def get_geomentry_table(self):
table = Table()
table.insert_row([
"", "Ribs", "Chord", "X", "Y", "%", "Arc", "Arc_diff", "AOA",
"Z-rotation", "Y-rotation", "profile-merge", "ballooning-merge"
])
shape = self.shape.get_half_shape()
for rib_no in range(self.shape.half_rib_num):
table[1 + rib_no, 1] = rib_no + 1
for rib_no, chord in enumerate(shape.chords):
table[1 + rib_no, 2] = chord
for rib_no, p in enumerate(self.shape.baseline):
table[1 + rib_no, 3] = p[0]
table[1 + rib_no, 4] = p[1]
table[1 + rib_no, 5] = self.shape.baseline_pos
last_angle = 0
for cell_no, angle in enumerate(self.get_arc_angles()):
angle = angle * 180 / math.pi
table[1 + cell_no, 6] = angle
table[1 + cell_no, 7] = angle - last_angle
last_angle = angle
for rib_no, aoa in enumerate(self.get_aoa()):
table[1 + rib_no, 8] = aoa * 180 / math.pi
table[1 + rib_no, 9] = 0
table[1 + rib_no, 10] = 0
return table
def add_column(cell_no):
cuts_this = cuts_per_cell[cell_no]
if not cuts_this:
return False
cut = cuts_this[0]
column = Table()
column[0, 0] = cut[2]
column.insert_row(cut[:2], cell_no + 1)
cuts_this.remove(cut)
for cell_no_temp in range(cell_no + 1, cell_num):
cut_next = find_next(cut, cell_no_temp)
if not cut_next:
break
column.insert_row(cut_next[:2], cell_no_temp)
cut = cut_next
cuts_table.append_right(column)
return column