/*vending machine value*/
int insert=0; //1->Select Product & Input money | 2->coin[0]>Buy & Can Buy now | 3->Press 'c' to clear
int buy=0; // total buy
int[] coin={0, 100, 100, 100, 0, 0, 0, 0, 0, 0} ;//0 total input value |1-3 remain | 4-6 input | 7-9 change
int[] n= {30, 30, 30, 30, 30, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0}; //0-4 remain | 5-9 get | 10-14 sold
int[] price={12, 20, 7, 15, 10}; //pepi orage watr tea mlk
/*animated*/
int posY=90, dy=80, c=0; //control line
int xin=0; //animated skewline
float show=-1, dx=0;//animated coin
int s=0; //coin Y position
float light_opacity=50, plusl=0.25;
/*admin value*/
String trans=""; // HISTORY detail
String timeBF=""; //checking time if same then do not add time
int count=0;
boolean admin=true;
int action=0; //'1' select action '2'insert or remove
String info="Select action by button";
int frameclick, frameZ=0, reset=0; //animated 1 second button & Z
int allzero=0;
void setup() {
size(350, 520);
textSize(15);
}
void draw() {
if (n[0]==0 && n[1]==0 && n[2]==0 && n[3]==0 && n[4]==0 && insert==0)
allzero=1;
else
allzero=0;
if (admin==true) {
background(51);
admin_panel();
} else {
ven_img();
coin[0]=coin[4]+coin[5]*5+coin[6]*10; //calc money u have
if (allzero==0) {
if (insert==1 || insert==2) {
/*TEXT ZONE*/
String textcoin="Coin 1(1):"+coin[4]+" \nCoin 5(2):"+coin[5]+" \nCoin 10(3):"+coin[6]+" \n= "+coin[0]+" Baht";
if (reset==0) {
show-=0.05;
dx+=0.5;
if (show<=-1) {
show=-1;
dx=0;
}
if (show>-1) {
draw_coin(100+dx, 428+s, map(show, 1, -1, 255, 0));
}
fill(255);
text("ENTER COIN", 20, 410);
fill(#78BC80);
text(textcoin, 20, 428);
// show text total buy
if (buy>0) { //buy > 0
fill(#C6D842);
text("Total : "+buy+".-", 130, 410);
fill(#FF5858);
text("Press Z to reset coin and item", 130, 450);
insert=2;
//================show "YOU CAN BUY" ++ ================
if (coin[0]>=buy) {
fill(#F6FF08);
text("You can BUY by press ENTER", 130, 430);
}
}
}
if (reset==1) {
fill(#f02e6e);
text("Your Change : ", 20, 410);
text(textcoin, 20, 428);
if (frameCount-frameZ==60) {
reset_CBGET();
reset=0;
insert=1;
}
}
} else if (insert==3) { //calc Change and show what you get
fill(#929292);
text("Total : "+buy+".-", 90, 430);
fill(#7c852b);
text("Your money : "+coin[0]+".-", 40, 410);
fill(#F6FF08);
text("Change : "+(coin[0]-buy)+".- "+calc_coin(coin[0]-buy), 199, 410);
fill(#C6D842);
text("Press 'C' to clear", 119, 512);
}
} else if (allzero==1) {
fill(#FC666B);
text("PLEASE CONTACT OWNER - OUT OF STOCK", 20, 450);
}
}
}
//==================================================INTERACTIVE AND INPUT======================================================================//
void mousePressed() {
if (mouseButton==LEFT) {
if (mouseX>=220 && mouseX<=340 && mouseY>=368 && mouseY<=388 && insert==0) { //can enter admin only insert==0
if (keyPressed && (key=='X' || key=='x')) {
admin=true;
}
}
//admin click quit & action//
if (admin==true) {
if (mouseX>=20 && mouseX<=70 && mouseY>=20 && mouseY<=40 && action==0) {
