5 ธันวาคม 2558
25 พฤศจิกายน 2558
Lab Raspberry Pi
class Student:
def __init__(self,name,id,score):
self.st_name=name
self.st_id=id
self.st_score=score
def display(self):
print("Name :",self.st_name)
print("ID :",self.st_id)
print("Score :",self.st_score)
print("-----------------------")
def getScore(self):
return self.st_score
def setScore(self,sc):
self.st_score = sc
def findGrade(std):
score = std.getScore()
if (score >= 80) :
return "A"
elif (score >= 70) :
return "B"
elif (score >= 60) :
return "C"
elif (score >= 50) :
return "D"
else : return "F"
def countGrade(std,grade):
i = 0
count = 0
while(i<len(std)):
if(findGrade(std[i])==grade):
count+=1
i+=1
return count
def showAllGrade(std):
i = 0
while(i<len(std)):
print("Grade :",findGrade(std[i]))
std[i].display()
i+=1
def setup():
std_data = [Student("bas",10075,65),
Student("nop",20046,85),
Student("toffi",30092,78),
Student("Aun",20143,59)]
print("Grade :",findGrade(std_data[1]))
print(countGrade(std_data,"C"))
showAllGrade(std_data)
setup()
def __init__(self,name,id,score):
self.st_name=name
self.st_id=id
self.st_score=score
def display(self):
print("Name :",self.st_name)
print("ID :",self.st_id)
print("Score :",self.st_score)
print("-----------------------")
def getScore(self):
return self.st_score
def setScore(self,sc):
self.st_score = sc
def findGrade(std):
score = std.getScore()
if (score >= 80) :
return "A"
elif (score >= 70) :
return "B"
elif (score >= 60) :
return "C"
elif (score >= 50) :
return "D"
else : return "F"
def countGrade(std,grade):
i = 0
count = 0
while(i<len(std)):
if(findGrade(std[i])==grade):
count+=1
i+=1
return count
def showAllGrade(std):
i = 0
while(i<len(std)):
print("Grade :",findGrade(std[i]))
std[i].display()
i+=1
def setup():
std_data = [Student("bas",10075,65),
Student("nop",20046,85),
Student("toffi",30092,78),
Student("Aun",20143,59)]
print("Grade :",findGrade(std_data[1]))
print(countGrade(std_data,"C"))
showAllGrade(std_data)
setup()
2 พฤศจิกายน 2558
Lab8 JAVA
public class Student {
private String st_name;
private int st_id;
private int st_age;
private float st_weight;
private float st_height;
public Student(String name ,int id ,int age ,int weight ,int height){
this.st_name = name;
this.st_id = id;
this.st_age = age ;
this.st_weight = weight;
this.st_height = height;
}
public void display(){
System.out.println("Name : "+this.st_name);
System.out.println("ID : "+this.st_id);
System.out.println("Age : "+this.st_age);
System.out.println("Weight : "+this.st_weight);
System.out.println("Height : "+this.st_height);
}
public float getWeight(){
return this.st_weight;
}
public float getHeight(){
return this.st_height;
}
public int getAge(){
return this.st_age;
}
public int getID(){
return this.st_id;
}
public static void main (String[] agrs) {
Student[] st_record = {new Student("Tar",10016,21,69,179),
new Student("Tape",10032,21,90,174),
new Student("Bas",10032,19,69,175),
new Student("Top",10091,21,92,178),
new Student("Karn",10130,18,65,184)};
displayStData(st_record);
showBmi(st_record);
showAvgAge(st_record);
sortRecordByAge(st_record);
findMinWeight(st_record);
}
public static void displayStData(Student[] std){
int i = 0;
while (i<std.length) {
std[i].display();
System.out.println("----------------------------------");
i+=1;
}
}
public static void showBmi(Student[] std){
int i = 0;
int count = 1;
while (i<std.length) {
float bmi = std[i].getWeight() / ((std[i].getHeight()/100)*(std[i].getHeight()/100));
String bmi_f = String.format("%.2f",bmi);
if (bmi > 25){
System.out.println("No : "+count);
std[i].display();
System.out.printf("BMI : "+bmi_f);
System.out.println();
System.out.println("----------------------------------");
count+=1;
}
i+=1;
}
}
public static void showAvgAge(Student[] std){
int i = 0;
int count = 0;
int sum_age = 0;
while (i < std.length) {
sum_age += std[i].getAge();
if (std[i].getAge() < 30){
count+=1;
}
i+=1;
}
float avg_age = sum_age/std.length;
System.out.println("Average age of students : "+avg_age);
System.out.println("----------------------------------");
}
public static void sortRecordByAge(Student[] std){
int i = 0;
while (i < std.length) {
if (i!=std.length-1 && std[i].getAge() > std[i+1].getAge()) {
int j = i;
while (j >= 0) {
if (std[j].getAge() > std[j+1].getAge()) {
Student data_copy = std[j];
std[j] = std[j+1];
std[j+1] = data_copy;
j-=1;
}
else {
break;
}
}
}
i+=1;
}
System.out.println("Sort record by age");
System.out.println("////////////////////////////////");
displayStData(std);
}
public static void findMinWeight(Student[] std){
int i = 0;
int count = 1;
float min_w = std[0].getWeight();
System.out.println("Student weight < 70");
System.out.println("////////////////////////////////");
while (i<std.length){
if (std[i].getWeight() < min_w){
min_w = std[i].getWeight();
}
if (std[i].getWeight() < 70){
System.out.println("No : "+count);
std[i].display();
System.out.println("----------------------------------");
count+=1;
}
i+=1;
}
System.out.println("Minimum weight of students : "+min_w);
System.out.println("----------------------------------");
}
}
private String st_name;
private int st_id;
private int st_age;
private float st_weight;
private float st_height;
public Student(String name ,int id ,int age ,int weight ,int height){
this.st_name = name;
this.st_id = id;
this.st_age = age ;
this.st_weight = weight;
this.st_height = height;
}
public void display(){
System.out.println("Name : "+this.st_name);
System.out.println("ID : "+this.st_id);
System.out.println("Age : "+this.st_age);
System.out.println("Weight : "+this.st_weight);
System.out.println("Height : "+this.st_height);
}
public float getWeight(){
return this.st_weight;
}
public float getHeight(){
return this.st_height;
}
public int getAge(){
return this.st_age;
}
public int getID(){
return this.st_id;
}
public static void main (String[] agrs) {
Student[] st_record = {new Student("Tar",10016,21,69,179),
new Student("Tape",10032,21,90,174),
new Student("Bas",10032,19,69,175),
new Student("Top",10091,21,92,178),
new Student("Karn",10130,18,65,184)};
displayStData(st_record);
showBmi(st_record);
showAvgAge(st_record);
sortRecordByAge(st_record);
findMinWeight(st_record);
}
public static void displayStData(Student[] std){
int i = 0;
while (i<std.length) {
std[i].display();
System.out.println("----------------------------------");
i+=1;
}
}
public static void showBmi(Student[] std){
int i = 0;
int count = 1;
while (i<std.length) {
float bmi = std[i].getWeight() / ((std[i].getHeight()/100)*(std[i].getHeight()/100));
String bmi_f = String.format("%.2f",bmi);
if (bmi > 25){
System.out.println("No : "+count);
std[i].display();
System.out.printf("BMI : "+bmi_f);
System.out.println();
System.out.println("----------------------------------");
count+=1;
}
i+=1;
}
}
public static void showAvgAge(Student[] std){
int i = 0;
int count = 0;
int sum_age = 0;
while (i < std.length) {
sum_age += std[i].getAge();
if (std[i].getAge() < 30){
count+=1;
}
i+=1;
}
float avg_age = sum_age/std.length;
System.out.println("Average age of students : "+avg_age);
System.out.println("----------------------------------");
}
public static void sortRecordByAge(Student[] std){
int i = 0;
while (i < std.length) {
if (i!=std.length-1 && std[i].getAge() > std[i+1].getAge()) {
int j = i;
while (j >= 0) {
if (std[j].getAge() > std[j+1].getAge()) {
Student data_copy = std[j];
std[j] = std[j+1];
std[j+1] = data_copy;
j-=1;
}
else {
break;
}
}
}
i+=1;
}
System.out.println("Sort record by age");
System.out.println("////////////////////////////////");
displayStData(std);
}
public static void findMinWeight(Student[] std){
int i = 0;
int count = 1;
float min_w = std[0].getWeight();
System.out.println("Student weight < 70");
System.out.println("////////////////////////////////");
while (i<std.length){
if (std[i].getWeight() < min_w){
min_w = std[i].getWeight();
}
if (std[i].getWeight() < 70){
System.out.println("No : "+count);
std[i].display();
System.out.println("----------------------------------");
count+=1;
}
i+=1;
}
System.out.println("Minimum weight of students : "+min_w);
System.out.println("----------------------------------");
}
}
Lab7 Class and method
class student:
def __init__(self, st_name, st_id, st_age, st_weight, st_height):
self.name = st_name
self.id = st_id
self.age = st_age
self.weight = st_weight
self.height = st_height
def stData(self):
print("Name :",self.name)
print("ID :",self.id)
print("Age :",self.age)
print("Weight :",self.weight)
print("Height :",self.height)
def getWeight(self):
return self.weight
def getHeight(self):
return self.height
def getAge(self):
return self.age
def getID(self):
return self.id
def setup():
tar = student("tar",10012,21,69,179)
tape = student("tape",10032,21,90,174)
bas = student("bas",10075,19,69,175)
top = student("top",10091,21,92,178)
karn = student("karn",10130,18,60,184)
st_record = [top,tape,tar,karn,bas]
displayStData(st_record)
showBmi(st_record)
showAge(st_record)
sortRecord(st_record)
stWeight(st_record)
def displayStData(student):
i = 0
while i < len(student):
student[i].stData()
print("------------------------")
i+=1
def showBmi(student):
i = 0
count = 1
while i < len(student):
#bmi=float("{0:.2f}".format(student[i].getWeight()/((student[i].getHeight()/100)**2)))
bmi=float(format(student[i].getHeight()/((student[i].getHeight()/100)**2),'.2f'))
#bmi = student[i].getWeight()/(student[i].getHeight()/100)**2
if bmi > 25:
print("No :",count)
student[i].stData()
print("Bmi :",bmi)
print("------------------------")
count+=1
i+=1
def showAge(student):
i = 0
count = 0
sum_age = 0
while i < len(student):
sum_age += student[i].getAge()
if student[i].getAge() < 30:
count+=1
i+=1
avg_age = sum_age/len(student)
print("Average age of students :",avg_age)
print("------------------------")
def sortRecord(student):
i = 0
while i < len(student) :
if i!=len(student)-1 and student[i].getAge() > student[i+1].getAge():
