Create class Banner for printing a banner.

class Alphabet:
    def __init__(self,line1,line2,line3,line4,line5):
        self.line1 = line1
        self.line2 = line2
        self.line3 = line3
        self.line4 = line4
        self.line5 = line5
       
    def display_alphabet_L1(self):
        print(self.line1,end = "")
    def display_alphabet_L2(self):
        print(self.line2,end = "")
    def display_alphabet_L3(self):
        print(self.line3,end = "")
    def display_alphabet_L4(self):
        print(self.line4,end = "")
    def display_alphabet_L5(self):
        print(self.line5,end = "")
                       
    def get_alphabet_L1(self):
        return self.line1
    def get_alphabet_L2(self):
        return self.line2  
    def get_alphabet_L3(self):
        return self.line3
    def get_alphabet_L4(self):
        return self.line4
    def get_alphabet_L5(self):
        return self.line5
                       
    def print_star_L1(self):
        hastag_to_star(self.line1)
    def print_star_L2(self):
        hastag_to_star(self.line2)
    def print_star_L3(self):
        hastag_to_star(self.line3)
    def print_star_L4(self):
        hastag_to_star(self.line4)
    def print_star_L5(self):  
        hastag_to_star(self.line5)
     
def hastag_to_star(temp):
    i = 0
    while(i < len(temp)):
        if(temp[i]  == "#"):
            print("*",end = "")
        else:
            print(" ",end = "")
        i += 1

def draw_alphabet(alphabet_group,word):    
    ip = 0
    while(ip < 5):
        iw = 0
        while(iw < len(word)):
            if(word[iw] == "B"):
                print_func(alphabet_group,ip,0)
            elif(word[iw] == "L"):
                print_func(alphabet_group,ip,1)
            elif(word[iw] == "U"):
                print_func(alphabet_group,ip,2)
            elif(word[iw] == "E"):
                print_func(alphabet_group,ip,3)
            iw += 1
        print()
        ip += 1

def print_func(alphabet_group,ip,alphabet_index):
    if(ip == 0):
        alphabet_group[alphabet_index].print_star_L1()
    elif(ip == 1):
        alphabet_group[alphabet_index].print_star_L2()
    elif(ip == 2):
        alphabet_group[alphabet_index].print_star_L3()
    elif(ip == 3):
        alphabet_group[alphabet_index].print_star_L4()
    elif(ip == 4):
        alphabet_group[alphabet_index].print_star_L5()

def setup():
    B = Alphabet(" #####  ",
                 " #    # ",
                 " #####  ",
                 " #    # ",
                 " #####  " )
    L = Alphabet(" #      ",
                 " #      ",
                 " #      ",
                 " #      ",
                 " ###### " )
    U = Alphabet(" #    # ",
                 " #    # ",
                 " #    #  ",
                 " #    # ",
                 "  ####  " )
    E = Alphabet(" ###### ",
                 " #      ",
                 "###### ",
                 " #      ",
                 " ###### " )
    alphabet_group = [B,L,U,E]
    word = input("")
    draw_alphabet(alphabet_group,word)
                                 


setup()

Display student records, sorted by age, use insertion sort.

class Students:
   def __init__(self,name,ID,age,weight,height):
      self.name = name
      self.ID = ID
      self.age = age
      self.weight = weight
      self.height = height
   
   def display(self):
      print("Name:",self.name)
      print("ID:",self.ID)
      print("Age:",self.age)
      print("Weight:",self.weight)
      print("Height:",self.height)
      print()
     
   def get_name(self):
      return self.name
   def get_ID(self):
      return self.ID
   def get_age(self):
      return self.age
   def get_weight(self):
      return self.weight
   def get_height(self):
      return self.height
 
   def set_name(self,name):
      self.name = name
   def set_ID(self,ID):
      self.ID = ID
   def set_age(self,age):
      self.age = age
   def set_weight(self,weight):
      self.weight = weight
   def set_height(self,height):
      self.height = height
   
def setup():
   a = Students("Gun", 32075, 26, 90, 174)
   b = Students("Rit", 32078, 25, 80, 170)
   c = Students("Frame", 32080, 19, 48, 173)
   d = Students("Boat", 32057, 16, 70, 168)
   nukrean = [a, b, c, d]
   sort(nukrean)
   a.display()
   b.display()
   c.display()
   d.display()