admin=false;
}
if (mouseX>=280 && mouseX<=340 && mouseY>=20 && mouseY<=40 && action==0) {
action=1;
}
if (mouseX>=20 && mouseX<=70 && mouseY>=20 && mouseY<=40 && action==1) {
action=0;
}
if (mouseX>=50 && mouseX<=300 && mouseY>=170 && mouseY<=250 && action==1) { //RESET MACHINE
info="Reset Machine Completed !";
frameclick=frameCount;
reset();
}
if (mouseX>=50 && mouseX<=300 && mouseY>=270 && mouseY<=350 && action==1) { //RESET SIMULATOR
info="Reset Simulator Completed !";
frameclick=frameCount;
reset();
count=0;
for (int i=10; i<=14; i++) {
n[i]=0;
}
trans="";
}
if (mouseX>=50 && mouseX<=300 && mouseY>=70 && mouseY<=150 && action==1) { //GO TO action2 = INSERT/REMOVE COINS PRODUCTS
action=2;
}
if (action==2) {
if (mouseX>=20 && mouseX<=70 && mouseY>=20 && mouseY<=40) { //back to action1
action=1;
}
for (int i=0; i<5; i++) { //add
if (mouseX>=42+60*i && mouseX<=57+60*i && mouseY>=59 && mouseY<=74) {
if (n[i]<30)
n[i]+=1;
}
}
for (int i=0; i<5; i++) { //minus
if (mouseX>=42+60*i && mouseX<=57+60*i && mouseY>=123 && mouseY<=136) {
if (n[i]>0)
n[i]-=1;
}
}
}
}
//buying zone//
if ((insert==0 || insert==1) && allzero==0) {
if (mouseX>=10 && mouseX<=130 && mouseY>=368 && mouseY<=388) {
if (insert==0) {
insert=1;
} else if (insert==1) {
insert=0;
show=-1; //resetcoin ani
reset_CBGET(); // reset coin
}
}
}
if (insert==1 || insert==2) {
for (int i=0; i<5; i++) {
if (mouseX>=315 && mouseX<=335 && mouseY>=60+60*i && mouseY<=80+60*i && n[i]>0) {
buy+=price[i];
n[i+5]+=1;
n[i]--;
}
}
}
//end buying zone//
}
}
void mouseDragged() {
if (mouseX>=169 && mouseX<=183 && mouseY>=71 && mouseY<=229) {
dy=mouseY;
if (dy>=230)dy=230;
if (dy<=80)dy=80;
posY=int(map(dy, 80, 230, 90, -c));
}
}
void keyPressed() {
if (insert==1 || insert==2 && reset==0) {
if (key=='1') {
coin[4]+=1;
show*=-1;
s=0;
dx=0;
}
if (key=='2') {
coin[5]+=1;
show*=-1;
s=20;
dx=0;
}
if (key=='3') {
coin[6]+=1;
show*=-1;
s=40;
dx=0;
}
}
if (insert==2) {
if (key=='Z' || key=='z') {
for (int i=0; i<=4; i++) { //reset number of pieces [by add nget to nremain]
n[i]+=n[i+5];
}
frameZ=frameCount;
reset=1;
}
if (keyCode==ENTER && coin[0]>=buy) {
for (int i=5; i<=9; i++) { //add sold product
n[i+5]+=n[i];
}
//add coin to remain coin
coin[1]+=coin[4];
coin[2]+=coin[5];
coin[3]+=coin[6];
count++;
String timenow=nf(hour(), 2)+":"+nf(minute(), 2); //check timebefore
if (timenow.equals(timeBF)==false) {
trans+="Time : "+timenow+"\n" ;
timeBF=timenow;
}
c+=25;// scrolling line
println(c);
trans+="+";
//check and add to history
if (n[5]>0)trans+="Px"+n[5]+" ";
if (n[6]>0)trans+="Ox"+n[6]+" ";
if (n[7]>0)trans+="Wx"+n[7]+" ";
if (n[8]>0)trans+="Tx"+n[8]+" ";
if (n[9]>0)trans+="Mx"+n[9]+" ";
trans+="\n";
insert=3;
show=-1;
}
}
if (insert==3) {
if (key=='c' || key=='C') {
//dec coin from changing
for (int i=1; i<=3; i++) {
coin[i]-=coin[i+6];
coin[i+6]=0;
}
reset_CBGET();
insert=0;
}
}
if (action==2 && admin==true) {
if (key=='+') {
if (mouseX>=61 && mouseX<=121 && mouseY>=207 && mouseY<=267) {
if (coin[3]<1000)
