Loop identification - VI

Before I start checking whether the results of the loop identification code is correct, a small addition to generate the sequence of elements in a loop and also to generate them in a manner that they can read off directly from the spread sheet describing the circuit.

Here is the added code. The final code I'll put up again after verification.

Click on "View Raw" at the bottom of the box to see the entire code that goes out view.

	loop_branches=[]
	for c1 in range(len(loop_list)):
	if len(loop_list[c1])==2:
	loop_updt=[]
	#for c2 in range(2):
	curr_br=loop_list[c1][0]
	for c2 in range(len(branch_map[curr_br[0]][curr_br[1]][0])):
	loop_updt.append(branch_map[curr_br[0]][curr_br[1]][0][c2])
	for c2 in range(len(branch_map[curr_br[0]][curr_br[1]][1])-2, -1, -1):
	loop_updt.append(branch_map[curr_br[0]][curr_br[1]][1][c2])
	else:
	loop_updt=[]
	for c2 in range(0, len(loop_list[c1])-1):
	curr_br=loop_list[c1][c2]
	curr_br_beg=branch_map[curr_br[0]][curr_br[1]][0][0]
	curr_br_end=branch_map[curr_br[0]][curr_br[1]][0][-1]
	next_br=loop_list[c1][c2+1]
	next_br_beg=branch_map[next_br[0]][next_br[1]][0][0]
	next_br_end=branch_map[next_br[0]][next_br[1]][0][-1]
	curr_dir="forward"
	if not loop_updt:
	if curr_br_beg==next_br_beg or curr_br_beg==next_br_end:
	curr_dir="reverse"
	else:
	if curr_br_end==loop_updt[-1]:
	curr_dir="reverse"
	if curr_dir=="forward":
	for c3 in range(len(branch_map[curr_br[0]][curr_br[1]][0])):
	loop_updt.append(branch_map[curr_br[0]][curr_br[1]][0][c3])
	else:
	for c3 in range(len(branch_map[curr_br[0]][curr_br[1]][0])-1, -1, -1):
	loop_updt.append(branch_map[curr_br[0]][curr_br[1]][0][c3])
	next_dir="forward"
	if next_br_end==loop_updt[-1]:
	next_dir="reverse"
	if next_dir=="forward":
	for c3 in range(len(branch_map[next_br[0]][next_br[1]][0])):
	loop_updt.append(branch_map[next_br[0]][next_br[1]][0][c3])
	else:
	for c3 in range(len(branch_map[next_br[0]][next_br[1]][0])-1, -1, -1):
	loop_updt.append(branch_map[next_br[0]][next_br[1]][0][c3])
	for c3 in range(len(loop_updt)-1, 0, -1):
	if loop_updt[c3]==loop_updt[c3-1]:
	del loop_updt[c3]
	loop_branches.append(loop_updt)
	excel_col="A B C D E F G H I J K L M N O P Q R S T U V W X Y Z"
	excel_dict={}
	excel_col_list=excel_col.split(" ")
	for c1 in range(26):
	excel_dict[c1]=excel_col_list[c1]
	for item in loop_branches:
	for c1 in range(len(item)):
	print str(item[c1][0]+1) + excel_dict[item[c1][1]],
	print

view raw loop_branches.py hosted with ❤ by GitHub