def __init__(self, chord, thickness):
Foil.__init__(self,chord, thickness)
self.linterp, self.uinterp, x0, x1 = ARADFoil.load_interpolator()
self.xl = np.linspace(x0, x1, 60)
self.xu = np.linspace(x0, x1, 60)
t_pts = np.ones(60)*thickness
#print t_pts
self.yl = self.linterp(np.transpose([t_pts, self.xl]))
self.yu = self.uinterp(np.transpose([t_pts, self.xu]))
#print self.xl, self.yl
#print self.xu, self.yu
#print x0, x1
self.init_te = (self.yu[-1] - self.yl[-1])
def __init__(self, chord, thickness):
Foil.__init__(self,chord, thickness)
if (self.thickness <= 0.06):
self.xl, self.yl, self.xu, self.yu = self.load_selig('foils/ara_d_6.dat')
self.yu *= self.thickness / 0.06
self.yl *= self.thickness / 0.06
elif (self.thickness <= 0.10):
self.xl, self.yl, self.xu, self.yu = self.load_selig('foils/ara_d_10.dat')
self.yu *= self.thickness / 0.1
self.yl *= self.thickness / 0.1
elif (self.thickness <= 0.13):
self.xl, self.yl, self.xu, self.yu = self.load_selig('foils/ara_d_13.dat')
self.yu *= self.thickness / 0.13
self.yl *= self.thickness / 0.13
else:
self.xl, self.yl, self.xu, self.yu= self.load_selig('foils/ara_d_20.dat')
self.yu *= self.thickness / 0.2
self.yl *= self.thickness / 0.2
self.init_te = (self.yu[-1] - self.yl[-1])
def __init__(self, chord):
Foil.__init__(self,chord, chord*0.06)
