sequence = int(input("Enter the length you want the sequence to be")) from random import randint DNA = ["A" , "T" , "C" , "G"] data = [] dnaString = "" for p in range (0,sequence): randomVal = randint(0, len(DNA) -1) x = DNA[randomVal] dnaString = dnaString + x rnaString = "" for x in range(0,len(dnaString), 1): letter = dnaString[x] if letter == "A": rnaString = rnaString + "U" if letter == "T": rnaString = rnaString + "A" if letter == "C": rnaString = rnaString + "G" if letter == "G": rnaString = rnaString + "C" # the variable in the for loop is a representative of the index for b in range(0,len(rnaString), 3): codon = rnaString[b:b+3] print(codon) if codon == ("GCA" or codon == "GCC" or codon == "GCG" or codon =="GCU"): rnaString = rnaString + "A" if codon == ("UGC" or codon == "UGU"): rnaString = rnaString + "C" if codon == ("GAC" or codon == "GAU"): rnaString = rnaString + "D" if codon == ("GAA" or codon == "GAG"): rnaString = rnaString + "E" if codon == ("UUC" or codon == "UUU"): rnaString == rnaString + "F" if codon == ("GGA" or codon == "GGC" or codon == "GGG" or codon == "GGU"): rnaString = rnaString + "G" if codon == ("CAC" or codon == "CAU"): rnaString = rnaString + "H" if codon == ("AUA" or codon == "AUC" or codon == "AUU"): rnaString = rnaString + "I" if codon == ("AAA" or codon == "AAG"): rnaString = rnaString + "K" if codon == ("UUA" or codon == "UUG" or codon == "CUA" or codon == "CUC" or codon == "CUG" or codon =="CUU"): rnaString = rnaString + "L" if codon == ("AUG"): rnastring = rnaString + "M" if codon == ("AAC" or codon == "AAU"): rnaString = rnaString + "N" if codon == ("CCA" or codon == "CCC" or codon == "CCG" or codon == "CCU"): rnaString = rnaString + "P" if codon == ("CAA" or codon == "CAG"): rnaString = rnaString + "Q" if codon == ("AGA" or codon == "AGG" or codon == "CGA" or codon == "CGC" or codon == "CGG" or codon == "CGU"): rnaString = rnaString + "R" if codon == ("AGC" or codon == "AGU" or codon == "UCA" or codon == "UCC" or codon == "UCG" or codon == "UCU"): rnaString = rnaString + "S" if codon == ("ACA" or codon == "ACC" or codon == "ACG" or codon == "ACU"): rnaString = rnaString + "T" if codon == ("GUA" or codon == "GUC" or codon == "GUG" or codon == "GUU"): rnaString = rnaString + "V" if codon == ("UGG"): rnaString = rnaString + "W" if codon == ("UAC" or codon == "UAU"): rnaString = rnaString + "Y"

import random var = False varo = False x = [] y = [] yx = [] yy = [] removex = [] removey = [] stuff = 0 stuffy = 0 graph1 = ["", "", "", "", ""] graph2 = ["", "", "", "", ""] graph3 = ["", "", "", "", ""] graph4 = ["", "", "", "", ""] graph5 = ["", "", "", "", ""] ograph1 = ["", "", "", "", ""] ograph2 = ["", "", "", "", ""] ograph3 = ["", "", "", "", ""] ograph4 = ["", "", "", "", ""] ograph5 = ["", "", "", "", ""] for i in range(0, 5, 1): ranx = random.randint(1, 5) rany = random.randint(1, 5) if len(x) > 0: for a in range(1, len(x), 1): while ranx == x[i - a] and rany == y[i - a]: ranx = random.randint(1, 5) x.append(ranx) y.append(rany) savex = 0 savey = 0 print(x) print(y) place1x = int(input("what x coordinate would you like to place your first ship?")) place1y = int(input("what y coordinate would you like to place your first ship?")) while place1x > 5 or place1x < 1: place1x = int(input("Please try again. what x coordinate would you like to place your first ship?")) place1y = int(input("please try again. what y coordinate would you like to place your first ship?")) yx.append(place1x) yy.append(place1y) place2x = int(input("what x coordinate would you like to place your second ship?")) place2y = int(input("what y coordinate would you like to place your second ship?")) while place2x > 5 or place2x < 1: place2x = int(input("Try agian. what x coordinate would you like to place your second ship?")) place2y = int(input("Try again what y coordinate would you like to place your second ship?")) yx.append(place2x) yy.append(place2y) place3x = int(input("what x coordinate would you like to place your third ship?")) place3y = int(input("what y coordinate would you like to place your third ship?")) while place3x > 5 or place3x < 1: place3x = int(input("Try again. what