Please use c++ There are n boxes of n different items in a warehouse-.pdf
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Please use c++ There are n boxes of n different items in a warehouse. Each box has a label that says the name ( mi ), total weight (w_i) in kg and the total value (v_i i) in taka of that item (i). All items are divisible. Suppose, k thieves have come to steal from the warehouse, each with a knapsack of capacity W_i. Given each thief wants to maximize his/her profit. how manv thieves will be needed to embtv the warehouse?.
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ALL_PERFORMANCE (CEUUD, DATE, DATA_INTEGRIT, CPU_USAGE, TRAFFIC)
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Please use java to write the program that simulates the card game!!! T (1).pdf
Please use java to write the program that simulates the card game!!! Thx!!!
Given codes:
Dealer.java :
import java.util.Random;
/**
* This class represents a dealer who shuffles a deck of cards and
* distributes them to players.
*/
public class Dealer {
private Deck deck;
/**
* Creates a new Dealer object with the specified players and deck.
*
* @param players the array of CardPlayer objects to distribute the cards to
* @param deck the Deck object to shuffle and distribute
*/
public Dealer(CardPlayer[] players, Deck deck) {
this.deck = deck;
this.shuffle();
this.distribute(players, this.deck);
}
/**
* Distributes the cards in the deck to the specified players.
*
* @param players the array of CardPlayer objects to distribute the cards to
* @param deck the Deck object to distribute
*/
private void distribute(CardPlayer[] players, Deck deck) {
for (int cardCounter = 0; cardCounter < deck.cards.length; cardCounter += players.length) {
for (int playerCounter = 0; playerCounter < players.length; playerCounter++) {
players[playerCounter].addToHand(deck.cards[cardCounter + playerCounter]);
}
}
}
/**
* Shuffles the cards in the deck; it generates two random variables as the card
* index and swaps them.
*/
private void shuffle() {
Random randomNumber = new Random();
for (int card = 0; card < this.deck.cards.length; card++) {
swap(randomNumber.nextInt(deck.cards.length), randomNumber.nextInt(deck.cards.length));
}
}
/**
* Swaps the positions of two cards in the deck.
*
* @param random1 the index of the first card to swap
* @param random2 the index of the second card to swap
*/
private void swap(int random1, int random2) {
Card temp;
temp = this.deck.cards[random1];
this.deck.cards[random1] = this.deck.cards[random2];
this.deck.cards[random2] = temp;
}
/**
* Prints out the identifier of each card in the deck.
*/
public void showDeck() {
for (Card card : this.deck.cards) {
System.out.println(card.identifier);
}
}
}
GeneralPlayer.java:
/**
* An abstract class representing a general player.
*
* @param <T> the type of the value returned by the player's play method.
*/
public abstract class GeneralPlayer<T> {
/** The name of the player. */
public String name;
/**
* Creates a new GeneralPlayer with a default name.
*/
public GeneralPlayer() {
this.name = "General Player";
}
/**
* Creates a new GeneralPlayer with the given name.
*
* @param name the name of the player.
*/
public GeneralPlayer(String name) {
this.name = name;
}
/**
* Makes a move or takes an action, depending on the implementation.
*
* @return the result of the player's action or move.
*/
public abstract T play();
}
Card.java:
/**
* A class that represents a playing card with a rank and suit.
*/
public class Card {
/**
* The rank of the card which is a number from 1 to 13.
* Includes King, Queen, Jack, and Ace.
*/
private int rank;
/**
* The suit of the card which is a number from 1 to 4
* Can be clubs (), diamonds (), hearts () or spades ().
*/
private int suit;
/**
* The identifier of the card.
.
Please use c++ and give screen shot of full code There are n boxes of.pdf
Please use c++ and give screen shot of full code
There are n boxes of n different items in a warehouse. Each box has a label that says the name (
mi ), total weight (w_i) in kg and the total value (v_i i) in taka of that item (i). All items are
divisible. Suppose, k thieves have come to steal from the warehouse, each with a knapsack of
capacity W_i. Given each thief wants to maximize his/her profit. how manv thieves will be
needed to embtv the warehouse?.