coin[3]++;
}
if (mouseX>=146 && mouseX<=197 && mouseY>=212 && mouseY<=263) {
if (coin[2]<1000)
coin[2]++;
}
if (mouseX>=215 && mouseX<=258 && mouseY>=218 && mouseY<=258) {
if (coin[1]<1000)
coin[1]++;
}
} else if (key=='-') {
if (mouseX>=61 && mouseX<=121 && mouseY>=207 && mouseY<=267) {
if (coin[3]>0)
coin[3]--;
}
if (mouseX>=146 && mouseX<=197 && mouseY>=212 && mouseY<=263) {
if (coin[2]>0)
coin[2]--;
}
if (mouseX>=215 && mouseX<=258 && mouseY>=218 && mouseY<=258) {
if (coin[1]>0)
coin[1]--;
}
}
}
}
//==================================================END INTERACTIVE AND INPUT======================================================================//
// draw vending machine and product
void ven_img() {
fill(31);
rect(0, 0, width, height);
fill(51);
rect(0, 0, width-20, height-170);//inner black
/*==== button ====*/
fill(0);
rect(13, 372, 120, 20);
rect(223, 372, 120, 20);
fill(#C18585);
rect(10, 368, 120, 20); //pink rect [end =130]
fill(#FF812C);
rect(220, 368, 120, 20); //yellow rect [end =340]
fill(255);
text("BUY", 20, 385);
text("ADMIN", 230, 385);
/*====draw goods zone====*/
for (int x=0; x<n[0]; x++) {
fill(0);
ellipse(20+x*40, 65, 35, 35);
pepsi(20+x*40, 60, 35, 35); //pepsi
}
for (int x=0; x<n[1]; x++) {
fill(0);
ellipse(20+x*40, 125, 35, 35);
orange(20+x*40, 120, 35, 35); //orange
}
for (int x=0; x<n[2]; x++) {
fill(0);
ellipse(20+x*40, 190, 35, 35);
water(20+x*40, 180, 35, 35); //water
}
for (int x=0; x<n[3]; x++) {
fill(0);
ellipse(20+x*40, 250, 35, 35);
tea(20+x*40, 240, 35, 35); //tea
}
for (int x=0; x<n[4]; x++) {
fill(0);
ellipse(20+x*40, 310, 35, 35);
milk(20+x*40, 300, 35, 35); //milk
}
/*end draw goods*/
if (insert>=1) { //light animated
if (light_opacity==25 || light_opacity==50)plusl*=-1;
light_opacity+=plusl;
for (int i=16; i<46; i++) { //light
stroke(#39A52B, map(i, 16, 45, light_opacity, 0)); //<change_lightcolor>
line(0, i, width, i);
line(0, 364-i, width, 364-i);
}
}
fill(20);
rect(300, 0, 50, height-170);//right tab
/*======== Draw button ==========*/
for (int i=1; i<=5; i++) {
fill(#F2315E);
rect(315, 60*i, 20, 20);
}
/*=========Show prices and show green color============*/
for (int i=0; i<=4; i++) {
if (n[i]>0) {
fill(#81FF97);
rect(315, 60*(i+1), 20, 20);
if (n[i]>0)
text(price[i]+".-", 315, 50+60*i);
}
}
fill(33);
rect(0, 0, width, 33);// Title Vending Machine & Animated
skew_line(xin, 30, 20, 30, 50, 1);
textSize(25);
fill(0);
text("Drinking Water", 93, 25);
fill(#47EAE9);
text("Drinking Water", 90, 22);
textSize(15);
}
// ======================================= Drawing Function =====================================//
void pepsi(int x, int y, int w, int h) {
noStroke();
fill(#F01D44);
ellipse(x, y, w, h);
fill(#1A73FF);
arc(x, y, w, h, radians(-20), radians(160));
stroke(255);
noFill();
strokeWeight(3);
bezier(x-w*0.47, y, x-w*0.4, y+h*0.5, x+w*0.4, y-h*0.5, x+w*0.47, y);
noStroke();
}
void orange(int x, int y, int w, int h) {
fill(#FCC80A);
ellipse(x, y, w, h);
fill(255);
ellipse(x, y, w-5, h-5);
fill(#FCC80A);