def sort(nukrean):
   i = 1
   while(i < len(nukrean)):
      value_a = nukrean[i].get_age()
      value_n = nukrean[i].get_name()
      value_I = nukrean[i].get_ID()
      value_w = nukrean[i].get_weight()
      value_h = nukrean[i].get_height()
      j = i
      while(j>0 and nukrean[j-1].get_age() > value_a):
         nukrean[j].set_age(nukrean[j-1].get_age())
         nukrean[j].set_name(nukrean[j-1].get_name())
         nukrean[j].set_ID(nukrean[j-1].get_ID())
         nukrean[j].set_weight(nukrean[j-1].get_weight())
         nukrean[j].set_height(nukrean[j-1].get_height())
         j = j - 1
      nukrean[j].set_age(value_a)
      nukrean[j].set_name(value_n)
      nukrean[j].set_ID(value_I)
      nukrean[j].set_weight(value_w)
      nukrean[j].set_height(value_h)
      i += 1
 
setup()

Find/count number of students with weight < 50.

class Students:
   def __init__(self,name,ID,age,weight,height):
      self.name = name
      self.ID = ID
      self.age = age
      self.weight = weight
      self.height = height
   
   def get_name(self):
      return self.name
   def get_weight(self):
      return self.weight
   
def setup():
   a = Students("Gun", 32075, 26, 90, 174)
   b = Students("Rit", 32078, 25, 80, 170)
   c = Students("Frame", 32080, 19, 48, 173)
   d = Students("Boat", 32057, 16, 70, 168)
   nukrean = [a, b, c, d]
   find(nukrean)
 
def find(nukrean):
   i = 0
   count = 0
   while(i < len(nukrean)):
      if(nukrean[i].get_weight() < 50):
         print(nukrean[i].get_name(),"weight = ",nukrean[i].get_weight())
         count = count + 1
      i = i + 1
   print("Have",count,"Students")
 
setup()

Find minimum weight of students.

class Students:
   def __init__(self,name,ID,age,weight,height):
      self.name = name
      self.ID = ID
      self.age = age
      self.weight = weight
      self.height = height
     
   def get_weight(self):
      return self.weight
     
def setup():
   a = Students("Gun", 32075, 26, 90, 174)
   b = Students("Rit", 32078, 25, 80, 170)
   c = Students("Frame", 32080, 19, 58.2, 173)
   d = Students("Boat", 32057, 16, 70, 168)
   nukrean = [a, b, c, d]
   minimum(nukrean)
 
def minimum(nukrean):
   i = 0
   min = nukrean[i].get_weight()
   while(i < len(nukrean)):
      if(nukrean[i].get_weight() < min):
         min = nukrean[i].get_weight()
      i = i + 1
   print("Minimum is",min)
 
setup()

Find/count number of students with age < 30.

class Students:
   def __init__(self,name,ID,age,weight,height):
      self.name = name
      self.ID = ID
      self.age = age
      self.weight = weight
      self.height = height
   
   def get_age(self):
      return self.age
   
def setup():
   a = Students("Gun", 32075, 26, 90, 174)
   b = Students("Rit", 32078, 25, 80, 170)
   c = Students("Frame", 32080, 19, 58.2, 173)
   d = Students("Boat", 32057, 16, 70, 168)
   nukrean = [a, b, c, d]
   count(nukrean)
 
def count(nukrean):
   i = 0
   count = 0
   while(i < len(nukrean)):
      if(nukrean[i].get_age() < 30):
         count = count + 1
      i = i + 1
   print("Have",count,"Students")
 
setup()

Find average age of students.

class Students:
   def __init__(self,name,ID,age,weight,height):
      self.name = name
      self.ID = ID
      self.age = age
      self.weight = weight
      self.height = height
     
   def get_age(self):
      return self.age
     
def setup():
   a = Students("Gun", 32075, 26, 90, 174)
   b = Students("Rit", 32078, 25, 80, 170)
   c = Students("Frame", 32080, 19, 58.2, 173)
   d = Students("Boat", 32057, 16, 70, 168)
   nukrean = [a, b, c, d]
   average(nukrean)
 
def average(nukrean):
   i = 0
   count = 0
   sum = 0
   a = 0
   while(i < len(nukrean)):
      sum = sum + nukrean[i].get_age()
      count = count + 1
      a = sum/count
      i = i + 1
   print("Average = ",a)
 
setup()