j = i
while j >= 0:
if student[j].getAge() > student[j+1].getAge():
dataCopy = student[j]
student[j] = student[j+1]
student[j+1] = dataCopy
j-=1
else :
break
i+=1
print("Sort record by age")
print("------------------------")
displayStData(student)
def stWeight(student):
i = 0
count = 1
min_weight = student[0].getWeight()
while i < len(student):
if student[i].getWeight() < min_weight:
min_weight = student[i].getWeight()
if student[i].getWeight() < 70:
print("No :",count)
student[i].stData()
print("------------------------")
count+=1
i+=1
print("Minimum weight of students :",min_weight)
print("------------------------")
setup()
def __init__(self, st_name, st_id, st_age, st_weight, st_height):
self.name = st_name
self.id = st_id
self.age = st_age
self.weight = st_weight
self.height = st_height
def stData(self):
print("Name :",self.name)
print("ID :",self.id)
print("Age :",self.age)
print("Weight :",self.weight)
print("Height :",self.height)
def getWeight(self):
return self.weight
def getHeight(self):
return self.height
def getAge(self):
return self.age
def getID(self):
return self.id
def setup():
tar = student("tar",10012,21,69,179)
tape = student("tape",10032,21,90,174)
bas = student("bas",10075,19,69,175)
top = student("top",10091,21,92,178)
karn = student("karn",10130,18,60,184)
st_record = [top,tape,tar,karn,bas]
displayStData(st_record)
showBmi(st_record)
showAge(st_record)
sortRecord(st_record)
stWeight(st_record)
def displayStData(student):
i = 0
while i < len(student):
student[i].stData()
print("------------------------")
i+=1
def showBmi(student):
i = 0
count = 1
while i < len(student):
#bmi=float("{0:.2f}".format(student[i].getWeight()/((student[i].getHeight()/100)**2)))
bmi=float(format(student[i].getHeight()/((student[i].getHeight()/100)**2),'.2f'))
#bmi = student[i].getWeight()/(student[i].getHeight()/100)**2
if bmi > 25:
print("No :",count)
student[i].stData()
print("Bmi :",bmi)
print("------------------------")
count+=1
i+=1
def showAge(student):
i = 0
count = 0
sum_age = 0
while i < len(student):
sum_age += student[i].getAge()
if student[i].getAge() < 30:
count+=1
i+=1
avg_age = sum_age/len(student)
print("Average age of students :",avg_age)
print("------------------------")
def sortRecord(student):
i = 0
while i < len(student) :
if i!=len(student)-1 and student[i].getAge() > student[i+1].getAge():
j = i
while j >= 0:
if student[j].getAge() > student[j+1].getAge():
dataCopy = student[j]
student[j] = student[j+1]
student[j+1] = dataCopy
j-=1
else :
break
i+=1
print("Sort record by age")
print("------------------------")
displayStData(student)
def stWeight(student):
i = 0
count = 1
min_weight = student[0].getWeight()
while i < len(student):
if student[i].getWeight() < min_weight:
min_weight = student[i].getWeight()
if student[i].getWeight() < 70:
print("No :",count)
student[i].stData()
print("------------------------")
count+=1
i+=1
print("Minimum weight of students :",min_weight)
print("------------------------")
setup()
26 ตุลาคม 2558
Lab6 Matrix
def setup():
matrix = [[1,2,3], [6,5,4], [7,8,9]]
matrix2 =[[7,3,3], [6,1,2], [5,6,1]]
print("matrix 1 :")
displayMatrix(matrix)
print()
print("matrix 2 :")
displayMatrix(matrix2)
print()
addMatrix(matrix,matrix2)
print()
subtractMatrix(matrix , matrix2)
print()
multiplyMatrix(matrix, matrix2)
print()
transposeMatrix(matrix)
def displayMatrix(matrix):
row = 0
while(row<len(matrix)):
column = 0
while(column<len(matrix[row])):
print(matrix[row][column]," ",end="")
column+=1
print()
row+=1
def addMatrix(matrix, matrix2):
row = 0
print("Add matrix :")
while(row<len(matrix)):
column = 0
while(column<len(matrix[row])):
print(matrix[row][column]+matrix2[row][column]," ",end="")
column+=1
print()
row+=1
def subtractMatrix(matrix , matrix2):
row = 0
print("Subtract matrix :")
while(row<len(matrix)):
column = 0
while(column<len(matrix[row])):
print(matrix[row][column]-matrix2[row][column]," ",end="")
column+=1
print()
row+=1
def multiplyMatrix(matrix1, matrix2):
if(len(matrix1[0])==len(matrix2)):#if(column number of matrix1 == row number of matrix2)
row = 0
print("Multiply matrix :")
while(row<len(matrix1)):#loop for shift row of multiplicand matrix
column = 0
while(column<len(matrix2[row])):#loop for shift column of multiplier matrix
k = 0
val = 0
while(k<len(matrix1[row])):#loop for shift column of multiplicand matrix and shift row of multiplier matrix
val += matrix1[row][k]*matrix2[k][column]#matrix_row[i]_column[k]*matrix2_row[k]_column[j]
k+=1
print(val," ",end="")
column+=1
print()
row+=100
else:
print("Can't multiply matrix")
print("Column number of multiplicand matrix not equal row number of multiplier matrix")
def transpose(matrix):
i = 0
j = 0
while i < len(matrix):
j += i
while (j < len(matrix[i])):
dataCopy = matrix[i][j]
matrix[i][j] = matrix[j][i]
matrix[j][i] = dataCopy
j+=1
print(matrix[i])
j = 0
i+=1
displayMatrix(matrix)
setup()
matrix = [[1,2,3], [6,5,4], [7,8,9]]
matrix2 =[[7,3,3], [6,1,2], [5,6,1]]
print("matrix 1 :")
displayMatrix(matrix)
print()
print("matrix 2 :")
displayMatrix(matrix2)
print()
addMatrix(matrix,matrix2)
print()
subtractMatrix(matrix , matrix2)
print()
multiplyMatrix(matrix, matrix2)
print()
transposeMatrix(matrix)
def displayMatrix(matrix):
row = 0
while(row<len(matrix)):
column = 0
while(column<len(matrix[row])):
print(matrix[row][column]," ",end="")
column+=1
print()
row+=1
def addMatrix(matrix, matrix2):
row = 0
print("Add matrix :")
while(row<len(matrix)):
column = 0
while(column<len(matrix[row])):
print(matrix[row][column]+matrix2[row][column]," ",end="")
column+=1
print()
row+=1
def subtractMatrix(matrix , matrix2):
row = 0
print("Subtract matrix :")
while(row<len(matrix)):
column = 0
while(column<len(matrix[row])):
print(matrix[row][column]-matrix2[row][column]," ",end="")
column+=1
print()
row+=1
def multiplyMatrix(matrix1, matrix2):
if(len(matrix1[0])==len(matrix2)):#if(column number of matrix1 == row number of matrix2)
row = 0
print("Multiply matrix :")
while(row<len(matrix1)):#loop for shift row of multiplicand matrix
column = 0
while(column<len(matrix2[row])):#loop for shift column of multiplier matrix
k = 0
val = 0
while(k<len(matrix1[row])):#loop for shift column of multiplicand matrix and shift row of multiplier matrix
val += matrix1[row][k]*matrix2[k][column]#matrix_row[i]_column[k]*matrix2_row[k]_column[j]
k+=1
print(val," ",end="")
column+=1
print()
row+=100
else:
print("Can't multiply matrix")
print("Column number of multiplicand matrix not equal row number of multiplier matrix")
def transpose(matrix):
i = 0
j = 0
while i < len(matrix):
j += i
while (j < len(matrix[i])):
dataCopy = matrix[i][j]
matrix[i][j] = matrix[j][i]
matrix[j][i] = dataCopy
j+=1
print(matrix[i])
j = 0
i+=1
displayMatrix(matrix)
setup()
Lab6 Write letter
def setup():
A = [" # ",
" # # ",
" # # ",
" ####### ",
" # # ",
"# #"]
B = ["#########",
"# #",
"####### ",
"# # ",
"# #",
"######## ",]
C = [" ########",
"# ",
"# ",
"# ",
"# ",
" ########"]
D = ["####### ",
"# # ",
"# #",
"# #",
"# # ",
"####### ",]
E = ["#########",
"# ",
"####### ",
"# ",
"# ",
"#########"]
i = 0
while(i<len(A)):
print(A[i]," ",B[i]," ",C[i]," ",D[i]," ",E[i])
i+=1
setup()
A = [" # ",
" # # ",
" # # ",
" ####### ",
" # # ",
"# #"]
B = ["#########",
"# #",
"####### ",
"# # ",
"# #",
"######## ",]
C = [" ########",
"# ",
"# ",
"# ",
"# ",
" ########"]
D = ["####### ",
"# # ",
"# #",
"# #",
"# # ",
"####### ",]
E = ["#########",
"# ",
"####### ",
"# ",
"# ",
"#########"]
i = 0
while(i<len(A)):
print(A[i]," ",B[i]," ",C[i]," ",D[i]," ",E[i])
i+=1
setup()
Lab6 Chairs in the building
def setup():
floor1 = [20,43,32,43]
floor2 = [39,33,24,43]
floor3 = [25,22,30,43]
building = [floor1,floor2,floor3]
totalChairs(building)
maxFloor(building)
maxRoom(building)
def totalChairs(building):
total_chairs = 0
i = 0
while(i<len(building)):
j = 0
while(j<len(building[i])):
total_chairs += building[i][j]
j+=1
i+=1
print("Total chairs in the building :",total_chairs)
print("-----------------------------------------------------------------")
def maxFloor(building):
i = 0
max_chair = 0;
i_max = 0;
print("Index of the floor with maximum number of chairs")
while(i<len(building)):
j = 0
total_chairs = 0
while(j<len(building[i])):
total_chairs += building[i][j]
j+=1
if(total_chairs>max_chair):
max_chair = total_chairs
i_max = i
i+=1
print("Index of floor : ",i_max,"(",max_chair,")",sep="")
print("-----------------------------------------------------------------")
def maxRoom(building):
i = 0
max_chair_room = 0
while(i<len(building)):
j = 0
while(j<len(building[i])):
if(building[i][j]>max_chair_room):
max_chair_room=building[i][j]
j+=1
i+=1
count_room = 0
i = 0
print("Indices the rooms with maximum number of chairs ")
while(i<len(building)):
j = 0
while(j<len(building[i])):
if(building[i][j]==max_chair_room):
print("Index of room :",j," | ","Index of floor :",i)
j+=1
i+=1
print("-----------------------------------------------------------------")
setup()
floor1 = [20,43,32,43]
floor2 = [39,33,24,43]
floor3 = [25,22,30,43]
building = [floor1,floor2,floor3]
totalChairs(building)
maxFloor(building)
maxRoom(building)
def totalChairs(building):
total_chairs = 0
i = 0
while(i<len(building)):
j = 0
while(j<len(building[i])):
total_chairs += building[i][j]
j+=1
i+=1
print("Total chairs in the building :",total_chairs)
print("-----------------------------------------------------------------")
def maxFloor(building):
i = 0
max_chair = 0;
i_max = 0;
print("Index of the floor with maximum number of chairs")
while(i<len(building)):
j = 0
total_chairs = 0
while(j<len(building[i])):
total_chairs += building[i][j]
j+=1
if(total_chairs>max_chair):
max_chair = total_chairs
i_max = i
i+=1
print("Index of floor : ",i_max,"(",max_chair,")",sep="")
print("-----------------------------------------------------------------")
def maxRoom(building):
i = 0
max_chair_room = 0