ellipse(x, y, w-10, h-10);
}
void water(int x, int y, int w, int h) {
fill(#47EAE9);
noStroke();
ellipse(x, y+h*0.159, w, h);
triangle(x, y-h*0.5, x+w*0.49, y, x-w*0.49, y);
}
void tea(int x, int y, int w, int h) {
String tea="tea";
fill(#2AB434);
noStroke();
ellipse(x, y+h*0.159, w, h);
triangle(x, y-h*0.5, x+w*0.49, y, x-w*0.49, y);
fill(255);
text(tea, x-textWidth(tea)/2, y+h*0.3);
}
void milk(int x, int y, int w, int h) {
String tea="milk";
fill(255);
noStroke();
ellipse(x, y+h*0.159, w, h);
triangle(x, y-h*0.5, x+w*0.49, y, x-w*0.49, y);
fill(#5067D6);
text(tea, x-textWidth(tea)/2, y+h*0.3);
}
void plus(float x, float y, int sizebox) {
noStroke();
fill(#9CFC82);
rect(x, y, sizebox*3, sizebox*0.8); //x
rect(x+sizebox*1.1, y-sizebox*1.1, sizebox*0.8, sizebox*3); //y
}
void minus(float x, float y, int sizebox) {
noStroke();
fill(255, 0, 0);
rect(x, y, sizebox*3, sizebox*0.8);
}
void skew_line(int x, int y, int w, int h, int n, int dx) {
noStroke();
fill(#F52A67, 50);
xin+=dx;
if (xin>=20)xin=-100;
for (int i=0; i<n; i++) {
quad(x+(i*w*2), y, x+w+(i*w*2), y, x+w*2+(i*w*2), y-h, x+w+(i*w*2), y-h);
}
}
// ======================================= END Drawing Function =====================================//
String calc_coin(int n) { //show change in coins and - coins [coin7-9 for change only]
String coins="";
if (coin[3]>0) {
coin[9]=int(n/10);
if ( coin[9]>coin[3]) coin[9]=coin[3];
n=n-( coin[9]*10);
}
if (coin[2]>0) {
coin[8]=int(n/5);
if (coin[8]>coin[2])coin[8]=coin[2];
n=n-(coin[8]*5);
}
if (coin[1]>0) {
coin[7]=n;
if (coin[7]>coin[1])coin[7]=coin[1];
}
if (coin[9]>0) coins+="\nCoin10="+coin[9]+" ";
if (coin[8]>0) coins+="\nCoin5="+coin[8]+" ";
if (coin[7]>0) coins+="\nCoin1="+coin[7]+" " ;
if (coin[7]==0 && coin[8]==0 && coin[9]==0) { // no coin and no change //coin1 5 10 for change
if (coin[0]!=buy)
coins="\nSorry no coin left.";
else
coins="\nNo Change";
}
return coins;
}
// ============================================================= ADMIN ======================================================//
void admin_panel() {
if (action!=0) {
fill(33);
rect(0, 15, width, 33);// Animated skew line
skew_line(xin, 45, 20, 30, 50, 1);
}
if (action==0) {
fill(30);
rect(185, 55, 155, 450); //box right
rect(0,73,182,444); // box left
/* =================== remaining ============== */
fill(#FA0A42);
text("Remaining Product", 190, 360);
String remain="Pepsi(P) : "+n[0]+"\nOrange Juice(O) : "+n[1]+"\nWater(W) : "+n[2]+"\nTea(T) : "+n[3]+"\nMilk(M) : "+n[4];
fill(#94FCB4);
text(remain, 190, 380);
/* ===================== sold ================= */
fill(#FF9100);
text("Sold Product", 190, 190);
String sold="Pepsi : "+n[10]+"["+(n[10]*12)+"]"+
"\nOrange Juice : "+n[11]+"["+(n[11]*20)+"]"+
"\nWater : "+n[12]+"["+(n[12]*7)+"]"+
"\nTea : "+n[13]+"["+(n[13]*15)+"]"+
"\nMilk : "+n[14]+"["+(n[14]*10)+"]";
fill(#94FCB4);
text(sold, 190, 210);
/* ===================== coin ================= */
fill(#35B45C);
text("Remaining Coins", 190, 70);