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C. Product concept D. Customer satisfaction E. Butterfly F. Competitors G. Culture Environment
H. Societal Marketing D. Customer satisfaction E. Butterfly F. Competitors G. Culture
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Complete the table concerning the loss in GDP because of unemployment. Assume a 4%
Frictional Rate of unemployment and a Okun's Law value of 3.
HEADINGS FOR THE TABLE
SASUMMARY State annual summary statistics: personal income, GDP, consumer spending,
price indexes, and employment Real gross domestic product (GDP) (Millions of chained 2012
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Plot the monthly average data presented in Table 1 onto the blank grap.pdf
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different colored pencil for each location (blue for Deadhorse, green for Beijing, and red for
Kampala) and connect the points with a line.
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3. Briefly describe the seasonal variations of the three cities..
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Please write an SQL query to find the city which have more than 2 ACTIVE cells located.
ALL_CEUL (CEULD, CEUL_NAME, ACTIVE, CIT, VENDOR, TECH) 2.
ALL_PERFORMANCE (CEUUD, DATE, DATA_INTEGRIT, CPU_USAGE, TRAFFIC)
CELUD: The ID of the network cell (primary key) CELUD: The ID of the network cell
CEU_NAME: The name of the network cell DATE: The dote that the stotistics collected
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Please use java to write the program that simulates the card game!!! T (1).pdf
Please use java to write the program that simulates the card game!!! Thx!!!
Given codes:
Dealer.java :
import java.util.Random;
/**
* This class represents a dealer who shuffles a deck of cards and
* distributes them to players.
*/
public class Dealer {
private Deck deck;
/**
* Creates a new Dealer object with the specified players and deck.
*
* @param players the array of CardPlayer objects to distribute the cards to
* @param deck the Deck object to shuffle and distribute
*/
public Dealer(CardPlayer[] players, Deck deck) {
this.deck = deck;
this.shuffle();
this.distribute(players, this.deck);
}
/**
* Distributes the cards in the deck to the specified players.
*
* @param players the array of CardPlayer objects to distribute the cards to
* @param deck the Deck object to distribute
*/
private void distribute(CardPlayer[] players, Deck deck) {
for (int cardCounter = 0; cardCounter < deck.cards.length; cardCounter += players.length) {
for (int playerCounter = 0; playerCounter < players.length; playerCounter++) {
players[playerCounter].addToHand(deck.cards[cardCounter + playerCounter]);
}
}
}
/**
* Shuffles the cards in the deck; it generates two random variables as the card
* index and swaps them.
*/
private void shuffle() {
Random randomNumber = new Random();
for (int card = 0; card < this.deck.cards.length; card++) {
swap(randomNumber.nextInt(deck.cards.length), randomNumber.nextInt(deck.cards.length));
}
}
/**
* Swaps the positions of two cards in the deck.
*
* @param random1 the index of the first card to swap
* @param random2 the index of the second card to swap
*/
private void swap(int random1, int random2) {
Card temp;
temp = this.deck.cards[random1];
this.deck.cards[random1] = this.deck.cards[random2];
this.deck.cards[random2] = temp;
}
/**
* Prints out the identifier of each card in the deck.
*/
public void showDeck() {
for (Card card : this.deck.cards) {
System.out.println(card.identifier);
}
}
}
GeneralPlayer.java:
/**
* An abstract class representing a general player.
*
* @param <T> the type of the value returned by the player's play method.
*/
public abstract class GeneralPlayer<T> {
/** The name of the player. */
public String name;
/**
* Creates a new GeneralPlayer with a default name.
*/
public GeneralPlayer() {
this.name = "General Player";
}
/**
* Creates a new GeneralPlayer with the given name.
