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division_list.py
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division_list.py
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import pandas as pd
def get_division_list(filename):
file_string = "C:\\Users\\saone\\Documents\\Python Stuff\\prod\\single_elimination_tree_generator\\raw_divisions" + "\\" + filename
df_load = pd.read_excel(file_string)
df = df_load[["First Name", "Last Name", "Club Name"]].sort_values("Club Name")
n_base = len(df)
n_add = 0
round_total = 0
num_list = [2**0, 2**1, 2**2, 2**3, 2**4, 2**5, 2**6]
for i, num in enumerate(num_list):
if n_base <= num:
n_add = num - n_base
break
n = n_base + n_add
if n == 2:
round_total = 1
elif n == 4:
round_total = 2
elif n == 8:
round_total = 3
elif n == 16:
round_total = 4
elif n == 32:
round_total = 5
bye_frame = pd.DataFrame({
'First Name': ['Bye'],
'Last Name' : [''],
'Club Name' : ['']})
for i in range(n_add):
df = df.append(bye_frame, ignore_index=True)
first_names = df['First Name'].tolist()
last_names = df['Last Name'].tolist()
clubs = df['Club Name'].tolist()
complete_tree_list = []
next_round_list = []
for i in range(int(1/2*n)):next_round_list.append(['', ''])
division_list = []
pre_org_list = []
for i in range(n):
division_list.append('')
pre_org_list.append('')
pre_org_list[i] = [first_names[i] + ' ' + last_names[i], clubs[i]]
def advance_byes(i, next_round_list):
for i in range(n):
if ((division_list[i][0] == "Bye ") and (i % 2 == 1)):
if i == 1:
next_round_list[0] = division_list[i]
elif i == 3:
next_round_list[1] = division_list[i-1]
elif i == 5:
next_round_list[2] = division_list[i-1]
elif i == 7:
next_round_list[3] = division_list[i-1]
elif i == 9:
next_round_list[4] = division_list[i-1]
elif i == 11:
next_round_list[5] = division_list[i-1]
elif i == 13:
next_round_list[6] = division_list[i-1]
elif i == 15:
next_round_list[7] = division_list[i-1]
elif i == 17:
next_round_list[8] = division_list[i-1]
elif i == 19:
next_round_list[9] = division_list[i-1]
elif i == 21:
next_round_list[10] = division_list[i-1]
elif i == 23:
next_round_list[11] = division_list[i-1]
elif i == 25:
next_round_list[12] = division_list[i-1]
elif i == 27:
next_round_list[13] = division_list[i-1]
elif i == 29:
next_round_list[14] = division_list[i-1]
elif i == 31:
next_round_list[7] = division_list[i-1]
elif ((division_list[i][0] == "Bye ") and (i % 2 == 0)):
if i == 2:
next_round_list[1] = division_list[i+1]
elif i == 4:
next_round_list[2] = division_list[i+1]
elif i == 6:
next_round_list[3] = division_list[i+1]
elif i == 8:
next_round_list[4] = division_list[i+1]
elif i == 10:
next_round_list[5] = division_list[i+1]
elif i == 12:
next_round_list[6] = division_list[i+1]
elif i == 14:
next_round_list[7] = division_list[i+1]
elif i == 16:
next_round_list[8] = division_list[i+1]
elif i == 18:
next_round_list[9] = division_list[i+1]
elif i == 20:
next_round_list[10] = division_list[i+1]
elif i == 22:
next_round_list[11] = division_list[i+1]
elif i == 24:
next_round_list[12] = division_list[i+1]
elif i == 26:
next_round_list[13] = division_list[i+1]
elif i == 28:
next_round_list[14] = division_list[i+1]
elif i == 30:
next_round_list[15] = division_list[i+1]
return next_round_list
if n == 2:
division_list[0] = pre_org_list[0]
division_list[1] = pre_org_list[1]
complete_tree_list.append(division_list)
complete_tree_list.append([''])
elif n == 4:
division_list[0] = pre_org_list[0]
division_list[3] = pre_org_list[1]
division_list[1] = pre_org_list[2]
division_list[2] = pre_org_list[3]