while(i<len(building)):
j = 0
while(j<len(building[i])):
if(building[i][j]>max_chair_room):
max_chair_room=building[i][j]
j+=1
i+=1
count_room = 0
i = 0
print("Indices the rooms with maximum number of chairs ")
while(i<len(building)):
j = 0
while(j<len(building[i])):
if(building[i][j]==max_chair_room):
print("Index of room :",j," | ","Index of floor :",i)
j+=1
i+=1
print("-----------------------------------------------------------------")
setup()
Lab6 Parallel array
def setup():
st_name = ["Tar","Tape","Bas","Top","Karn"]
st_id = [10012,10032,10075,10091,10130]
st_age = [21,21,19,21,18]
st_weight = [72,93,69,91,68]
st_height = [179,178,174,172,184]
stData(st_name, st_id, st_age, st_weight, st_height)
stBmi(st_name, st_id, st_age, st_weight, st_height)
stAge(st_name, st_id, st_age, st_weight, st_height)
stWeight(st_name, st_id, st_age, st_weight, st_height)
def stData(name,id,age,w,h):
i = 0
while(i<len(name)):
print("Name :",name[i])
print("ID :",id[i])
print("Age :",age[i])
print("Weight :",w[i])
print("Height :",h[i])
print("------------------------")
i+=1
def stBmi(name,id,age,w,h):
i = 0
count = 1
bmi = [0]*5
while(i<len(w)):
#bmi[i]=float("{0:.2f}".format(w[i]/((h[i]/100)*(h[i]/100))))
bmi[i]=float(format((w[i]/((h[i]/100)*(h[i]/100))),'.2f'))
if(bmi[i]>25):
print("No.",count,sep="")
print("Name :",name[i])
print("ID :",id[i])
print("Age :",age[i])
print("Weight :",w[i])
print("Height :",h[i])
print("Bmi :",bmi[i])
print("------------------------")
count+=1
i+=1
print ("BMI :",bmi)
print("------------------------")
def stAge(name,id,age,w,h):
i = 0
sum_age = 0
while(i<len(age)):
sum_age += age[i]
i+=1
avg_age = sum_age/len(name)
print("Average age :",avg_age)
print("------------------------")
def sortRecord(name,id,age,weight,height):
i = 0
while (i<len(age)):
if(i!=len(age)-1 and age[i]>age[i+1]):
j = i
while (j >= 0):
if(age[j]>age[j+1]):
copy_age = age[j]
copy_name = name[j]
copy_id = id[j]
copy_weight = weight[j]
copy_height = height[i]
age[j] = age[j+1]
age[j+1] = copy_age
name[j] = name[j+1]
name[j+1] = copy_name
id[j] = id[j+1]
id[j+1] = copy_id
weight[j] = weight[j+1]
weight[j+1] = copy_weight
height[j] = height[j+1]
height[j+1] = copy_height
j-=1
else :
break
i+=1
print("Sort record by age")
print("------------------------")
stData(name,id,age,weight,height)
def stWeight(name,id,age,w,h):
i = 0
min_weight = w[0]
count = 1
while(i<len(w)):
if(w[i]<min_weight):
min_weight = w[i]
if(w[i]<70):
print("No.",count,sep="")
print("Name :",name[i])
print("ID :",id[i])
print("Age :",age[i])
print("Weight :",w[i])
print("Height :",h[i])
print("------------------------")
count+=1
i+=1
print("Minimum weight of students :",min_weight)
print("------------------------")
setup()
st_name = ["Tar","Tape","Bas","Top","Karn"]
st_id = [10012,10032,10075,10091,10130]
st_age = [21,21,19,21,18]
st_weight = [72,93,69,91,68]
st_height = [179,178,174,172,184]
stData(st_name, st_id, st_age, st_weight, st_height)
stBmi(st_name, st_id, st_age, st_weight, st_height)
stAge(st_name, st_id, st_age, st_weight, st_height)
stWeight(st_name, st_id, st_age, st_weight, st_height)
def stData(name,id,age,w,h):
i = 0
while(i<len(name)):
print("Name :",name[i])
print("ID :",id[i])
print("Age :",age[i])
print("Weight :",w[i])
print("Height :",h[i])
print("------------------------")
i+=1
def stBmi(name,id,age,w,h):
i = 0
count = 1
bmi = [0]*5
while(i<len(w)):
#bmi[i]=float("{0:.2f}".format(w[i]/((h[i]/100)*(h[i]/100))))
bmi[i]=float(format((w[i]/((h[i]/100)*(h[i]/100))),'.2f'))
if(bmi[i]>25):
print("No.",count,sep="")
print("Name :",name[i])
print("ID :",id[i])
print("Age :",age[i])
print("Weight :",w[i])
print("Height :",h[i])
print("Bmi :",bmi[i])
print("------------------------")
count+=1
i+=1
print ("BMI :",bmi)
print("------------------------")
def stAge(name,id,age,w,h):
i = 0
sum_age = 0
while(i<len(age)):
sum_age += age[i]
i+=1
avg_age = sum_age/len(name)
print("Average age :",avg_age)
print("------------------------")
def sortRecord(name,id,age,weight,height):
i = 0
while (i<len(age)):
if(i!=len(age)-1 and age[i]>age[i+1]):
j = i
while (j >= 0):
if(age[j]>age[j+1]):
copy_age = age[j]
copy_name = name[j]
copy_id = id[j]
copy_weight = weight[j]
copy_height = height[i]
age[j] = age[j+1]
age[j+1] = copy_age
name[j] = name[j+1]
name[j+1] = copy_name
id[j] = id[j+1]
id[j+1] = copy_id
weight[j] = weight[j+1]
weight[j+1] = copy_weight
height[j] = height[j+1]
height[j+1] = copy_height
j-=1
else :
break
i+=1
print("Sort record by age")
print("------------------------")
stData(name,id,age,weight,height)
def stWeight(name,id,age,w,h):
i = 0
min_weight = w[0]
count = 1
while(i<len(w)):
if(w[i]<min_weight):
min_weight = w[i]
if(w[i]<70):
print("No.",count,sep="")
print("Name :",name[i])
print("ID :",id[i])
print("Age :",age[i])
print("Weight :",w[i])
print("Height :",h[i])
print("------------------------")
count+=1
i+=1
print("Minimum weight of students :",min_weight)
print("------------------------")
setup()
5 ตุลาคม 2558
Lab5 Final
def setup():
text1 = "Thailand "
print(text1)
assert my_count(text1) ==2
print("my_count",my_count(text1))
assert my_find(text1) ==3
print("my_find",my_find(text1))
assert my_replace(text1) == "Thaithai"
print("my_replace",my_replace2(text1))
print("my_strip",my_strip(text1))
print("my_startswith",my_startswith(text1))
print("my_endswith",my_endswith(text1))
def my_count(text):
find = "a"
countFind = 0
i = 0
while(i<len(text)):
if(find == text[i]):
countFind +=1
i+=1
return countFind
def my_find(text):
find = "i"
indexFind = 0
i = 0
while(i<len(text)):
if(find == text[i]):
indexFind = i
i+=1
return indexFind
def my_replace(text):
find = "land"
replace = "thai"
newText = ""
i = 0
i_find = 0
while(i<len(text)):
if(text[i]==find[i_find]):
checkAll = 0
while (checkAll < len(find)):
if(find[i_find]==text[i+i_find]):
i_find+=1
checkAll+=1
else:
newText = newText+text[i]
i_find = 0
checkAll = len(find)
if(i_find==len(find)):
n = 0
m = len(replace)
i_replace = 0
while(n < m):
newText = newText+replace[i_replace]
i_replace +=1
n+=1
i +=len(find)-1
i_find = 0
else :
if(text[i] != " "):
newText = newText+ text[i]
i+=1
return newText
def my_strip(text):
newText = ""
i=0
while(i < len(text)):
if(text[i] != " "):
newText = newText+ text[i]
i+=1
return newText
def my_startswith(text):
find = "Sun"
i = 0
while(i < len(text)):
if(find[i] == text[i]):
j =0
while(j < len(find)):
if(text[i+j] == find[j]):
j +=1
if (j == len(find)):
return True
else :
return False
else :
return False
def my_endswith(text):
find = "and"
i = len(text)-1
i_find = len(find)-1
while(i > 0):
if(find[i_find] == text[i]):
checkAll = 0
while(checkAll < len(find)):
if(text[i-checkAll] == find[i_find-checkAll]):
checkAll +=1
if (checkAll == len(find)):
return True
else :
return False
else :
return False
setup()
text1 = "Thailand "
print(text1)
assert my_count(text1) ==2
print("my_count",my_count(text1))
assert my_find(text1) ==3
print("my_find",my_find(text1))
assert my_replace(text1) == "Thaithai"
print("my_replace",my_replace2(text1))
print("my_strip",my_strip(text1))
print("my_startswith",my_startswith(text1))
print("my_endswith",my_endswith(text1))
def my_count(text):
find = "a"
countFind = 0
i = 0
while(i<len(text)):
if(find == text[i]):
countFind +=1
i+=1
return countFind
def my_find(text):
find = "i"
indexFind = 0
i = 0
while(i<len(text)):
if(find == text[i]):
indexFind = i
i+=1
return indexFind
def my_replace(text):
find = "land"
replace = "thai"
newText = ""
i = 0
i_find = 0
while(i<len(text)):
if(text[i]==find[i_find]):
checkAll = 0
while (checkAll < len(find)):
if(find[i_find]==text[i+i_find]):
i_find+=1
checkAll+=1
else:
newText = newText+text[i]
i_find = 0
checkAll = len(find)
if(i_find==len(find)):
n = 0
m = len(replace)
i_replace = 0
while(n < m):
newText = newText+replace[i_replace]
i_replace +=1
n+=1
i +=len(find)-1
i_find = 0
else :
if(text[i] != " "):
newText = newText+ text[i]
i+=1
return newText
def my_strip(text):
newText = ""
i=0
while(i < len(text)):
if(text[i] != " "):
newText = newText+ text[i]
i+=1
return newText
def my_startswith(text):
find = "Sun"
i = 0
while(i < len(text)):
if(find[i] == text[i]):
j =0
while(j < len(find)):
if(text[i+j] == find[j]):
j +=1
if (j == len(find)):
return True
else :
return False
else :
return False
def my_endswith(text):
find = "and"
i = len(text)-1
i_find = len(find)-1
while(i > 0):
if(find[i_find] == text[i]):
checkAll = 0
while(checkAll < len(find)):
if(text[i-checkAll] == find[i_find-checkAll]):
checkAll +=1
if (checkAll == len(find)):
return True
else :
return False
else :
return False
setup()
Lab5 Draft
def setup():
val_array = [8,-2,20,-12,-9,20,2,-6,20,4]
display_value_array_and_index(val_array)
print("")
find_max_val_array(val_array)
print("")
find_first_last_index_max_val(val_array)
print("")
find_sum_array(val_array)
print("")
find_sum_of_positive_val_in_array(val_array)
print("")
find_count_num_of_positive_val_in_array(val_array)
print("")
find_avg_values_array(val_array)
print("")
inc_dec_val_array(val_array)
def display_value_array_and_index(a):
i = 0
while(i < len(a)):
val = a[i]
print ("index",i," ",end="")
print ("value =",val)
i+=1
############################################################################
def find_max_val_array(a):
i = 0
max_val = 0
index_max = 0
while(i < len(a)):
value_in_array = a[i]
if (max_val < value_in_array):
max_val = value_in_array
index_max = i
i+=1
print ("Maximum value in array =",max_val)
############################################################################
def find_first_last_index_max_val(a):
#Find index of (the first) maximum value in array
max_val = 0
first_max_i = 0
i = 0
while(i < len(a)):
if(max_val<a[i]):
max_val = a[i]
first_max_i = i
i+=1
#Find index of (the last) maximum value in array
max_val = 0
last_max_i = 0
i = (len(a)-1)
while(i > (-1)):
if(max_val<a[i]):
max_val = a[i]
last_max_i = i
i-=1