*
* @param name the name of the player.
*/
public GeneralPlayer(String name) {
this.name = name;
}
/**
* Makes a move or takes an action, depending on the implementation.
*
* @return the result of the player's action or move.
*/
public abstract T play();
}
Card.java:
/**
* A class that represents a playing card with a rank and suit.
*/
public class Card {
/**
* The rank of the card which is a number from 1 to 13.
* Includes King, Queen, Jack, and Ace.
*/
private int rank;
/**
* The suit of the card which is a number from 1 to 4
* Can be clubs (), diamonds (), hearts () or spades ().
*/
private int suit;
/**
* The identifier of the card.
.
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class Currency {
protected:
int whole;
int fraction;
virtual std::string get_name() = 0;
public:
Currency() {
whole = 0;
fraction = 0;
}
Currency(double value) {
if (value < 0)
throw "Invalid value";
whole = int(value);
fraction = std::round(100 * (value - whole));
}
Currency(const Currency& curr) {
whole = curr.whole;
fraction = curr.fraction;
}
/* This algorithm gets the whole part or fractional part of the currency
Pre: whole, fraction - integer numbers
Post:
Return: whole or fraction
*/
int get_whole() { return whole; }
int get_fraction() { return fraction; }
/* This algorithm adds an object to the same currency
Pre: object (same currency)
Post:
Return:
*/
void set_whole(int w) {
if (w >= 0)
whole = w;
}
void set_fraction(int f) {
if (f >= 0 && f < 100)
fraction = f;
}
/* This algorithm adds an object to the same currency
Pre: object (same currency)
Post:
Return:
*/
void add(const Currency* curr) {
whole += curr->whole;
fraction += curr->fraction;
if (fraction > 100) {
whole++;
fraction %= 100;
}
}
/* This algorithm subtracts an object to the same currency
Pre: object (same currency)
Post:
Return:
*/
void subtract(const Currency* curr) {
if (!isGreater(*curr))
throw "Invalid Subtraction";
whole -= curr->whole;
if (fraction < curr->fraction) {
fraction = fraction + 100 - curr->fraction;
whole--;
}
else {
fraction -= curr->fraction;
}
}
/* This algorithm compares the an object of the same currency for equality or inequality
Pre: object (same currency)
Post:
Return: whole/fraction
*/
bool isEqual(const Currency& curr) {
return curr.whole == whole && curr.fraction == fraction;
}
/* This algorithm compares the an object of the same currency to determine which is greater or
smaller
Pre: object (same currency)
Post:
Return: true/false
*/
bool isGreater(const Currency& curr) {
if (whole < curr.whole)
return false;
if (whole == curr.whole && fraction < curr.fraction)
return false;
return true;
}
/* This algorithm prints the name and value of the currency object
Pre: value of whole, fraction, and the name
Post: whole, fraction, get_name()
Return:
*/
void print() {
std::cout << whole << "." << fraction << " " << get_name() << std::endl;
}
};
class Krone : public Currency {
protected:
/*
This algorithm gets the name for the Currency.
Pre: name - declared as string and initialized as Krone
Post:
Return: name
*/
std::string name = "Krone";
std::string get_name() {
return name;
}
public:
Krone() : Currency() { }
Krone(double value) : Currency(value) { }
Krone(Krone& curr) : Currency(curr) { }
};
class Soum : public Currency {
protected:
/* This algorithm gets the name for the Currency.
Pre: name - declared as string and initialized as Soum
Post:
Return: name
*/
std::string name = "Soum";
std::string get_name() {
return name;
}
public:
Soum() : Currency() { }
Soum(double value) : Currency(value) { }
Soum(Krone& curr) : Currency(curr) { }
};
A LinkNode structure or class which will have two attrib.
