ธันวาคม 16, 2558
พฤศจิกายน 28, 2558
ปัญหา Raspberry Pi
1. รัน AS1 ได้ แต่รับค่า mouseX, mouseY เพี้ยนไป
2. การรันโปรแกรมค่อนข้างช้า
3. การต่อ wifi ไม่เสถียร
2. การรันโปรแกรมค่อนข้างช้า
3. การต่อ wifi ไม่เสถียร
พฤศจิกายน 22, 2558
Lab Raspberry Pi
class Student:
def __init__(self,name,Id,score):
self.name = name
self.id = Id
self.score = score
def get_name(self):
return self.name
def get_id(self):
return self.id
def get_score(self):
return self.score
def setup():
a = Student('Nay',1,50)
b = Student('Tiny',2,70)
c = Student('Kunkka',3,95)
d = Student('Lina',4,79)
e = Student('Balana',5,65)
data = [a,b,c,d,e]
display_data(data)
count_grade(data)
show_grade(data,3)
def count_grade(data):
index = 0
count = [0,0,0,0,0]
text_temp = ['A','B','C','D','F']
while(index < len(data)):
if(data[index].get_score() > 80):
count[0] += 1
elif(data[index].get_score() > 70):
count[1] += 1
elif(data[index].get_score() > 60):
count[2] += 1
elif(data[index].get_score() > 50):
count[3] += 1
else:
count[4] += 1
index += 1
print('-----total grade-----')
index = 0
while(index < len(count)):
print(text_temp[index],':',count[index],end = ' ')
index += 1
print()
def display_data(data):
index = 0
while(index < len(data)):
print('---',index+1,'---')
print('Name : ',data[index].get_name())
print('ID : ',data[index].get_id())
print('Score : ',data[index].get_score())
grade_cal(data,index)
print()
index += 1
def grade_cal(data,index):
print('Grade : ',end = '')
if(data[index].get_score() > 80):
print('A')
elif(data[index].get_score() > 70):
print('B')
elif(data[index].get_score() > 60):
print('C')
elif(data[index].get_score() > 50):
print('D')
else:
print('F')
def show_grade(data,Id):
index = 0
foundStudent = False
while(index < len(data) and not(foundStudent)):
if(data[index].get_id() == Id):
foundStudent = True
index += 1
index -= 1
if(data[index].get_score() > 80):
grade = 'A'
elif(data[index].get_score() > 70):
grade = 'B'
elif(data[index].get_score() > 60):
grade = 'C'
elif(data[index].get_score() > 50):
grade = 'D'
else:
grade = 'F'
print('---Grade Result---')
print('name : ',data[index].get_name() )
print('score : ',data[index].get_score())
print('Grade : ',grade)
setup()
def __init__(self,name,Id,score):
self.name = name
self.id = Id
self.score = score
def get_name(self):
return self.name
def get_id(self):
return self.id
def get_score(self):
return self.score
def setup():
a = Student('Nay',1,50)
b = Student('Tiny',2,70)
c = Student('Kunkka',3,95)
d = Student('Lina',4,79)
e = Student('Balana',5,65)
data = [a,b,c,d,e]
display_data(data)
count_grade(data)
show_grade(data,3)
def count_grade(data):
index = 0
count = [0,0,0,0,0]
text_temp = ['A','B','C','D','F']
while(index < len(data)):
if(data[index].get_score() > 80):
count[0] += 1
elif(data[index].get_score() > 70):
count[1] += 1
elif(data[index].get_score() > 60):
count[2] += 1
elif(data[index].get_score() > 50):
count[3] += 1
else:
count[4] += 1
index += 1
print('-----total grade-----')
index = 0
while(index < len(count)):
print(text_temp[index],':',count[index],end = ' ')
index += 1
print()
def display_data(data):
index = 0
while(index < len(data)):
print('---',index+1,'---')
print('Name : ',data[index].get_name())
print('ID : ',data[index].get_id())
print('Score : ',data[index].get_score())
grade_cal(data,index)
print()
index += 1
def grade_cal(data,index):
print('Grade : ',end = '')
if(data[index].get_score() > 80):
print('A')
elif(data[index].get_score() > 70):
print('B')
elif(data[index].get_score() > 60):
print('C')
elif(data[index].get_score() > 50):
print('D')
else:
print('F')
def show_grade(data,Id):
index = 0
foundStudent = False
while(index < len(data) and not(foundStudent)):
if(data[index].get_id() == Id):
foundStudent = True
index += 1
index -= 1
if(data[index].get_score() > 80):
grade = 'A'
elif(data[index].get_score() > 70):
grade = 'B'
elif(data[index].get_score() > 60):
grade = 'C'
elif(data[index].get_score() > 50):
grade = 'D'
else:
grade = 'F'
print('---Grade Result---')
print('name : ',data[index].get_name() )
print('score : ',data[index].get_score())
print('Grade : ',grade)
setup()
ตุลาคม 04, 2558
Lab5_strings
def setup():
print(my_count("Thailand","a"))
print(my_find("Thailand","i"))
print(my_replace("Thailand","land","thai"))
print(my_strip("Thailand "))
print(my_startswith("Thailand","Sun"))
print(my_endswith("Thailand","and"))
def my_count(full,part):
count = 0
i = 0
while(i<len(full)):
if(full[i] == part):
count = count+1
i = i+1
return count
def my_find(full,part):
i = 0
while(i<len(full)):
if(full[i] == part):
index = i
break
i = i+1
return index
def my_replace(full,old,new):
newStr = ""
l = len(old)
i = 0
while(i<len(full)):
a = full[i]
j = 1
while(j<l and i+j<len(full)):
a = a+full[i+j]
j = j+1
if(a == old):
newStr = newStr+new
i = i+(l-1)
else:
newStr = newStr+full[i]
i = i+1
return newStr
def my_strip(full):
newStr = ""
i = 0
while(i<len(full)):
if(full[i] != ' '):
start = i
break
i = i+1
i = len(full)-1
while(i>=0):
if(full[i] != ' '):
end = i
break
i = i-1
j = start
while(j<=end):
newStr = newStr+full[j]
j = j+1
return newStr
def my_startswith(full,start):
result = True
l = len(start)
i = 0
while(i<l):
if(full[i] != start[i]):
result = False
break
i = i+1
return result
def my_endswith(full,end):
result = True
l = len(end)
i = len(full)-l
j = 0
while(i<len(full)):
if(full[i] != end[j]):
result = False
break
j = j+1
i = i+1
return result
setup()
print(my_count("Thailand","a"))
print(my_find("Thailand","i"))
print(my_replace("Thailand","land","thai"))
print(my_strip("Thailand "))
print(my_startswith("Thailand","Sun"))
print(my_endswith("Thailand","and"))
def my_count(full,part):
count = 0
i = 0
while(i<len(full)):
if(full[i] == part):
count = count+1
i = i+1
return count
def my_find(full,part):
i = 0
while(i<len(full)):
if(full[i] == part):
index = i
break
i = i+1
return index
def my_replace(full,old,new):
newStr = ""
l = len(old)
i = 0
while(i<len(full)):
a = full[i]
j = 1
while(j<l and i+j<len(full)):
a = a+full[i+j]
j = j+1
if(a == old):
newStr = newStr+new
i = i+(l-1)
else:
newStr = newStr+full[i]
i = i+1
return newStr
def my_strip(full):
newStr = ""
i = 0
while(i<len(full)):
if(full[i] != ' '):
start = i
break
i = i+1
i = len(full)-1
while(i>=0):
if(full[i] != ' '):
end = i
break
i = i-1
j = start
while(j<=end):
newStr = newStr+full[j]
j = j+1
return newStr
def my_startswith(full,start):
result = True
l = len(start)
i = 0
while(i<l):
if(full[i] != start[i]):
result = False
break
i = i+1
return result
def my_endswith(full,end):
result = True
l = len(end)
i = len(full)-l
j = 0
while(i<len(full)):
if(full[i] != end[j]):
result = False
break
j = j+1
i = i+1
return result
setup()
Lab5_decimal to binary
def setup():
print("Decimal to Binary")
num = int(input())
print(num,"-->",end=" ")
p = 0
while(num-(pow(2,p))>=0):
p = p+1
n = [0]*p
i = 0
while(i<len(n)):
n[i] = num%2
num = num/2
num = round(num-0.1)
i = i+1
i = 0
j = len(n)-1
while(i<len(n)):
print(n[j],end="")
j = j-1
i = i+1
setup()
print("Decimal to Binary")
num = int(input())
print(num,"-->",end=" ")
p = 0
while(num-(pow(2,p))>=0):
p = p+1
n = [0]*p
i = 0
while(i<len(n)):
n[i] = num%2
num = num/2
num = round(num-0.1)
i = i+1
i = 0
j = len(n)-1
while(i<len(n)):
print(n[j],end="")
j = j-1
i = i+1
setup()
Lab5_arrays
def setup():
n = [-3,21,-5,17,21]
display(n)
maximum(n)
summation(n)
sum_positive(n)
count_positive(n)
average(n)
increase(n)
def display(a):
i = 0
while(i<len(a)):
print("a [",i,"] =",a[i])
i = i+1
def maximum(a):
i = 1
value = a[0]
while(i<len(a)):
if(value<a[i]):
value = a[i]
i = i+1
print("maximum value =",value)
i = 0
searching = True
while(i<len(a) and searching):
if(a[i]==value):
searching = False
i = i+1
print("index of first max value =",i-1)
i = len(a)-1
searching = True
while(i>=0 and searching):
if(a[i]==value):
searching = False
i = i-1
print("index of last max value =",i+1)
def summation(a):
i = 0
value = 0
while(i<len(a)):
value = value+a[i]
i = i+1
print("Sum of values =",value)
def sum_positive(a):
i = 0
value = 0
while(i<len(a)):
if(a[i]>0):
value = value+a[i]
i = i+1
print("Sum of positive values =",value)
def count_positive(a):
i = 0
count = 0
print("positive values = ",end="")
while(i<len(a)):
if(a[i]>0):
print(a[i]," ",end="")
count = count+1
i = i+1
print("")
print("count of positive values =",count)
def average(a):
i = 0
value = 0
while(i<len(a)):
value = value+a[i]
i = i+1
avg = value/len(a)
print("average of values =",avg)
def increase(a):
i = 0
percent = int(input())
print("new array increase by:",percent,"%")
while(i<len(a)):
a[i] = a[i]+(a[i]*percent/100)
print("a [",i,"] =",a[i])
i = i+1
setup()
n = [-3,21,-5,17,21]
display(n)
maximum(n)
summation(n)
sum_positive(n)
count_positive(n)
average(n)
increase(n)
def display(a):
i = 0
while(i<len(a)):
print("a [",i,"] =",a[i])
i = i+1
def maximum(a):
i = 1
value = a[0]
while(i<len(a)):
if(value<a[i]):
value = a[i]
i = i+1
print("maximum value =",value)
i = 0
searching = True
while(i<len(a) and searching):
if(a[i]==value):
searching = False
i = i+1
print("index of first max value =",i-1)
i = len(a)-1
searching = True
while(i>=0 and searching):
if(a[i]==value):
searching = False
