Hi @chris, @JonathanNatanian and @CharlesCollin,
there are other variables related to buildings in “dynamic” output folder of envimet, wind speed in front of facade is one of them.
Here is the complete list:
Wall shading flag ()
Wall: Temperature Node 1/ outside (°C)
Wall: Temperature Node 2 (°C)
Wall: Temperature Node 3 (°C)
Wall: Temperature Node 4 (°C)
Wall: Temperature Node 5 (°C)
Wall: Temperature Node 6 (°C)
Wall: Temperature Node 7/ inside (°C)
Building: Sum Humidity Flux at facade (g/sm3)
Wall: Longwave radiation emitted by facade (W/m2)
Wall: Wind Speed in front of facade (m/s)
Wall: Air Temperature in front of facade (°C)
Wall: Shortwave radiation received at facade (W/m2)
Wall: Absorbed direct shortwave radiation (W/m2)
Wall: Incoming longwave radiation (W/m2)
Wall: Reflected shortwave radiation facade (W/m2)
Wall: Sensible Heat transmission coefficient outside (W/m2K)
Wall: Longwave Energy Balance (W/m2)
Building: Temperature of building (inside) (°C)
Building: Reflected shortwave radiation (W/m2)
Building: Longwave radiation emitted (W/m2)
Greening: Temperature Leafs (°C)
Greening: Air Temperature Canopy (°C)
Greening: Air Humidity Canopy (g/kg)
Greening: Longwave radiation emitted (two-side) (W/m2)
Greening: Wind Speed in front of greening (m/s)
Greening: Air Temperature in front of greening (°C)
Greening: Shortwave radiation received at greening (W/m2)
Greening: Incoming longwave radiation (two-side) (W/m2)
Greening: Reflected shortwave radiation (W/m2)
Greening: Transpiration Flux (g/sm3)
Greening: Stomata Resistance (s/m)
Greening: Water access factor ()
Substrate: Temperature Node 1/ outside (°C)
Substrate: Temperature Node 2 (°C)
Substrate: Temperature Node 3 (°C)
Substrate: Temperature Node 4 (°C)
Substrate: Temperature Node 5 (°C)
Substrate: Temperature Node 6 (°C)
Substrate: Temperature Node 7/ inside (°C)
Substrate: Surface humidity (g/kg)
Substrate: Humidity Flux at substrate (g/s*m3)
Substrate: Longwave radiation emitted by substrate (W/m2)
Substrate: Wind Speed in front of substrate (m/s)
Substrate: Air Temperature in front of substrate (°C)
Substrate: Shortwave radiation received at substrate (W/m2)
Substrate: Absorbed direct shortwave radiation (W/m2)
Substrate: Incoming longwave radiation (W/m2)
Substrate: Reflected shortwave radiation substrate (W/m2)
It is possible to read building outputs with GH but I need some time to set up well the component and code.
Here is a small test that I have done with wind speed of an output file (geometry model provided by Charles Collin):
It is possible to retrieve values and X,Y,Z of each building cell.
I hope these info can help you.
Regards,
Antonello.