Please trace the execution of the following solution to the Dining Phi.pdf
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#define N ___
enum status(EATING, HUNGRY, THINKING};
monitor diningPhilosophers {
status state[N];
condition self[N];
test(int i) {
if((state[(i-1) mod N] != EATING) &&
(state[i] == HUNGRY) &&
(state[(i+1) mod N] != EATING)) {
state[i] = EATING;
self[i].signal();
}
};
public:
diningPhilosophers() { // Initilization
for(int i = 0; i < N; i++) state[i] = THINKING;
};
test(int i) {
if((state[(i-1) mod N] != EATING) &&
(state[i] == HUNGRY) &&
(state[(i+1) mod N] != EATING)) {
state[i] = EATING;
self[i].signal();
};
};
public:
diningPhilosophers() {...};
pickUpForks(int i) {
state[i] = HUNGRY;
test(i);
if(state[i] != EATING) self[i].wait();
};
putDownForks(int i) {
state[i] = THINKING;
test((i-1) mod N);
test((i+1) mod N);
};
}.
please show elegoo arduino board setup using a passive buzzer- heres t.pdf
please show elegoo arduino board setup using a passive buzzer. heres the code below:
#define
F_CPU
16000000
UL
// CPU Frequency
#include
<avr/io.h>
#include
<util/delay.h>
volatile
uint8_t
notePlaying =
0
;
void
setup
()
{
DDRB |=
(
1
<< PB6
)
;
// Set PB6 as output
TCCR1A =
0
;
// Clear Timer1 registers
TCCR1B =
0
;
TIMSK1 =
0
;
OCR1A =
0
;
}
void
playNote
(
uint16_t
frequency)
{
if
(
notePlaying
)
{
TCCR1B =
0
;
// Stop the timer
notePlaying =
0
;
}
else
{
// Calculate the prescaler value
uint16_t
prescaler =
1
;
while
((
F_CPU /
(
prescaler * frequency *
2
))
>
65535
)
{
prescaler <<=
1
;
}
// Configure Timer1
TCCR1B =
(
1
<< WGM12
)
|
(
prescaler & 0x
07
)
;
// Mode 4, prescaler
OCR1A =
(
F_CPU /
(
prescaler * frequency *
2
))
-
1
;
// Output compare value
TIMSK1 =
(
1
<< OCIE1A
)
;
// Enable compare match interrupt
notePlaying =
1
;
// Start the timer
TCNT1 =
0
;
TCCR1B |=
(
1
<< CS10
)
|
((
prescaler >>
1
)
& 0x
03
)
;
// Start timer
}
}
ISR
(
TIMER1_COMPA_vect
)
{
PORTB ^=
(
1
<< PB6
)
;
// Toggle PB6 state
}
void
loop
()
{
if
(
Serial
.
available
()
>
0
)
{
char
key =
Serial
.
read
()
;
switch
(
key
)
{
case
'A':
playNote
(
440
)
;
break
;
case
'B':
playNote
(
494
)
;
break
;
case
'C':
playNote
(
523
)
;
break
;
case
'D':
playNote
(
587
)
;
break
;
case
'E':
playNote
(
659
)
;
break
;
case
'F':
playNote
(
698
)
;
break
;
case
'G':
playNote
(
784
)
;
break
;
case
'q':
TCCR1B =
0
;
// Stop the timer
notePlaying =
0
;
break
;
}
}
}
#define
F_CPU
16000000
UL
// CPU Frequency
#include
<avr/io.h>
#include
<util/delay.h>
volatile
uint8_t
notePlaying =
0
;
void
setup
()
{
DDRB |=
(
1
<< PB6
)
;
// Set PB6 as output
TCCR1A =
0
;
// Clear Timer1 registers
TCCR1B =
0
;
TIMSK1 =
0
;
OCR1A =
0
;
}
void
playNote
(
uint16_t
frequency)
{
if
(
notePlaying
)
{
TCCR1B =
0
;
// Stop the timer
notePlaying =
0
;
}
else
{
// Calculate the prescaler value
uint16_t
prescaler =
1
;
while
((
F_CPU /
(
prescaler * frequency *
2
))
>
65535
)
{
prescaler <<=
1
;
}
// Configure Timer1
TCCR1B =
(
1
<< WGM12
)
|
(
prescaler & 0x
07
)
;
// Mode 4, prescaler
OCR1A =
(
F_CPU /
(
prescaler * frequency *
2
))
-
1
;
// Output compare value
TIMSK1 =
(
1
<< OCIE1A
)
;
// Enable compare match interrupt
notePlaying =
1
;
// Start the timer
TCNT1 =
0
;
TCCR1B |=
(
1
<< CS10
)
|
((
prescaler >>
1
)
& 0x
03
)
;
// Start timer
}
}
ISR
(
TIMER1_COMPA_vect
)
{
PORTB ^=
(
1
<< PB6
)
;
// Toggle PB6 state
}
void
loop
()
{
if
(
Serial
.