i = i-1
print("index of last max value =",i+1)
def summation(a):
i = 0
value = 0
while(i<len(a)):
value = value+a[i]
i = i+1
print("Sum of values =",value)
def sum_positive(a):
i = 0
value = 0
while(i<len(a)):
if(a[i]>0):
value = value+a[i]
i = i+1
print("Sum of positive values =",value)
def count_positive(a):
i = 0
count = 0
print("positive values = ",end="")
while(i<len(a)):
if(a[i]>0):
print(a[i]," ",end="")
count = count+1
i = i+1
print("")
print("count of positive values =",count)
def average(a):
i = 0
value = 0
while(i<len(a)):
value = value+a[i]
i = i+1
avg = value/len(a)
print("average of values =",avg)
def increase(a):
i = 0
percent = int(input())
print("new array increase by:",percent,"%")
while(i<len(a)):
a[i] = a[i]+(a[i]*percent/100)
print("a [",i,"] =",a[i])
i = i+1
setup()
กันยายน 20, 2558
Lab4x_Sum-of-1-to-N & Multiplication-Table & Sum-of-Prime-Number & Monthly-Loan-Payment
# Sum Of 1 to N
def setup():
n = 15
sumOfOneToN(n)
def sumOfOneToN(n):
sum = 0
print("N = ",n)
while(n>0):
sum += n
n -= 1
print("sum of int from 1 to N = ",sum)
setup()
# Multiplication Table
def setup():
num = 13
multipli_table(num)
def multipli_table(n):
multi = 1
print("Multiplication-Table of ",n)
while(multi <= 12):
print(n," x ",multi," = ",(n*multi))
multi += 1
setup()
# Sum of Prime Number
def setup():
final_num = 100
primeCal(final_num)
def primeCal(n):
result = 0
num = 1
print("Sum of Prime number from 1 to",n)
while(num<=n):
primeNum = True
i = 2
while(i<num and primeNum):
if((num%i) == 0):
primeNum = False
i += 1
if(primeNum):
result += num
num += 1
print("result =",result)
setup()
# Monthly loan payment
def setup():
loan = 5000
interest_rate = 12 # percent
loan_term = 12 # months
loanCal(loan, interest_rate, loan_term)
def loanCal(loan, interest_rate, loan_term):
balance = loan
total_interest = 0
count=1
j = interest_rate/100/12
payMonthly = loan*(j/(1-(pow(1+j,-loan_term))))
print("***** Monthly Loan Payment *****")
print(" Loan Amount : $",loan)
print(" Loan Term : ",loan_term," months")
print(" Interest Rate : ",interest_rate,"%")
print("************************************")
print("Payment NO.| Balance | Interest | Principal | Unpaid Balance | Total Interest to Date")
while (count<=loan_term):
interest = j*balance
principal = payMonthly-interest
print(" ",round(count)," ",round(balance)," ",round(interest)," ",round(principal), end="")
balance -= principal
total_interest += interest
print(" ",round(balance)," ",round(total_interest))
count += 1
print("Payment Every Month : $",payMonthly)
print("Total of 12 Payments : $",(loan+total_interest))
print("Total Interest : $",total_interest)
setup()
def setup():
n = 15
sumOfOneToN(n)
def sumOfOneToN(n):
sum = 0
print("N = ",n)
while(n>0):
sum += n
n -= 1
print("sum of int from 1 to N = ",sum)
setup()
# Multiplication Table
def setup():
num = 13
multipli_table(num)
def multipli_table(n):
multi = 1
print("Multiplication-Table of ",n)
while(multi <= 12):
print(n," x ",multi," = ",(n*multi))
multi += 1
setup()
# Sum of Prime Number
def setup():
final_num = 100
primeCal(final_num)
def primeCal(n):
result = 0
num = 1
print("Sum of Prime number from 1 to",n)
while(num<=n):
primeNum = True
i = 2
while(i<num and primeNum):
if((num%i) == 0):
primeNum = False
i += 1
if(primeNum):
result += num
num += 1
print("result =",result)
setup()
# Monthly loan payment
def setup():
loan = 5000
interest_rate = 12 # percent
loan_term = 12 # months
loanCal(loan, interest_rate, loan_term)
def loanCal(loan, interest_rate, loan_term):
balance = loan
total_interest = 0
count=1
j = interest_rate/100/12
payMonthly = loan*(j/(1-(pow(1+j,-loan_term))))
print("***** Monthly Loan Payment *****")
print(" Loan Amount : $",loan)
print(" Loan Term : ",loan_term," months")
print(" Interest Rate : ",interest_rate,"%")
print("************************************")
print("Payment NO.| Balance | Interest | Principal | Unpaid Balance | Total Interest to Date")
while (count<=loan_term):
interest = j*balance
principal = payMonthly-interest
print(" ",round(count)," ",round(balance)," ",round(interest)," ",round(principal), end="")
balance -= principal
total_interest += interest
print(" ",round(balance)," ",round(total_interest))
count += 1
print("Payment Every Month : $",payMonthly)
print("Total of 12 Payments : $",(loan+total_interest))
print("Total Interest : $",total_interest)
setup()
Lab4x_Grade-Calculation & Leap-Year & Power-of-Ten & Delivery-Charge
# Grade Calculation
def setup():
score = 60
gradeCal(score)
def gradeCal(s):
print("Score = ",s)
if(s>=80 and s<=100):
print("Grade : A")
elif(s>=70 and s<80):
print("Grade : B")
elif(s>=55 and s<70):
print("Grade : C")
elif(s>=40 and s<55):
print("Grade : D")
elif(s>=0 and s<40):
print("Grade : F")
else:
println("Grade : -")
setup()
# Leap Year
def setup():
year = 1800
leapYear(year)
def leapYear(y):
print("Year = ",y);
if(y%400==0 or (y%4==0 and y%100!=0)):
print("Leap Year")
else:
print("Not Leap Year")
setup()
# Power of ten
def setup():
powerTen = 29
powerOfTen(powerTen)
def powerOfTen(p):
print("Power-of-ten = ",p)
if(p>=100):
if(p>100):
print("Number = Googol++")
else:
print("Number = Googol")
elif(p>=30):
if(p>30):
print("Number = Nonillion++")
else:
print("Number = Nonillion")
elif(p>=21):
if(p>21):
print("Number = Sextillion++")
else:
print("Number = Sextillion")
elif(p>=18):
if(p>18):
print("Number = Quintillion++")
else:
print("Number = Quintillion")
elif(p>=15):
if(p>15):
print("Number = Quadrillion++")
else:
print("Number = Quadrillion")
elif(p>=12):
if(p>12):
print("Number = Trillion++")
else:
print("Number = Trillion")
elif(p>=9):
if(p>9):
print("Number = Billion++")
else:
print("Number = Billion")
elif(p>=6):
if(p>6):
print("Number = Million++")
else:
print("Number = Million")
else:
print("Number = --")
setup()
# Delivery Charge
def setup():
packaging = 2 # (1)letter
# (2)box
service = 1 # (1)Next-Day-Priority
# (2)Next-Day-Standard
# (3)2-Day
weight = 11 # oz unit for letter
# pound unit for box
error = False
if(packaging == 1):
print("type of packaging = letter")
elif(packaging == 2):
print("type of packaging = box")
else:
print("type of packaging = Error")
error = True
if(service == 1):
print("service = Next-Day-Priority")
elif(service == 2):
print("service = Next-Day-Standard")
elif(service == 3):
print("service = 2-Day")
else:
print("service = Error")
error = True
if(packaging == 1):
print("Weight = ",weight," oz")
elif(packaging == 2):
print("Weight = ",weight," pound")
#Calculation
if(error == True):
print("The charge = Error")
elif(packaging == 1):
if(service == 1):
if(weight <= 8):
print("The charge = $12.00")
else:
print("Error : Over Load")
elif(service == 2):
if(weight <= 8):
print("The charge = $10.50")
else:
print("Error : Over Load")
else:
print("This service is not available")
else:
if(service == 1):
value = 15.75+((weight-1)*1.25)
elif(service == 2):
value = 13.75+((weight-1)*1.00)
else:
value = 7.00+((weight-1)*0.50)
print("The charge = $",value)
setup()
def setup():
score = 60
gradeCal(score)
def gradeCal(s):
print("Score = ",s)
if(s>=80 and s<=100):
print("Grade : A")
elif(s>=70 and s<80):
print("Grade : B")
elif(s>=55 and s<70):
print("Grade : C")
elif(s>=40 and s<55):
print("Grade : D")
elif(s>=0 and s<40):
print("Grade : F")
else:
println("Grade : -")
setup()
# Leap Year
def setup():
year = 1800
leapYear(year)
def leapYear(y):
print("Year = ",y);
if(y%400==0 or (y%4==0 and y%100!=0)):
print("Leap Year")
else:
print("Not Leap Year")
setup()
# Power of ten
def setup():
powerTen = 29
powerOfTen(powerTen)
def powerOfTen(p):
print("Power-of-ten = ",p)
if(p>=100):
if(p>100):
print("Number = Googol++")
else:
print("Number = Googol")
elif(p>=30):
if(p>30):
print("Number = Nonillion++")
else:
print("Number = Nonillion")
elif(p>=21):
if(p>21):
print("Number = Sextillion++")
else:
print("Number = Sextillion")
elif(p>=18):
if(p>18):
print("Number = Quintillion++")
else:
print("Number = Quintillion")
elif(p>=15):
if(p>15):
print("Number = Quadrillion++")
else:
print("Number = Quadrillion")
elif(p>=12):
if(p>12):
print("Number = Trillion++")
else:
print("Number = Trillion")
elif(p>=9):
if(p>9):
print("Number = Billion++")
else:
print("Number = Billion")
elif(p>=6):
if(p>6):
print("Number = Million++")
else:
print("Number = Million")
else:
print("Number = --")
setup()
# Delivery Charge
def setup():
packaging = 2 # (1)letter
# (2)box
service = 1 # (1)Next-Day-Priority
# (2)Next-Day-Standard
# (3)2-Day
weight = 11 # oz unit for letter
# pound unit for box
error = False
if(packaging == 1):
print("type of packaging = letter")
elif(packaging == 2):
print("type of packaging = box")
else:
print("type of packaging = Error")
error = True
if(service == 1):
print("service = Next-Day-Priority")
elif(service == 2):
print("service = Next-Day-Standard")
elif(service == 3):
print("service = 2-Day")
else:
print("service = Error")
error = True
if(packaging == 1):
print("Weight = ",weight," oz")
elif(packaging == 2):
print("Weight = ",weight," pound")
#Calculation
if(error == True):
print("The charge = Error")
elif(packaging == 1):
if(service == 1):
if(weight <= 8):
print("The charge = $12.00")
else:
print("Error : Over Load")
