Sending
Parsing Arrays in C++An array can be defined as a data structure consisting of a group of elements. Basically, all these elements have the same data type, for example, a string or integer. Arrays are used in C++ and other programming languages to organize data or information, so that, values and var...
Scheduling algorithms in C++Algorithm scheduling is the process of determining which algorithm or line of code will be executed in the Central Processing Unit (CPU) and which one will be put on hold awaiting processing. In C + + programming, scheduling ensures that there is always an algorithm avail...
Sets, maps, and hashing in C++A set, map, and hash table are data structures used in C + + to map keys to values. Their purpose is to organize data so that programmers can look up values for given keys much faster. These three terms can be confusing for students and novice programmers. That’s why we...
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#include
#include
#include
#include
#include
#include "Move.h"
#include "Pokemon.h"
#include "PokemonTrainer.h"
using namespace std;
// Load the pokemons from file
void loadPokemons(const string &filename, Pokemonpokemons[5])
{
// Load the pokemons from file
ifstreaminFile("pokemonList.txt");
if (!inFile.is_open())
{
cout<< "Failed to open file." <>move.damage;
pokemons[i].addMove(move);
}
}
inFile.close();
}
// Let the user select a pokemon to add to their team
void initializeTrainerPokemons(PokemonTrainer&trainer, Pokemonpokemons[5])
{
cout<< "List of Pokemons to choose" <> number))
{
cout<< "Invalid option." <= 0 && number < 5 && !chosenPokemons[number])
{
trainer.addPokemon(pokemons[number]);
break;
}
cout<< "Invalid option." <= 3)
{
// No more pokemons left
cout<< "You have no pokemons left. You lose!" <= 0)
break;
cout<< "Error: Invalid move." <
using namespace std;
// Default constructor
Pokemon::Pokemon()
: name(""), health(0), numMoves(0)
{
}
// Create a pokemon
Pokemon::Pokemon(const string &name, int health)
: name(name), health(health), numMoves(0)
{
}
// Add a move for the pokemon
void Pokemon::addMove(const Move &move)
{
if (numMoves>= 3)
return;
moves[numMoves++] = move;
}
// Get the pokemon's health
int Pokemon::getHealth() const
{
return health;
}
// Return the pokemon's name
string Pokemon::getName() const
{
return name;
}
// Return the first move
Move Pokemon::getFirstMove() const
{
return moves[0];
}
// Return the second move
Move Pokemon::getSecondMove() const
{
return moves[1];
}
// Return the third move
Move Pokemon::getThirdMove() const
{
return moves[2];
}
// Attack the target pokemon
void Pokemon::move(int index, Pokemon&target)
{
if (index < 0 || index >= 3)
return;
target.health -= moves[index].damage;
if (target.health< 0)
target.health = 0;
}
// Print the moves
void Pokemon::displayMoves() const
{
for (int i = 0; i
using namespace std;
// Default constructor
PokemonTrainer::PokemonTrainer()
{
maxNumberPokemons = 3;
currentNumberPokemons = 0;
indexPokemonFighting = 0;
teamHealth = 0;
pokemons = new Pokemon[maxNumberPokemons];
}
// Copy constructor
PokemonTrainer::PokemonTrainer(const PokemonTrainer&other)
{
maxNumberPokemons = other.maxNumberPokemons;
currentNumberPokemons = other.currentNumberPokemons;
indexPokemonFighting = other.indexPokemonFighting;
teamHealth = other.teamHealth;
pokemons = new Pokemon[maxNumberPokemons];
for (int i = 0; iteamHealth = teamHealth;
}
// Get the team health
int PokemonTrainer::getTeamHealth() const
{
return teamHealth;
}
// Get the maximum pokemons a trainer can hold
int PokemonTrainer::getMaxNumberPokemons() const
{
return maxNumberPokemons;
}
// Return the number of pokemons left
int PokemonTrainer::getCurrentNumberPokemons() const
{
return currentNumberPokemons;
}
// Return the index of pokemon fighting
int PokemonTrainer::getIndexOfCurrentPokemonFighting() const
{
return indexPokemonFighting;
}
// Add a new pokemon to the team
void PokemonTrainer::addPokemon(const Pokemon&pokemon)
{
if (currentNumberPokemons>= maxNumberPokemons)
return;
pokemons[currentNumberPokemons++] = pokemon;
teamHealth += pokemon.getHealth();
}
// Display the team
void PokemonTrainer::displayTeam() const
{
cout<< "Pokemon Team" <= currentNumberPokemons)
indexPokemonFighting = 0;
} #include
#include
#include
using namespace std;
int valid_rows = 0;
void read_from_file(ifstream&input_file, double gallons[], double miles[])
{
string line, temp;
double num;
int totalValid = 0, lineCount = 0, i, currentCol = 0, k = 0;
double gallon_val = 0, mile_val = 0;
while(getline(input_file,line))
{
stringstream s;
s << line;
lineCount++;
currentCol = 0;
gallon_val = 0;
mile_val = 0;
while (!s.eof())
{
s >> temp;
stringstream(temp) >> num;
if(lineCount == 1)
totalValid = num;
else
{
if(currentCol % 2 == 0)
gallon_val = num;
else
mile_val = num;
}
temp = "";
currentCol++;
}
if(currentCol>= 1)
{
if(gallon_val>= 1 &&mile_val>= 1)
{
gallons[k] = gallon_val;
miles[k] = mile_val;
valid_rows++;
k++;
}
}
}
cout<< "\nTotal valid rows mentioned in file: "< array[i])
min = array[i];
}
return min;
}
double max(double array[], int N)
{
double max = array[0];
for(int i = 1; i< N; ++i)
if(max < array[i])
max = array[i];
return max;
}
double slope(int count, double x, double y, double xy, double xx)
{
double slope = double((count*xy- x*y)) / double((count*xx - x*x));
return slope;
}
double intercept(int count, long x, double y, double xy, double xx)
{
double Yintercept = double((y*xx - x*xy)) / double((count*xx - x*x));
return Yintercept;
}
int main(int argc, char** argv)
{
double gallons[100], miles[100];
if(argc == 1)
cout<< "Please enter filename in the arguements. Invalid Entry!"< 2)
cout<< "Too many command line arguement. The program needs just the filename as the argument."<maxX: " < " <maxY: " < " < | File | Actions |
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