available
()
>
0
)
{
char
key =
Serial
.
read
()
;
switch
(
key
)
{
case
'A':
playNote
(
440
)
;
break
;
case
'B':
playNote
(
494
)
;
break
;
case
'C':
playNote
(
523
)
;
break
;
case
'D':
playNote
(
587
)
;
break
;
case
'E':
playNote
(
659
)
;
break
;
case
'F':
playNote
(
698
)
;
break
;
case
'G':
playNote
(
784
)
;
break
;
case
'q':
TCCR1B =
0
;
// Stop the timer
notePlaying =
0
;
break
;
}
}
}
#define
F_CPU
16000000
UL
// CPU Frequency
#include
<avr/io.h>
#include
<util/delay.h>
volatile
uint8_t
notePlaying =
0
;
void
setup
()
{
DDRB |=
(
1
<< PB6
)
.
Please translate this into MIPS Assembly without using Psuedo-instruct.pdf
Please translate this into MIPS Assembly without using Psuedo-instruction.
int partition(int arr[], int low, int high) {
int pivot = arr[high];
int i = (low -1);
for (int j = low; j <= high - 1,j++) {
if (arr[j] <= pivot) {
i++
swap(&arr[i], &arr[j]);
}
}
swap(&arr[i + 1], &arr[high]);
return (i+1);
}
void quickSort (int arr[], int low, int high) {
if (low < high) {
int pi = partition(arr, low, high);
quickSort(arr,low,pi - 1);
quickSort(arr, pi + 1, high)"
}
}
.
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class Currency {
protected:
int whole;
int fraction;
virtual std::string get_name() = 0;
public:
Currency() {
whole = 0;
fraction = 0;
}
Currency(double value) {
if (value < 0)
throw "Invalid value";
whole = int(value);
fraction = std::round(100 * (value - whole));
}
Currency(const Currency& curr) {
whole = curr.whole;
fraction = curr.fraction;
}
/* This algorithm gets the whole part or fractional part of the currency
Pre: whole, fraction - integer numbers
Post:
Return: whole or fraction
*/
int get_whole() { return whole; }
int get_fraction() { return fraction; }
/* This algorithm adds an object to the same currency
Pre: object (same currency)
Post:
Return:
*/
void set_whole(int w) {
if (w >= 0)
whole = w;
}
void set_fraction(int f) {
if (f >= 0 && f < 100)
fraction = f;
}
/* This algorithm adds an object to the same currency
Pre: object (same currency)
Post:
Return:
*/
void add(const Currency* curr) {
whole += curr->whole;
fraction += curr->fraction;
if (fraction > 100) {
whole++;
fraction %= 100;
}
}
/* This algorithm subtracts an object to the same currency
Pre: object (same currency)
Post:
Return:
*/
void subtract(const Currency* curr) {
if (!isGreater(*curr))
throw "Invalid Subtraction";
whole -= curr->whole;
if (fraction < curr->fraction) {
fraction = fraction + 100 - curr->fraction;
whole--;
}
else {
fraction -= curr->fraction;
}
}
/* This algorithm compares the an object of the same currency for equality or inequality
Pre: object (same currency)
Post:
Return: whole/fraction
*/
bool isEqual(const Currency& curr) {
return curr.whole == whole && curr.fraction == fraction;
}
/* This algorithm compares the an object of the same currency to determine which is greater or
smaller
Pre: object (same currency)
Post:
Return: true/false
*/
bool isGreater(const Currency& curr) {
if (whole < curr.whole)
return false;
if (whole == curr.whole && fraction < curr.fraction)
return false;
return true;
}
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Pre: value of whole, fraction, and the name
Post: whole, fraction, get_name()
Return:
*/
void print() {
std::cout << whole << "." << fraction << " " << get_name() << std::endl;
}
};
class Krone : public Currency {
protected:
/*
This algorithm gets the name for the Currency.
