New Response #2
Based on all the inputs received, here's the solution. Hope this works for you.
import pandas as pd
df = pd.read_csv("xyz.txt")
df1 = df.copy()
#capture the original index of each row. This will be used for sorting later
df1['idx'] = df1.index
#create a dataframe with only items that match 'Tier'
#assumption is each Index has a row with 'Tier'
tier = df1.loc[df1['Type']=='Tier']
#sort Total for only the Tier rows
tier = tier.sort_values('Total')
#Create a list of the indexes in sorted order
#this will be the order to print the rows
tier_list = tier['Index'].tolist()
# Create the dictionary that defines the order for sorting
sorterIndex = dict(zip(tier_list, range(len(tier_list))))
# Generate a rank column that will be used to sort the dataframe numerically
df1['Tier_Rank'] = df1['Index'].map(sorterIndex)
#Now sort the dataframe based on rank column and original index
df1.sort_values(['Tier_Rank','idx'],ascending = [True, True],inplace = True)
#drop the temporary column we created
df1.drop(['Tier_Rank','idx'], 1, inplace = True)
#print the dataframe
print (df1)
Based on the source data, here's the final output. Let me know if this is in line with what you were looking for.
Index Type Id ... Intellect Strength Total
12 2 Chest Armor "6917529202229928161" ... 17 8 62
13 2 Gauntlets "6917529202229927889" ... 16 14 60
14 2 Helmet "6917529202223945870" ... 10 9 66
15 2 Leg Armor "6917529202802011569" ... 15 2 61
16 2 Set NaN ... 58 33 249
17 2 Tier NaN ... 5 3 22
24 4 Chest Armor "6917529202229928161" ... 17 8 62
25 4 Gauntlets "6917529202802009244" ... 7 9 63
26 4 Helmet "6917529202223945870" ... 10 9 66
27 4 Leg Armor "6917529202802011569" ... 15 2 61
28 4 Set NaN ... 49 28 252
29 4 Tier NaN ... 4 2 22
42 7 Chest Armor "6917529202229928161" ... 17 8 62
43 7 Gauntlets "6917529202791088503" ... 7 14 61
44 7 Helmet "6917529202223945870" ... 10 9 66
45 7 Leg Armor "6917529202229923870" ... 7 19 57
46 7 Set NaN ... 41 50 246
47 7 Tier NaN ... 4 5 22
0 0 Chest Armor "6917529202229928161" ... 17 8 62
1 0 Gauntlets "6917529202778947311" ... 10 15 62
2 0 Helmet "6917529202223945870" ... 10 9 66
3 0 Leg Armor "6917529202802011569" ... 15 2 61
4 0 Set NaN ... 52 34 251
5 0 Tier NaN ... 5 3 23
6 1 Chest Armor "6917529202229928161" ... 17 8 62
7 1 Gauntlets "6917529202778947311" ... 10 15 62
8 1 Helmet "6917529202223945870" ... 10 9 66
9 1 Leg Armor "6917529202229923870" ... 7 19 57
10 1 Set NaN ... 44 51 247
11 1 Tier NaN ... 4 5 23
18 3 Chest Armor "6917529202229928161" ... 17 8 62
19 3 Gauntlets "6917529202229927889" ... 16 14 60
20 3 Helmet "6917529202223945870" ... 10 9 66
21 3 Leg Armor "6917529202229923870" ... 7 19 57
22 3 Set NaN ... 50 50 245
23 3 Tier NaN ... 5 5 23
30 5 Chest Armor "6917529202229928161" ... 17 8 62
31 5 Gauntlets "6917529202802009244" ... 7 9 63
32 5 Helmet "6917529202223945870" ... 10 9 66
33 5 Leg Armor "6917529202229923870" ... 7 19 57
34 5 Set NaN ... 41 45 248
35 5 Tier NaN ... 4 4 23
36 6 Chest Armor "6917529202229928161" ... 17 8 62
37 6 Gauntlets "6917529202791088503" ... 7 14 61
38 6 Helmet "6917529202223945870" ... 10 9 66
39 6 Leg Armor "6917529202802011569" ... 15 2 61
40 6 Set NaN ... 49 33 250
41 6 Tier NaN ... 4 3 23
[48 rows x 11 columns]
New Response:
Based on the source data file shared, here's the group by and sort. Let me know how you want the values to be sorted. I have assumed that you want it sorted by Index, then Total.
df = df.groupby(['Index','Type',])\
.agg({'Total':'mean'})\
.sort_values(['Index','Total'])
The output of this will be as follows:
Total
Index Type
0 Tier 23
Leg Armor 61
Chest Armor 62
Gauntlets 62
Helmet 66
Set 251
1 Tier 23
Leg Armor 57
Chest Armor 62
Gauntlets 62
Helmet 66
Set 247
2 Tier 22
Gauntlets 60
Leg Armor 61
Chest Armor 62
Helmet 66
Set 249
3 Tier 23
Leg Armor 57
Gauntlets 60
Chest Armor 62
Helmet 66
Set 245
4 Tier 22
Leg Armor 61
Chest Armor 62
Gauntlets 63
Helmet 66
Set 252
Initial Response:
I dont have your raw data. Created some data to show you how sorting would work on groupby data. See if this is what you are looking for.
import pandas as pd
df = pd.DataFrame({'Animal': ['Falcon', 'Falcon','Parrot', 'Parrot'],
'Type':['Wild', 'Captive', 'Wild', 'Captive'],
'Air': ['Good','Bad', 'Bad', 'Good'],
'Max Speed': [380., 370., 24., 26.]})
df = df.groupby(['Animal','Type','Air'])\
.agg({'Max Speed':'mean'})\
.sort_values('Max Speed')
print(df)
The output will be as follows:
Max Speed
Animal Type Air
Parrot Wild Bad 24.0
Captive Good 26.0
Falcon Captive Bad 370.0
Wild Good 380.0
Without the sort command, the output will be a bit different.
df = df.groupby(['Animal','Type','Air'])\
.agg({'Max Speed':'mean'})
This will result in below. The Max Speed is not sorted. Instead it is using the group by sort of Animal then Type:
Max Speed
Animal Type Air
Falcon Captive Bad 370.0
Wild Good 380.0
Parrot Captive Good 26.0
Wild Bad 24.0