print("The First maximum value","Index :","%2.0d"%first_max_i," Value :",max_val)
#i=0
#while(i < len(a)):
#if(i >first_max_i and i < last_max_i and a[i]==max_val):
#print("Index :","%2.0d"%i," ","Value :",a[i])
#i+=1
print("The Last maximum value"," Index :","%2.0d"%last_max_i," Value :",max_val)
############################################################################
def find_sum_array(a):
i = 0
sum_array = 0
print ("Sum of values in array = ",end="")
while(i < len(a)):
sum_array += a[i]
if(a[i]>0):
print(a[i],end="")
else :
print("(",a[i],")",end="",sep="")
if(i==(len(a)-1)):
print(" = ",end="")
else:
print("+",end="")
i+=1
print (sum_array)
############################################################################
def find_sum_of_positive_val_in_array(a):
i = 0
sum_array = 0
print ("Sum of positive values in array = ",end="")
while(i < len(a)):
if(a[i]>=0):
sum_array += a[i]
print(a[i],end="")
if(i==(len(a)-1)):
print(" = ",end="")
else:
print("+",end="")
i+=1
print (sum_array)
############################################################################
def find_count_num_of_positive_val_in_array(a):
i = 0
sum_array = 0
num_positive_array = 0
print ("Count number of positive values in array = ",end="")
while(i < len(a)):
if(a[i]>=0):
num_positive_array+=1
i+=1
print (num_positive_array,"number (",end="")
i=0
while(i < len(a)):
if(a[i]>=0):
print(a[i],end="")
if(i==(len(a)-1)):
print(")")
else:
print(",",end="")
i+=1
############################################################################
def find_avg_values_array(a):
i = 0
sum_array = 0
print ("Average of values in array = (",end="")
while(i < len(a)):
sum_array += a[i]
if(a[i]>0):
print(a[i],end="")
else :
print("(",a[i],")",end="",sep="")
if(i==(len(a)-1)):
print(")/",len(a)," = ",end="",sep="")
else:
print("+",end="")
i+=1
avg_array = sum_array/len(a)
print (avg_array)
############################################################################
def inc_dec_val_array(a):
print("Increase/decrease values in array")
mode_inc_dec = input("Increase Press 'i' Decrease Press 'd'")
print()
mode_fixed_percent = input("by Fixed value Press 'f' by Percentage Press 'p'")
print()
val = int(input("Please type value"))
print()
i = 0
if (mode_inc_dec == 'i' or mode_inc_dec == 'I'):
if(mode_fixed_percent == 'f' or mode_fixed_percent == 'F'):
while(i < len(a)):
a[i]+=val
i+=1
elif(mode_fixed_percent == 'p' or mode_fixed_percent == 'P'):
while(i < len(a)):
if(a[i]<0):
a[i]-=((val/100)*a[i])
else : a[i]+=((val/100)*a[i])
i+=1
if (mode_inc_dec == 'd' or mode_inc_dec == 'D'):
if(mode_fixed_percent == 'f' or mode_fixed_percent == 'F'):
while(i < len(a)):
a[i]+=-val
i+=1
elif(mode_fixed_percent == 'p' or mode_fixed_percent == 'P'):
while(i < len(a)):
if(a[i]<0):
a[i]+=((val/100)*a[i])
else : a[i]-=((val/100)*a[i])
i+=1
print("Value in array =",a)
setup()
val_array = [8,-2,20,-12,-9,20,2,-6,20,4]
display_value_array_and_index(val_array)
print("")
find_max_val_array(val_array)
print("")
find_first_last_index_max_val(val_array)
print("")
find_sum_array(val_array)
print("")
find_sum_of_positive_val_in_array(val_array)
print("")
find_count_num_of_positive_val_in_array(val_array)
print("")
find_avg_values_array(val_array)
print("")
inc_dec_val_array(val_array)
def display_value_array_and_index(a):
i = 0
while(i < len(a)):
val = a[i]
print ("index",i," ",end="")
print ("value =",val)
i+=1
############################################################################
def find_max_val_array(a):
i = 0
max_val = 0
index_max = 0
while(i < len(a)):
value_in_array = a[i]
if (max_val < value_in_array):
max_val = value_in_array
index_max = i
i+=1
print ("Maximum value in array =",max_val)
############################################################################
def find_first_last_index_max_val(a):
#Find index of (the first) maximum value in array
max_val = 0
first_max_i = 0
i = 0
while(i < len(a)):
if(max_val<a[i]):
max_val = a[i]
first_max_i = i
i+=1
#Find index of (the last) maximum value in array
max_val = 0
last_max_i = 0
i = (len(a)-1)
while(i > (-1)):
if(max_val<a[i]):
max_val = a[i]
last_max_i = i
i-=1
print("The First maximum value","Index :","%2.0d"%first_max_i," Value :",max_val)
#i=0
#while(i < len(a)):
#if(i >first_max_i and i < last_max_i and a[i]==max_val):
#print("Index :","%2.0d"%i," ","Value :",a[i])
#i+=1
print("The Last maximum value"," Index :","%2.0d"%last_max_i," Value :",max_val)
############################################################################
def find_sum_array(a):
i = 0
sum_array = 0
print ("Sum of values in array = ",end="")
while(i < len(a)):
sum_array += a[i]
if(a[i]>0):
print(a[i],end="")
else :
print("(",a[i],")",end="",sep="")
if(i==(len(a)-1)):
print(" = ",end="")
else:
print("+",end="")
i+=1
print (sum_array)
############################################################################
def find_sum_of_positive_val_in_array(a):
i = 0
sum_array = 0
print ("Sum of positive values in array = ",end="")
while(i < len(a)):
if(a[i]>=0):
sum_array += a[i]
print(a[i],end="")
if(i==(len(a)-1)):
print(" = ",end="")
else:
print("+",end="")
i+=1
print (sum_array)
############################################################################
def find_count_num_of_positive_val_in_array(a):
i = 0
sum_array = 0
num_positive_array = 0
print ("Count number of positive values in array = ",end="")
while(i < len(a)):
if(a[i]>=0):
num_positive_array+=1
i+=1
print (num_positive_array,"number (",end="")
i=0
while(i < len(a)):
if(a[i]>=0):
print(a[i],end="")
if(i==(len(a)-1)):
print(")")
else:
print(",",end="")
i+=1
############################################################################
def find_avg_values_array(a):
i = 0
sum_array = 0
print ("Average of values in array = (",end="")
while(i < len(a)):
sum_array += a[i]
if(a[i]>0):
print(a[i],end="")
else :
print("(",a[i],")",end="",sep="")
if(i==(len(a)-1)):
print(")/",len(a)," = ",end="",sep="")
else:
print("+",end="")
i+=1
avg_array = sum_array/len(a)
print (avg_array)
############################################################################
def inc_dec_val_array(a):
print("Increase/decrease values in array")
mode_inc_dec = input("Increase Press 'i' Decrease Press 'd'")
print()
mode_fixed_percent = input("by Fixed value Press 'f' by Percentage Press 'p'")
print()
val = int(input("Please type value"))
print()
i = 0
if (mode_inc_dec == 'i' or mode_inc_dec == 'I'):
if(mode_fixed_percent == 'f' or mode_fixed_percent == 'F'):
while(i < len(a)):
a[i]+=val
i+=1
elif(mode_fixed_percent == 'p' or mode_fixed_percent == 'P'):
while(i < len(a)):
if(a[i]<0):
a[i]-=((val/100)*a[i])
else : a[i]+=((val/100)*a[i])
i+=1
if (mode_inc_dec == 'd' or mode_inc_dec == 'D'):
if(mode_fixed_percent == 'f' or mode_fixed_percent == 'F'):
while(i < len(a)):
a[i]+=-val
i+=1
elif(mode_fixed_percent == 'p' or mode_fixed_percent == 'P'):
while(i < len(a)):
if(a[i]<0):
a[i]+=((val/100)*a[i])
else : a[i]-=((val/100)*a[i])
i+=1
print("Value in array =",a)
setup()
28 กันยายน 2558
Lab5 - convert a number from base 10 to base 2
def setup():
base10 = 19
base2 = ""
while (base10 > 0 ):
base2 = str(base10%2)+base2
base10 = base10//2
print(base2)
print(base2)
setup()
base10 = 19
base2 = ""
while (base10 > 0 ):
base2 = str(base10%2)+base2
base10 = base10//2
print(base2)
print(base2)
setup()
21 กันยายน 2558
Lab4x Loan payment
def setup():
monthly_loan_payment(5000, 12, 1);
def monthly_loan_payment(loan_amount, interest_rate, loan_term):
ratepermonth = (interest_rate/100)/12
paypermonth = loan_amount*(ratepermonth/(1-pow(1+ratepermonth, -(loan_term*12))))#M=P*(J/(1-(1+J)^-n)
unpaid = loan_amount
total_interest = 0
month = 1
print("Monthly Loan Payment");
print("Payment No. Interest Principal Unpaid Balance Total Interest")
while (month <= (loan_term*12)):
interest = ratepermonth*unpaid
total_interest+=interest
principal = paypermonth-interest
unpaid = abs(unpaid-principal)
print(" ","%0.2d"%month,end="")
print(" ","$","%5.2f"% interest,end="",sep="")
print(" ","$","%6.2f"% principal,end="",sep="")
print(" ","$","%7.2f"% unpaid,end="",sep="")
print(" ","$","%6.2f"% total_interest,sep="")
month+=1
setup()
monthly_loan_payment(5000, 12, 1);
def monthly_loan_payment(loan_amount, interest_rate, loan_term):
ratepermonth = (interest_rate/100)/12
paypermonth = loan_amount*(ratepermonth/(1-pow(1+ratepermonth, -(loan_term*12))))#M=P*(J/(1-(1+J)^-n)
unpaid = loan_amount
total_interest = 0
month = 1
print("Monthly Loan Payment");
print("Payment No. Interest Principal Unpaid Balance Total Interest")
while (month <= (loan_term*12)):
interest = ratepermonth*unpaid
total_interest+=interest
principal = paypermonth-interest
unpaid = abs(unpaid-principal)
print(" ","%0.2d"%month,end="")
print(" ","$","%5.2f"% interest,end="",sep="")
print(" ","$","%6.2f"% principal,end="",sep="")
print(" ","$","%7.2f"% unpaid,end="",sep="")
print(" ","$","%6.2f"% total_interest,sep="")
month+=1
setup()
Lab4x Multiplication table
def setup():
multi_table = 25
max_multiplier = 12
multiplier=1
print("Multiplication Table","'",multi_table,"'");
while (multiplier <= max_multiplier):
result = multi_table*multiplier
print(multi_table,"x",multiplier,"=",result)
multiplier+=1
setup()
multi_table = 25
max_multiplier = 12
multiplier=1
print("Multiplication Table","'",multi_table,"'");
while (multiplier <= max_multiplier):
result = multi_table*multiplier
print(multi_table,"x",multiplier,"=",result)
multiplier+=1
setup()
Lab4x Sum of Prime Number
def setup():
max_val = 20
prime_num = 2
sum_prime = 0
print("Sum of Prime number from 1 to",max_val,"(",end="")
while (prime_num <= max_val):
if (check_prime_num(prime_num)):
print(prime_num,",",sep="",end="")
sum_prime += prime_num
prime_num+=1
print(")")
print("'",sum_prime,"'",sep="")
def check_prime_num(p_num):
divisor = 2
while (divisor<p_num):
if (p_num%divisor==0):
return False
divisor+=1
return True
setup()
max_val = 20