next_round_list = advance_byes(n, next_round_list)
complete_tree_list.append(division_list)
complete_tree_list.append(['', ''])
complete_tree_list.append([''])
elif n == 8:
division_list[0] = pre_org_list[0]
division_list[7] = pre_org_list[1]
division_list[3] = pre_org_list[2]
division_list[4] = pre_org_list[3]
division_list[1] = pre_org_list[4]
division_list[5] = pre_org_list[5]
division_list[2] = pre_org_list[6]
division_list[6] = pre_org_list[7]
next_round_list = advance_byes(n, next_round_list)
complete_tree_list.append(division_list)
complete_tree_list.append(['', '', '', ''])
complete_tree_list.append(['', ''])
complete_tree_list.append([''])
elif n == 16:
division_list[0] = pre_org_list[0]
division_list[15] = pre_org_list[1]
division_list[7] = pre_org_list[2]
division_list[8] = pre_org_list[3]
division_list[3] = pre_org_list[4]
division_list[11] = pre_org_list[5]
division_list[4] = pre_org_list[6]
division_list[12] = pre_org_list[7]
division_list[1] = pre_org_list[8]
division_list[9] = pre_org_list[9]
division_list[5] = pre_org_list[10]
division_list[13] = pre_org_list[11]
division_list[2] = pre_org_list[12]
division_list[10] = pre_org_list[13]
division_list[6] = pre_org_list[14]
division_list[14] = pre_org_list[15]
next_round_list = advance_byes(n, next_round_list)
complete_tree_list.append(division_list)
complete_tree_list.append(['', '', '', '', '', '', '', ''])
complete_tree_list.append(['', '', '', ''])
complete_tree_list.append(['', ''])
complete_tree_list.append([''])
elif n == 32:
division_list[0] = pre_org_list[0]
division_list[31] = pre_org_list[1]
division_list[15] = pre_org_list[2]
division_list[16] = pre_org_list[3]
division_list[7] = pre_org_list[4]
division_list[23] = pre_org_list[5]
division_list[8] = pre_org_list[6]
division_list[24] = pre_org_list[7]
division_list[3] = pre_org_list[8]
division_list[19] = pre_org_list[9]
division_list[11] = pre_org_list[10]
division_list[27] = pre_org_list[11]
division_list[4] = pre_org_list[12]
division_list[20] = pre_org_list[13]
division_list[12] = pre_org_list[14]
division_list[28] = pre_org_list[15]
division_list[1] = pre_org_list[16]
division_list[30] = pre_org_list[17]
division_list[14] = pre_org_list[18]
division_list[17] = pre_org_list[19]
division_list[6] = pre_org_list[20]
division_list[22] = pre_org_list[21]
division_list[9] = pre_org_list[22]
division_list[25] = pre_org_list[23]
division_list[2] = pre_org_list[24]
division_list[18] = pre_org_list[25]
division_list[10] = pre_org_list[26]
division_list[26] = pre_org_list[27]
division_list[5] = pre_org_list[28]
division_list[21] = pre_org_list[29]
division_list[13] = pre_org_list[30]
division_list[29] = pre_org_list[31]
next_round_list = advance_byes(n, next_round_list)
complete_tree_list.append(division_list)
complete_tree_list.append(['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', ''])
complete_tree_list.append(['', '', '', '', '', '', '', ''])
complete_tree_list.append(['', '', '', ''])
complete_tree_list.append(['', ''])
complete_tree_list.append([''])
return n, round_total, division_list, complete_tree_list, next_round_list, filename
# remove this before moving on
# n, division_list, complete_tree_list, next_round_list = get_division_list("test_3.xlsx")
# print('\n')
# n, division_list, complete_tree_list, next_round_list = get_division_list("test_5.xlsx")
# print('\n')
# n, division_list, complete_tree_list, next_round_list = get_division_list("test_10.xlsx")
# print('\n')
# n, division_list, complete_tree_list, next_round_list = get_division_list("test_20.xlsx")