elif(service == 2):
if(weight <= 8):
print("The charge = $10.50")
else:
print("Error : Over Load")
else:
print("This service is not available")
else:
if(service == 1):
value = 15.75+((weight-1)*1.25)
elif(service == 2):
value = 13.75+((weight-1)*1.00)
else:
value = 7.00+((weight-1)*0.50)
print("The charge = $",value)
setup()
Lab4x_BMI & Circle
#Calculate body mass index (BMI)
def setup():
weight= 60
tall= 175
BMI_cal(weight,tall)
def BMI_cal(weight,tall):
BMI=weight/((tall/100)*(tall/100))
print("Weight = " , weight)
print("Height = " , tall)
print("BMI = " , BMI)
setup()
#Calculate circumference and area of a circle from its diameter
def setup():
diam=10
circle_cal(diam)
def circle_cal(d):
pi=22/7
circum = 2*pi*(d/2)
areaCir=pi*(d/2)*(d/2)
print("Diameter = " , d)
print("Circumference = " , circum)
print("area of a circle = " , areaCir)
setup()
def setup():
weight= 60
tall= 175
BMI_cal(weight,tall)
def BMI_cal(weight,tall):
BMI=weight/((tall/100)*(tall/100))
print("Weight = " , weight)
print("Height = " , tall)
print("BMI = " , BMI)
setup()
#Calculate circumference and area of a circle from its diameter
def setup():
diam=10
circle_cal(diam)
def circle_cal(d):
pi=22/7
circum = 2*pi*(d/2)
areaCir=pi*(d/2)*(d/2)
print("Diameter = " , d)
print("Circumference = " , circum)
print("area of a circle = " , areaCir)
setup()
กันยายน 15, 2558
Lab4_Generic exercise
//*****sum-Of-1-to-N*****
void setup(){
int N = 15;
sumOfOneToN(N);
}
void sumOfOneToN(int n){
int sum = 0;
println("N = "+n);
while(n>0){
sum += n;
n--;
}
println("sum of int from 1 to N = "+sum);
}
//*****Multiplication-Table*****
void setup(){
int num = 13;
multipli_table(num);
}
void multipli_table(int n){
int multi = 1;
println("Multiplication-Table of "+n);
while(multi <= 12){
println(n+" x "+multi+" = "+(n*multi));
multi++;
}
}
//*****Prime-Number*****
void setup(){
int final_num = 100;
primeCal(final_num);
}
void primeCal(int n){
int num = 1;
println("Prime number from 1 to "+n);
while(num<=n){
boolean primeNum = true;
int i = 2;
while(i<num && primeNum){
if((num%i) == 0)
primeNum = false;
i++;
}
if(primeNum)
print(num+" ");
num++;
}
}
void setup(){
int N = 15;
sumOfOneToN(N);
}
void sumOfOneToN(int n){
int sum = 0;
println("N = "+n);
while(n>0){
sum += n;
n--;
}
println("sum of int from 1 to N = "+sum);
}
//*****Multiplication-Table*****
void setup(){
int num = 13;
multipli_table(num);
}
void multipli_table(int n){
int multi = 1;
println("Multiplication-Table of "+n);
while(multi <= 12){
println(n+" x "+multi+" = "+(n*multi));
multi++;
}
}
void setup(){
int final_num = 100;
primeCal(final_num);
}
void primeCal(int n){
int num = 1;
println("Prime number from 1 to "+n);
while(num<=n){
boolean primeNum = true;
int i = 2;
while(i<num && primeNum){
if((num%i) == 0)
primeNum = false;
i++;
}
if(primeNum)
print(num+" ");
num++;
}
}
//*****Monthly-loan-payment*****
void setup() {
float loan = 5000;
float interest_rate = 12; //percent
int loan_term = 12; //months
loanCal(loan, interest_rate, loan_term);
}
void loanCal(float loan, float interest_rate, float loan_term) {
float payMonthly, balance = loan, total_interest=0;
float interest, principal, j;
int count=1;
j = interest_rate/100/12;
payMonthly = loan*(j/(1-(pow(1+j,-loan_term))));
println("***** Monthly Loan Payment *****");
println(" Loan Amount : $"+loan);
println(" Loan Term : "+loan_term+" months");
println(" Interest Rate : "+interest_rate+"%");
println("************************************");
println("Payment NO.| Balance | Interest | Principal | Unpaid Balance | Total Interest to Date");
while (count<=loan_term) {
interest = j*balance;
principal = payMonthly-interest;
print(" "+count+" "+balance+" "+interest+" "+principal);
balance -= principal;
total_interest += interest;
println(" "+balance+" "+total_interest);
count++;
}
println("Payment Every Month : $"+payMonthly);
println("Total of 12 Payments : $"+(loan+total_interest));
println("Total Interest : $"+total_interest);
}
Lab4_songs
int limit=0;
int light_brown=#F7DEA7;
int white=255;
color screen;
color Line=255;
boolean dropNote=false;
int noteY=0;
void draw() {
int noteX=10;
size(350, 185);
background(screen);
limit++;
limit %= 180;
draw_song();
if (dropNote) {
while (noteX<width) {
note(noteX);
noteX += 25;
}
if (noteY>200) {
dropNote=false;
noteY=0;
}
}
}
void draw_song() {
int posX=100;
posX+=limit;
noStroke();
//draw"THE"
fill(Line);
rect(posX-25, 10, 70, 30); //blank"THE"
fill(screen);
rect(posX-25, 15, 7, 25);
rect(posX-13, 15, 7, 25); //T
rect(posX, 10, 15, 12);
rect(posX, 27, 15, 13); //H
rect(posX+20, 10, 3, 30);
rect(posX+28, 15, 17, 7);
rect(posX+28, 27, 17, 8); //E
triangle(posX+33, 10, posX+45, 45, posX+45, 10);
//draw"SCRIPT"
fill(Line);
arc(45, 75, 60, 60, HALF_PI, TWO_PI);
arc(45, 131, 70, 70, HALF_PI+PI, TWO_PI+HALF_PI); //S
arc(130, 105, 110, 110, QUARTER_PI+PI/32, TWO_PI-QUARTER_PI-PI/32); //C
rect(165, 50, 20, 10);
rect(165, 105, 20, 10);
arc(185, 82.5, 60, 65, 3*PI/2, 5*PI/2);
quad(170, 115, 185, 115, 215, 147, 215, 163); //R
rect(220, 50, 10, 120); //I
rect(235, 50, 10, 120);
rect(245, 50, 20, 10);
rect(245, 105, 20, 10);
arc(265, 82.5, 60, 65, 3*PI/2, 5*PI/2); //P
quad(265, 50, 330, 50, 335, 60, 265, 60);
rect(300, 50, 10, 120); //T
fill(screen);
arc(45, 76, 40, 40, HALF_PI, TWO_PI);
arc(45, 131, 50, 50, HALF_PI+PI, TWO_PI+HALF_PI); //S
arc(130, 105, 90, 90, QUARTER_PI, TWO_PI-QUARTER_PI); //C
triangle(147, 50, 155, 80, 155, 50);
arc(185, 82.5, 40, 45, 3*PI/2, 5*PI/2); //R
quad(220, 65, 230, 60, 230, 65, 220, 70); //I
arc(265, 82.5, 40, 45, 3*PI/2, 5*PI/2); //P
triangle(220, 170, 310, 130, 310, 170);
fill(Line);
rect(155, 50, 10, 97); //R
}
void note(int noteX) {
fill(Line);
ellipse(noteX, noteY, 15, 15);
stroke(Line);
strokeWeight(3);
line(noteX+6, noteY, noteX+6, noteY-35);
line(noteX+6, noteY-30, noteX+13, noteY-10);
line(noteX+13, noteY-10, noteX+12, noteY-5);
noteY++;
}
void mouseClicked() {
if (mouseButton==RIGHT) {
white *= -1;
Line += white;
screen += light_brown;
light_brown*=-1;
} else if (mouseButton==LEFT) {
dropNote=true;
}
}
int light_brown=#F7DEA7;
int white=255;
color screen;
color Line=255;
boolean dropNote=false;
int noteY=0;
void draw() {
int noteX=10;
size(350, 185);
background(screen);
limit++;
limit %= 180;
draw_song();
if (dropNote) {
while (noteX<width) {
note(noteX);
noteX += 25;
}
if (noteY>200) {
dropNote=false;
noteY=0;
}
}
}
void draw_song() {
int posX=100;
posX+=limit;
noStroke();
//draw"THE"
fill(Line);
rect(posX-25, 10, 70, 30); //blank"THE"
fill(screen);
rect(posX-25, 15, 7, 25);
rect(posX-13, 15, 7, 25); //T
rect(posX, 10, 15, 12);
rect(posX, 27, 15, 13); //H
rect(posX+20, 10, 3, 30);
rect(posX+28, 15, 17, 7);
rect(posX+28, 27, 17, 8); //E
triangle(posX+33, 10, posX+45, 45, posX+45, 10);
//draw"SCRIPT"
fill(Line);
arc(45, 75, 60, 60, HALF_PI, TWO_PI);
arc(45, 131, 70, 70, HALF_PI+PI, TWO_PI+HALF_PI); //S
arc(130, 105, 110, 110, QUARTER_PI+PI/32, TWO_PI-QUARTER_PI-PI/32); //C
rect(165, 50, 20, 10);
rect(165, 105, 20, 10);
arc(185, 82.5, 60, 65, 3*PI/2, 5*PI/2);
quad(170, 115, 185, 115, 215, 147, 215, 163); //R
rect(220, 50, 10, 120); //I
rect(235, 50, 10, 120);
rect(245, 50, 20, 10);
rect(245, 105, 20, 10);
arc(265, 82.5, 60, 65, 3*PI/2, 5*PI/2); //P
quad(265, 50, 330, 50, 335, 60, 265, 60);
rect(300, 50, 10, 120); //T
fill(screen);
arc(45, 76, 40, 40, HALF_PI, TWO_PI);
arc(45, 131, 50, 50, HALF_PI+PI, TWO_PI+HALF_PI); //S
arc(130, 105, 90, 90, QUARTER_PI, TWO_PI-QUARTER_PI); //C
triangle(147, 50, 155, 80, 155, 50);
arc(185, 82.5, 40, 45, 3*PI/2, 5*PI/2); //R
quad(220, 65, 230, 60, 230, 65, 220, 70); //I
arc(265, 82.5, 40, 45, 3*PI/2, 5*PI/2); //P
triangle(220, 170, 310, 130, 310, 170);
fill(Line);
rect(155, 50, 10, 97); //R
}
void note(int noteX) {
fill(Line);
ellipse(noteX, noteY, 15, 15);
stroke(Line);
strokeWeight(3);
line(noteX+6, noteY, noteX+6, noteY-35);
line(noteX+6, noteY-30, noteX+13, noteY-10);
line(noteX+13, noteY-10, noteX+12, noteY-5);
noteY++;
}
void mouseClicked() {
if (mouseButton==RIGHT) {
white *= -1;
Line += white;
screen += light_brown;
light_brown*=-1;
} else if (mouseButton==LEFT) {
dropNote=true;
}
}
Lab4_books
int wink;
float spin;
void draw() {
size(300, 400);
background(0); //colorBlack
draw_book();
if (keyPressed) {
if (key==CODED) {
if (keyCode==LEFT) spin+=PI/32;
else if (keyCode==RIGHT) spin-=PI/32;
}
}
fill(255);
text("Pressed LEFT or RIGHT arrow.", 75, 350);
fill(0);
}
void draw_book() {
int posX=155, posY=150;
float addPos=0,count=0;
if (frameCount%50<=25) wink=1;
else wink=0;
//bones
while (count<2) {
translate(155, 150);
rotate(spin+addPos);
fill(255); //colorWhite
noStroke();
beginShape();
vertex(-90, -110);
vertex(110, 90);
vertex(110, 110);
vertex(90, 110);
vertex(-110, -90);
vertex(-110, -110);
endShape();
beginShape();
vertex(90, -110);
vertex(-110, 90);
vertex(-110, 110);
vertex(-90, 110);
vertex(110, -90);
vertex(110, -110);
endShape();
ellipse(-100, -120, 30, 30);
ellipse(-120, -100, 30, 30);
ellipse(100, -120, 30, 30);
ellipse(120, -100, 30, 30);
ellipse(120, 100, 30, 30);
ellipse(100, 120, 30, 30);
ellipse(-100, 120, 30, 30);
ellipse(-120, 100, 30, 30);
rotate(-spin-addPos);
translate(-155, -150);