prime_num = 2
sum_prime = 0
print("Sum of Prime number from 1 to",max_val,"(",end="")
while (prime_num <= max_val):
if (check_prime_num(prime_num)):
print(prime_num,",",sep="",end="")
sum_prime += prime_num
prime_num+=1
print(")")
print("'",sum_prime,"'",sep="")
def check_prime_num(p_num):
divisor = 2
while (divisor<p_num):
if (p_num%divisor==0):
return False
divisor+=1
return True
setup()
20 กันยายน 2558
Lab4x Sum of Integers
def setup():
max_val = 10
count=0
result=0
while (count <= max_val):
result += count
count+=1
print("Sum of Integers from 1 to",max_val,"=",end="")
print(" '",result,"'",sep="")
setup()
max_val = 10
count=0
result=0
while (count <= max_val):
result += count
count+=1
print("Sum of Integers from 1 to",max_val,"=",end="")
print(" '",result,"'",sep="")
setup()
Lab4x Leap year
def setup():
year = 2015
if (year%400==0):
print(year," is leap year")
elif (year%100==0):
print(year," isn't leap year")
elif (year%4==0):
print(year," is leap year")
else:
print(year," isn't "+"leap year")
setup()
year = 2015
if (year%400==0):
print(year," is leap year")
elif (year%100==0):
print(year," isn't leap year")
elif (year%4==0):
print(year," is leap year")
else:
print(year," isn't "+"leap year")
setup()
Lab4x Grade
def setup():
score = 49
print("Your score =",score)
if (score>=80):
print("Grade A ")
elif (score>=70):
print("Grade B ")
elif (score>=60):
print("Grade C ")
elif (score>=50):
print("Grade D ")
else:
print("Grade F ")
setup()
score = 49
print("Your score =",score)
if (score>=80):
print("Grade A ")
elif (score>=70):
print("Grade B ")
elif (score>=60):
print("Grade C ")
elif (score>=50):
print("Grade D ")
else:
print("Grade F ")
setup()
14 กันยายน 2558
Lab4x BMI
def setup():
#//----- Define value -----//
weight_ = 68
height_ = 174
#//----- Calculate -----//
bmi = format(cal_bmi(weight_,height_),'.2f')
#//----- Show Value ----//
print('weight_ = ',weight_,'kg')
print('height_ = ',height_,'cm')
print('Body mass index(BMI) = ', bmi)
def cal_bmi(w,h):#//Create function BMI calculation
val_bmi = w/((h/100)*(h/100))#//Formula of BMI
return val_bmi
setup()
#//----- Define value -----//
weight_ = 68
height_ = 174
#//----- Calculate -----//
bmi = format(cal_bmi(weight_,height_),'.2f')
#//----- Show Value ----//
print('weight_ = ',weight_,'kg')
print('height_ = ',height_,'cm')
print('Body mass index(BMI) = ', bmi)
def cal_bmi(w,h):#//Create function BMI calculation
val_bmi = w/((h/100)*(h/100))#//Formula of BMI
return val_bmi
setup()
Lab4x Circumference
def setup():
radius = 10
circumference = format(cal_cir(radius),'.2f')
area = format(cal_area(radius),'.2f')
print ("Circumference = ",circumference,"cm")
print ("Area =",area, "cm2")
#Create function circumference calculation
def cal_cir(r):
val_cir = (22/7)*2*r
return val_cir
#Create function area calculation
def cal_area(r):
val_area = (22/7)*r*r
return val_area
setup()
radius = 10
circumference = format(cal_cir(radius),'.2f')
area = format(cal_area(radius),'.2f')
print ("Circumference = ",circumference,"cm")
print ("Area =",area, "cm2")
#Create function circumference calculation
def cal_cir(r):
val_cir = (22/7)*2*r
return val_cir
#Create function area calculation
def cal_area(r):
val_area = (22/7)*r*r
return val_area
setup()
Lab4 Doraemon book
void setup() {
size(800, 800);
background(#F6B0D8);
}
int move_X = 0;
int move_Y = 0;
void draw() {
int X = 0;
int Y = 0;
int max_book = 4;
int pre_book = 1;
background(#F6B0D8);
while (pre_book<=max_book) {
draw_book(move_X+X, move_Y+Y);
Y+= 364;
if (pre_book%2==0) {
X=304;
Y=0;
}
pre_book++;
}
if (key=='w'||key=='W') {
move_Y-=2;
if (move_Y<=-442) {
move_Y=-442;
}
}
if (key=='s'||key=='S') {
move_Y+=2;
if (move_Y>=358) {
move_Y=358;
}
}
if (key=='a'||key=='A') {
move_X-=2;
if (move_X<=-402) {
move_X=-402;
}
}
if (key=='d'||key=='D') {
move_X+=2;
if (move_X>=397) {
move_X=397;
}
}
}
void draw_book(int pos_x, int pos_y) {
strokeJoin(ROUND);
//----- front page -----//
strokeWeight(2);
fill(#323C5D);
rect(pos_x+100, pos_y+100, 270, 340);
//----- behind doraemon background -----//
noStroke();
fill(#FCE314);
rect(pos_x+125, pos_y+220, 220, 205);
//----- name book background -----//
fill(255);
rect(pos_x+125, pos_y+130, 220, 50);
//----- name book -----//
fill(0);
textSize(35);
text("DORAEMON", pos_x+133, pos_y+167);
//----- book page -----//
strokeWeight(2);
stroke(0);
fill(255);
quad(pos_x+100, pos_y+100, pos_x+130, pos_y+80, pos_x+400, pos_y+80, pos_x+370, pos_y+100);
quad(pos_x+370, pos_y+100, pos_x+400, pos_y+80, pos_x+400, pos_y+420, pos_x+370, pos_y+440);
strokeWeight(1);
line(pos_x+106, pos_y+96, pos_x+376, pos_y+96);
line(pos_x+112, pos_y+92, pos_x+382, pos_y+92);
line(pos_x+118, pos_y+88, pos_x+388, pos_y+88);
line(pos_x+124, pos_y+84, pos_x+394, pos_y+84);
line(pos_x+376, pos_y+96, pos_x+376, pos_y+436);
line(pos_x+382, pos_y+92, pos_x+382, pos_y+432);
line(pos_x+388, pos_y+88, pos_x+388, pos_y+428);
line(pos_x+394, pos_y+84, pos_x+394, pos_y+424);
//----- Doraemon -----//
strokeWeight(3);
stroke(#325D87);
//----- face -----//
fill(#4F81BC);
ellipse(pos_x+235, pos_y+320, 200, 175);
fill(255);
ellipse(pos_x+235, pos_y+334, 140, 125);
//----- eyes -----//
fill(255);
ellipse(pos_x+215, pos_y+274, 37, 50);
ellipse(pos_x+255, pos_y+274, 37, 50);
fill(#325D87);
ellipse(pos_x+220, pos_y+279, 8, 8);
strokeWeight(4);
arc(pos_x+248, pos_y+281, 6, 6, PI, TWO_PI);
strokeWeight(3);
//----- nose -----//
fill(#FE0000);
ellipse(pos_x+235, pos_y+301, 20, 20);
//----- mounth -----//
noFill();
arc(pos_x+235, pos_y+350, 100, 50, 0, PI);
line(pos_x+235, pos_y+312, pos_x+235, pos_y+375);
//----- Whiskers -----//
line(pos_x+220, pos_y+320, pos_x+177, pos_y+315);
line(pos_x+220, pos_y+325, pos_x+175, pos_y+325);
line(pos_x+220, pos_y+330, pos_x+177, pos_y+335);
line(pos_x+250, pos_y+320, pos_x+293, pos_y+315);
line(pos_x+250, pos_y+325, pos_x+295, pos_y+325);
line(pos_x+250, pos_y+330, pos_x+293, pos_y+335);
//----- collar -----//
fill(#FD0000);
rect(pos_x+185, pos_y+395, 100, 13);
//----- bell -----//
fill(#FCBE0C);
ellipse(pos_x+235, pos_y+394, 20, 20);
//----- hands -----//
fill(255);
ellipse(pos_x+180, pos_y+395, 30, 28);
ellipse(pos_x+290, pos_y+395, 30, 28);
}
size(800, 800);
background(#F6B0D8);
}
int move_X = 0;
int move_Y = 0;
void draw() {
int X = 0;
int Y = 0;
int max_book = 4;
int pre_book = 1;
background(#F6B0D8);
while (pre_book<=max_book) {
draw_book(move_X+X, move_Y+Y);
Y+= 364;
if (pre_book%2==0) {
X=304;
Y=0;
}
pre_book++;
}
if (key=='w'||key=='W') {
move_Y-=2;
if (move_Y<=-442) {
move_Y=-442;
}
}
if (key=='s'||key=='S') {
move_Y+=2;
if (move_Y>=358) {
move_Y=358;
}
}
if (key=='a'||key=='A') {
move_X-=2;
if (move_X<=-402) {
move_X=-402;
}
}
if (key=='d'||key=='D') {
move_X+=2;
if (move_X>=397) {
move_X=397;
}
}
}
void draw_book(int pos_x, int pos_y) {
strokeJoin(ROUND);
//----- front page -----//
strokeWeight(2);
fill(#323C5D);
rect(pos_x+100, pos_y+100, 270, 340);
//----- behind doraemon background -----//
noStroke();
fill(#FCE314);
rect(pos_x+125, pos_y+220, 220, 205);
//----- name book background -----//
fill(255);
rect(pos_x+125, pos_y+130, 220, 50);
//----- name book -----//
fill(0);
textSize(35);
text("DORAEMON", pos_x+133, pos_y+167);
//----- book page -----//
strokeWeight(2);
stroke(0);
fill(255);
quad(pos_x+100, pos_y+100, pos_x+130, pos_y+80, pos_x+400, pos_y+80, pos_x+370, pos_y+100);
quad(pos_x+370, pos_y+100, pos_x+400, pos_y+80, pos_x+400, pos_y+420, pos_x+370, pos_y+440);
strokeWeight(1);
line(pos_x+106, pos_y+96, pos_x+376, pos_y+96);
line(pos_x+112, pos_y+92, pos_x+382, pos_y+92);
line(pos_x+118, pos_y+88, pos_x+388, pos_y+88);
line(pos_x+124, pos_y+84, pos_x+394, pos_y+84);
line(pos_x+376, pos_y+96, pos_x+376, pos_y+436);
line(pos_x+382, pos_y+92, pos_x+382, pos_y+432);
line(pos_x+388, pos_y+88, pos_x+388, pos_y+428);
line(pos_x+394, pos_y+84, pos_x+394, pos_y+424);
//----- Doraemon -----//
strokeWeight(3);
stroke(#325D87);
//----- face -----//
fill(#4F81BC);
ellipse(pos_x+235, pos_y+320, 200, 175);
fill(255);
ellipse(pos_x+235, pos_y+334, 140, 125);
//----- eyes -----//
fill(255);
ellipse(pos_x+215, pos_y+274, 37, 50);
ellipse(pos_x+255, pos_y+274, 37, 50);
fill(#325D87);
ellipse(pos_x+220, pos_y+279, 8, 8);
strokeWeight(4);
arc(pos_x+248, pos_y+281, 6, 6, PI, TWO_PI);
strokeWeight(3);
//----- nose -----//
fill(#FE0000);
ellipse(pos_x+235, pos_y+301, 20, 20);
//----- mounth -----//
noFill();
arc(pos_x+235, pos_y+350, 100, 50, 0, PI);
line(pos_x+235, pos_y+312, pos_x+235, pos_y+375);
//----- Whiskers -----//
line(pos_x+220, pos_y+320, pos_x+177, pos_y+315);
line(pos_x+220, pos_y+325, pos_x+175, pos_y+325);
line(pos_x+220, pos_y+330, pos_x+177, pos_y+335);
line(pos_x+250, pos_y+320, pos_x+293, pos_y+315);
line(pos_x+250, pos_y+325, pos_x+295, pos_y+325);
line(pos_x+250, pos_y+330, pos_x+293, pos_y+335);
//----- collar -----//
fill(#FD0000);
rect(pos_x+185, pos_y+395, 100, 13);
//----- bell -----//
fill(#FCBE0C);
ellipse(pos_x+235, pos_y+394, 20, 20);
//----- hands -----//
fill(255);
ellipse(pos_x+180, pos_y+395, 30, 28);
ellipse(pos_x+290, pos_y+395, 30, 28);
}
Lab4 Capt
float move = 0;
float pos_x_shield = 370;
float speed = 2;
int max_shield = 4;
boolean start_fw = true;
boolean start_bw;
void setup() {
size(600, 600);
background(#0D0D0D);
}
void draw() {
background(#0D0D0D);
int Y = 0;
int X = 0;
int pre_shield =1;
textSize(550);
text("A", 100, 500);// A font
while (pre_shield<=max_shield) {
draw_capt(move, Y, X);
X+=250;
if (pre_shield%2==0) {
Y=-200;
X=0;
}
if (pre_shield%4==0) {
Y=200;
X=0;
}
pre_shield++;
}
if (start_fw == true) {
move +=speed;
pos_x_shield +=speed;
if (pos_x_shield >= 485) {
start_fw = false;
start_bw = true;
}
}
if (start_bw == true) {
move -=speed;
pos_x_shield -=speed;
if (pos_x_shield <= -140) {
start_fw = true;
start_bw = false;
}
}
fill(255);
textSize(15);
text("speed "+speed, 20, 20);
//----- title -----//
textSize(30);
text("CAPTAIN AMERICA", 162, 570);
