Download the HAWC2 tool from here: https://www.hawc2.dk/download/pre-processing-tools
- Choose the 64bit command-line version 2.0 (
mann_turb_x64.zip)
The inputs to mann_turb_x64.exe are different than windsimu:
mann_turb_x64.exe inputs
Program : C:\Users\lcheung\Documents\2020\IEA_Task29\mann_turb\mann_turb_x64.exe
Prefix : test
Alfaeps : 1.0
L : 29.4
Gamma : 3.0
Seed : 1209
N_u : 64
N_v : 32
N_w : 32
delta_u : 2.0
delta_v : 5
delta_w : 5
HF comp : true
windsimu input file
3 3D field
3 3 components
512 N1
128 N2
128 N3
2560 L1 meters
640 L2
640 L3
basic type
0.04 alphaeps
35.38 L
4 Gamma
-5 seed
sim09_1 name1
sim09_2 name2
sim09_3 name3
Translating between the two
C:\Users\lcheung\Documents\2020\IEA_Task29\mann_turb>mann_turb_x64.exe test 0.04 35.38 4.0 -5 512 128 128 5.0 5.0 5.0 true
-----------------------------------------
Mann_turb_x64 turbulence generation 64bit
DTU Wind Energy, 2014
www.hawc2.dk
-----------------------------------------
Program : C:\Users\lcheung\Documents\2020\IEA_Task29\mann_turb\mann_turb_x64.exe
Prefix : sim09
Alfaeps : 0.04
L : 35.38
Gamma : 4.0
Seed : -5
N_u : 512
N_v : 128
N_w : 128
delta_u : 5.0
delta_v : 5.0
delta_w : 5.0
HF comp : true
Simulating turbulence ...
memsize100663296
Save turbulence boxes to disk
Finished- Compile NaluWindUtils with
HYPREon: InCMakeLists.txt, set
option(ENABLE_HYPRE "Enable HYPRE solver interface" on)$ ./boxturb -i boxturb.yaml
Nalu Turbulent File Processing Utility
Input file: boxturb.yaml
Begin loading WindSim turbulence data
Loading file: sim09_u.bin
Loading file: sim09_v.bin
Loading file: sim09_w.bin
PFMG: Iters = 22; Rel. res. norm = 6.32687e-09
Begin output in NetCDF format: turbulence.nc
NetCDF file written successfully: turbulence.nc