def set_airfoils(self):
table = Table()
for airfoil in self.glider2d.profiles:
x = [p[0] for p in airfoil]
y = [p[1] for p in airfoil]
x.insert(0, airfoil.name)
y.insert(0, "")
table.add_columns(x, y)
self.sheets["Airfoils"] = table
def set_balloonings(self):
table = Table()
for ballooning in self.glider2d.balloonings:
upper = ballooning.controlpoints[0]
lower = ballooning.controlpoints[1]
x = [p[0] for p in upper + lower]
y = [p[1] for p in upper + lower]
x.insert(0, ballooning.name or "ballooning")
y.insert(0, "")
table.add_columns(x, y)
self.sheets["Balloonings"] = table
def set_parametric(self):
table = Table()
table.add_columns(
*self._transpose_columns(self.glider2d.arc.curve, "Arc"))
table.add_columns(
*self._transpose_columns(self.glider2d.shape.front_curve, "Front"))
table.add_columns(
*self._transpose_columns(self.glider2d.shape.back_curve, "Back"))
table.add_columns(*self._transpose_columns(
self.glider2d.shape.rib_distribution, "Dist"))
table.add_columns(*self._transpose_columns(self.glider2d.aoa, "AOA"))
table.add_columns(*self._transpose_columns(
self.glider2d.profile_merge_curve, "Profile_merge"))
table.add_columns(*self._transpose_columns(
self.glider2d.ballooning_merge_curve, "Ballooning_merge"))
self.sheets["Parametric"] = table