Pre: name - declared as string and initialized as Krone
Post:
Return: name
*/
std::string name = "Krone";
std::string get_name() {
return name;
}
public:
Krone() : Currency() { }
Krone(double value) : Currency(value) { }
Krone(Krone& curr) : Currency(curr) { }
};
class Soum : public Currency {
protected:
/* This algorithm gets the name for the Currency.
Pre: name - declared as string and initialized as Soum
Post:
Return: name
*/
std::string name = "Soum";
std::string get_name() {
return name;
}
public:
Soum() : Currency() { }
Soum(double value) : Currency(value) { }
Soum(Krone& curr) : Currency(curr) { }
};
A LinkNode structure or class which will have two attrib.
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#define N ___
enum status(EATING, HUNGRY, THINKING};
monitor diningPhilosophers {
status state[N];
condition self[N];
test(int i) {
if((state[(i-1) mod N] != EATING) &&
(state[i] == HUNGRY) &&
(state[(i+1) mod N] != EATING)) {
state[i] = EATING;
self[i].signal();
}
};
public:
diningPhilosophers() { // Initilization
for(int i = 0; i < N; i++) state[i] = THINKING;
};
test(int i) {
if((state[(i-1) mod N] != EATING) &&
(state[i] == HUNGRY) &&
(state[(i+1) mod N] != EATING)) {
state[i] = EATING;
self[i].signal();
};
};
public:
diningPhilosophers() {...};
pickUpForks(int i) {
state[i] = HUNGRY;
test(i);
if(state[i] != EATING) self[i].wait();
};
putDownForks(int i) {
state[i] = THINKING;
test((i-1) mod N);
test((i+1) mod N);
};
}.
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#define
F_CPU
16000000
UL
// CPU Frequency
#include
<avr/io.h>
#include
<util/delay.h>
volatile
uint8_t
notePlaying =
0
;
void
setup
()
{
DDRB |=
(
1
<< PB6
)
;
// Set PB6 as output
TCCR1A =
0
;
// Clear Timer1 registers
TCCR1B =
0
;
TIMSK1 =
0
;
OCR1A =
0
;
}
void
playNote
(
uint16_t
frequency)
{
if
(
notePlaying
)
{
TCCR1B =
0
;
// Stop the timer
notePlaying =
0
;
}
else
{
// Calculate the prescaler value
uint16_t
prescaler =
1
;
while
((
F_CPU /
(
prescaler * frequency *
2
))
>
65535
)
{
prescaler <<=
1
;
}
// Configure Timer1
TCCR1B =
(
1
<< WGM12
)
|
(
prescaler & 0x
07
)
;
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OCR1A =
(
F_CPU /
(
prescaler * frequency *
2
))
-
1
;
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TIMSK1 =
(
1
<< OCIE1A
)
;
// Enable compare match interrupt
notePlaying =
1
;
// Start the timer
TCNT1 =
0
;
TCCR1B |=
(
1
<< CS10
)
|
((
prescaler >>
1
)
& 0x
03
)
;
// Start timer
}
}
ISR
(
TIMER1_COMPA_vect
)
{
PORTB ^=
(
1
<< PB6
)
;
// Toggle PB6 state
}
void
loop
()
{
if
(
Serial
.