addPos=PI/4;
count++;
}
//skull & hat
stroke(0);
strokeWeight(4);
ellipse(posX, posY+90, 80, 90);
fill(145, 55, 25); //colorBrown
arc(posX, posY, 170, 170, PI+PI/16, TWO_PI-PI/16);
fill(255, 210, 50); //colorYellow
arc(posX, posY, 170, 170, PI+PI/7, TWO_PI-PI/7);
arc(posX, posY+30, 320, 115, PI+PI/5, TWO_PI-PI/5);
fill(255); //colorWhite
arc(posX, posY, 170, 170, 0, PI);
arc(posX, posY, 170, 30, PI, TWO_PI);
//detail
fill(0);
ellipse(posX, posY+60, 20, 20); //nose
ellipse(posX+35, posY+25, 50, 50*wink); //R-eye
ellipse(posX-35, posY+25, 50, 50*wink); //L-eye
noFill();
arc(posX, posY, 195, 195, HALF_PI-PI/8, HALF_PI+PI/8);
arc(posX, posY, 220, 220, HALF_PI-PI/8+PI/48, HALF_PI+PI/8-PI/48);
line(posX-20, posY+85, posX-23, posY+105);
line(posX, posY+85, posX, posY+110);
line(posX+20, posY+85, posX+23, posY+105);
//book
strokeWeight(3);
stroke(100); //lncolorGray
arc(5, 400, 16, 50, HALF_PI, 3*PI/2);
line(8, 0, 8, 375);
line(8, 375, 300, 375);
line(7, 380, 300, 380);
line(6, 385, 300, 385);
line(5, 390, 300, 390);
line(4, 395, 300, 395);
wink++;
}
float spin;
void draw() {
size(300, 400);
background(0); //colorBlack
draw_book();
if (keyPressed) {
if (key==CODED) {
if (keyCode==LEFT) spin+=PI/32;
else if (keyCode==RIGHT) spin-=PI/32;
}
}
fill(255);
text("Pressed LEFT or RIGHT arrow.", 75, 350);
fill(0);
}
void draw_book() {
int posX=155, posY=150;
float addPos=0,count=0;
if (frameCount%50<=25) wink=1;
else wink=0;
//bones
while (count<2) {
translate(155, 150);
rotate(spin+addPos);
fill(255); //colorWhite
noStroke();
beginShape();
vertex(-90, -110);
vertex(110, 90);
vertex(110, 110);
vertex(90, 110);
vertex(-110, -90);
vertex(-110, -110);
endShape();
beginShape();
vertex(90, -110);
vertex(-110, 90);
vertex(-110, 110);
vertex(-90, 110);
vertex(110, -90);
vertex(110, -110);
endShape();
ellipse(-100, -120, 30, 30);
ellipse(-120, -100, 30, 30);
ellipse(100, -120, 30, 30);
ellipse(120, -100, 30, 30);
ellipse(120, 100, 30, 30);
ellipse(100, 120, 30, 30);
ellipse(-100, 120, 30, 30);
ellipse(-120, 100, 30, 30);
rotate(-spin-addPos);
translate(-155, -150);
addPos=PI/4;
count++;
}
//skull & hat
stroke(0);
strokeWeight(4);
ellipse(posX, posY+90, 80, 90);
fill(145, 55, 25); //colorBrown
arc(posX, posY, 170, 170, PI+PI/16, TWO_PI-PI/16);
fill(255, 210, 50); //colorYellow
arc(posX, posY, 170, 170, PI+PI/7, TWO_PI-PI/7);
arc(posX, posY+30, 320, 115, PI+PI/5, TWO_PI-PI/5);
fill(255); //colorWhite
arc(posX, posY, 170, 170, 0, PI);
arc(posX, posY, 170, 30, PI, TWO_PI);
//detail
fill(0);
ellipse(posX, posY+60, 20, 20); //nose
ellipse(posX+35, posY+25, 50, 50*wink); //R-eye
ellipse(posX-35, posY+25, 50, 50*wink); //L-eye
noFill();
arc(posX, posY, 195, 195, HALF_PI-PI/8, HALF_PI+PI/8);
arc(posX, posY, 220, 220, HALF_PI-PI/8+PI/48, HALF_PI+PI/8-PI/48);
line(posX-20, posY+85, posX-23, posY+105);
line(posX, posY+85, posX, posY+110);
line(posX+20, posY+85, posX+23, posY+105);
//book
strokeWeight(3);
stroke(100); //lncolorGray
arc(5, 400, 16, 50, HALF_PI, 3*PI/2);
line(8, 0, 8, 375);
line(8, 375, 300, 375);
line(7, 380, 300, 380);
line(6, 385, 300, 385);
line(5, 390, 300, 390);
line(4, 395, 300, 395);
wink++;
}
Lab4_movies
int posX=100,posY=100;
int speed=1,assist=1;
boolean hold=false;
void draw(){
size(300,250);
background(#FF7700); //red
draw_movie();
if(hold) saber();
}
void draw_movie(){
strokeWeight(3);
stroke(100); //lnColorGray
fill(0); //colorBlack
quad(posX-95,posY+115,posX+145,posY+115,posX+109,posY+19,posX-59,posY+19); //wing
arc(posX+25,posY-90,550,455,HALF_PI-PI/7,HALF_PI+PI/7); //wing
quad(posX-53,posY+15,posX+103,posY+15,posX+75,posY+125,posX-25,posY+125); //face
arc(posX+25,posY-10,160,160,PI-PI/8,TWO_PI+PI/8); //head
quad(posX+37,posY+21,posX+90,posY+21,posX+145,posY+115,posX+112,posY+15);
quad(posX+13,posY+21,posX-40,posY+21,posX-95,posY+115,posX-63,posY+15);
arc(posX+75,posY+20,75,60,PI,TWO_PI); //R-eyebrow
arc(posX-25,posY+20,75,60,PI,TWO_PI); //L-eyebrow
fill(255); //colorWhite
ellipse(posX+55,posY+45,70,35); //R-eye
ellipse(posX-5,posY+45,70,35); //L-eye
fill(0);
triangle(posX-25,posY+125,posX+75,posY+125,posX+25,posY+65); //mouth
stroke(255); //lnColorWhite
line(posX-9,posY+108,posX-9,posY+125);
line(posX+8,posY+88,posX+8,posY+125);
line(posX+25,posY+80,posX+25,posY+125);
line(posX+42,posY+88,posX+42,posY+125);
line(posX+59,posY+108,posX+59,posY+125);
stroke(100);
fill(255);
rect(posX+13,posY+65,25,15); //nose
fill(0);
rect(posX+15,posY-92,20,145);
quad(posX+15,posY+53,posX+35,posY+53,posX+38,posY+65,posX+13,posY+65);
arc(posX+25,posY+125,100,40,0,PI); //chin
fill(255);
ellipse(posX+70,posY+125,10,10);
ellipse(posX-20,posY+125,10,10);
posX+=speed;
posX %= 250;
}
void saber(){
int count=0,addX=0;
while(count<2){
strokeWeight(14);
stroke(#FF0000);
line(posX-95+addX,225,posX-95+addX,20);
strokeWeight(8);
stroke(255);
line(posX-95+addX,220,posX-95+addX,23);
strokeWeight(3);
stroke(100);
fill(200);
rect(posX-100+addX,225,10,25);
addX=235;
count++;
}
}
void mouseClicked(){
if(mouseButton==RIGHT){
assist*=(-1);
speed+=assist;
}
if(mouseButton==LEFT){
if(hold==true) hold=false;
else hold=true;
}
}
int speed=1,assist=1;
boolean hold=false;
void draw(){
size(300,250);
background(#FF7700); //red
draw_movie();
if(hold) saber();
}
void draw_movie(){
strokeWeight(3);
stroke(100); //lnColorGray
fill(0); //colorBlack
quad(posX-95,posY+115,posX+145,posY+115,posX+109,posY+19,posX-59,posY+19); //wing
arc(posX+25,posY-90,550,455,HALF_PI-PI/7,HALF_PI+PI/7); //wing
quad(posX-53,posY+15,posX+103,posY+15,posX+75,posY+125,posX-25,posY+125); //face
arc(posX+25,posY-10,160,160,PI-PI/8,TWO_PI+PI/8); //head
quad(posX+37,posY+21,posX+90,posY+21,posX+145,posY+115,posX+112,posY+15);
quad(posX+13,posY+21,posX-40,posY+21,posX-95,posY+115,posX-63,posY+15);
arc(posX+75,posY+20,75,60,PI,TWO_PI); //R-eyebrow
arc(posX-25,posY+20,75,60,PI,TWO_PI); //L-eyebrow
fill(255); //colorWhite
ellipse(posX+55,posY+45,70,35); //R-eye
ellipse(posX-5,posY+45,70,35); //L-eye
fill(0);
triangle(posX-25,posY+125,posX+75,posY+125,posX+25,posY+65); //mouth
stroke(255); //lnColorWhite
line(posX-9,posY+108,posX-9,posY+125);
line(posX+8,posY+88,posX+8,posY+125);
line(posX+25,posY+80,posX+25,posY+125);
line(posX+42,posY+88,posX+42,posY+125);
line(posX+59,posY+108,posX+59,posY+125);
stroke(100);
fill(255);
rect(posX+13,posY+65,25,15); //nose
fill(0);
rect(posX+15,posY-92,20,145);
quad(posX+15,posY+53,posX+35,posY+53,posX+38,posY+65,posX+13,posY+65);
arc(posX+25,posY+125,100,40,0,PI); //chin
fill(255);
ellipse(posX+70,posY+125,10,10);
ellipse(posX-20,posY+125,10,10);
posX+=speed;
posX %= 250;
}
void saber(){
int count=0,addX=0;
while(count<2){
strokeWeight(14);
stroke(#FF0000);
line(posX-95+addX,225,posX-95+addX,20);
strokeWeight(8);
stroke(255);
line(posX-95+addX,220,posX-95+addX,23);
strokeWeight(3);
stroke(100);
fill(200);
rect(posX-100+addX,225,10,25);
addX=235;
count++;
}
}
void mouseClicked(){
if(mouseButton==RIGHT){
assist*=(-1);
speed+=assist;
}
if(mouseButton==LEFT){
if(hold==true) hold=false;
else hold=true;
}
}
กันยายน 13, 2558
Lab4_birds
float cloudX=0;
float move=1;
void draw(){
int count= -2;
int posX, posY;
size(500,500);
background(#00AAFF);
cloud();
while(count<3){
posX=mouseX+(count*60);
posY=mouseY+(count*60);
translate(posX,posY);
strokeWeight(1.5);
bird();
translate(-posX,-posY);
count++;
}
}
void bird(){
rotate(PI/5);
fill(#FF0000);
ellipse(0,-25,10,20); //hair
ellipse(-10,-25,10,20);
rotate(-PI/5);
wing();
ellipse(0,0,50,50); //body
fill(#FFFF00);
arc(0,0,50,50,PI/4,3*PI/4);
fill(255);
ellipse(-10,-5,15,10); //left eye
fill(0);
ellipse(-10,-5,5,5);
fill(255);
ellipse(10,-5,15,10); //right eye
fill(0);
ellipse(10,-5,5,5);
triangle(0,0,-10,10,10,10); //beak
}
void wing(){
float roll;
if((frameCount%50)<=25)
roll=PI/16;
else
roll=-PI/16;
rotate(roll);
ellipse(-30,0,50,20); //left wing
rotate(-2*roll);
ellipse(30,0,50,20); //right wing
rotate(roll);
}
void cloud(){
noStroke();
fill(255);
ellipse(510-cloudX,100,100,30);
ellipse(30+cloudX,175,120,60);
ellipse(450-cloudX,300,75,50);
ellipse(100+cloudX,275,85,45);
ellipse(350-cloudX,405,215,140);
stroke(0);
cloudX+=move;
if (cloudX>=450)
move*=-1;
else if (cloudX<=-50)
move*=-1;
}
float move=1;
void draw(){
int count= -2;
int posX, posY;
size(500,500);
background(#00AAFF);
cloud();
while(count<3){
posX=mouseX+(count*60);
posY=mouseY+(count*60);
translate(posX,posY);
strokeWeight(1.5);
bird();
translate(-posX,-posY);
count++;
}
}
void bird(){
rotate(PI/5);
fill(#FF0000);
ellipse(0,-25,10,20); //hair
ellipse(-10,-25,10,20);
rotate(-PI/5);
wing();
ellipse(0,0,50,50); //body
fill(#FFFF00);
arc(0,0,50,50,PI/4,3*PI/4);
fill(255);
ellipse(-10,-5,15,10); //left eye
fill(0);
ellipse(-10,-5,5,5);
fill(255);
ellipse(10,-5,15,10); //right eye
fill(0);
ellipse(10,-5,5,5);
triangle(0,0,-10,10,10,10); //beak
}
void wing(){
float roll;
if((frameCount%50)<=25)
roll=PI/16;
else
roll=-PI/16;
rotate(roll);
ellipse(-30,0,50,20); //left wing
rotate(-2*roll);
ellipse(30,0,50,20); //right wing
rotate(roll);
}
void cloud(){
noStroke();
fill(255);
ellipse(510-cloudX,100,100,30);
ellipse(30+cloudX,175,120,60);
ellipse(450-cloudX,300,75,50);
ellipse(100+cloudX,275,85,45);
ellipse(350-cloudX,405,215,140);