Find/count&display number of students with BMI > 25.

class Students:
   def __init__(self,name,ID,age,weight,height):
      self.name = name
      self.ID = ID
      self.age = age
      self.weight = weight
      self.height = height
   
   def get_name(self):
      return self.name
   def get_weight(self):
      return self.weight
   def get_height(self):
      return self.height
   
def setup():
   a = Students("Gun", 32075, 26, 90, 174)
   b = Students("Rit", 32078, 25, 80, 170)
   c = Students("Frame", 32080, 19, 58.2, 173)
   d = Students("Boat", 32057, 16, 70, 168)
   nukrean = [a, b, c, d]
   BMI(nukrean)
 
def BMI(nukrean):
   i = 0
   count = 0
   while(i < len(nukrean)):
      BMI = nukrean[i].get_weight()/pow((nukrean[i].get_height()/100),2)
      if(BMI > 25):
         print(nukrean[i].get_name()," = ","%.3f"%BMI)
         count = count + 1
      i = i + 1
   print("Have",count,"Students")
   
 
setup()

Find student BMI.

class Students:
   def __init__(self,name,ID,age,weight,height):
      self.name = name
      self.ID = ID
      self.age = age
      self.weight = weight
      self.height = height
     
   def get_name(self):
      return self.name
   def get_weight(self):
      return self.weight
   def get_height(self):
      return self.height
     
def setup():
   a = Students("Gun", 32075, 26, 70, 174)
   b = Students("Rit", 32078, 25, 60, 170)
   c = Students("Frame", 32080, 19, 58.2, 173)
   d = Students("Boat", 32057, 16, 65, 168)
   nukrean = [a, b, c, d]
   BMI(nukrean)
 
def BMI(nukrean):
   i = 0
   while(i < len(nukrean)):
      BMI = nukrean[i].get_weight()/pow((nukrean[i].get_height()/100),2)
      print(nukrean[i].get_name()," = ","%.3f"%BMI)
      i = i + 1
     
 
setup()

Display each student record.

class Students:
   def __init__(self,name,ID,age,weight,height):
      self.name = name
      self.ID = ID
      self.age = age
      self.weight = weight
      self.height = height
     
   def display(self):
      print("Name:",self.name)
      print("ID:",self.ID)
      print("Age:",self.age)
      print("Weight:",self.weight)
      print("Height:",self.height)
     
def setup():
   a = Students("Gun", 32075, 26, 70, 174)
   b = Students("Rit", 32078, 25, 60, 170)
   c = Students("Frame", 32080, 19, 58.2, 173)
   d = Students("Boat", 32057, 16, 65, 168)
     
   a.display()
   print()
   b.display()
   print()
   c.display()
   print()
   d.display()
 
setup()

Write a function that takes a string as an argument and prints out the string in large letters.

def setup():
    word = input("")
    draw(word)

def draw(word):
    Bl1 = " #####  "
    Bl2 = " #    # "
    Bl3 = " #####  "
    Bl4 = " #    # "
    Bl5 = " #####  "
    B = [Bl1,Bl2,Bl3,Bl4,Bl5]
    Ll1 = " #      "
    Ll2 = " #      "
    Ll3 = " #      "
    Ll4 = " #      "
    Ll5 = " ###### "
    L = [Ll1,Ll2,Ll3,Ll4,Ll5]
    Ul1 = " #    # "
    Ul2 = " #    # "
    Ul3 = " #    # "
    Ul4 = " #    # "
    Ul5 = "  ####  "
    U = [Ul1,Ul2,Ul3,Ul4,Ul5]
    El1 = " ###### "
    El2 = " #      "
    El3 = " ###### "
    El4 = " #      "
    El5 = " ###### "
    E = [El1,El2,El3,El4,El5]
    ip = 0
    while(ip < 5):
        iw = 0
        while(iw < len(word)):
            if(word[iw] == "B"):
                print(B[ip],end = "")
            elif(word[iw] == "L"):
                print(L[ip],end = "")
            elif(word[iw] == "U"):
                print(U[ip],end = "")
            elif(word[iw] == "E"):
                print(E[ip],end = "")
            iw += 1
        print()  
        ip += 1  
                                     
setup()