}
void draw_capt(float pos_x, float pos_y, float x) {
noStroke();
fill(255);
//----- Shield -----//
fill(#EE0000);
ellipse(pos_x_shield+x, pos_y+300, 250, 250);
fill(255);
ellipse(pos_x+370+x, pos_y+300, 210, 210);
fill(#EE0000);
ellipse(pos_x+370+x, pos_y+300, 170, 170);
fill(#000080);
ellipse(pos_x+370+x, pos_y+300, 130, 130);
//----- Star -----//
beginShape();
fill(255);
//fill((random(0, 255)), (random(0, 255)), (random(0, 255)));
vertex(pos_x+370+x, pos_y+243);
vertex(pos_x+382.5+x, pos_y+280.5);
vertex(pos_x+420+x, pos_y+280.5);
vertex(pos_x+395+x, pos_y+305.5);
vertex(pos_x+407.5+x, pos_y+343);
vertex(pos_x+370+x, pos_y+318);
vertex(pos_x+332.5+x, pos_y+343);
vertex(pos_x+345+x, pos_y+305.5);
vertex(pos_x+320+x, pos_y+280.5);
vertex(pos_x+357.5+x, pos_y+280.5);
endShape(CLOSE);
}
void keyPressed() {
if (keyCode==UP)speed+=0.5;
if (keyCode==DOWN)speed-=0.5;
if (speed<=2)speed=2;
if (speed>=30)speed=30;
}
void mousePressed() {
if (mouseButton == LEFT) {
max_shield++;
{
if (max_shield>=6)max_shield=6;
}
} else if (mouseButton == RIGHT) {
max_shield--;
{
if (max_shield<=1)max_shield=1;
}
}
}
float pos_x_shield = 370;
float speed = 2;
int max_shield = 4;
boolean start_fw = true;
boolean start_bw;
void setup() {
size(600, 600);
background(#0D0D0D);
}
void draw() {
background(#0D0D0D);
int Y = 0;
int X = 0;
int pre_shield =1;
textSize(550);
text("A", 100, 500);// A font
while (pre_shield<=max_shield) {
draw_capt(move, Y, X);
X+=250;
if (pre_shield%2==0) {
Y=-200;
X=0;
}
if (pre_shield%4==0) {
Y=200;
X=0;
}
pre_shield++;
}
if (start_fw == true) {
move +=speed;
pos_x_shield +=speed;
if (pos_x_shield >= 485) {
start_fw = false;
start_bw = true;
}
}
if (start_bw == true) {
move -=speed;
pos_x_shield -=speed;
if (pos_x_shield <= -140) {
start_fw = true;
start_bw = false;
}
}
fill(255);
textSize(15);
text("speed "+speed, 20, 20);
//----- title -----//
textSize(30);
text("CAPTAIN AMERICA", 162, 570);
}
void draw_capt(float pos_x, float pos_y, float x) {
noStroke();
fill(255);
//----- Shield -----//
fill(#EE0000);
ellipse(pos_x_shield+x, pos_y+300, 250, 250);
fill(255);
ellipse(pos_x+370+x, pos_y+300, 210, 210);
fill(#EE0000);
ellipse(pos_x+370+x, pos_y+300, 170, 170);
fill(#000080);
ellipse(pos_x+370+x, pos_y+300, 130, 130);
//----- Star -----//
beginShape();
fill(255);
//fill((random(0, 255)), (random(0, 255)), (random(0, 255)));
vertex(pos_x+370+x, pos_y+243);
vertex(pos_x+382.5+x, pos_y+280.5);
vertex(pos_x+420+x, pos_y+280.5);
vertex(pos_x+395+x, pos_y+305.5);
vertex(pos_x+407.5+x, pos_y+343);
vertex(pos_x+370+x, pos_y+318);
vertex(pos_x+332.5+x, pos_y+343);
vertex(pos_x+345+x, pos_y+305.5);
vertex(pos_x+320+x, pos_y+280.5);
vertex(pos_x+357.5+x, pos_y+280.5);
endShape(CLOSE);
}
void keyPressed() {
if (keyCode==UP)speed+=0.5;
if (keyCode==DOWN)speed-=0.5;
if (speed<=2)speed=2;
if (speed>=30)speed=30;
}
void mousePressed() {
if (mouseButton == LEFT) {
max_shield++;
{
if (max_shield>=6)max_shield=6;
}
} else if (mouseButton == RIGHT) {
max_shield--;
{
if (max_shield<=1)max_shield=1;
}
}
}
Lab4 Flock birds
float wing_y;
float bird_y;
int size_draw = 40;
boolean wing_up;
boolean wing_down;
int max_bird = 3;
void setup() {
size(600, 600);
background(255);
mouseX=width/2;
mouseY=height/2;
wing_up = true;
}
void draw() {
int present_bird = 1;
int X = 0;
int Y = 0;
background(255);
if (mouseY<size_draw*2) {
mouseY=size_draw*2;
}
if (mouseX<size_draw) {
mouseX = size_draw;
}
while (present_bird <= max_bird) {
draw_bird(mouseX+X, mouseY+Y, size_draw, bird_y);
X += size_draw*3;
if (present_bird%4==0) {
X=0;
Y-=size_draw*1.1;
}
present_bird++;
}
if (wing_up == true) {
wing_y-= size_draw*0.15;
bird_y-= size_draw*0.01;
if (wing_y <= -(size_draw*0.7)) {
wing_up = false;
wing_down = true;
}
}
if (wing_down == true) {
wing_y+= size_draw*0.15;
bird_y+= size_draw*0.01;
if (wing_y >= (size_draw*0.7)) {
wing_up = true;
wing_down = false;
}
}
}
void draw_bird(float mouse_x, float mouse_y, float s_draw, float bird_y) {
fill(#D30327);
strokeWeight(s_draw*0.2);
line(mouse_x, mouse_y-(s_draw*0.5), mouse_x-(s_draw*1.3), mouse_y+wing_y-(s_draw*0.5));//left wing
line(mouse_x, mouse_y-(s_draw*0.5), mouse_x+(s_draw*1.3), mouse_y+wing_y-(s_draw*0.5));//right wing
strokeWeight(s_draw*0.05);
ellipse(mouse_x, mouse_y-(s_draw*0.5)+bird_y, s_draw, s_draw);//body
strokeWeight(1);
fill(255);
ellipse(mouse_x-(s_draw*0.22), mouse_y-(s_draw*0.6)+bird_y, s_draw*0.3, s_draw*0.35);//left white eye
ellipse(mouse_x+(s_draw*0.22), mouse_y-(s_draw*0.6)+bird_y, s_draw*0.3, s_draw*0.35);//right white eye
fill(0);
ellipse(mouse_x-(s_draw*0.22), mouse_y-(s_draw*0.6)+bird_y, s_draw*0.1, s_draw*0.1);//left black eye
ellipse(mouse_x+(s_draw*0.22), mouse_y-(s_draw*0.6)+bird_y, s_draw*0.1, s_draw*0.1);//right black eye
fill(#F9BC09);
triangle(mouse_x-(s_draw*0.17), mouse_y-(s_draw*0.35)+bird_y, mouse_x+(s_draw*0.17), mouse_y-(s_draw*0.35)+bird_y, mouse_x, mouse_y-(s_draw*0.05)+bird_y); //mounth
}
void keyPressed() {
if (keyCode==UP) {
size_draw++;
if (size_draw>=90)size_draw=90;
}
if (keyCode==DOWN) {
size_draw--;
if (size_draw<=20)size_draw=20;
}
}
void mousePressed() {
if (mouseButton == LEFT) {
max_bird++;
} else if (mouseButton == RIGHT) {
max_bird--;
{
if (max_bird<=1)max_bird=1;
}
}
}
float bird_y;
int size_draw = 40;
boolean wing_up;
boolean wing_down;
int max_bird = 3;
void setup() {
size(600, 600);
background(255);
mouseX=width/2;
mouseY=height/2;
wing_up = true;
}
void draw() {
int present_bird = 1;
int X = 0;
int Y = 0;
background(255);
if (mouseY<size_draw*2) {
mouseY=size_draw*2;
}
if (mouseX<size_draw) {
mouseX = size_draw;
}
while (present_bird <= max_bird) {
draw_bird(mouseX+X, mouseY+Y, size_draw, bird_y);
X += size_draw*3;
if (present_bird%4==0) {
X=0;
Y-=size_draw*1.1;
}
present_bird++;
}
if (wing_up == true) {
wing_y-= size_draw*0.15;
bird_y-= size_draw*0.01;
if (wing_y <= -(size_draw*0.7)) {
wing_up = false;
wing_down = true;
}
}
if (wing_down == true) {
wing_y+= size_draw*0.15;
bird_y+= size_draw*0.01;
if (wing_y >= (size_draw*0.7)) {
wing_up = true;
wing_down = false;
}
}
}
void draw_bird(float mouse_x, float mouse_y, float s_draw, float bird_y) {
fill(#D30327);
strokeWeight(s_draw*0.2);
line(mouse_x, mouse_y-(s_draw*0.5), mouse_x-(s_draw*1.3), mouse_y+wing_y-(s_draw*0.5));//left wing
line(mouse_x, mouse_y-(s_draw*0.5), mouse_x+(s_draw*1.3), mouse_y+wing_y-(s_draw*0.5));//right wing
strokeWeight(s_draw*0.05);
ellipse(mouse_x, mouse_y-(s_draw*0.5)+bird_y, s_draw, s_draw);//body
strokeWeight(1);
fill(255);
ellipse(mouse_x-(s_draw*0.22), mouse_y-(s_draw*0.6)+bird_y, s_draw*0.3, s_draw*0.35);//left white eye
ellipse(mouse_x+(s_draw*0.22), mouse_y-(s_draw*0.6)+bird_y, s_draw*0.3, s_draw*0.35);//right white eye
fill(0);
ellipse(mouse_x-(s_draw*0.22), mouse_y-(s_draw*0.6)+bird_y, s_draw*0.1, s_draw*0.1);//left black eye
ellipse(mouse_x+(s_draw*0.22), mouse_y-(s_draw*0.6)+bird_y, s_draw*0.1, s_draw*0.1);//right black eye
fill(#F9BC09);
triangle(mouse_x-(s_draw*0.17), mouse_y-(s_draw*0.35)+bird_y, mouse_x+(s_draw*0.17), mouse_y-(s_draw*0.35)+bird_y, mouse_x, mouse_y-(s_draw*0.05)+bird_y); //mounth
}
void keyPressed() {
if (keyCode==UP) {
size_draw++;
if (size_draw>=90)size_draw=90;
}
if (keyCode==DOWN) {
size_draw--;
if (size_draw<=20)size_draw=20;
}
}
void mousePressed() {
if (mouseButton == LEFT) {
max_bird++;
} else if (mouseButton == RIGHT) {
max_bird--;
{
if (max_bird<=1)max_bird=1;
}
}
}
Lab4 Balloon
int max_balloon = 4;
int size_draw = 50;
float Y = height;
void setup() {
size(600, 600);
}
void draw() {
int present_balloon = 1;
float X = 0;
background(0);
if (Y < height*0.16) {
fill(#00FD00);
} else if (Y < height*0.33) {
fill(#A0FA00);
} else if (Y < height*0.5) {
fill(#F2FB01);
} else if (Y < height*0.66) {
fill(#EFA200);
} else if (Y < height*0.83) {
fill(#EB6100);
} else {
fill(#D00022);
}
while (present_balloon <= max_balloon) {
draw_balloon(X, Y);
X += size_draw*1.2;
present_balloon++;
}
Y-=2;
if (Y<=(-size_draw*2))Y=height;
}
void draw_balloon(float pos_x, float pos_y) {
stroke(#009CDA);
strokeWeight(size_draw*0.05);
float radius = size_draw;
float string_length = size_draw*2;
line(pos_x+(size_draw*0.6), pos_y, pos_x+(size_draw*0.6), pos_y+string_length);
ellipse(pos_x+(size_draw*0.6), pos_y, radius, radius);
}
void keyPressed() {
if (keyCode==UP) {
size_draw++;
if (size_draw>=90)size_draw=90;
}
if (keyCode==DOWN) {
size_draw--;
if (size_draw<=20)size_draw=20;
}
}
void mousePressed() {
if (mouseButton == LEFT) {
max_balloon++;
} else if (mouseButton == RIGHT) {
max_balloon--;
{
if (max_balloon<=1)max_balloon=1;
}
}
}
int size_draw = 50;
float Y = height;
void setup() {
size(600, 600);
}
void draw() {
int present_balloon = 1;
float X = 0;
background(0);
if (Y < height*0.16) {
fill(#00FD00);
} else if (Y < height*0.33) {
fill(#A0FA00);
} else if (Y < height*0.5) {
fill(#F2FB01);
} else if (Y < height*0.66) {
fill(#EFA200);
} else if (Y < height*0.83) {
fill(#EB6100);
} else {
fill(#D00022);
}
while (present_balloon <= max_balloon) {
draw_balloon(X, Y);
X += size_draw*1.2;
present_balloon++;
}
Y-=2;
if (Y<=(-size_draw*2))Y=height;
}
void draw_balloon(float pos_x, float pos_y) {
stroke(#009CDA);
strokeWeight(size_draw*0.05);
float radius = size_draw;
float string_length = size_draw*2;
line(pos_x+(size_draw*0.6), pos_y, pos_x+(size_draw*0.6), pos_y+string_length);
ellipse(pos_x+(size_draw*0.6), pos_y, radius, radius);
}
void keyPressed() {
if (keyCode==UP) {
size_draw++;
if (size_draw>=90)size_draw=90;
}
if (keyCode==DOWN) {
size_draw--;
if (size_draw<=20)size_draw=20;
}
}
void mousePressed() {
if (mouseButton == LEFT) {
max_balloon++;
} else if (mouseButton == RIGHT) {
max_balloon--;
{
if (max_balloon<=1)max_balloon=1;
}
}
}
Lab4 Loan Payment
void setup() {
size(685, 500);
background(0);
fill(255);
monthly_loan_payment(5000, 12, 1);
}
void monthly_loan_payment(float loan_amount, float interest_rate, int loan_term) {