stroke(0);
cloudX+=move;
if (cloudX>=450)
move*=-1;
else if (cloudX<=-50)
move*=-1;
}
Lab4_balloons
void draw(){
int count=-1;
size(200,400);
background(255);
while(count<2){
int posX=width/2;
posX+=(55*count);
draw_balloon(posX);
count++;
}
}
void draw_balloon(int x){
int posY=mouseY;
color ball;
if(mouseY<=50){
posY=50;
ball=#00FF00;
}
else if(mouseY>=300){
posY=300;
ball=#FF0000;
}
else ball=255;
strokeWeight(1.5);
fill(ball);
line(x,posY,x,posY+100);
ellipse(x,posY,50,50);
}
int count=-1;
size(200,400);
background(255);
while(count<2){
int posX=width/2;
posX+=(55*count);
draw_balloon(posX);
count++;
}
}
void draw_balloon(int x){
int posY=mouseY;
color ball;
if(mouseY<=50){
posY=50;
ball=#00FF00;
}
else if(mouseY>=300){
posY=300;
ball=#FF0000;
}
else ball=255;
strokeWeight(1.5);
fill(ball);
line(x,posY,x,posY+100);
ellipse(x,posY,50,50);
}
กันยายน 06, 2558
Lab3_Generic exercise
//*****Grade Calculation*****
void setup(){
int score = 60;
gradeCal(score);
}
void gradeCal(int s){
println("Score = "+s);
print("Grade : ");
if(s>=80 && s<=100) println("A");
else if(s>=70 && s<80) println("B");
else if(s>=55 && s<70) println("C");
else if(s>=40 && s<55) println("D");
else if(s>=0 && s<40) println("F");
else println("-"); //for error
}
//*****Leap Year*****
void setup(){
int year = 1800;
leapYear(year);
}
void leapYear(int y){
println("Year = "+y);
if( y%400==0 || (y%4==0 && !(y%100==0)) )
println("Leap Year");
else println("Not Leap Year");
}
//*****power-of-ten*****
void setup(){
int powerTen = 18;
powerOfTen(powerTen);
}
void powerOfTen(int p){
println("Power-of-ten = "+p);
print("Number = ");
if(p>=100){
print("Googol");
if(p>100) println("++");
}
else if(p>=30){
print("Nonillion");
if(p>30) println("++");
}
else if(p>=21){
print("Sextillion");
if(p>21) println("++");
}
else if(p>=18){
print("Quintillion");
if(p>18) println("++");
}
else if(p>=15){
print("Quadrillion");
if(p>15) println("++");
}
else if(p>=12){
print("Trillion");
if(p>12) println("++");
}
else if(p>=9){
print("Billion");
if(p>9) println("++");
}
else if(p>=6){
print("Million");
if(p>6) println("++");
}
else{
print("--");
}
}
//*****Delivery-Charge*****
void setup(){
int packaging = 2; // (1)letter
// (2)box
int service = 1; // (1)Next-Day-Priority
// (2)Next-Day-Standard
// (3)2-Day
float weight = 11; // oz unit for letter
// pound unit for box
float value;
boolean error = false;
print("type of packaging = ");
if(packaging == 1) println("letter");
else if(packaging == 2) println("box");
else {
println("Error");
error = true;
}
print("service = ");
if(service == 1) println("Next-Day-Priority");
else if(service == 2) println("Next-Day-Standard");
else if(service == 3) println("2-Day");
else {
println("Error");
error = true;
}
print("Weight = "+weight+" ");
if(packaging == 1) println("oz");
else if(packaging == 2) println("pound");
//Calculation
print("The charge = ");
if(error == true) println("Error");
else if(packaging == 1){
if(service == 1){
if(weight <= 8) println("$12.00");
else println("Error : Over Load");
}
else if(service == 2){
if(weight <= 8) println("$10.50");
else println("Error : Over Load");
}
else println("not available");
}
else if(packaging == 2){
if(service == 1){
value = 15.75+((weight-1)*1.25);
}
else if(service == 2){
value = 13.75+((weight-1)*1.00);
}
else value = 7.00+((weight-1)*0.50);
println("$"+value);
}
}
void setup(){
int score = 60;
gradeCal(score);
}
void gradeCal(int s){
println("Score = "+s);
print("Grade : ");
if(s>=80 && s<=100) println("A");
else if(s>=70 && s<80) println("B");
else if(s>=55 && s<70) println("C");
else if(s>=40 && s<55) println("D");
else if(s>=0 && s<40) println("F");
else println("-"); //for error
}
//*****Leap Year*****
void setup(){
int year = 1800;
leapYear(year);
}
void leapYear(int y){
println("Year = "+y);
if( y%400==0 || (y%4==0 && !(y%100==0)) )
println("Leap Year");
else println("Not Leap Year");
}
void setup(){
int powerTen = 18;
powerOfTen(powerTen);
}
void powerOfTen(int p){
println("Power-of-ten = "+p);
print("Number = ");
if(p>=100){
print("Googol");
if(p>100) println("++");
}
else if(p>=30){
print("Nonillion");
if(p>30) println("++");
}
else if(p>=21){
print("Sextillion");
if(p>21) println("++");
}
else if(p>=18){
print("Quintillion");
if(p>18) println("++");
}
else if(p>=15){
print("Quadrillion");
if(p>15) println("++");
}
else if(p>=12){
print("Trillion");
if(p>12) println("++");
}
else if(p>=9){
print("Billion");
if(p>9) println("++");
}
else if(p>=6){
print("Million");
if(p>6) println("++");
}
else{
print("--");
}
}
//*****Delivery-Charge*****
void setup(){
int packaging = 2; // (1)letter
// (2)box
int service = 1; // (1)Next-Day-Priority
// (2)Next-Day-Standard
// (3)2-Day
float weight = 11; // oz unit for letter
// pound unit for box
float value;
boolean error = false;
print("type of packaging = ");
if(packaging == 1) println("letter");
else if(packaging == 2) println("box");
else {
println("Error");
error = true;
}
print("service = ");
if(service == 1) println("Next-Day-Priority");
else if(service == 2) println("Next-Day-Standard");
else if(service == 3) println("2-Day");
else {
println("Error");
error = true;
}
print("Weight = "+weight+" ");
if(packaging == 1) println("oz");
else if(packaging == 2) println("pound");
//Calculation
print("The charge = ");
if(error == true) println("Error");
else if(packaging == 1){
if(service == 1){
if(weight <= 8) println("$12.00");
else println("Error : Over Load");
}
else if(service == 2){
if(weight <= 8) println("$10.50");
else println("Error : Over Load");
}
else println("not available");
}
else if(packaging == 2){
if(service == 1){
value = 15.75+((weight-1)*1.25);
}
else if(service == 2){
value = 13.75+((weight-1)*1.00);
}
else value = 7.00+((weight-1)*0.50);
println("$"+value);
}
}
Lab3_movie
int posX=100,posY=100;
int speed=1,assist=1;
boolean hold=false;
void draw(){
size(250,250);
background(#FF7700); //red
draw_movie();
if(hold) saber();
}
void draw_movie(){
strokeWeight(3);
stroke(100); //lnColorGray
fill(0); //colorBlack
quad(posX-95,posY+115,posX+145,posY+115,posX+109,posY+19,posX-59,posY+19); //wing
arc(posX+25,posY-90,550,455,HALF_PI-PI/7,HALF_PI+PI/7); //wing
quad(posX-53,posY+15,posX+103,posY+15,posX+75,posY+125,posX-25,posY+125); //face
arc(posX+25,posY-10,160,160,PI-PI/8,TWO_PI+PI/8); //head
quad(posX+37,posY+21,posX+90,posY+21,posX+145,posY+115,posX+112,posY+15);
quad(posX+13,posY+21,posX-40,posY+21,posX-95,posY+115,posX-63,posY+15);
arc(posX+75,posY+20,75,60,PI,TWO_PI); //R-eyebrow
arc(posX-25,posY+20,75,60,PI,TWO_PI); //L-eyebrow
fill(255); //colorWhite
ellipse(posX+55,posY+45,70,35); //R-eye
ellipse(posX-5,posY+45,70,35); //L-eye
fill(0);
triangle(posX-25,posY+125,posX+75,posY+125,posX+25,posY+65); //mouth
stroke(255); //lnColorWhite
line(posX-9,posY+108,posX-9,posY+125);
line(posX+8,posY+88,posX+8,posY+125);
line(posX+25,posY+80,posX+25,posY+125);
line(posX+42,posY+88,posX+42,posY+125);
line(posX+59,posY+108,posX+59,posY+125);
stroke(100);
fill(255);
rect(posX+13,posY+65,25,15); //nose
fill(0);
rect(posX+15,posY-92,20,145);
quad(posX+15,posY+53,posX+35,posY+53,posX+38,posY+65,posX+13,posY+65);
arc(posX+25,posY+125,100,40,0,PI); //chin
fill(255);
ellipse(posX+70,posY+125,10,10);
ellipse(posX-20,posY+125,10,10);
posX+=speed;
posX %= 250;
}
void saber(){
strokeWeight(14);
stroke(#FF0000);
line(posX-95,225,posX-95,20);
strokeWeight(8);
stroke(255);
line(posX-95,220,posX-95,23);
strokeWeight(3);
stroke(100);
fill(200);
rect(posX-100,225,10,25);
}
void mouseClicked(){
if(mouseButton==RIGHT){
assist*=(-1);
speed+=assist;
}
if(mouseButton==LEFT){
if(hold==true) hold=false;
else hold=true;
}
}
int speed=1,assist=1;
boolean hold=false;
void draw(){
size(250,250);
background(#FF7700); //red
draw_movie();
if(hold) saber();
}
void draw_movie(){
strokeWeight(3);
stroke(100); //lnColorGray
fill(0); //colorBlack
quad(posX-95,posY+115,posX+145,posY+115,posX+109,posY+19,posX-59,posY+19); //wing
arc(posX+25,posY-90,550,455,HALF_PI-PI/7,HALF_PI+PI/7); //wing
quad(posX-53,posY+15,posX+103,posY+15,posX+75,posY+125,posX-25,posY+125); //face
arc(posX+25,posY-10,160,160,PI-PI/8,TWO_PI+PI/8); //head
quad(posX+37,posY+21,posX+90,posY+21,posX+145,posY+115,posX+112,posY+15);
quad(posX+13,posY+21,posX-40,posY+21,posX-95,posY+115,posX-63,posY+15);
arc(posX+75,posY+20,75,60,PI,TWO_PI); //R-eyebrow
arc(posX-25,posY+20,75,60,PI,TWO_PI); //L-eyebrow
fill(255); //colorWhite
ellipse(posX+55,posY+45,70,35); //R-eye
ellipse(posX-5,posY+45,70,35); //L-eye
fill(0);
triangle(posX-25,posY+125,posX+75,posY+125,posX+25,posY+65); //mouth
stroke(255); //lnColorWhite
line(posX-9,posY+108,posX-9,posY+125);
line(posX+8,posY+88,posX+8,posY+125);
line(posX+25,posY+80,posX+25,posY+125);
line(posX+42,posY+88,posX+42,posY+125);
line(posX+59,posY+108,posX+59,posY+125);
stroke(100);
fill(255);
rect(posX+13,posY+65,25,15); //nose
fill(0);
rect(posX+15,posY-92,20,145);
quad(posX+15,posY+53,posX+35,posY+53,posX+38,posY+65,posX+13,posY+65);
arc(posX+25,posY+125,100,40,0,PI); //chin
fill(255);
ellipse(posX+70,posY+125,10,10);
ellipse(posX-20,posY+125,10,10);
posX+=speed;
posX %= 250;
}
void saber(){
strokeWeight(14);
stroke(#FF0000);
