Derive the channelized-routing fraction f_route_lake and lake network position from terrain — which contributing land area drains through each lake vs. directly to the gauge.
Requires newer flow-routing algorithms over the lake network, and plugs into MNiShed's lakes layer. Conceptually distinct from #19 (the general basin-element abstraction — code architecture); this is the data/algorithm side. Related to #19, not blocking it.
🤖 Generated with Claude Code
Derive the channelized-routing fraction
f_route_lakeand lake network position from terrain — which contributing land area drains through each lake vs. directly to the gauge.Requires newer flow-routing algorithms over the lake network, and plugs into MNiShed's lakes layer. Conceptually distinct from #19 (the general basin-element abstraction — code architecture); this is the data/algorithm side. Related to #19, not blocking it.
🤖 Generated with Claude Code