float ratepermonth = (interest_rate/100)/12;
float paypermonth = loan_amount*(ratepermonth/(1-pow(1+ratepermonth, -(loan_term*12))));//M=P*(J/(1-(1+J)^-n))
float unpaid = loan_amount;
float total_interest = 0;
int month = 1;
textSize(25);
text("Monthly Loan Payment", 205, 30);
textSize(17);
text("Payment No. Interest Principal Unpaid Balance Total Interest", 20, 70);
int Y =110;
while (month <= (loan_term*12)) {
float interest = ratepermonth*unpaid;
total_interest+=interest;
float principal = paypermonth-interest;
unpaid = abs(unpaid-principal);
text(nf(month, 2), 60, Y);
text("$"+nf(interest, 1, 2), 168, Y);
text("$"+nf(principal, 1, 2), 272, Y);
text("$"+nf(unpaid, 1, 2), 408, Y);
text("$"+nf(total_interest, 3, 2), 576, Y);
Y+=30;
month++;
}
}
size(685, 500);
background(0);
fill(255);
monthly_loan_payment(5000, 12, 1);
}
void monthly_loan_payment(float loan_amount, float interest_rate, int loan_term) {
float ratepermonth = (interest_rate/100)/12;
float paypermonth = loan_amount*(ratepermonth/(1-pow(1+ratepermonth, -(loan_term*12))));//M=P*(J/(1-(1+J)^-n))
float unpaid = loan_amount;
float total_interest = 0;
int month = 1;
textSize(25);
text("Monthly Loan Payment", 205, 30);
textSize(17);
text("Payment No. Interest Principal Unpaid Balance Total Interest", 20, 70);
int Y =110;
while (month <= (loan_term*12)) {
float interest = ratepermonth*unpaid;
total_interest+=interest;
float principal = paypermonth-interest;
unpaid = abs(unpaid-principal);
text(nf(month, 2), 60, Y);
text("$"+nf(interest, 1, 2), 168, Y);
text("$"+nf(principal, 1, 2), 272, Y);
text("$"+nf(unpaid, 1, 2), 408, Y);
text("$"+nf(total_interest, 3, 2), 576, Y);
Y+=30;
month++;
}
}
Lab4 Sum of Prime number
void setup() {
size(350, 100);
background(0);
int max_val = 10;
int p_num =2;
int sum=0;
while (p_num <= max_val) {
if (prime_number(p_num)) {
sum += p_num;
println(sum);
}
p_num++;
}
textSize(18);
textAlign(CENTER);
text("Sum of Prime number from 1 to "+max_val, width/2, height/2-20);
text("'"+sum+"'", width/2, height/2+20);
}
boolean prime_number(int p_num) {
boolean result = true;
int divisor = 2;
while (divisor<p_num) {
if (p_num%divisor==0) {
result = false;
break;
}
result = true;
divisor++;
}
return result;
}
size(350, 100);
background(0);
int max_val = 10;
int p_num =2;
int sum=0;
while (p_num <= max_val) {
if (prime_number(p_num)) {
sum += p_num;
println(sum);
}
p_num++;
}
textSize(18);
textAlign(CENTER);
text("Sum of Prime number from 1 to "+max_val, width/2, height/2-20);
text("'"+sum+"'", width/2, height/2+20);
}
boolean prime_number(int p_num) {
boolean result = true;
int divisor = 2;
while (divisor<p_num) {
if (p_num%divisor==0) {
result = false;
break;
}
result = true;
divisor++;
}
return result;
}
Lab4 Multiplication Table
void setup() {
size(250, 300);
background(0);
int multi_table = 25;
int max_multiplier_value = 12;
int x=1;
textSize(18);
text("Multiplication Table "+"'"+multi_table+"'", 10, 20);
while (x <= max_multiplier_value) {
int result = multi_table*x;
text(multi_table+" x "+x+" = "+result, 10, 30+(20*x));
x++;
}
}
size(250, 300);
background(0);
int multi_table = 25;
int max_multiplier_value = 12;
int x=1;
textSize(18);
text("Multiplication Table "+"'"+multi_table+"'", 10, 20);
while (x <= max_multiplier_value) {
int result = multi_table*x;
text(multi_table+" x "+x+" = "+result, 10, 30+(20*x));
x++;
}
}
Lab4 Sum of Integers
void setup() {
size(300, 100);
background(0);
int max_val = 99;
int x=0;
int sum=0;
while (x <= max_val) {
sum += x;
x++;
}
textSize(18);
textAlign(CENTER);
text("Sum of Integers from 1 to "+max_val, width/2, height/2-20);
text("'"+sum+"'", width/2, height/2+20);
}
size(300, 100);
background(0);
int max_val = 99;
int x=0;
int sum=0;
while (x <= max_val) {
sum += x;
x++;
}
textSize(18);
textAlign(CENTER);
text("Sum of Integers from 1 to "+max_val, width/2, height/2-20);
text("'"+sum+"'", width/2, height/2+20);
}
9 กันยายน 2558
Lab3 Grade from Score
void setup() {
size(300, 150);
background(0);
int score = 49;
fill(255);
textAlign(CENTER);
textSize(25);
text("Your score = "+score, width/2, height/2-20);
if (score>=80) {
text("Grade A ", width/2, height/2+20);
} else if (score>=70) {
text("Grade B ", width/2, height/2+20);
} else if (score>=60) {
text("Grade C ", width/2, height/2+20);
} else if (score>=50) {
text("Grade D ", width/2, height/2+20);
} else {
text("Grade F ", width/2, height/2+20);
}
}
size(300, 150);
background(0);
int score = 49;
fill(255);
textAlign(CENTER);
textSize(25);
text("Your score = "+score, width/2, height/2-20);
if (score>=80) {
text("Grade A ", width/2, height/2+20);
} else if (score>=70) {
text("Grade B ", width/2, height/2+20);
} else if (score>=60) {
text("Grade C ", width/2, height/2+20);
} else if (score>=50) {
text("Grade D ", width/2, height/2+20);
} else {
text("Grade F ", width/2, height/2+20);
}
}
Lab3 Power of 10
void setup() {
size(300, 100);
background(0);
fill(255);
textAlign(CENTER);
textSize(25);
int number=6;
power_of_ten(number);
}
void power_of_ten(int num) {
if (num == 6) {
text("10^"+num+" = "+"Million", width/2, (height/2)+5);
} else if (num == 9) {
text("10^"+num+" = "+"'Billion'", width/2, (height/2)+5);
} else if (num == 12) {
text("10^"+num+" = "+"Trillion", width/2, (height/2)+5);
} else if (num == 15) {
text("10^"+num+" = "+"'Quadrillion'", width/2, (height/2)+5);
} else if (num == 18) {
text("10^"+num+" = "+"'Quintillion'", width/2, (height/2)+5);
} else if (num == 21) {
text("10^"+num+" = "+"'Sextillion'", width/2, (height/2)+5);
} else if (num == 30) {
text("10^"+num+" = "+"'Nonillion'", width/2, (height/2)+5);
} else if (num == 100) {
text("10^"+num+" = "+"'Googol'", width/2, (height/2)+5);
} else {
text("10^"+num+" = "+"No Word", width/2, (height/2)+5);
}
}
Lab3 Leap Year
void setup() {
int year = 2015;
size(270, 80);
background(0);
fill(255);
textAlign(CENTER);
textSize(25);
if (year%400==0) {
text(year+" is "+"leap year", width/2, height/2 );
} else if (year%100==0) {
text(year+" isn't "+"leap year", width/2, height/2 );
} else if (year%4==0) {
text(year+" is "+"leap year", width/2, height/2 );
} else {
text(year+" isn't "+"leap year", width/2, height/2 );
}
}
int year = 2015;
size(270, 80);
background(0);
fill(255);
textAlign(CENTER);
textSize(25);
if (year%400==0) {
text(year+" is "+"leap year", width/2, height/2 );
} else if (year%100==0) {
text(year+" isn't "+"leap year", width/2, height/2 );
} else if (year%4==0) {
text(year+" is "+"leap year", width/2, height/2 );
} else {
text(year+" isn't "+"leap year", width/2, height/2 );
}
}
Lab3 Flying bird
float wing_y;
int size_draw = 50;
boolean w_up;
boolean w_down;
void setup() {
size(400, 500);
background(255);
mouseX=width/2;
mouseY=height/2;
w_up = true;
}
void draw() {
background(255);
draw_bird(mouseX, mouseY, size_draw);
if (w_up == true) {
if (mouseY<=100)wing_y-= size_draw*0.30;
if (mouseY>100&&mouseY<=200)wing_y-= size_draw*0.20;
if (mouseY>200&&mouseY<=300)wing_y-= size_draw*0.15;
if (mouseY>300&&mouseY<=400)wing_y-= size_draw*0.10;
if (mouseY>400&&mouseY<=500)wing_y-= size_draw*0.07;
if (wing_y <= -(size_draw*0.5)) {
w_up = false;
w_down = true;
}
}
if (w_down == true) {
if (mouseY<=100)wing_y+= size_draw*0.30;
if (mouseY>100&&mouseY<=200)wing_y+= size_draw*0.20;
if (mouseY>200&&mouseY<=300)wing_y+= size_draw*0.15;
if (mouseY>300&&mouseY<=400)wing_y+= size_draw*0.10;
if (mouseY>400&&mouseY<=500)wing_y+= size_draw*0.07;
if (wing_y >= (size_draw*0.5)) {
w_up = true;
w_down = false;
}
}
if (keyCode==UP) {
size_draw++;
if (size_draw>=110)size_draw=110;
}
if (keyCode==DOWN) {
size_draw--;
if (size_draw<=50)size_draw=50;
}
}
void draw_bird(int mouse_x, int mouse_y, int s_draw) {
fill(#D30327);
strokeWeight(s_draw*0.2);
line(mouse_x, mouse_y-(s_draw*0.5), mouse_x-(s_draw*1.3), mouse_y+wing_y-(s_draw*0.5));
line(mouse_x, mouse_y-(s_draw*0.5), mouse_x+(s_draw*1.3), mouse_y+wing_y-(s_draw*0.5));
strokeWeight(s_draw*0.05);
ellipse(mouse_x, mouse_y-(s_draw*0.5), s_draw, s_draw);
strokeWeight(1);
fill(255);
ellipse(mouse_x-(s_draw*0.22), mouse_y-(s_draw*0.6), s_draw*0.3, s_draw*0.35);
ellipse(mouse_x+(s_draw*0.22), mouse_y-(s_draw*0.6), s_draw*0.3, s_draw*0.35);
fill(0);
ellipse(mouse_x-(s_draw*0.22), mouse_y-(s_draw*0.6), s_draw*0.1, s_draw*0.1);
ellipse(mouse_x+(s_draw*0.22), mouse_y-(s_draw*0.6), s_draw*0.1, s_draw*0.1);
fill(#F9BC09);
triangle(mouse_x-(s_draw*0.17), mouse_y-(s_draw*0.35), mouse_x+(s_draw*0.17),
mouse_y-(s_draw*0.35), mouse_x, mouse_y-(s_draw*0.05));
}
int size_draw = 50;
boolean w_up;
boolean w_down;
void setup() {
size(400, 500);
background(255);
mouseX=width/2;
mouseY=height/2;
w_up = true;
}
void draw() {
background(255);
draw_bird(mouseX, mouseY, size_draw);
if (w_up == true) {
if (mouseY<=100)wing_y-= size_draw*0.30;
if (mouseY>100&&mouseY<=200)wing_y-= size_draw*0.20;
if (mouseY>200&&mouseY<=300)wing_y-= size_draw*0.15;
if (mouseY>300&&mouseY<=400)wing_y-= size_draw*0.10;
if (mouseY>400&&mouseY<=500)wing_y-= size_draw*0.07;
if (wing_y <= -(size_draw*0.5)) {
w_up = false;
w_down = true;
}
}
if (w_down == true) {
if (mouseY<=100)wing_y+= size_draw*0.30;
if (mouseY>100&&mouseY<=200)wing_y+= size_draw*0.20;
if (mouseY>200&&mouseY<=300)wing_y+= size_draw*0.15;
if (mouseY>300&&mouseY<=400)wing_y+= size_draw*0.10;
if (mouseY>400&&mouseY<=500)wing_y+= size_draw*0.07;
if (wing_y >= (size_draw*0.5)) {
w_up = true;
w_down = false;
}
}
if (keyCode==UP) {
size_draw++;
if (size_draw>=110)size_draw=110;
}
if (keyCode==DOWN) {
size_draw--;
if (size_draw<=50)size_draw=50;
}
}
void draw_bird(int mouse_x, int mouse_y, int s_draw) {
fill(#D30327);
strokeWeight(s_draw*0.2);
line(mouse_x, mouse_y-(s_draw*0.5), mouse_x-(s_draw*1.3), mouse_y+wing_y-(s_draw*0.5));
line(mouse_x, mouse_y-(s_draw*0.5), mouse_x+(s_draw*1.3), mouse_y+wing_y-(s_draw*0.5));
strokeWeight(s_draw*0.05);
ellipse(mouse_x, mouse_y-(s_draw*0.5), s_draw, s_draw);