String coins="One : "+coin[1]+"\nFive : "+coin[2]+"\nTen : "+coin[3];
fill(#94FCB4);
text(coins, 190, 90);
fill(#FFC16F);
text("Value : "+(coin[1]+coin[2]*5+coin[3]*10)+" Baht", 190, 155);
text("Sold : "+(n[10]*12+n[11]*20+n[12]*7+n[13]*15+n[14]*10)+" Baht", 190, 325); //sold value
/* ===================== history ================= */
fill(120);
text(trans, 5, posY);
fill(51);
rect(0, 0, 183, 70);
fill(#FCAB40);
text("History "+day()+"/"+month()+"/"+year()+"["+count+"]", 5, 70);
ctrl_line(175, 80, 0, 255);
/*==============header====================*/
fill(33);
rect(0, 15, width, 33);// Animated skew line
skew_line(xin, 45, 20, 30, 50, 1);
fill(#6EF798);
text("ADMIN", 150, 35);
fill(30);
rect(20, 20, 50, 20, 8); //button
rect(280, 20, 60, 20, 8);
fill(#FFF708);
text("Quit", 30, 35);
text("Action", 287, 35);
} else if (action==1) {
fill(#ACA8EA);
text("ADMIN ACTION", 120, 35);
for (int i=0; i<3; i++) {
fill(35);
rect(50, 70+100*i, 250, 80, 8);
}
fill(30);
rect(20, 20, 50, 20, 8);
fill(#FFF708);
text("Back", 30, 35);
fill(#64F77D);
text("Insert/Remove Product & Coins", 60, 110);
fill(#FFDA03);
text("RESET MACHINES", 110, 210);
text("RESET SIMULATOR", 110, 310);
fill(#00B9FF);
if (frameCount-frameclick==30)info="Select action by button";
text("INFO : "+info, 71, 400);
} else if (action==2) { // INSERT OR REMOVE PRODUCT & INSERT OR REMOVE COIN
fill(#ACA8EA);
text("ADMIN ACTION", 120, 35);
fill(30);
rect(20, 20, 50, 20, 8);//back button
fill(#FFF708);
text("Back", 30, 35);//back
fill(100);
rect(0, 80, width, 40);
/*====draw goods && +,- buttonin admin zone====*/
pepsi(50, 100, 35, 35); //pepsi
orange(110, 100, 35, 35); //orange
water(170, 95, 35, 35); //water
tea(230, 95, 35, 35); //tea
milk(290, 95, 35, 35); //milk
for (int i=0; i<5; i++) {
plus(42+i*60, 65, 5);
minus(42+i*60, 130, 5);
fill(0);
rect(35+i*60, 140, 30, 20);
}
fill(#F23350);
for (int i=0; i<5; i++) {
text(nf(n[i], 2), 40+60*i, 155);
}
/*end draw goods*/
fill(#795A5F);
ellipse(92, 238, 60, 60);
ellipse(173, 238, 50, 50);
ellipse(237, 238, 40, 40);
fill(255);
text("10", 82, 243);
text("5", 168, 243);
text("1", 232, 243);
text(nf(coin[3], 3), 78, 295);
text(nf(coin[2], 3), 159, 295);
text(nf(coin[1], 3), 222, 295);
text("How to +/- coin", 88, 354);
fill(#E395A1);
text("1.place mouse on coin", 92, 374);
text("2.press + or - ", 92, 394);
}
}
void reset() { //reset machine
allzero=0;
for (int i=0; i<=4; i++) {
n[i]=30;
}
coin[1]=100;
coin[2]=100;
coin[3]=100;
}
void reset_CBGET() { //reset coin & nget & buy 'z'
coin[4]=0; //coin input reset
coin[5]=0;
coin[6]=0;
buy=0;
for (int i=5; i<=9; i++) { //reset number you get
n[i]=0;
}
}
void draw_coin(float x, int y, float z) {
noStroke();
fill(#FC2626, z);
ellipse(x, y, 15, 15);
text("+1", x+10, y);
}
void ctrl_line(int x, int y, int index, int col) {
strokeWeight(3);
stroke(255, 50);
line(x, y+150, x, y);
fill(col);
ellipse(x, dy, 10, 10);
noStroke();
}
วันอังคารที่ 20 ตุลาคม พ.ศ. 2558
Lab06 : Parallel array