Transpose a square matrix in place without creating a new matrix.

def setup():
   rowone = [41, 22, 83]
   rowtwo = [12, 62, 72]
   rowthree = [38, 15, 98]
   maxtrix= [rowone, rowtwo, rowthree]
   dis(maxtrix)
   tran(maxtrix)
   print()
   print("After")
   print()
   dis(maxtrix)

def dis(maxtrix):
   i = 0
   while(i < len(maxtrix)):
      j = 0
      print("|",end = "")
      while(j < len(maxtrix[i])):
          print(" ",maxtrix[i][j]," ",end  = "")
          j += 1
      print("|")
      i +=1
 
def tran(maxtrix):
   i = 0
   while(i < len(maxtrix)):
      j = i
      while(j < len(maxtrix[i])):
         temp = maxtrix[i][j]
         maxtrix[i][j] = maxtrix[j][i]
         maxtrix[j][i] = temp
         j = j + 1
      i = i + 1
         
setup()

Multiply two matrices.

def setup():
   rowone = [1, 2, 3]
   rowtwo = [2, 3, 4]
   rowthree = [3, 4, 5]
   maxtrixone = [rowone, rowtwo, rowthree]
   rowfour = [4, 5, 6]
   rowfive = [5, 6, 7]
   rowsix = [6, 7, 8]
   maxtrixtwo = [rowfour, rowfive, rowsix]
   mul(maxtrixone,maxtrixtwo)
 
def mul(maxtrixone,maxtrixtwo):
   i = 0
   ii = 0
   ki = 0
   while(ii < len(maxtrixone)):
      j = 0
      ij = 0
      kj = 0
      print("|", end = "")
      while(ij < len(maxtrixtwo[i])):
         tempone = maxtrixone[i+ki][j]*maxtrixtwo[i][j+kj]
         temptwo = maxtrixone[i+ki][j+1]*maxtrixtwo[i+1][j+kj]
         tempthree = maxtrixone[i+ki][j+2]*maxtrixtwo[i+2][j+kj]
         print(" ",tempone+temptwo+tempthree,end = " ")
         kj += 1
         ij += 1
      print(" |")  
      ki += 1  
      ii += 1      
         

setup()

Subtract two matrices.

def setup():
   rowone = [1, 2, 3]
   rowtwo = [2, 3, 4]
   rowthree = [3, 4, 5]
   maxtrixone = [rowone, rowtwo, rowthree]
   rowfour = [4, 5, 6]
   rowfive = [5, 6, 7]
   rowsix = [6, 7, 8]
   maxtrixtwo = [rowfour, rowfive, rowsix]
   subtwo(maxtrixone,maxtrixtwo)
 
def subtwo(maxtrixone,maxtrixtwo):
   i = 0
   while(i < len(maxtrixone)):
      j = 0
      print("|", end = "")
      while(j < len(maxtrixone[i])):
         print("",maxtrixone[i][j]-maxtrixtwo[i][j],"",end = "")
         j = j + 1
      print("|")
      i = i + 1
     
setup()

Add two matrices.

def setup():
   rowone = [1, 2, 3]
   rowtwo = [2, 3, 4]
   rowthree = [3, 4, 5]
   maxtrixone = [rowone, rowtwo, rowthree]
   rowfour = [4, 5, 6]
   rowfive = [5, 6, 7]
   rowsix = [6, 7, 8]
   maxtrixtwo = [rowfour, rowfive, rowsix]
   addtwo(maxtrixone,maxtrixtwo)
 
def addtwo(maxtrixone,maxtrixtwo):
   i = 0
   while(i < len(maxtrixone)):
      j = 0
      print("|", end = "")
      while(j < len(maxtrixone[i])):
         print("",maxtrixone[i][j]+maxtrixtwo[i][j],"",end = "")
         j = j + 1
      print("|")
      i = i + 1
     
setup()

Display the matrix.

