online compiler and debugger for c/c++

#include<iostream> #include<string> #include<algorithm> #include<fstream> #include<cstdlib> #include<ctime> #include"functions.h" #include"PLAYER.h" #include"MONSTER.h" using namespace std; //split everything in main up into loops/functions/declarations/etc. //include inventory system, random loot generation, shopkeepers //make initiative rolls, random number generation for attacks, and armour class //this way, who goes first is random, whether an attack hits is random, and it is based off AC and bonuses. //for this, we need to add initiative members to MONSTER.cpp/h, and PLAYER.cpp/h, //we also need AC for both of them, and a method to generate random numbers for attacks to each of them. //once we have initiative and can determine who goes first, we can implement MONSTER::attack(int playerLevel, int monsterNum), //we can have combat, and thus find out what is causing the error with spawns. //also make weaponry for the player, and attacks for the player. probably check the if statements on doesSpawn.cpp over again. int main() { srand(time(0)); string enviroDesc[64]; fstream inData; inData.open("environments.txt");//inData takes all 64 environment descriptions from environments.txt. for(int i = 0; i < 64; i++) { getline(inData,enviroDesc[i]); } int mapArray[8][8]; int currentLocation = 1; for(int j = 0; j < 8; j++) { for(int k = 0; k < 8; k++) { mapArray[j][k] = (k+1)+(j*8); } } //see array demonstration file at: https://onlinegdb.com/Hkss7xJo7 printInfo(); PLAYER mainCharacter; char begin = beginAdventure(); bool playing = true; if(begin == 'b') { bool inCombat = false; //we will use RNG to determine whether a monster spawns. if one does, inCombat = true, and another while loop executes. we want int monsterInt = 0; //0 returns no monster, 1, 2, 3, 4 construct monsters to fight. adventureText(); int spawnInt; int MTYPE; while(playing == true) { cout << "Map Coordinate: " << currentLocation << endl; cout << enviroDesc[(currentLocation - 1)] << endl; currentLocation +=movementReturn(currentLocation); spawnInt = rand() % 100 + 1; MTYPE = getMTYPE(currentLocation,spawnInt);//getMTYPE(); takes spawnInt and currentLocation, and ultimately returns the monsterType. //returns 0 if no monster should spawn, so if statement evaluating whether or not it is 0 is necessary. if(MTYPE == 0) { cout << "No monsters are currently present\n"; } else if(MTYPE > 0) { //perhaps try making this a vector, which pushes back another new monster each time the loop executes in case the values still fuck up. MONSTER theMonster(mainCharacter.level,MTYPE); mainCharacter.initiative = mainCharacter.initiativeBonus + (rand() % 20 + 1); //, if constructor value fucks up, uncomment and remove this text. theMonster.initiative = theMonster.initiativeBonus + (rand() % 20 + 1); while(theMonster.health > 0) { if(theMonster.initiative > mainCharacter.initiative) { mainCharacter.health -= theMonster.attack(); //get player's action. cout << "Test phase" << endl; cin >> theMonster.health; } else if(mainCharacter.initiative >= theMonster.initiative) { cout << "Test phase" << endl; cin >> theMonster.health; mainCharacter.health -= theMonster.attack(); } } } //monster destructs, should reward player experience. //monster needs to reach end of scope so it is reconstructed each time loop is executed. //MONSTER theMonster(mainCharacter.level, monsterNum); /*while(theMonster.health > 0 and mainCharacter.health > 0) { cout << "Test phase!" << endl; cin >> theMonster.health; if(theMonster.initative > mainCharacter.initiative) { mainCharacter.health -= theMonster.attack();//mainCharacter.health = mainCharacter.health - theMonster.attack(mainCharacter.playerLevel, )//make it so it doesn't take playerLevel, constructor should set mosnter level to be the same as player level regardless anyways. mainWeapon.attack(); //we need a weapon class, that has damage, names, types, and is determined by class, RNG and ETC. } //outputOptions(//numHealthPotions), implement numhealthPotions later. //returns int, determing what the player's action is. //player.takeTurn() //ask user what they want to do function, if 1, monsterHealth -= weapon.damage. //if 2, player can use health potion from store. //implement stores and stuff later though, that's too complex for now. } } else { cout << "\nNo monsters seem to be present currently.\n"; //getAction(weaponDamage,numPotions,player.health,player.maxHealth,classNum), //returns 1, 2, or 3, 1 being attack, 2 being heal if less than max hp and }*/ //weapons need to be generated here, and there needs to be a weapon currentWeapon, as well as backPackWeapon[0,1,2] //if the weapons reach the end of the scope, they're deallocated, so they have to exist within the initial while loop. //doesSpawn checkSpawn(currentLocation); //WE NEED TO ADD CHECKS AND TRYS TO STOP ERRORS AND PROGRAM TERMINATION. //struct doesSpawn() has two members, spawnTF, and monsterNum. //checkSpawn(int spawnInt); returns these variables, if spawnTF == 1, MONSTER monster1(playerLevel,monsterNum); //inCombat = checkSpawn(currentLocation); checkSpawn takes location to determine spawn. //getMonsterType(currentLocation); returns the monsterInt. //create MONSTER of type monsterInt. constructor should display monster info. //roll initiative, whoever has it higher goes first. player class determines bonus. //while(inCombat == true) //{ //if(monsterInitiative > playerInitiative) //{ monster.attack(); } //player.takeTurn. //after player's action, monster attacks/takes an action. } } else { return 1; } //we need to make an inventory system, including gold, weapon types, weapons, and armour. return 0; }