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 | def setup(): name=["John","Henry","Michael"] id=[1,2,3] age=[17,16,19] weight=[45,90,65] height=[156,170,175] bmi=[] print("---------- DISPLAY ZONE ----------") i=0 while i<len(weight): print(" [id",id[i],"][ Name",name[i],"][ age",age[i],"][ weight",weight[i],"][ height",height[i],"]") i+=1 i=0 # ---------- bmi zone ---------- print("---------- BMI ZONE ----------------") count=0 # bmi > 25 bmi=BMI(weight,height) while i<len(bmi): # ---------- print bmi>25 if bmi[i]>25: count+=1 print("[ id",id[i],"][ Name",name[i],"][ age",age[i],"][ weight",weight[i],"][ height",height[i],"][ BMI","{:.2f}".format(bmi[i]),"]") i+=1 print("count BMI > 25 :",count) # number of student bmi>25 # ---------- average age zone ---------- print("---------- Age ZONE ----------------") print("Average age of students : ","{:.2f}".format(avg(age))) # ---------- count age < 30 ---------- c=0 # age<30 i=0 while i<len(age): if age[i]<30: c+=1 i+=1 print("count age < 30 : ",c) # ---------- minimum weight of student ---------- print("---------- Weight ZONE ----------------") print("minimum weight of students :",mini(weight)) c1=0 i=0 while i<len(weight): if weight[i]<50: c1+=1 print("[ id",id[i],"][ Name",name[i],"][ age",age[i],"][ weight",weight[i],"][ height",height[i],"]") i+=1 print("count number of students with weight < 50 : ",c1) def BMI(w,h): bmi=[] i=0 while i<len(w): m=h[i]/100 bmi.append(w[i]/(m*m)) i+=1 return bmi def avg(a): i=0 sum=0 while i<len(a): sum+=a[i] i+=1 sum=sum/len(a) return sum def mini(a): min=a[0] i=0 while i<len(a): if a[i]<min: min=a[i] i+=1 return min setup() |
Lab06 : Using 2D array as matrix
def setup(): row1=[20,30,70] row2=[10,25,15] row3=[30,15,35] matrix1=[row1,row2,row3] arow1=[40,20,23] arow2=[10,15,70] arow3=[23,15,27] matrix2=[arow1,arow2,arow3] opear="+" display_2D(matrix1) print(opear) display_2D(matrix2) print("=") result=do_two_2D(matrix1,matrix2,opear) display_2D(result) transpose(result) print("after transpose") display_2D(result) def transpose(aa): i=0 j=0 while i<len(aa): j = i+1 while j<len(aa[0]): temp = aa[i][j] aa[i][j]=aa[j][i] aa[j][i]=temp j+=1 i+=1 def do_two_2D(aa,bb,mode): #2D matrix=[] i=0 while i<len(aa): matrix.append([]) #append row k=0 while k<len(aa[0]): matrix[i].append(opearation(aa[i][k],bb[i][k],mode)) k+=1 i+=1 return matrix def opearation(a,b,mode): if mode=="+": return a+b if mode=="-": return a-b if mode=="*": return a*b def display_2D(aa): i=0 while i<len(aa): display_1D(aa[i]) print() i+=1 def display_1D(a): i=0 while i<len(a): print(a[i],end=' ') i+=1 setup()
Lab06 : Building