def setup():
   rowone = [1, 2, 3]
   rowtwo = [2, 3, 4]
   rowthree = [3, 4, 5]
   maxtrixone = [rowone, rowtwo, rowthree]
   rowfour = [4, 5, 6]
   rowfive = [5, 6, 7]
   rowsix = [6, 7, 8]
   maxtrixtwo = [rowfour, rowfive, rowsix]
   display(maxtrixone)
   print()
   display(maxtrixtwo)
 
def display(maxtrixone):
   i = 0
   while(i < len(maxtrixone)):
      j = 0
      print("|", end = "")
      while(j < len(maxtrixone[i])):
         print("",maxtrixone[i][j],"",end = "")
         j = j + 1
      print("|")
      i = i + 1
     
setup()

Find indices of the room(s) with maximum number of chairs (in the building).

def setup():
   one = [12, 24, 26, 28, 32]
   two = [14, 27, 29, 31, 34]
   three = [25, 26, 27, 36, 39]
   four = [16, 18, 15, 14, 13]
   b = [one, two, three, four]
   find(b)

def find(b):
    i_f = 0
    value = b[0][0]
    while(i_f < len(b)):
        i_r = 0
        while(i_r < len(b[i_f])):
            if(b[i_f][i_r] > value):
                value = b[i_f][i_r]              
            i_r += 1
        i_f += 1
    i_f = 0  
    while(i_f < len(b)):
        i_r = 0
        while(i_r < len(b[i_f])):
           if( value == b[i_f][i_r]):
               print("Indices is"," [",i_f,"][",i_r,"] ",end = "")
           i_r += 1
        i_f += 1  

setup()

Display student records, sorted by age, use insertion sort.

def setup():
   name = ["Gun","Rit","Frame","Coffee","Ice","Boat"]
   ID = [32075,32078,32080,32057,32087,33653]
   age = [26,25,19,17,18,16]
   weight = [80,75,58.2,60,65,55]
   height = [174,170,173,165,168,163]
   i = 0
   sort(name,ID,age,weight,height)
   while(i<len(weight)):
      display(name,ID,age,weight,height,i)
      i += 1

def display(n,I,a,w,h,i):  
      print(n[i])
      print("ID =",I[i])
      print("age =",a[i])
      print("weight =",w[i])
      print("height =",h[i])
      print()    
   
def sort(n,I,a,w,h):
   i = 1
   while(i<len(a)):
      value_a = a[i]
      value_n = n[i]
      value_I = I[i]
      value_w = w[i]
      value_h = h[i]
      j = i
      while(j>0 and a[j-1] > value_a):
         a[j] = a[j-1]
         n[j] = n[j-1]
         I[j] = I[j-1]
         w[j] = w[j-1]
         h[j] = h[j-1]
         j = j - 1
      a[j] = value_a
      n[j] = value_n
      I[j] = value_I
      w[j] = value_w
      h[j] = value_h
      i += 1
   
setup()

Find index of the floor(s) with maximum number of chairs (in the building).

def setup():
   one = [12, 24, 26, 28, 32]
   two = [14, 27, 29, 31, 34]
   three = [25, 26, 27, 36, 39]
   four = [16, 18, 15, 14, 13]
   b = [one, two, three, four]
   find(b)
 
def find(b):
   i_f = 0
   total = 0
   value = 0
   imax = 0
   while(i_f < len(b)):
      i_r = 0
      while(i_r < len(b[i_f])):
         total = total + b[i_f][i_r]
         i_r = i_r +1
      if(total > value):
         value = total
         imax = i_f
      i_f = i_f + 1
   print("Floor is",imax)
 
setup()

Find total number of chairs (in the building).

def setup():
   one = [12, 24, 26, 28, 32]
   two = [14, 27, 29, 31, 34]
   three = [25, 26, 27, 36, 39]
   four = [16, 18, 15, 14, 13]
   b = [one, two, three, four]
   total(b)
 
def total(b):
   i_f = 0
   total = 0
   while(i_f < len(b)):
      i_r = 0
      while(i_r < len(b[i_f])):
         total = total + b[i_f][i_r]
         i_r = i_r +1
      i_f = i_f + 1
   print("Total is",total)
 
setup()

Display student records with weight < 50.

def setup():
   name = ["Gun", "Rit", "Frame"]
   ID = [32075, 32078, 32080]
   age = [38, 83, 19]
   weight = [80, 45, 50.2]
   height = [1.74, 1.70, 1.73]
   find(name, weight)

def find(n, w):
   i = 0
   while(i < len(w)):
      if(w[i] < 50):
         print(n[i], "weight =", w[i])
      i = i + 1

setup()