line(posX-95,225,posX-95,20);
strokeWeight(8);
stroke(255);
line(posX-95,220,posX-95,23);
strokeWeight(3);
stroke(100);
fill(200);
rect(posX-100,225,10,25);
}
void mouseClicked(){
if(mouseButton==RIGHT){
assist*=(-1);
speed+=assist;
}
if(mouseButton==LEFT){
if(hold==true) hold=false;
else hold=true;
}
}
Lab3_song
int limit=0;
int white=255;
int light_brown=#F7DEA7;
color screen;
color Line=255;
boolean dropNote=false;
int noteY=0;
void draw(){
size(350,185);
background(screen);
limit++;
limit %= 180;
draw_song();
if(dropNote){
note();
if(noteY>200){
dropNote=false;
noteY=0;
}
}
}
void draw_song(){
int posX=100;
posX+=limit;
noStroke();
//draw"THE"
fill(Line);
rect(posX-25,10,70,30); //blank"THE"
fill(screen);
rect(posX-25,15,7,25);
rect(posX-13,15,7,25); //T
rect(posX,10,15,12);
rect(posX,27,15,13); //H
rect(posX+20,10,3,30);
rect(posX+28,15,17,7);
rect(posX+28,27,17,8); //E
triangle(posX+33,10,posX+45,45,posX+45,10);
//draw"SCRIPT"
fill(Line);
arc(45,75,60,60,HALF_PI,TWO_PI);
arc(45,131,70,70,HALF_PI+PI,TWO_PI+HALF_PI); //S
arc(130,105,110,110,QUARTER_PI+PI/32,TWO_PI-QUARTER_PI-PI/32); //C
rect(165,50,20,10);
rect(165,105,20,10);
arc(185,82.5,60,65,3*PI/2,5*PI/2);
quad(170,115,185,115,215,147,215,163); //R
rect(220,50,10,120); //I
rect(235,50,10,120);
rect(245,50,20,10);
rect(245,105,20,10);
arc(265,82.5,60,65,3*PI/2,5*PI/2); //P
quad(265,50,330,50,335,60,265,60);
rect(300,50,10,120); //T
fill(screen);
arc(45,76,40,40,HALF_PI,TWO_PI);
arc(45,131,50,50,HALF_PI+PI,TWO_PI+HALF_PI); //S
arc(130,105,90,90,QUARTER_PI,TWO_PI-QUARTER_PI); //C
triangle(147,50,155,80,155,50);
arc(185,82.5,40,45,3*PI/2,5*PI/2); //R
quad(220,65,230,60,230,65,220,70); //I
arc(265,82.5,40,45,3*PI/2,5*PI/2); //P
triangle(220,170,310,130,310,170);
fill(Line);
rect(155,50,10,97); //R
}
void note(){
fill(Line);
ellipse(mouseX,noteY,15,15);
stroke(Line);
strokeWeight(3);
line(mouseX+6,noteY,mouseX+6,noteY-35);
line(mouseX+6,noteY-30,mouseX+13,noteY-10);
line(mouseX+13,noteY-10,mouseX+12,noteY-5);
noteY++;
}
void mouseClicked(){
if(mouseButton==RIGHT){
white*=-1;
Line += white;
screen += light_brown;
light_brown*=-1;
}
else if(mouseButton==LEFT){
dropNote=true;
}
}
int white=255;
int light_brown=#F7DEA7;
color screen;
color Line=255;
boolean dropNote=false;
int noteY=0;
void draw(){
size(350,185);
background(screen);
limit++;
limit %= 180;
draw_song();
if(dropNote){
note();
if(noteY>200){
dropNote=false;
noteY=0;
}
}
}
void draw_song(){
int posX=100;
posX+=limit;
noStroke();
//draw"THE"
fill(Line);
rect(posX-25,10,70,30); //blank"THE"
fill(screen);
rect(posX-25,15,7,25);
rect(posX-13,15,7,25); //T
rect(posX,10,15,12);
rect(posX,27,15,13); //H
rect(posX+20,10,3,30);
rect(posX+28,15,17,7);
rect(posX+28,27,17,8); //E
triangle(posX+33,10,posX+45,45,posX+45,10);
//draw"SCRIPT"
fill(Line);
arc(45,75,60,60,HALF_PI,TWO_PI);
arc(45,131,70,70,HALF_PI+PI,TWO_PI+HALF_PI); //S
arc(130,105,110,110,QUARTER_PI+PI/32,TWO_PI-QUARTER_PI-PI/32); //C
rect(165,50,20,10);
rect(165,105,20,10);
arc(185,82.5,60,65,3*PI/2,5*PI/2);
quad(170,115,185,115,215,147,215,163); //R
rect(220,50,10,120); //I
rect(235,50,10,120);
rect(245,50,20,10);
rect(245,105,20,10);
arc(265,82.5,60,65,3*PI/2,5*PI/2); //P
quad(265,50,330,50,335,60,265,60);
rect(300,50,10,120); //T
fill(screen);
arc(45,76,40,40,HALF_PI,TWO_PI);
arc(45,131,50,50,HALF_PI+PI,TWO_PI+HALF_PI); //S
arc(130,105,90,90,QUARTER_PI,TWO_PI-QUARTER_PI); //C
triangle(147,50,155,80,155,50);
arc(185,82.5,40,45,3*PI/2,5*PI/2); //R
quad(220,65,230,60,230,65,220,70); //I
arc(265,82.5,40,45,3*PI/2,5*PI/2); //P
triangle(220,170,310,130,310,170);
fill(Line);
rect(155,50,10,97); //R
}
void note(){
fill(Line);
ellipse(mouseX,noteY,15,15);
stroke(Line);
strokeWeight(3);
line(mouseX+6,noteY,mouseX+6,noteY-35);
line(mouseX+6,noteY-30,mouseX+13,noteY-10);
line(mouseX+13,noteY-10,mouseX+12,noteY-5);
noteY++;
}
void mouseClicked(){
if(mouseButton==RIGHT){
white*=-1;
Line += white;
screen += light_brown;
light_brown*=-1;
}
else if(mouseButton==LEFT){
dropNote=true;
}
}
Lab3_book
int wink;
float spin;
void draw(){
size(300,400);
background(0); //colorBlack
draw_book();
if(keyPressed){
if(key==CODED){
if(keyCode==LEFT) spin+=PI/32;
else if(keyCode==RIGHT) spin-=PI/32;
}
}
fill(255);
text("Pressed LEFT or RIGHT arrow.",75,350);
fill(0);
}
void draw_book(){
int posX=155, posY=150;
if(frameCount%50<=25) wink=1;
else wink=0;
//bones
translate(155,150);
rotate(spin);
fill(255); //colorWhite
noStroke();
beginShape();
vertex(-90,-110);
vertex(110,90);
vertex(110,110);
vertex(90,110);
vertex(-110,-90);
vertex(-110,-110);
endShape();
beginShape();
vertex(90,-110);
vertex(-110,90);
vertex(-110,110);
vertex(-90,110);
vertex(110,-90);
vertex(110,-110);
endShape();
ellipse(-100,-120,30,30);
ellipse(-120,-100,30,30);
ellipse(100,-120,30,30);
ellipse(120,-100,30,30);
ellipse(120,100,30,30);
ellipse(100,120,30,30);
ellipse(-100,120,30,30);
ellipse(-120,100,30,30);
rotate(-spin);
translate(-155,-150);
//skull & hat
stroke(0);
strokeWeight(4);
ellipse(posX,posY+90,80,90);
fill(145,55,25); //colorBrown
arc(posX,posY,170,170,PI+PI/16,TWO_PI-PI/16);
fill(255,210,50); //colorYellow
arc(posX,posY,170,170,PI+PI/7,TWO_PI-PI/7);
arc(posX,posY+30,320,115,PI+PI/5,TWO_PI-PI/5);
fill(255); //colorWhite
arc(posX,posY,170,170,0,PI);
arc(posX,posY,170,30,PI,TWO_PI);
//detail
fill(0);
ellipse(posX,posY+60,20,20); //nose
ellipse(posX+35,posY+25,50,50*wink); //R-eye
ellipse(posX-35,posY+25,50,50*wink); //L-eye
noFill();
arc(posX,posY,195,195,HALF_PI-PI/8,HALF_PI+PI/8);
arc(posX,posY,220,220,HALF_PI-PI/8+PI/48,HALF_PI+PI/8-PI/48);
line(posX-20,posY+85,posX-23,posY+105);
line(posX,posY+85,posX,posY+110);
line(posX+20,posY+85,posX+23,posY+105);
//book
strokeWeight(3);
stroke(100); //lncolorGray
arc(5,400,16,50,HALF_PI,3*PI/2);
line(8,0,8,375);
line(8,375,300,375);
line(7,380,300,380);
line(6,385,300,385);
line(5,390,300,390);
line(4,395,300,395);
wink++;
}
float spin;
void draw(){
size(300,400);
background(0); //colorBlack
draw_book();
if(keyPressed){
if(key==CODED){
if(keyCode==LEFT) spin+=PI/32;
else if(keyCode==RIGHT) spin-=PI/32;
}
}
fill(255);
text("Pressed LEFT or RIGHT arrow.",75,350);
fill(0);
}
void draw_book(){
int posX=155, posY=150;
if(frameCount%50<=25) wink=1;
else wink=0;
//bones
translate(155,150);
rotate(spin);
fill(255); //colorWhite
noStroke();
beginShape();
vertex(-90,-110);
vertex(110,90);
vertex(110,110);
vertex(90,110);
vertex(-110,-90);
vertex(-110,-110);
endShape();
beginShape();
vertex(90,-110);
vertex(-110,90);
vertex(-110,110);
vertex(-90,110);
vertex(110,-90);
vertex(110,-110);
endShape();
ellipse(-100,-120,30,30);
ellipse(-120,-100,30,30);
ellipse(100,-120,30,30);
ellipse(120,-100,30,30);
ellipse(120,100,30,30);
ellipse(100,120,30,30);
ellipse(-100,120,30,30);
ellipse(-120,100,30,30);
rotate(-spin);
translate(-155,-150);
//skull & hat
stroke(0);
strokeWeight(4);
ellipse(posX,posY+90,80,90);
fill(145,55,25); //colorBrown
arc(posX,posY,170,170,PI+PI/16,TWO_PI-PI/16);
fill(255,210,50); //colorYellow
arc(posX,posY,170,170,PI+PI/7,TWO_PI-PI/7);
arc(posX,posY+30,320,115,PI+PI/5,TWO_PI-PI/5);
fill(255); //colorWhite
arc(posX,posY,170,170,0,PI);
arc(posX,posY,170,30,PI,TWO_PI);
//detail
fill(0);
ellipse(posX,posY+60,20,20); //nose
ellipse(posX+35,posY+25,50,50*wink); //R-eye
ellipse(posX-35,posY+25,50,50*wink); //L-eye
noFill();
arc(posX,posY,195,195,HALF_PI-PI/8,HALF_PI+PI/8);
arc(posX,posY,220,220,HALF_PI-PI/8+PI/48,HALF_PI+PI/8-PI/48);
line(posX-20,posY+85,posX-23,posY+105);
line(posX,posY+85,posX,posY+110);
line(posX+20,posY+85,posX+23,posY+105);
//book
strokeWeight(3);
stroke(100); //lncolorGray
arc(5,400,16,50,HALF_PI,3*PI/2);
line(8,0,8,375);
line(8,375,300,375);
line(7,380,300,380);
line(6,385,300,385);
line(5,390,300,390);
line(4,395,300,395);
wink++;
}
Lab3_flying bird
float cloudX=0;
float plus=1;
void draw(){
size(500,500);
background(#00AAFF);
cloud();
translate(mouseX,mouseY);
strokeWeight(1.5);
bird();
}
void bird(){
rotate(PI/5);
fill(#FF0000);
ellipse(0,-25,10,20); //hair
ellipse(-10,-25,10,20);
rotate(-PI/5);
wing();
ellipse(0,0,50,50); //body
fill(#FFFF00);
arc(0,0,50,50,PI/4,3*PI/4);
fill(255);
ellipse(-10,-5,15,10); //left eye
fill(0);
ellipse(-10,-5,5,5);
fill(255);
ellipse(10,-5,15,10); //right eye
fill(0);
ellipse(10,-5,5,5);
triangle(0,0,-10,10,10,10); //beak
}
void wing(){
float roll;
if((frameCount%50)<=25) roll=PI/16;
else roll=-PI/16;
rotate(roll);
ellipse(-30,0,50,20); //left wing
rotate(-2*roll);
ellipse(30,0,50,20); //right wing
rotate(roll);
}
void cloud(){
noStroke();
fill(255);
ellipse(510-cloudX,100,100,30);
ellipse(30+cloudX,175,120,60);
ellipse(450-cloudX,300,75,50);
ellipse(100+cloudX,275,85,45);
ellipse(350-cloudX,405,215,140);
stroke(0);
cloudX+=plus;
if (cloudX>=450) plus*=-1;
else if (cloudX<=-50) plus*=-1;
}
float plus=1;
void draw(){
size(500,500);
background(#00AAFF);
cloud();
translate(mouseX,mouseY);
strokeWeight(1.5);
bird();
}
void bird(){
rotate(PI/5);
fill(#FF0000);
ellipse(0,-25,10,20); //hair
ellipse(-10,-25,10,20);
rotate(-PI/5);
wing();
ellipse(0,0,50,50); //body
fill(#FFFF00);
arc(0,0,50,50,PI/4,3*PI/4);
fill(255);
ellipse(-10,-5,15,10); //left eye
fill(0);