strokeWeight(1);
fill(255);
ellipse(mouse_x-(s_draw*0.22), mouse_y-(s_draw*0.6), s_draw*0.3, s_draw*0.35);
ellipse(mouse_x+(s_draw*0.22), mouse_y-(s_draw*0.6), s_draw*0.3, s_draw*0.35);
fill(0);
ellipse(mouse_x-(s_draw*0.22), mouse_y-(s_draw*0.6), s_draw*0.1, s_draw*0.1);
ellipse(mouse_x+(s_draw*0.22), mouse_y-(s_draw*0.6), s_draw*0.1, s_draw*0.1);
fill(#F9BC09);
triangle(mouse_x-(s_draw*0.17), mouse_y-(s_draw*0.35), mouse_x+(s_draw*0.17),
mouse_y-(s_draw*0.35), mouse_x, mouse_y-(s_draw*0.05));
}
Lab3 Martin (interaction)
int pos_x;
int pos_y;
color clr_x_sign;
color clr_positive_sign;
void setup(){
size (600,600);
background(0);
frameRate(30);
clr_x_sign = color(255);
clr_positive_sign = color(255);
}
void draw(){
draw_martin(pos_x,pos_y);
if(key=='w'||key=='W'){
pos_y-=2;
if(pos_y<=-33){ pos_y=-33; } } if(key=='s'||key=='S'){ pos_y+=2; if(pos_y>=230){
pos_y=230;
}
}
if(key=='a'||key=='A'){
pos_x-=2;
if(pos_x<=-56){ pos_x=-56; } } if(key=='d'||key=='D'){ pos_x+=2; if(pos_x>=55){
pos_x=55;
}
}
}
void draw_martin(int x , int y){
background(0);
//----- Frame -----//
noStroke();
rect(x+60,y+35,480,280,2); // Frame outside
fill(0);
rect(x+100,y+75,400,200,2);// Frame inside
//----- Positive Sign -----//
fill(clr_positive_sign);
rect(x+140,y+155,140,40,2);
rect(x+190,y+105,40,140,2);
//----- X Sign -----//
fill(clr_x_sign);
quad(x+349,y+105,x+460,y+216,x+431,y+245,x+320,y+134);
quad(x+431,y+105,x+460,y+134,x+349,y+245,x+320,y+216);
//----- Tiltle -----//
fill(255);
PFont font;
font = loadFont("Arial-Black-52.vlw");
textFont(font);
textSize(52);
text("MAR", x+65 , y+365);
text("IN", x+232 , y+365);
text("GARRI", x+313 , y+365);
//----- Positive Sign Tiltle -----//
rect(x+195,y+341,36,10);
rect(x+208,y+328,10,36);
//----- X Sign Tiltle -----//
quad(x+503,y+328,x+533,y+358,x+526,y+365,x+496,y+335);
quad(x+526,y+328,x+533,y+335,x+503,y+365,x+496,y+358);
}
void keyPressed(){
if(key=='z'||key=='Z'){
clr_x_sign = color(random(0,255),random(0,255),random(0,255));
}
if(key=='x'||key=='X'){
clr_positive_sign = color(random(0,255),random(0,255),random(0,255));
}
if(key=='r'||key=='R'){
clr_x_sign = color(255);
clr_positive_sign = color(255);
}
}
int pos_y;
color clr_x_sign;
color clr_positive_sign;
void setup(){
size (600,600);
background(0);
frameRate(30);
clr_x_sign = color(255);
clr_positive_sign = color(255);
}
void draw(){
draw_martin(pos_x,pos_y);
if(key=='w'||key=='W'){
pos_y-=2;
if(pos_y<=-33){ pos_y=-33; } } if(key=='s'||key=='S'){ pos_y+=2; if(pos_y>=230){
pos_y=230;
}
}
if(key=='a'||key=='A'){
pos_x-=2;
if(pos_x<=-56){ pos_x=-56; } } if(key=='d'||key=='D'){ pos_x+=2; if(pos_x>=55){
pos_x=55;
}
}
}
void draw_martin(int x , int y){
background(0);
//----- Frame -----//
noStroke();
rect(x+60,y+35,480,280,2); // Frame outside
fill(0);
rect(x+100,y+75,400,200,2);// Frame inside
//----- Positive Sign -----//
fill(clr_positive_sign);
rect(x+140,y+155,140,40,2);
rect(x+190,y+105,40,140,2);
//----- X Sign -----//
fill(clr_x_sign);
quad(x+349,y+105,x+460,y+216,x+431,y+245,x+320,y+134);
quad(x+431,y+105,x+460,y+134,x+349,y+245,x+320,y+216);
//----- Tiltle -----//
fill(255);
PFont font;
font = loadFont("Arial-Black-52.vlw");
textFont(font);
textSize(52);
text("MAR", x+65 , y+365);
text("IN", x+232 , y+365);
text("GARRI", x+313 , y+365);
//----- Positive Sign Tiltle -----//
rect(x+195,y+341,36,10);
rect(x+208,y+328,10,36);
//----- X Sign Tiltle -----//
quad(x+503,y+328,x+533,y+358,x+526,y+365,x+496,y+335);
quad(x+526,y+328,x+533,y+335,x+503,y+365,x+496,y+358);
}
void keyPressed(){
if(key=='z'||key=='Z'){
clr_x_sign = color(random(0,255),random(0,255),random(0,255));
}
if(key=='x'||key=='X'){
clr_positive_sign = color(random(0,255),random(0,255),random(0,255));
}
if(key=='r'||key=='R'){
clr_x_sign = color(255);
clr_positive_sign = color(255);
}
}
Lab3 Doraemon book (interaction)
int pos_x;
int pos_y;
color clr_bg_dora;
void setup() {
size(500, 500);
background(#F6B0D8);
frameRate(25);
clr_bg_dora = color(255);
}
void draw(){
draw_book(pos_x , pos_y);
if(key=='w'||key=='W'){
pos_y-=1;
if(pos_y<=-78){ pos_y=-78; } } if(key=='s'||key=='S'){ pos_y+=1; if(pos_y>=57){
pos_y=57;
}
}
if(key=='a'||key=='A'){
pos_x-=1;
if(pos_x<=-98){ pos_x=-98; } } if(key=='d'||key=='D'){ pos_x+=1; if(pos_x>=98){
pos_x=98;
}
}
}
void draw_book(int pos_x, int pos_y){
background(#F6B0D8);
strokeJoin(ROUND);
//----- front page -----//
strokeWeight(2);
fill(#323C5D);
rect(pos_x+100,pos_y+100,270,340);
//----- behind doraemon background -----//
noStroke();
fill(#FCE314);
rect(pos_x+125,pos_y+220,220,205);
//----- name book background -----//
fill(clr_bg_dora);
rect(pos_x+125,pos_y+130,220,50);
//----- name book -----//
fill(0);
textSize(35);
text("DORAEMON", pos_x+133, pos_y+167);
//----- book page -----//
strokeWeight(2);
stroke(0);
fill(255);
quad(pos_x+100,pos_y+100,pos_x+130,pos_y+80,pos_x+400,pos_y+80,pos_x+370,pos_y+100);
quad(pos_x+370,pos_y+100,pos_x+400,pos_y+80,pos_x+400,pos_y+420,pos_x+370,pos_y+440);
strokeWeight(1);
line(pos_x+106,pos_y+96,pos_x+376,pos_y+96);
line(pos_x+112,pos_y+92,pos_x+382,pos_y+92);
line(pos_x+118,pos_y+88,pos_x+388,pos_y+88);
line(pos_x+124,pos_y+84,pos_x+394,pos_y+84);
line(pos_x+376,pos_y+96,pos_x+376,pos_y+436);
line(pos_x+382,pos_y+92,pos_x+382,pos_y+432);
line(pos_x+388,pos_y+88,pos_x+388,pos_y+428);
line(pos_x+394,pos_y+84,pos_x+394,pos_y+424);
//----- Doraemon -----//
strokeWeight(3);
stroke(#325D87);
//----- face -----//
fill(#4F81BC);
ellipse(pos_x+235,pos_y+320,200,175);
fill(255);
ellipse(pos_x+235,pos_y+334,140,125);
//----- eyes -----//
fill(255);
ellipse(pos_x+215,pos_y+274,37,50);
ellipse(pos_x+255,pos_y+274,37,50);
fill(#325D87);
ellipse(pos_x+220,pos_y+279,8,8);
strokeWeight(4);
arc(pos_x+248,pos_y+281,6,6,PI,TWO_PI);
strokeWeight(3);
//----- nose -----//
fill(#FE0000);
ellipse(pos_x+235,pos_y+301,20,20);
//----- mounth -----//
noFill();
arc(pos_x+235,pos_y+350,100,50,0,PI);
line(pos_x+235,pos_y+312,pos_x+235,pos_y+375);
//----- Whiskers -----//
line(pos_x+220,pos_y+320,pos_x+177,pos_y+315);
line(pos_x+220,pos_y+325,pos_x+175,pos_y+325);
line(pos_x+220,pos_y+330,pos_x+177,pos_y+335);
line(pos_x+250,pos_y+320,pos_x+293,pos_y+315);
line(pos_x+250,pos_y+325,pos_x+295,pos_y+325);
line(pos_x+250,pos_y+330,pos_x+293,pos_y+335);
//----- collar -----//
fill(#FD0000);
rect(pos_x+185,pos_y+395,100,13);
//----- bell -----//
fill(#FCBE0C);
ellipse(pos_x+235,pos_y+394,20,20);
//----- hands -----//
fill(255);
ellipse(pos_x+180,pos_y+395,30,28);
ellipse(pos_x+290,pos_y+395,30,28);
}
void keyPressed(){
if(key=='c'||key=='C'){
clr_bg_dora = color(random(0,255),random(0,255),random(0,255));
}
if(key=='r'||key=='R'){
clr_bg_dora = color(255);
}
}
31 สิงหาคม 2558
Lab3 Capt (interaction)
float move = 0;
float size_draw = 250;
float pos_x_shield = 370;
float speed;
color cl_star;
boolean start_fw;
boolean start_bw;
void setup() {
size(600, 600);
background(#0D0D0D);
start_fw=true;
speed=2;
}
void draw() {
draw_capt(move);
if (start_fw == true) {
move +=speed;
pos_x_shield +=speed;
if (pos_x_shield >= 475) {
start_fw = false;
start_bw = true;
}
}
if (start_bw == true) {
move -=speed;
pos_x_shield -=speed;
if (pos_x_shield <= 125) { start_fw = true; start_bw = false; } } cl_star= color(random(0, 255), random(0, 255), random(0, 255)); fill(255); textSize(13); text("speed "+speed, 20, 20); } void draw_capt(float pos_x) { background(#0D0D0D); noStroke(); fill(255); textSize(550); text("A", 100, 500);// A font fill(255); //----- title -----// textSize(30); text("CAPTAIN AMERICA", 162, 570); //----- Shield -----// fill(#EE0000); ellipse(pos_x_shield, 300, size_draw, size_draw); fill(255); ellipse(pos_x+370, 300, size_draw*0.84, size_draw*0.84); fill(#EE0000); ellipse(pos_x+370, 300, size_draw*0.68, size_draw*0.68); fill(#000080); ellipse(pos_x+370, 300, size_draw*0.52, size_draw*0.52); //----- Star -----// beginShape(); fill(cl_star); vertex(pos_x+370, 243); vertex(pos_x+382.5, 280.5); vertex(pos_x+420, 280.5); vertex(pos_x+395, 305.5); vertex(pos_x+407.5, 343); vertex(pos_x+370, 318); vertex(pos_x+332.5, 343); vertex(pos_x+345, 305.5); vertex(pos_x+320, 280.5); vertex(pos_x+357.5, 280.5); endShape(CLOSE); } void keyPressed() { if (keyCode==UP)speed+=0.5; if (keyCode==DOWN)speed-=0.5; if (speed<=2)speed=2; if (speed>=30)speed=30;
}
float size_draw = 250;
float pos_x_shield = 370;
float speed;
color cl_star;
boolean start_fw;
boolean start_bw;
void setup() {
size(600, 600);
background(#0D0D0D);
start_fw=true;
speed=2;
}
void draw() {
draw_capt(move);
if (start_fw == true) {
move +=speed;
pos_x_shield +=speed;
if (pos_x_shield >= 475) {
start_fw = false;
start_bw = true;
}
}
if (start_bw == true) {
move -=speed;
pos_x_shield -=speed;
if (pos_x_shield <= 125) { start_fw = true; start_bw = false; } } cl_star= color(random(0, 255), random(0, 255), random(0, 255)); fill(255); textSize(13); text("speed "+speed, 20, 20); } void draw_capt(float pos_x) { background(#0D0D0D); noStroke(); fill(255); textSize(550); text("A", 100, 500);// A font fill(255); //----- title -----// textSize(30); text("CAPTAIN AMERICA", 162, 570); //----- Shield -----// fill(#EE0000); ellipse(pos_x_shield, 300, size_draw, size_draw); fill(255); ellipse(pos_x+370, 300, size_draw*0.84, size_draw*0.84); fill(#EE0000); ellipse(pos_x+370, 300, size_draw*0.68, size_draw*0.68); fill(#000080); ellipse(pos_x+370, 300, size_draw*0.52, size_draw*0.52); //----- Star -----// beginShape(); fill(cl_star); vertex(pos_x+370, 243); vertex(pos_x+382.5, 280.5); vertex(pos_x+420, 280.5); vertex(pos_x+395, 305.5); vertex(pos_x+407.5, 343); vertex(pos_x+370, 318); vertex(pos_x+332.5, 343); vertex(pos_x+345, 305.5); vertex(pos_x+320, 280.5); vertex(pos_x+357.5, 280.5); endShape(CLOSE); } void keyPressed() { if (keyCode==UP)speed+=0.5; if (keyCode==DOWN)speed-=0.5; if (speed<=2)speed=2; if (speed>=30)speed=30;
}
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