Find/count number of students with weight < 50.

def setup():
   name = ["Gun", "Rit", "Frame"]
   ID = [32075, 32078, 32080]
   age = [38, 83, 19]
   weight = [80, 45, 50.2]
   height = [1.74, 1.70, 1.73]
   print(count(weight))
 
def count(w):
   i = 0
   count = 0
   while(i < len(w)):
      if(w[i] < 50):
         count = count + 1
      i = i + 1
   return count

setup()

Find minimum weight of students.

def setup():
   name = ["Gun", "Rit", "Frame"]
   ID = [32075, 32078, 32080]
   age = [38, 83, 19]
   weight = [80, 75, 58.2]
   height = [1.74, 1.70, 1.73]
   min(name, weight)

def min(n, w):
   i = 0
   namemin = 0
   min = w[i]
   while(i < len(w)):
      if(min > w[i]):
         min = w[i]
         namemin = n[i]
      i = i + 1
   print(namemin,"is a minimum weight =",min)
 
setup()

Find/count number of students with age < 30.

def setup():
   name = ["Gun", "Rit", "Frame"]
   ID = [32075, 32078, 32080]
   age = [38, 83, 19]
   weight = [80, 75, 58.2]
   height = [1.74, 1.70, 1.73]
   print(count(age))
 
def count(age):
   i = 0
   count = 0
   while(i < len(age)):
      if(age[i] < 30):
         count = count + 1
      i = i + 1
   return count

setup()

Find average age of students.

def setup():
   name = ["Gun", "Rit", "Frame"]
   ID = [32075, 32078, 32080]
   age = [25, 25, 19]
   weight = [80, 75, 58.2]
   height = [1.74, 1.70, 1.73]
   print(average(age))
 
def average(age):
   i = 0
   sum = 0
   n = 0
   average = 0
   while(i < len(age)):
      sum = sum + age[i]
      n = n + 1
      average = sum/n
      i = i + 1
   return average

setup()

Display student records with BMI > 25.

def setup():
   name = ["Gun", "Rit", "Frame"]
   ID = [32075, 32078, 32080]
   age = [25, 25, 19]
   weight = [80, 75, 58.2]
   height = [1.74, 1.70, 1.73]
   find(name, weight, height)
 
def find(n, w, h):
   i = 0
   count = 0
   while(i < len(n)):
      BMI = w[i]/(h[i]*h[i])
      if(BMI > 25):
         print(n[i], "weight", w[i], "height", h[i], "BMI =", "%.2f"%BMI)
      i = i + 1
     
setup()

Find/count number of students with BMI > 25.

def setup():
   name = ["Gun", "Rit", "Frame"]
   ID = [32075, 32078, 32080]
   age = [25, 25, 19]
   weight = [80, 75, 58.2]
   height = [1.74, 1.70, 1.73]
   print(count(name, weight, height))
 
def count(n, w, h):
   i = 0
   count = 0
   while(i < len(n)):
      BMI = w[i]/(h[i]*h[i])
      if(BMI > 25):
         count = count + 1
      i = i + 1
   return count
     
setup()

Find student BMI.

def setup():
   name = ["Gun", "Rit", "Frame"]
   ID = [32075, 32078, 32080]
   age = [25, 25, 19]
   weight = [62, 55, 58.2]
   height = [1.74, 1.70, 1.73]
   BMI(name, weight, height)
 
def BMI(n, w, h):
   i = 0
   while(i < len(n)):
      BMI = w[i]/(h[i]*h[i])
      print(n[i],"BMI =","%.3f"%BMI)
      i = i + 1

setup()

Display student records (data).

def setup():
   name = ["Gun", "Rit", "Frame"]
   ID = [32075, 32078, 32080]
   age = [25, 25, 19]
   weight = [62, 55, 58.2]
   height = [1.74, 1.70, 1.73]
   array(name, ID, age, weight, height)
 
def array(n, I, a, w, h):
   i = 0
   while(i < len(n)):
      print(n[i], "ID =", I[i], "age =", a[i], "weight =", w[i], "height =", h[i])
      i = i + 1
   return array

setup()