def Area(self):
r"""
Gets the Area :math:`A` of the PBEAML.
.. math:: A = \int \, A(x) dx
.. note:: a spline is fit to :math:`A(x)` and then integrated.
"""
Areas = []
for dim in self.dim:
Areas.append(_bar_areaL('PBEAML', self.Type, dim))
A = integrate_line(self.xxb, Areas)
return A
def Area(self):
r"""
Gets the Area :math:`A` of the PBEAML.
.. math:: A = \int \, A(x) dx
.. note:: a spline is fit to :math:`A(x)` and then integrated.
"""
Areas = []
for dim in self.dim:
Areas.append(_bar_areaL('PBEAML', self.Type, dim))
A = integrate_line(self.xxb, Areas)
return A
def Area(self):
r"""
Gets the Area :math:`A` of the PBEAML.
.. math:: A = \int \, A(x) dx
.. note:: a spline is fit to :math:`A(x)` and then integrated.
"""
areas = []
for dim in self.dim:
areas.append(_bar_areaL('PBEAML', self.Type, dim))
try:
A = integrate_line(self.xxb, areas)
except ValueError:
print('PBEAML integration error; pid=%s x/xb=%s areas=%s' % (self.pid, self.xxb, areas))
A = mean(areas)
return A
def MassPerLength(self):
r"""
Gets the mass per length :math:`\frac{m}{L}` of the PBEAML.
.. math:: \frac{m}{L} = A(x) \rho + nsm
.. math:: \frac{m}{L} = nsm L + \rho \int \, A(x) dx
"""
rho = self.Rho()
massPerLs = []
for (dim, nsm) in zip(self.dim, self.nsm):
a = _bar_areaL('PBEAML', self.Type, dim)
try:
massPerLs.append(a * rho + nsm)
except:
msg = "PBEAML a*rho+nsm a=%s rho=%s nsm=%s" % (a, rho, nsm)
raise RuntimeError(msg)
massPerL = integrate_positive_line(self.xxb, massPerLs)
return massPerL
def MassPerLength(self):
r"""
Gets the mass per length :math:`\frac{m}{L}` of the PBEAML.
.. math:: \frac{m}{L} = A(x) \rho + nsm
.. math:: \frac{m}{L} = nsm L + \rho \int \, A(x) dx
"""
rho = self.Rho()
massPerLs = []
for (dim, nsm) in zip(self.dim, self.nsm):
a = _bar_areaL('PBEAML', self.Type, dim)
try:
massPerLs.append(a * rho + nsm)
except:
msg = "PBEAML a*rho+nsm a=%s rho=%s nsm=%s" % (a, rho, nsm)
raise RuntimeError(msg)
massPerL = integrate_positive_line(self.xxb, massPerLs)
return massPerL
