def flatten_glider(glider, path):
# Temporary declarations:
allowance_general = 0.01
parts = []
drawing = dxf.drawing(path)
drawing.add_layer('MARKS')
drawing.add_layer('CUTS')
for cell in glider.cells:
left, right = flattened_cell(cell)
left_out = left.copy()
right_out = right.copy()
left_out.add_stuff(-allowance_general)
right_out.add_stuff(allowance_general)
right_out.data = right_out.data[::-1]
left_out += right_out
right.data = right.data[::-1]
left = left + right
left.layer = 'MARKS'
left_out.layer = 'CUTS'
parts.append([left, left_out])
startx = 0
for liste in parts:
startpoint = [startx + 0.1, 0]
group = DXFList()
for element in liste:
startx = max(startx,
startpoint[0] + max([x[0] for x in element.data]))
group.append(
dxf.polyline(points=(element.data + startpoint) * 1000,
layer=element.layer))
drawing.add(group)
drawing.save()
return True
def flatten_glider(glider, path):
# Temporary declarations:
allowance_general = 0.01
glider.recalc()
parts = []
drawing = dxf.drawing(path)
drawing.add_layer('MARKS')
drawing.add_layer('CUTS')
for cell in glider.cells:
left, right = flattened_cell(cell)
left_out = left.copy()
right_out = right.copy()
left_out.add_stuff(-allowance_general)
right_out.add_stuff(allowance_general)
right_out.data = right_out.data[::-1]
left_out += right_out
right.data = right.data[::-1]
left = left + right
left.layer = 'MARKS'
left_out.layer = 'CUTS'
parts.append([left, left_out])
startx = 0
for liste in parts:
startpoint = [startx+0.1, 0]
group = DXFList()
for element in liste:
startx = max(startx, startpoint[0]+max([x[0] for x in element.data]))
group.append(dxf.polyline(points=(element.data+startpoint)*1000, layer=element.layer))
drawing.add(group)
drawing.save()
return True