available
()
>
0
)
{
char
key =
Serial
.
read
()
;
switch
(
key
)
{
case
'A':
playNote
(
440
)
;
break
;
case
'B':
playNote
(
494
)
;
break
;
case
'C':
playNote
(
523
)
;
break
;
case
'D':
playNote
(
587
)
;
break
;
case
'E':
playNote
(
659
)
;
break
;
case
'F':
playNote
(
698
)
;
break
;
case
'G':
playNote
(
784
)
;
break
;
case
'q':
TCCR1B =
0
;
// Stop the timer
notePlaying =
0
;
break
;
}
}
}
#define
F_CPU
16000000
UL
// CPU Frequency
#include
<avr/io.h>
#include
<util/delay.h>
volatile
uint8_t
notePlaying =
0
;
void
setup
()
{
DDRB |=
(
1
<< PB6
)
;
// Set PB6 as output
TCCR1A =
0
;
// Clear Timer1 registers
TCCR1B =
0
;
TIMSK1 =
0
;
OCR1A =
0
;
}
void
playNote
(
uint16_t
frequency)
{
if
(
notePlaying
)
{
TCCR1B =
0
;
// Stop the timer
notePlaying =
0
;
}
else
{
// Calculate the prescaler value
uint16_t
prescaler =
1
;
while
((
F_CPU /
(
prescaler * frequency *
2
))
>
65535
)
{
prescaler <<=
1
;
}
// Configure Timer1
TCCR1B =
(
1
<< WGM12
)
|
(
prescaler & 0x
07
)
;
// Mode 4, prescaler
OCR1A =
(
F_CPU /
(
prescaler * frequency *
2
))
-
1
;
// Output compare value
TIMSK1 =
(
1
<< OCIE1A
)
;
// Enable compare match interrupt
notePlaying =
1
;
// Start the timer
TCNT1 =
0
;
TCCR1B |=
(
1
<< CS10
)
|
((
prescaler >>
1
)
& 0x
03
)
;
// Start timer
}
}
ISR
(
TIMER1_COMPA_vect
)
{
PORTB ^=
(
1
<< PB6
)
;
// Toggle PB6 state
}
void
loop
()
{
if
(
Serial
.
available
()
>
0
)
{
char
key =
Serial
.
read
()
;
switch
(
key
)
{
case
'A':
playNote
(
440
)
;
break
;
case
'B':
playNote
(
494
)
;
break
;
case
'C':
playNote
(
523
)
;
break
;
case
'D':
playNote
(
587
)
;
break
;
case
'E':
playNote
(
659
)
;
break
;
case
'F':
playNote
(
698
)
;
break
;
case
'G':
playNote
(
784
)
;
break
;
case
'q':
TCCR1B =
0
;
// Stop the timer
notePlaying =
0
;
break
;
}
}
}
#define
F_CPU
16000000
UL
// CPU Frequency
#include
<avr/io.h>
#include
<util/delay.h>
volatile
uint8_t
notePlaying =
0
;
void
setup
()
{
DDRB |=
(
1
<< PB6
)
.
Please translate this into MIPS Assembly without using Psuedo-instruct.pdf
Please translate this into MIPS Assembly without using Psuedo-instruction.
int partition(int arr[], int low, int high) {
int pivot = arr[high];
int i = (low -1);
for (int j = low; j <= high - 1,j++) {
if (arr[j] <= pivot) {
i++
swap(&arr[i], &arr[j]);
}
}
swap(&arr[i + 1], &arr[high]);
return (i+1);
}
void quickSort (int arr[], int low, int high) {
if (low < high) {
int pi = partition(arr, low, high);
quickSort(arr,low,pi - 1);
quickSort(arr, pi + 1, high)"
}
}
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