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PolskiRooftop Apiary Logistics: Access, Lifting and Microclimate Management (2D)
2D side-view rooftop apiary lab: adjust wind speed, roof surface heat and a davit hoist winch to watch parapet turbulence, rising heat haze and hive-front temperature respond in real time.
This 2D companion drives the same wind-wake, heat-haze and hoist formulas as the 3D rooftop scene through a plain side-view canvas: streaming wind particles show the turbulent wake bending around the parapet and an optional windbreak baffle, rising heat-haze particles track a hot roof membrane, and a davit crane hoists a loaded pallet from street level up to the landing zone beside the hive stack — with the same turbulence-risk and hive-front-temperature readouts as the original.
2D side-view rooftop apiary lab: wind, roof heat and a davit hoist drive turbulence, heat-haze and hive-front temperature in real time, using the same formulas as the 3D scene.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install
Wind accelerates as it passes over a parapet edge, producing a turbulent wake on the roof deck that a ground-level garden apiary never experiences.
A slatted baffle screen shortens the reach of the turbulent wake, cutting the modelled turbulence risk to 40% of its unshielded value.
A loaded hive box is too wide and heavy for many stairwells, so rooftop sites often use a davit-arm hoist to lift equipment straight from street level to the roof.