ellipse(-10,-5,5,5);
fill(255);
ellipse(10,-5,15,10); //right eye
fill(0);
ellipse(10,-5,5,5);
triangle(0,0,-10,10,10,10); //beak
}
void wing(){
float roll;
if((frameCount%50)<=25) roll=PI/16;
else roll=-PI/16;
rotate(roll);
ellipse(-30,0,50,20); //left wing
rotate(-2*roll);
ellipse(30,0,50,20); //right wing
rotate(roll);
}
void cloud(){
noStroke();
fill(255);
ellipse(510-cloudX,100,100,30);
ellipse(30+cloudX,175,120,60);
ellipse(450-cloudX,300,75,50);
ellipse(100+cloudX,275,85,45);
ellipse(350-cloudX,405,215,140);
stroke(0);
cloudX+=plus;
if (cloudX>=450) plus*=-1;
else if (cloudX<=-50) plus*=-1;
}
Lab3_battery
int posX=35, posY=30;
float resize=150; //changeable
float charge=100;
boolean charging=false;
void draw() {
size(350,250);
background(130,120,240); //light_blue
batteryTank();
positive();
negative();
if(charging){
charge++;
draw_lightning();
}
else if(charge<=20) draw_exclamation();
if(charge>=100){
charge=100;
charging=false;
}
}
void batteryTank(){
float chargeW;
fill(255);
textSize(resize/10);
text("Battery: "+charge+"%",posX+resize/100*25*2.25,posY+resize/100*125);
//tank
strokeWeight(3);
fill(130); //gray
rect(posX,posY,resize/100*80*2.25,resize/100*100,resize/100*5*2.25);
rect(posX+resize/100*80*2.25,posY+resize/100*30,resize/100*3*2.25,resize/100*40);
fill(150);
rect(posX+resize/100*2.5*2.25,posY,resize/100*75*2.25,resize,resize/100*2*2.25);
//power
chargeW=charge/100*resize/100*75*2.25;
fill(#38E82C); //green
rect(posX+resize/100*2.5*2.25,posY,chargeW,resize,resize/100*2*2.25);
}
void positive(){
noStroke();
fill(#DE1F1F); //red
rect(posX+1.75*resize,posY+resize,resize/10,resize*0.4);
rect(posX-75*resize/500+1.75*resize,posY+75*resize/500+resize,resize*0.4,resize/10);
stroke(0);
}
void negative(){
noStroke();
fill(#1752CE); //blue
rect(posX-75*resize/500+0.1*resize,posY+75*resize/500+resize,resize*0.4,resize/10);
stroke(0);
}
void draw_lightning(){
noStroke();
fill(#FFE000);
beginShape();
vertex(posX+resize*0.9,posY+resize/2-resize*0.35); //posX+resize*0.9 = 105 ,,, posY+resize/2
vertex(posX+resize*0.9,posY+resize/2-resize*0.07);
vertex(posX+resize*0.9+resize/10,posY+resize/2-resize*0.07);
vertex(posX+resize*0.9,posY+resize/2+resize*0.35);
vertex(posX+resize*0.9,posY+resize/2+resize*0.07);
vertex(posX+resize*0.9-resize/10,posY+resize/2+resize*0.07);
endShape();
stroke(0);
}
void draw_exclamation(){
noStroke();
fill(#FF0000);
if(frameCount%40>20){
quad(posX+resize-resize/6,posY+resize/2-resize/5,posX+resize-resize/30,posY+resize/2-resize/5,
posX+resize-resize/15,posY+resize/2+resize/15,posX+resize-resize/7.5,posY+resize/2+resize/15);
rect(posX+resize-resize/7.5,posY+resize/2+resize/7.5,resize/15,resize/15);
}
stroke(0);
}
void mouseMoved(){
if(!charging){
charge-=0.5;
if(charge<=0) charge=0;
}
}
void mouseClicked(){
charging=true;
}
float resize=150; //changeable
float charge=100;
boolean charging=false;
void draw() {
size(350,250);
background(130,120,240); //light_blue
batteryTank();
positive();
negative();
if(charging){
charge++;
draw_lightning();
}
else if(charge<=20) draw_exclamation();
if(charge>=100){
charge=100;
charging=false;
}
}
void batteryTank(){
float chargeW;
fill(255);
textSize(resize/10);
text("Battery: "+charge+"%",posX+resize/100*25*2.25,posY+resize/100*125);
//tank
strokeWeight(3);
fill(130); //gray
rect(posX,posY,resize/100*80*2.25,resize/100*100,resize/100*5*2.25);
rect(posX+resize/100*80*2.25,posY+resize/100*30,resize/100*3*2.25,resize/100*40);
fill(150);
rect(posX+resize/100*2.5*2.25,posY,resize/100*75*2.25,resize,resize/100*2*2.25);
//power
chargeW=charge/100*resize/100*75*2.25;
fill(#38E82C); //green
rect(posX+resize/100*2.5*2.25,posY,chargeW,resize,resize/100*2*2.25);
}
void positive(){
noStroke();
fill(#DE1F1F); //red
rect(posX+1.75*resize,posY+resize,resize/10,resize*0.4);
rect(posX-75*resize/500+1.75*resize,posY+75*resize/500+resize,resize*0.4,resize/10);
stroke(0);
}
void negative(){
noStroke();
fill(#1752CE); //blue
rect(posX-75*resize/500+0.1*resize,posY+75*resize/500+resize,resize*0.4,resize/10);
stroke(0);
}
void draw_lightning(){
noStroke();
fill(#FFE000);
beginShape();
vertex(posX+resize*0.9,posY+resize/2-resize*0.35); //posX+resize*0.9 = 105 ,,, posY+resize/2
vertex(posX+resize*0.9,posY+resize/2-resize*0.07);
vertex(posX+resize*0.9+resize/10,posY+resize/2-resize*0.07);
vertex(posX+resize*0.9,posY+resize/2+resize*0.35);
vertex(posX+resize*0.9,posY+resize/2+resize*0.07);
vertex(posX+resize*0.9-resize/10,posY+resize/2+resize*0.07);
endShape();
stroke(0);
}
void draw_exclamation(){
noStroke();
fill(#FF0000);
if(frameCount%40>20){
quad(posX+resize-resize/6,posY+resize/2-resize/5,posX+resize-resize/30,posY+resize/2-resize/5,
posX+resize-resize/15,posY+resize/2+resize/15,posX+resize-resize/7.5,posY+resize/2+resize/15);
rect(posX+resize-resize/7.5,posY+resize/2+resize/7.5,resize/15,resize/15);
}
stroke(0);
}
void mouseMoved(){
if(!charging){
charge-=0.5;
if(charge<=0) charge=0;
}
}
void mouseClicked(){
charging=true;
}
กันยายน 01, 2558
Lab3_balloon(lecture)
void draw(){
size(150,400);
background(255);
draw_balloon();
}
void draw_balloon(){
int posY=mouseY;
color ball;
if(mouseY<=50){
posY=50;
ball=#00FF00;
}
else if(mouseY>=300){
posY=300;
ball=#FF0000;
}
else ball=255;
strokeWeight(1.5);
fill(ball);
line(width/2,posY,width/2,posY+100);
ellipse(width/2,posY,50,50);
}
size(150,400);
background(255);
draw_balloon();
}
void draw_balloon(){
int posY=mouseY;
color ball;
if(mouseY<=50){
posY=50;
ball=#00FF00;
}
else if(mouseY>=300){
posY=300;
ball=#FF0000;
}
else ball=255;
strokeWeight(1.5);
fill(ball);
line(width/2,posY,width/2,posY+100);
ellipse(width/2,posY,50,50);
}
Lab2_book
int wink=1;
void setup(){
size(300,400);
frameRate(3);
}
void draw(){
background(0); //colorBlack
draw_book();
}
void draw_book(){
int posX=155, posY=150;
wink %= 2;
//bones
fill(255); //colorWhite
noStroke();
beginShape();
vertex(posX-90,posY-110);
vertex(posX+110,posY+90);
vertex(posX+110,posY+110);
vertex(posX+90,posY+110);
vertex(posX-110,posY-90);
vertex(posX-110,posY-110);
endShape();
beginShape();
vertex(posX+90,posY-110);
vertex(posX-110,posY+90);
vertex(posX-110,posY+110);
vertex(posX-90,posY+110);
vertex(posX+110,posY-90);
vertex(posX+110,posY-110);
endShape();
ellipse(posX-100,posY-120,30,30);
ellipse(posX-120,posY-100,30,30);
ellipse(posX+100,posY-120,30,30);
ellipse(posX+120,posY-100,30,30);
ellipse(posX+120,posY+100,30,30);
ellipse(posX+100,posY+120,30,30);
ellipse(posX-100,posY+120,30,30);
ellipse(posX-120,posY+100,30,30);
//skull & hat
stroke(0);
strokeWeight(4);
ellipse(posX,posY+90,80,90);
fill(145,55,25); //colorBrown
arc(posX,posY,170,170,PI+PI/16,TWO_PI-PI/16);
fill(255,210,50); //colorYellow
arc(posX,posY,170,170,PI+PI/7,TWO_PI-PI/7);
arc(posX,posY+30,320,115,PI+PI/5,TWO_PI-PI/5);
fill(255); //colorWhite
arc(posX,posY,170,170,0,PI);
arc(posX,posY,170,30,PI,TWO_PI);
//detail
fill(0);
ellipse(posX,posY+60,20,20); //nose
ellipse(posX+35,posY+25,50,50*wink); //R-eye
ellipse(posX-35,posY+25,50,50*wink); //L-eye
noFill();
arc(posX,posY,195,195,HALF_PI-PI/8,HALF_PI+PI/8);
arc(posX,posY,220,220,HALF_PI-PI/8+PI/48,HALF_PI+PI/8-PI/48);
line(posX-20,posY+85,posX-23,posY+105);
line(posX,posY+85,posX,posY+110);
line(posX+20,posY+85,posX+23,posY+105);
//book
strokeWeight(3);
stroke(100); //lncolorGray
arc(5,400,16,50,HALF_PI,3*PI/2);
line(8,0,8,375);
line(8,375,300,375);
line(7,380,300,380);
line(6,385,300,385);
line(5,390,300,390);
line(4,395,300,395);
wink++;
}
void setup(){
size(300,400);
frameRate(3);
}
void draw(){
background(0); //colorBlack
draw_book();
}
void draw_book(){
int posX=155, posY=150;
wink %= 2;
//bones
fill(255); //colorWhite
noStroke();
beginShape();
vertex(posX-90,posY-110);
vertex(posX+110,posY+90);
vertex(posX+110,posY+110);
vertex(posX+90,posY+110);
vertex(posX-110,posY-90);
vertex(posX-110,posY-110);
endShape();
beginShape();
vertex(posX+90,posY-110);
vertex(posX-110,posY+90);
vertex(posX-110,posY+110);
vertex(posX-90,posY+110);
vertex(posX+110,posY-90);
vertex(posX+110,posY-110);
endShape();
ellipse(posX-100,posY-120,30,30);
ellipse(posX-120,posY-100,30,30);
ellipse(posX+100,posY-120,30,30);
ellipse(posX+120,posY-100,30,30);
ellipse(posX+120,posY+100,30,30);
ellipse(posX+100,posY+120,30,30);
ellipse(posX-100,posY+120,30,30);
ellipse(posX-120,posY+100,30,30);
//skull & hat
stroke(0);
strokeWeight(4);
ellipse(posX,posY+90,80,90);
fill(145,55,25); //colorBrown
arc(posX,posY,170,170,PI+PI/16,TWO_PI-PI/16);
fill(255,210,50); //colorYellow
arc(posX,posY,170,170,PI+PI/7,TWO_PI-PI/7);
arc(posX,posY+30,320,115,PI+PI/5,TWO_PI-PI/5);
fill(255); //colorWhite
arc(posX,posY,170,170,0,PI);
arc(posX,posY,170,30,PI,TWO_PI);
//detail
fill(0);
ellipse(posX,posY+60,20,20); //nose
ellipse(posX+35,posY+25,50,50*wink); //R-eye
ellipse(posX-35,posY+25,50,50*wink); //L-eye
noFill();
arc(posX,posY,195,195,HALF_PI-PI/8,HALF_PI+PI/8);
arc(posX,posY,220,220,HALF_PI-PI/8+PI/48,HALF_PI+PI/8-PI/48);
line(posX-20,posY+85,posX-23,posY+105);
line(posX,posY+85,posX,posY+110);
line(posX+20,posY+85,posX+23,posY+105);
//book
strokeWeight(3);
stroke(100); //lncolorGray
arc(5,400,16,50,HALF_PI,3*PI/2);
line(8,0,8,375);
line(8,375,300,375);
line(7,380,300,380);
