Color([255, 127, 0]), # Orange | ||
| Color([55, 126, 184]), # Blue | ||
| Color([152, 78, 163]), # Purple | ||
| ] | ||
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| edges = [(state_names[i], state_names[j]) for i in range(len(state_names)) for j in range(len(state_names)) if transition_matrix[i][j] > 0] | ||
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| # We start in state "sunny" | ||
| state = "sunny" | ||
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| for i in range(50): | ||
| current_state_index = state_names.index(state) | ||
| next_state_index = np.random.choice( | ||
| range(len(state_names)), p=transition_matrix[current_state_index] | ||
| ) | ||
| state = state_names[next_state_index] | ||
| colors = [inactive_color] * len(state_names) | ||
| colors[next_state_index] = active_colors[next_state_index] | ||
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| print(colors) | ||
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| rr.set_time_sequence("frame", i) | ||
| rr.log( | ||
| "markov_chain", | ||
| rr.GraphNodes(state_names, labels=state_names, colors=colors, positions=positions), | ||
| rr.GraphEdges(edges, graph_type="directed") | ||
| ) | ||
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| def log_blueprint() -> None: | ||
| rr.send_blueprint( | ||
| rrb.Blueprint( | ||
| rrb.Grid( | ||
| rrb.GraphView( | ||
| origin="node_link", | ||
| name="Node-link diagram", | ||
| force_link=ForceLink(distance=60), | ||
| force_many_body=ForceManyBody(strength=-60), | ||
| ), | ||
| rrb.GraphView( | ||
| origin="bubble_chart", | ||
| name="Bubble chart", | ||
| force_link=ForceLink(enabled=False), | ||
| force_many_body=ForceManyBody(enabled=False), | ||
| force_collision_radius=ForceCollisionRadius(enabled=True), | ||
| defaults=[ShowLabels(False)], | ||
| ), | ||
| rrb.GraphView( | ||
| origin="lattice", | ||
| name="Lattice", | ||
| force_link=ForceLink(distance=60), | ||
| force_many_body=ForceManyBody(strength=-60), | ||
| defaults=[ShowLabels(False), Radius(10)], | ||
| ), | ||
| rrb.Horizontal( | ||
| rrb.GraphView( | ||
| origin="markov_chain", | ||
| name="Markov Chain", | ||
| force_link=ForceLink(distance=120), | ||
| force_many_body=ForceManyBody(strength=-120), | ||
| ), | ||
| rrb.TextDocumentView(origin="description", name="Description"), | ||
| ) | ||
| ) | ||
| ) | ||
| ) | ||
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| def main() -> None: | ||
| parser = argparse.ArgumentParser(description="Logs various graphs using the Rerun SDK.") | ||
| rr.script_add_args(parser) | ||
| args = parser.parse_args() | ||
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| rr.script_setup(args, "rerun_example_graphs") | ||
| rr.log("description", rr.TextDocument(DESCRIPTION, media_type=rr.MediaType.MARKDOWN), static=True) | ||
| log_trees() | ||
| log_lattice(10) | ||
| log_markov_chain() | ||
| log_blueprint() | ||
| rr.script_teardown(args) | ||
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| if __name__ == "__main__": | ||
| main() |
4 changes: 2 additions & 2 deletions
4
examples/python/graph_lattice/pyproject.toml → examples/python/graphs/pyproject.toml
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