from sklearn.ensemble import RandomForestClassifier rfc = RandomForestClassifier(n_estimators=100) rfc.fit(x_train,y_train)

import operator import math from math import sqrt def distance(x,x1,y,y1): return sqrt((x1-x)**2+(y1-y)**2) def sort(lists): for i in range(0,len(lists)-1): for j in range(1, len(lists)): if(lists[i]>lists[j]): temp=lists[i] lists[i]=lists[j] lists[j]=temp data=[(1, 10, "blue"), (3, 9, "blue"), (4,5, "red"),(3, 0, "blue"), (6, 7, "red"), (5,3, "red"),(3, 2, "blue"), (7, 6, "blue"), (4,2, "red"),(7, 0, "blue"), (2, 7, "blue"), (7,4, "red"),(3, 11, "blue"), (11, 9, "blue"), (1, 14, "blue"), (2, 2, "blue"), (12,8, "red")] x=int(input("What is the point's x coordinate: ")) y=int(input("What is the point's y coordinate: ")) k=int(input("What is the number of points you want to check with:")) print("The data being used is", data) mydict={} mylist=[] colors=[] kvalues=[] temp=0 col=0 for i in data: mydict[i[2]]=distance(x,i[0],y,i[1]) mylist.append(distance(x,i[0],y,i[1])) sort(mylist) for i in range(k): kvalues.append(mylist[i]) for key in mydict: for i in kvalues: if mydict[key]-i==0: colors.append(key) for i in colors: if(i=="blue"): col=col-1 else: col=col+1 if(col>0): print("The color is red") elif(col<0): print("The color is blue") else: print("There is not one single color. There are equal number of red and blue")

from random import randint length = int(input("Enter a length of a DNA: ")) DNA = [] RNA = "" dna = "" a_a = "" amino_acid = [] C_D = ["A","T","C","G"] toRNA = {"A":"U","T":"A","C":"G","G":"C"} amino_acids = {"A":["GCA","GCC","GCG","GCU"],"C":["UGC","UGU"],"D":["GAC","GAU"],"E":["GAA","GAG"],"F":["UUC","UUU"],"G":["GGA","GGC","GGG","GGU"],"H":["CAC","CAU"],"I":["AUA","AUC","AUU"],"K":["AAA","AAG"],"L":["UUA","UUG","CUA","CUC","CUG","CUU"],"M":["AUG"],"N":["AAC","AAU"],"P":["CCA","CCC","CCG","CCU"],"Q":["CAA","CAG"],"R":["AGA","AGG","CGA","CGC","CGG","CGU"],"S":["AGC","AGU","UCA","UCC","UCG","UCU"],"T":["ACA","ACC","ACG","ACU"],"V":["GUA","GUC","GUG","GUU"],"W":["UGG"],"Y":["UAC","UAU"]} # making a DNA for i in range(length): DNA.append(C_D[randint(0,3)]) print(">>> DNA") for i in DNA: dna += i print(">>>> "+dna) # converting the DNA into a RNA. for i in DNA: RNA+=toRNA[i] print(">>> RNA") print(">>>> "+RNA) # converting the RNA to amino acid chain. for i in range(0,len(RNA),3): for item,value in amino_acids.items(): for v in value: if v == RNA[i:i+3]: #print(RNA[i:i+3],v,item) amino_acid.append(item) print(">>> amino_acid") for i in amino_acid: a_a += i print(">>>> "+a_a)