Actually I am trying to convert my nodes to python script,I am kind of struck here.
here is how my current script looks like.
final_points=projected_unique_points_base
final_curves=new_final_curve
#------------------------------------------------------
bounding_box_curve=[]
for i in final_curves:
bounding_box_curve.append(BoundingBox.ByGeometry(i))
for i in bounding_box_curve:
for j in final_points:
result.append(BoundingBox.Contains(i,j))
This code gives a flattened list instead of maintaining a list structure,I wanted to ask python to create a new sublist everytime all i are
#-----------------------------------------------------
final_points=projected_unique_points_base
final_curves=new_final_curve
#------------------------------------------------------
bounding_box_curve=[]
result=[]
for i in final_curves:
bounding_box_curve=BoundingBox.ByGeometry(i)
for j in final_points:
result.append(BoundingBox.Contains(bounding_box_curve,j))
OUT = result
Didn’t work though.!
here is what it returns vs what I wanted.
result=[]
for i in final_curves:
bounding_box_curve=BoundingBox.ByGeometry(i)
curves=[]
for j in final_points:
curves.append(BoundingBox.Contains(bounding_box_curve,j))
result.append(curves)
OUT = result
It looks like it’s just a list structure issue? In which case I think you need another list to append to.
It would look something like this:
primary_list = []
for a in b:
secondary_list = []
for c in d:
secondary_list.append(your_output_here)
primary_list.append(secondary_list)
out = primary_list
This gives a correct list structure but, the count of each sublist is equal to count of final_points but I am looking at sublist count = final_curves count.