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algorithms

GraphHopper paths are edges, not nodes

3 minute read

Published:

GraphHopper makes a deliberate design choice: paths are represented by edges, not nodes. This matters for correctness (turn restrictions/costs), fidelity (multiple parallel edges between the same nodes), and efficiency (edge properties drive routing).

android

appimage

build

cursor

desktop

edge-based

GraphHopper paths are edges, not nodes

3 minute read

Published:

GraphHopper makes a deliberate design choice: paths are represented by edges, not nodes. This matters for correctness (turn restrictions/costs), fidelity (multiple parallel edges between the same nodes), and efficiency (edge properties drive routing).

flutter

gradle

graphhopper

GraphHopper paths are edges, not nodes

3 minute read

Published:

GraphHopper makes a deliberate design choice: paths are represented by edges, not nodes. This matters for correctness (turn restrictions/costs), fidelity (multiple parallel edges between the same nodes), and efficiency (edge properties drive routing).

graphs

GraphHopper paths are edges, not nodes

3 minute read

Published:

GraphHopper makes a deliberate design choice: paths are represented by edges, not nodes. This matters for correctness (turn restrictions/costs), fidelity (multiple parallel edges between the same nodes), and efficiency (edge properties drive routing).

java

GraphHopper paths are edges, not nodes

3 minute read

Published:

GraphHopper makes a deliberate design choice: paths are represented by edges, not nodes. This matters for correctness (turn restrictions/costs), fidelity (multiple parallel edges between the same nodes), and efficiency (edge properties drive routing).

kotlin

linux

GraphHopper paths are edges, not nodes

3 minute read

Published:

GraphHopper makes a deliberate design choice: paths are represented by edges, not nodes. This matters for correctness (turn restrictions/costs), fidelity (multiple parallel edges between the same nodes), and efficiency (edge properties drive routing).

pub-cache

routing

GraphHopper paths are edges, not nodes

3 minute read

Published:

GraphHopper makes a deliberate design choice: paths are represented by edges, not nodes. This matters for correctness (turn restrictions/costs), fidelity (multiple parallel edges between the same nodes), and efficiency (edge properties drive routing).