def test_Dynamics():
k = 0.08
freq = 1.6
chord = 0.15
dyn = Parameters.Dynamics(k, freq, 0.075, 70, chord, 1000, 1, 1.225)
assert dyn.velocity_inf == freq * chord / k
assert np.allclose(dyn.theta[250], -dyn.theta0)
assert np.allclose(dyn.theta[1000], 0)
def test_genCFile(tmp_path):
dyn = Parameters.Dynamics()
geo = Parameters.Geometry()
d = tmp_path / "sub"
d.mkdir()
#p = d / "hello.txt"
#p.write_text("Stuff in txt file")
folder_path = Parameters.FilePath(str(d))
UDF = CFile_Generation.genCFile(folder_path, geo, dyn)
def test_processWallshear():
folder_path = os.path.dirname(os.path.abspath(__file__))
k = 0.12
freq = 1.6
chord = 0.15
time_step = 1130
vortex_xC = 0.053220586717218 #vortex_xC is the x position relative to the chord length that the vortex is being shed
dyn = Parameters.Dynamics(k, freq, 0.075, 70, chord, 1000, 2, 1.225)
output = processWallshear.wallshearData(folder_path + r"\Assets", dyn)
assert output[0] == time_step
assert np.allclose(output[1], vortex_xC)
import sys
from RigidFoilSimer import Parameters
from RigidFoilSimer import RigidFoilSimer
## Reading in input form
FilePaths = Parameters.FilePath("C:/Users/vicki/Desktop", "githubVersion")
FoilGeo = Parameters.Geometry()
FoilDyn = Parameters.Dynamics()
RigidFoilSimer.main(FilePaths, FoilGeo, FoilDyn)