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FLOWCHART · HASSE DIAGRAM

Hasse Diagram Flowchart Examples

Hasse diagrams are powerful visualizations of partially ordered sets, used in mathematics, computer science, and logic to represent ordering relations without redundant edges. They make the structure of a partial order clear at a glance by showing only the covering relations, with elements drawn in layers according to their rank.

4 EXAMPLES· UPDATED 2026-06-20
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MATHEMATICS

Hasse Diagram of Divisors of 24

LOGIC

Hasse Diagram of Logical Implications Among Four Propositions

MATHEMATICS

Hasse Diagram of Power Set of {a,b,c}

MATHEMATICS

Subgroup Lattice of Z/12Z

ABOUT

About these examples.

Below you’ll find practical Hasse diagram examples for divisors, power sets, logical implications, and group lattices. Each example can be opened directly in the flowchart editor, where you can tweak it or use it as a starting point for your own diagram. Whether you’re a student studying discrete mathematics, a teacher preparing lecture notes, or a researcher illustrating a lattice, these examples will help you get started.

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HOW TO

Make one yourself.

  1. 1

    Define your partially ordered set

    List all elements and the ordering relation (e.g., divisibility, subset inclusion, implication).

  2. 2

    Identify covering relations

    For each element, find its immediate successors — elements that are directly greater and cannot be bypassed.

  3. 3

    Arrange elements in hierarchical layers

    Place minimal elements at the bottom and larger elements higher up, grouping by rank for clarity.

  4. 4

    Draw directed edges

    Connect each element to its covering successors with arrows (or plain lines if direction is implied by vertical position).

  5. 5

    Remove redundant edges and polish

    Ensure transitive edges are omitted. Adjust spacing, add labels, and apply styling to make the diagram publication‑ready.

FAQ

Frequently asked questions

What is a Hasse diagram?01
A Hasse diagram is a type of flowchart that represents a finite partially ordered set. It shows the elements as nodes and draws edges only for the covering relations, eliminating transitive edges to make the order structure visually compact.
How do I draw a Hasse diagram?02
First, list the elements and their ordering relation. Then, compute the covering relations (direct successors). Place elements in vertical layers by rank, and draw lines or arrows between each element and its covering successors. Finally, remove any edges that can be inferred by transitivity.
Can I create a Hasse diagram from a data set?03
Yes. After you define your set and the partial order (e.g., in a table or by a rule), you can use our flowchart editor to manually place nodes and edges. For large sets, it is best to programmatically compute the covering graph and then style it in the editor.
What are common uses of Hasse diagrams?04
They appear in discrete mathematics (divisor lattices, power sets), computer science (data dependencies, concept hierarchies), logic (implication graphs), and algebra (subgroup lattices). Anywhere a partial order with a finite number of elements needs to be visualized.
Does the flowchart maker support transitive reduction?05
The editor does not automatically remove transitive edges, but you can manually delete any unnecessary arrow. The intuitive layering and snap‑to‑grid features make it easy to keep the diagram clean and transitive‑reduced.
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