line(6,385,300,385);
line(5,390,300,390);
line(4,395,300,395);
wink++;
}
Lab2_movie
int posX=100,posY=100;
int speed=1,assist=1;
void draw(){
size(250,250);
background(#FA2B2B); //red
draw_movie();
}
void draw_movie(){
strokeWeight(3);
stroke(100); //lnColorGray
fill(0); //colorBlack
quad(posX-95,posY+115,posX+145,posY+115,posX+109,posY+19,posX-59,posY+19); //wing
arc(posX+25,posY-90,550,455,HALF_PI-PI/7,HALF_PI+PI/7); //wing
quad(posX-53,posY+15,posX+103,posY+15,posX+75,posY+125,posX-25,posY+125); //face
arc(posX+25,posY-10,160,160,PI-PI/8,TWO_PI+PI/8); //head
quad(posX+37,posY+21,posX+90,posY+21,posX+145,posY+115,posX+112,posY+15);
quad(posX+13,posY+21,posX-40,posY+21,posX-95,posY+115,posX-63,posY+15);
arc(posX+75,posY+20,75,60,PI,TWO_PI); //R-eyebrow
arc(posX-25,posY+20,75,60,PI,TWO_PI); //L-eyebrow
fill(255); //colorWhite
ellipse(posX+55,posY+45,70,35); //R-eye
ellipse(posX-5,posY+45,70,35); //L-eye
fill(0);
triangle(posX-25,posY+125,posX+75,posY+125,posX+25,posY+65); //mouth
stroke(255); //lnColorWhite
line(posX-9,posY+108,posX-9,posY+125);
line(posX+8,posY+88,posX+8,posY+125);
line(posX+25,posY+80,posX+25,posY+125);
line(posX+42,posY+88,posX+42,posY+125);
line(posX+59,posY+108,posX+59,posY+125);
stroke(100);
fill(255);
rect(posX+13,posY+65,25,15); //nose
fill(0);
rect(posX+15,posY-92,20,145);
quad(posX+15,posY+53,posX+35,posY+53,posX+38,posY+65,posX+13,posY+65);
arc(posX+25,posY+125,100,40,0,PI); //chin
fill(255);
ellipse(posX+70,posY+125,10,10);
ellipse(posX-20,posY+125,10,10);
posX+=speed;
posX %= 250;
}
void mouseClicked(){
assist*=(-1);
speed+=assist;
}
int speed=1,assist=1;
void draw(){
size(250,250);
background(#FA2B2B); //red
draw_movie();
}
void draw_movie(){
strokeWeight(3);
stroke(100); //lnColorGray
fill(0); //colorBlack
quad(posX-95,posY+115,posX+145,posY+115,posX+109,posY+19,posX-59,posY+19); //wing
arc(posX+25,posY-90,550,455,HALF_PI-PI/7,HALF_PI+PI/7); //wing
quad(posX-53,posY+15,posX+103,posY+15,posX+75,posY+125,posX-25,posY+125); //face
arc(posX+25,posY-10,160,160,PI-PI/8,TWO_PI+PI/8); //head
quad(posX+37,posY+21,posX+90,posY+21,posX+145,posY+115,posX+112,posY+15);
quad(posX+13,posY+21,posX-40,posY+21,posX-95,posY+115,posX-63,posY+15);
arc(posX+75,posY+20,75,60,PI,TWO_PI); //R-eyebrow
arc(posX-25,posY+20,75,60,PI,TWO_PI); //L-eyebrow
fill(255); //colorWhite
ellipse(posX+55,posY+45,70,35); //R-eye
ellipse(posX-5,posY+45,70,35); //L-eye
fill(0);
triangle(posX-25,posY+125,posX+75,posY+125,posX+25,posY+65); //mouth
stroke(255); //lnColorWhite
line(posX-9,posY+108,posX-9,posY+125);
line(posX+8,posY+88,posX+8,posY+125);
line(posX+25,posY+80,posX+25,posY+125);
line(posX+42,posY+88,posX+42,posY+125);
line(posX+59,posY+108,posX+59,posY+125);
stroke(100);
fill(255);
rect(posX+13,posY+65,25,15); //nose
fill(0);
rect(posX+15,posY-92,20,145);
quad(posX+15,posY+53,posX+35,posY+53,posX+38,posY+65,posX+13,posY+65);
arc(posX+25,posY+125,100,40,0,PI); //chin
fill(255);
ellipse(posX+70,posY+125,10,10);
ellipse(posX-20,posY+125,10,10);
posX+=speed;
posX %= 250;
}
void mouseClicked(){
assist*=(-1);
speed+=assist;
}
Lab2_song
int limit=0;
int white=255;
int light_brown=#F7DEA7;
color screen;
color line=255;
void draw(){
size(350,185);
background(screen);
limit++;
limit %= 180;
draw_song();
}
void draw_song(){
int posX=100;
posX+=limit;
noStroke();
//draw"THE"
fill(line);
rect(posX-25,10,70,30); //blank"THE"
fill(screen);
rect(posX-25,15,7,25);
rect(posX-13,15,7,25); //T
rect(posX,10,15,12);
rect(posX,27,15,13); //H
rect(posX+20,10,3,30);
rect(posX+28,15,17,7);
rect(posX+28,27,17,8); //E
triangle(posX+33,10,posX+45,45,posX+45,10);
//draw"SCRIPT"
fill(line);
arc(45,75,60,60,HALF_PI,TWO_PI);
arc(45,131,70,70,HALF_PI+PI,TWO_PI+HALF_PI); //S
arc(130,105,110,110,QUARTER_PI+PI/32,TWO_PI-QUARTER_PI-PI/32); //C
rect(165,50,20,10);
rect(165,105,20,10);
arc(185,82.5,60,65,3*PI/2,5*PI/2);
quad(170,115,185,115,215,147,215,163); //R
rect(220,50,10,120); //I
rect(235,50,10,120);
rect(245,50,20,10);
rect(245,105,20,10);
arc(265,82.5,60,65,3*PI/2,5*PI/2); //P
quad(265,50,330,50,335,60,265,60);
rect(300,50,10,120); //T
fill(screen);
arc(45,76,40,40,HALF_PI,TWO_PI);
arc(45,131,50,50,HALF_PI+PI,TWO_PI+HALF_PI); //S
arc(130,105,90,90,QUARTER_PI,TWO_PI-QUARTER_PI); //C
triangle(147,50,155,80,155,50);
arc(185,82.5,40,45,3*PI/2,5*PI/2); //R
quad(220,65,230,60,230,65,220,70); //I
arc(265,82.5,40,45,3*PI/2,5*PI/2); //P
triangle(220,170,310,130,310,170);
fill(line);
rect(155,50,10,97); //R
}
void mouseClicked(){
//line
white*=-1;
line += white;
//screen
screen += light_brown;
light_brown*=-1;
}
int white=255;
int light_brown=#F7DEA7;
color screen;
color line=255;
void draw(){
size(350,185);
background(screen);
limit++;
limit %= 180;
draw_song();
}
void draw_song(){
int posX=100;
posX+=limit;
noStroke();
//draw"THE"
fill(line);
rect(posX-25,10,70,30); //blank"THE"
fill(screen);
rect(posX-25,15,7,25);
rect(posX-13,15,7,25); //T
rect(posX,10,15,12);
rect(posX,27,15,13); //H
rect(posX+20,10,3,30);
rect(posX+28,15,17,7);
rect(posX+28,27,17,8); //E
triangle(posX+33,10,posX+45,45,posX+45,10);
//draw"SCRIPT"
fill(line);
arc(45,75,60,60,HALF_PI,TWO_PI);
arc(45,131,70,70,HALF_PI+PI,TWO_PI+HALF_PI); //S
arc(130,105,110,110,QUARTER_PI+PI/32,TWO_PI-QUARTER_PI-PI/32); //C
rect(165,50,20,10);
rect(165,105,20,10);
arc(185,82.5,60,65,3*PI/2,5*PI/2);
quad(170,115,185,115,215,147,215,163); //R
rect(220,50,10,120); //I
rect(235,50,10,120);
rect(245,50,20,10);
rect(245,105,20,10);
arc(265,82.5,60,65,3*PI/2,5*PI/2); //P
quad(265,50,330,50,335,60,265,60);
rect(300,50,10,120); //T
fill(screen);
arc(45,76,40,40,HALF_PI,TWO_PI);
arc(45,131,50,50,HALF_PI+PI,TWO_PI+HALF_PI); //S
arc(130,105,90,90,QUARTER_PI,TWO_PI-QUARTER_PI); //C
triangle(147,50,155,80,155,50);
arc(185,82.5,40,45,3*PI/2,5*PI/2); //R
quad(220,65,230,60,230,65,220,70); //I
arc(265,82.5,40,45,3*PI/2,5*PI/2); //P
triangle(220,170,310,130,310,170);
fill(line);
rect(155,50,10,97); //R
}
void mouseClicked(){
//line
white*=-1;
line += white;
//screen
screen += light_brown;
light_brown*=-1;
}
สิงหาคม 31, 2558
Lab2_Generic exercise
/*Calculate body mass index (BMI)*/
void setup(){
int weight= 60; //weight(kg)
int tall= 175; //height(cm)
float BMI=bodyMassCal(weight,tall); //body mass index
println("Weight = " + weight);
println("Height = " + tall);
println("BMI = " + BMI);
}
float bodyMassCal(float w,float h){
float result;
result = w/((h/100)*(h/100));
return result;
}
/*Calculate circumference and area of a circle from its diameter*/
void setup(){
int diam=10; //diameter value
float circum = circumCal(diam);
float areaCir = areaCal(diam);
println("Diameter = " + diam);
println("Circumference = " + circum);
println("area of a circle = " + areaCir);
}
float circumCal(float d){
float result;
result = 2*PI*(d/2);
return result;
}
float areaCal(float d){
float result;
result=PI*(d/2)*(d/2);
return result;
}
void setup(){
int weight= 60; //weight(kg)
int tall= 175; //height(cm)
float BMI=bodyMassCal(weight,tall); //body mass index
println("Weight = " + weight);
println("Height = " + tall);
println("BMI = " + BMI);
}
float bodyMassCal(float w,float h){
float result;
result = w/((h/100)*(h/100));
return result;
}
/*Calculate circumference and area of a circle from its diameter*/
void setup(){
int diam=10; //diameter value
float circum = circumCal(diam);
float areaCir = areaCal(diam);
println("Diameter = " + diam);
println("Circumference = " + circum);
println("area of a circle = " + areaCir);
}
float circumCal(float d){
float result;
result = 2*PI*(d/2);
return result;
}
float areaCal(float d){
float result;
result=PI*(d/2)*(d/2);
return result;
}
สิงหาคม 30, 2558
Lab2_clock
void draw(){
int posX=width/2;
int posY=height/2;
float s;
float m;
float h;
size(220,220);
background(30);
//clock
strokeWeight(2);
fill(#22ED48); //colorGreen
ellipse(posX,posY,200,200);
fill(255);
ellipse(posX,posY,180,180);
fill(0);
ellipse(posX,posY-75,10,10);
ellipse(posX+75,posY,10,10);
ellipse(posX,posY+75,10,10);
ellipse(posX-75,posY,10,10);
//pin
s=radians(second()*6);
m=radians(minute()*6);
h=radians(hour()*30);
strokeWeight(1);
line(posX,posY,posX+(70*sin(s)),posY-(70*cos(s)));
strokeWeight(2);
line(posX,posY,posX+(50*sin(m)),posY-(50*cos(m)));
strokeWeight(4);
line(posX,posY,posX+(25*sin(h)),posY-(24*cos(h)));
}
errors: Missing right parenthesis ")"
cause: เกิดจากการใส่วงเล็บปิดไม่ครบ
how to fix: เติมวงเล็บเพิ่มให้ครบจำนวน
int posX=width/2;
int posY=height/2;
float s;
float m;
float h;
size(220,220);
background(30);
//clock
strokeWeight(2);
fill(#22ED48); //colorGreen
ellipse(posX,posY,200,200);
fill(255);
ellipse(posX,posY,180,180);
fill(0);
ellipse(posX,posY-75,10,10);
ellipse(posX+75,posY,10,10);
ellipse(posX,posY+75,10,10);
ellipse(posX-75,posY,10,10);
//pin
s=radians(second()*6);
m=radians(minute()*6);
h=radians(hour()*30);
strokeWeight(1);
line(posX,posY,posX+(70*sin(s)),posY-(70*cos(s)));
strokeWeight(2);
line(posX,posY,posX+(50*sin(m)),posY-(50*cos(m)));
strokeWeight(4);
line(posX,posY,posX+(25*sin(h)),posY-(24*cos(h)));
}
errors: Missing right parenthesis ")"
cause: เกิดจากการใส่วงเล็บปิดไม่ครบ
how to fix: เติมวงเล็บเพิ่มให้ครบจำนวน
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