Bipartite Graph
Bipartite Graph
A two-column layout separating poems and sources with clear connection lines. This visualization makes the bipartite structure of the network explicit, with interactive node state management and dynamic connection highlighting. Perfect for analyzing the fundamental structure of poem-source relationships.
Explore Bipartite GraphPoem-source Matrix
Poem:Source Matrix
A comprehensive matrix showing all poem-source relationships in a grid format. Each cell represents a connection, with multiple sorting algorithms and detailed statistics about the network structure. Ideal for systematic analysis of the complete network and identifying patterns across the entire corpus.
Explore Connection MatrixPoem Similarity Matrix
Poem Similarity Matrix
Reveals relationships between poems based on shared source appearances using Jaccard similarity coefficients. Shows which poems have similar transmission patterns and source distributions. Features configurable display modes and threshold filtering to focus on the most significant relationships.
Explore Poem Similaritiessource Similarity Matrix
Source Similarity Matrix
Analyzes relationships between sources based on shared poem content to identify source families, scribal traditions, and collection patterns. This view helps reveal which sources contain similar selections of poems, suggesting common sources or related compilation strategies.
Explore Source FamiliesCircular Network
Circular Network
A radial network visualization with poems and sources arranged in concentric circles around a selected center node. Features dynamic center selection, connection highlighting, and color intensity based on connection counts. Excellent for exploring the network from the perspective of individual items.
Explore Circular NetworkForce-Directed Network
Force-Directed Network
A physics-based network using D3.js force simulation where nodes naturally cluster based on their connections. Features draggable nodes, adjustable physics parameters, and real-time connection highlighting. The simulation reveals emergent community structures and clustering patterns within the source-poem network.
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