1 with open ('data3.txt','r',encoding='utf-8')as f:
2 a=f.readlines()
3 del a[0]
4 b=[]
5 c=[]
6 for i in a:
7 if float(i.replace('\n',''))-int(float(i.replace('\n','')))>=0.5:
8 b.append(int(float(i.replace('\n','')))+1)
9 else:
10 b.append(int(float(i.replace('\n',''))))
11 c.append(float(i.replace('\n','')))
12 print('or data:')
13 print(c)
14 print('new data')
15 print(b)
16 c.insert(0,'or')
17 b.insert(0,'ne')
18 with open ('data3p.txt','w',encoding='utf-8')as f:
19 for i in c:
20 f.write(str(i)+'\t'+str(b[c.index(i)])+'\t'+'\n')
1 with open ('data4.txt','r',encoding='utf-8')as f:
2 a=f.readlines()
3 v=[]
4 z=[]
5 m=[]
6 n=[]
7 o=[]
8 p=[]
9 u=[]
10 x=[]
11 for i in a :
12 v.append(i.split('\t'))
13 o.append(v[0])
14 for i in v:
15
16 if i[2]=='Acting':
17 z.append(i)
18 elif i[2]=='Music':
19 m.append(i)
20 for i in z:
21 n.append(int(i[3].replace('\n','')))
22 t=[]
23 for i in n:
24 t.append(i)
25 for i in z:
26 o.append(z[t.index(max(n))])
27 n.remove(max(n))
28 for i in m:
29 p.append(int(i[3].replace('\n','')))
30 for i in p:
31 u.append(i)
32 for i in m:
33 x.append(m[u.index(max(p))])
34 p.remove(max(p))
35 for i in x:
36 o.append(i)
37 with open ('data4p.txt','w',encoding='utf-8')as f:
38 for i in o:
39 f.write(i[0]+'\t'+i[1]+'\t'+i[2]+'\t'+i[3])
40 print(i[0]+'\t'+i[1]+'\t'+i[2]+'\t'+i[3])
1 with open ('data5.txt','r',encoding='utf-8')as f:
2 a=f.readlines()
3
4 b=[]
5 c=[]
6 z=0
7 for i in a :
8 for j in i.split(' '):
9 b.append(j)
10 for j in i:
11 c.append(j)
12 print('lines:',len(a))
13 print('words:',len(b)-1)
14
15 for i in b:
16 if i.find('\n')==-1:
17 z+=1
18
19 print('space:',str(z-1))
20 print('str:',str(len(c)))
21 with open ('data5p.txt','w',encoding='utf-8')as f:
22 for i in a:
23 f.write(str(a.index(i)+1)+' '+i)