x coordinate would you like to place your third ship?")) place3y = int(input("Try agian. what y coordinate would you like to place your third ship?")) yx.append(place3x) yy.append(place3y) place4x = int(input("what x coordinate would you like to place your fourth ship?")) place4y = int(input("what y coordinate would you like to place your fourth ship?")) while place4x > 5 or place4x < 1: place4x = int(input("Try again. what x coordinate would you like to place your fourth ship?")) place4y = int(input("Try again. what y coordinate would you like to place your fourth ship?")) yx.append(place4x) yy.append(place4y) place5x = int(input("what x coordinate would you like to place your fifth ship?")) place5y = int(input("what y coordinate would you like to place your fifth ship?")) while place5x > 5 or place5x < 1: place5x = int(input("Try again. what x coordinate would you like to place your fifth ship?")) place5y = int(input("Try again. what y coordinate would you like to place your fifth ship?")) yx.append(place5x) yy.append(place5y) var1 = False var1o = False things = True thingso = True while things and thingso: if x[0] + x[1] + x[2] + x[3] + x[4] == 0: things = False break print("Opponents graph") print(graph1) print(graph2) print(graph3) print(graph4) print(graph5) print("Your graph") print(ograph1) print(ograph2) print(ograph3) print(ograph4) print(ograph5) guessx = int(input("choose an x coordinate")) guessy = int(input("choose an y coordinate")) # player guess check for index in range(len(x)): if guessx == x[index] and guessy == y[index]: var = True savex = x[index] savey = y[index] x[index] = 0 y[index] = 0 if var: var1 = True var = False # opponent guess check eguessx = random.randint(1, 5) eguessy = random.randint(1, 5) print(eguessx, eguessy) for indexo in range(len(yx)): if eguessx == yx[indexo] and eguessy == yy[indexo]: varo = True savexo = yx[indexo] saveyo = yy[indexo] yx[indexo] = 0 yy[indexo] = 0 if yx[0] + yx[1] + yx[2] + yx[3] + yx[4] == 0: thingso = False if varo: var1o = True varo = False if not var1o: if eguessy == 1: ograph1[eguessx - 1] = "x" if eguessy == 2: ograph2[eguessx - 1] = "x" if eguessy == 3: ograph3[eguessx - 1] = "x" if eguessy == 4: ograph4[eguessx - 1] = "x" if eguessy == 5: ograph5[eguessx - 1] = "x" if yx[0] + yx[1] + yx[2] + yx[3] + yx[4] == 0: thingso = False if var1o: if saveyo == 1: ograph1[savexo - 1] = "$" if saveyo == 2: ograph2[savexo - 1] = "$" if saveyo == 3: ograph3[savexo - 1] = "$" if saveyo == 4: ograph4[savexo - 1] = "$" if saveyo == 5: ograph5[savexo - 1] = "$" var1o = False varo = False if yx[0] + yx[1] + yx[2] + yx[3] + yx[4] == 0: thingso = False if not var1: print("incorrect") if guessy == 1: graph1[guessx - 1] = "x" if guessy == 2: graph2[guessx - 1] = "x" if guessy == 3: graph3[guessx - 1] = "x" if guessy == 4: graph4[guessx - 1] = "x" if guessy == 5: graph5[guessx - 1] = "x" var = False if yx[0] + yx[1] + yx[2] + yx[3] + yx[4] == 0: thingso = False if var1: print("Correct") if savey == 1: graph1[savex - 1] = "$" if savey == 2: graph2[savex - 1] = "$" if savey == 3: graph3[savex - 1] = "$" if savey == 4: graph4[savex - 1] = "$" if savey == 5: graph5[savex - 1] = "$" var1 = False var = False if yx[0] + yx[1] + yx[2] + yx[3] + yx[4] == 0: thingso = False if yx[0] + yx[1] + yx[2] + yx[3] + yx[4] == 0: thingso = False var1 = False var = False if things == False: print("you win") if thingso == False: print("you lose")

import random length = random.randint(0, 1500) bases = ["A", "T", "C", "G"] dna = [] rna = " " aa = [] sym = "" new = "" dictionary = {"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"]} for i in range(0, length, 1): dnabase = random.randint(0, 3) base = bases[dnabase] dna.append(base) for x in range(0, len(dna)): if dna[x] == "A": rna += "U" if dna[x] == "T": rna += "A" if dna[x] == "C": rna += "G" if dna[x] == "G": rna += "C" for i in range(1, len(rna), 1): if i % 3 == 0: stuff = i stuffy = i-1 stuffed = i-2 codon = rna[stuffed] + rna[stuffy] + rna[stuff] aa.append(codon) for key in dictionary: value = dictionary[key] if codon in value: new += key print(dna) print(rna) print(aa) print(new) print("the length is", length)