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 | def setup(): floor1=[10,10,10,15,30] floor2=[20,40,10,75,15] floor3=[35,20,75,25,30] building=[floor1,floor2,floor3] display_2D(building) print ("Total chairs:",sum_2D(building)) print("index of floor with maximum chair in building: ",end='') index_max(building) print("index of room with max chair in building:",end=' ') index_max_2D(building) # ========================= 2D ========================= def index_max_2D(b): max=find_max(b[0],"value") i=1 while i<len(b): if max<find_max(b[i],"value"): max=find_max(b[i],"value") # max of 2D i+=1 i=0 while i<len(b): if find_max(b[i],"value")==max: print("[",i,find_max(b[i],"index"),"]",end='') i+=1 print() def index_max(b): i=1 max=0 while i<len(b): if sum_1D(b[max])<sum_1D(b[i]): max=i i+=1 print(max,"[ total:",sum_1D(b[max]),"]") def display_2D(aa): i=0 while i<len(aa): print("floor ",i,end='-> ') display_1D(aa[i]) print() i+=1 def sum_2D(b): i=0 sum=0 while i<len(b): sum+=sum_1D(b[i]) i+=1 return sum # ========================= 1D ========================= def sum_1D(a): i=0 sum=0 while i<len(a): sum+=a[i] i+=1 return sum def display_1D(a): i=0 while i<len(a): print(a[i],end=' ') i+=1 def find_max(a,mode): max=a[0] max_index=0 i=0 while i<len(a): if a[i]>max: max=a[i] max_index=i i+=1 if mode=="value": return max elif mode=="index": return max_index setup() |
Lab06 : Multiply Matirx
def setup(): row1=[1,2,3] row2=[4,5,4] row3=[5,9,10] matrix1=[row1,row2,row3] arow1=[4,2,5] arow2=[1,1,2] arow3=[2,1,3] matrix2=[arow1,arow2,arow3] display_2D(multiply_matrix(matrix1,matrix2)) def multiply_matrix(aa,bb): i=0 matrix=[] while i<len(aa): col=0 matrix.append([]) while col<len(bb[0]): row=0 temp=0 while row<len(bb): temp+=aa[i][row]*bb[row][col] row+=1 matrix[i].append(temp) col+=1 i+=1 return matrix # =========== Display function =========== def display_2D(aa): i=0 while i<len(aa): display_1D(aa[i]) print() i+=1 def display_1D(a): i=0 while i<len(a): print(a[i],end=' ') i+=1 setup()
วันจันทร์ที่ 19 ตุลาคม พ.ศ. 2558
Lab06 : insertion sort
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 | def setup(): name=["John","Henry","Michael","Morgan","Hestia","Lux","Lulu","EX","L"] id=[1,2,3,4,5,6,7,8,9] age=[17,16,19,15,20,12,17,13,14] weight=[70,90,65,55,50,78,56,57,67] height=[156,170,175,172,173,174,159,160,165] insertion_sort(age,name,id,weight,height) #sort by age i=0 while i<len(age): print(" [id",id[i],"][ Name",name[i],"][ age",age[i],"][ weight",weight[i],"][ height",height[i],"]") i+=1 def insertion_sort(a,b,c,d,e): # sort by a i=1 j=0 while i<len(a): j=i while j>0 and a[j]<a[j-1]: swap(j,j-1,a) swap(j,j-1,b) swap(j,j-1,c) swap(j,j-1,d) swap(j,j-1,e) j-=1 i+=1 def swap(i,k,a): # i,k are indices a=array temp=a[i] a[i]=a[k] a[k]=temp setup() |
Lab06 : String Text
def setup(): text=input("input text:") display_string(text) def display_string(a): a1=" ## " a2="# # " a3="#### " a4="# # " a5="# # " A=[a1,a2,a3,a4,a5] e1="#### " e2="# " e3="#### " e4="# " e5="#### " E=[ e1, e2, e3, e4, e5] c1="#### " c2="# " c3="# " c4="# " c5="#### " C=[ c1, c2, c3, c4, c5] s1="#### " s2="# " s3="#### " s4=" # " s5="#### " S=[ s1, s2, s3, s4, s5] j=0 while j<5: i=0 while i<len(a): if a[i]=="A": print(A[j],end='') if a[i]=="E": print(E[j],end='') if a[i]=="C": print(C[j],end='') if a[i]=="S": print(S[j],end='') i+=1 print() j+=1 setup()
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