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engine.cpp
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#include <Windows.h>
#include <iostream>
#include <chrono>
#include "math.h"
#include "headers/entity.h"
#include "headers/engine.h"
#include "headers/player.h"
#include "headers/mobs.h"
#include "headers/utils.h"
Engine::Engine(unsigned int nScreenWidth, unsigned int nScreenHeight, float fFOV, Map map) {
this->logger = utils::Logger("Engine", "logs/engine.log", utils::Logger::Info);
this->nScreenWidth = nScreenWidth;
this->nScreenHeight = nScreenHeight;
this->map = map;
this->fFOV = fFOV;
this->_createMobsHealthBars();
if (map.nMapWidth > map.nMapHeight)
this->fDepth = map.nMapWidth;
else
this->fDepth = map.nMapHeight;
// Create Screen Buffer
this->screen = new char[this->nScreenWidth*this->nScreenHeight];
this->hConsole = CreateConsoleScreenBuffer(GENERIC_READ | GENERIC_WRITE, 0, NULL, CONSOLE_TEXTMODE_BUFFER, NULL);
SetConsoleActiveScreenBuffer(this->hConsole);
this->dwBytesWritten = 0;
}
void Engine::render(Player& player) {
for (size_t x = 0; x < this->nScreenWidth; x++) {
float fRayAngle = (player.pos.a - this->fFOV / 2.f) + ((float) x / (float) this->nScreenWidth) * this->fFOV;
float fDistanceToWall = 0.0f;
// Unit-Vectors
float fEyeX = sinf(fRayAngle);
float fEyeY = cosf(fRayAngle);
bool bHitWall = false;
bool bHitMob = false;
while(!bHitWall && !bHitMob &&fDistanceToWall < this->fDepth) {
fDistanceToWall += F_RAY_STEP_SIZE;
int nTestX = (int)(player.pos.x + fEyeX * fDistanceToWall);
int nTestY = (int)(player.pos.y + fEyeY * fDistanceToWall);
// Ray out of bounds
if (nTestX < 0 || nTestX >= this->map.nMapWidth || nTestY < 0 || nTestY >= this->map.nMapHeight) {
// bHitWall = true;
fDistanceToWall = this->fDepth;
} else {
// Ray inbounds
if (this->map.smap[nTestY * this->map.nMapWidth + nTestX] == '#')
bHitWall = true;
else if (this->map.smobs[nTestY * this->map.nMapWidth + nTestX] == 'X')
bHitMob = true;
}
}
// 3D illusion
int nCeiling = (float)(this->nScreenHeight / 2.0) - this->nScreenHeight / ((float)fDistanceToWall);
if (bHitMob && !bHitWall)
nCeiling -= 5;
int nFloor = this->nScreenHeight - nCeiling;
// Shading
for (int y = 0; y < (int) this->nScreenHeight; y++) {
if (y <= nCeiling)
this->screen[y * this->nScreenWidth + x] = ' ';
else if (y > nCeiling && y <= nFloor) {
if (bHitMob && !bHitWall)
this->screen[y * nScreenWidth + x] = '$'; // Aqui ta renderizando mob AO INVES da parede, colocar o mob em cima da parede
else if (!bHitMob && bHitWall) {
if (fDistanceToWall <= this->fDepth / 4) this->screen[y * nScreenWidth + x] = H_TEXTURE_WALL_CLOSE;
else if (fDistanceToWall <= this->fDepth / 3) this->screen[y * nScreenWidth + x] = H_TEXTURE_WALL_MEDIUM;
else if (fDistanceToWall <= this->fDepth / 2) this->screen[y * nScreenWidth + x] = H_TEXTURE_WALL_FAR;
else this->screen[y * nScreenWidth + x] = H_TEXTURE_WALL_VERY_FAR;
}
} else {
float b = 1.0f - (((float) y - this->nScreenHeight/2.0f) / ((float) this->nScreenHeight / 2.0f));
if (b < 0.4) this->screen[y * nScreenWidth + x] = H_TEXTURE_FLOOR_CLOSE;
else if (b < 0.45) this->screen[y * nScreenWidth + x] = H_TEXTURE_FLOOR_MEDIUM;
else if (b < 0.7) this->screen[y * nScreenWidth + x] = H_TEXTURE_FLOOR_FAR;
else if (b < 0.9) this->screen[y * nScreenWidth + x] = H_TEXTURE_FLOOR_VERY_FAR;
else this->screen[y * nScreenWidth + x] = H_TEXTURE_EMPTY;
}
}
}
this->_overlayGun(player.getgun(), player.reloading(this->fElapsedTimeMilliSeconds));
int damageIndicator = -1;
// player.shooting() happens every tick, so it updates the player.timing.shooting var;
player.reloading(this->fElapsedTimeMilliSeconds);
if (player.shooting(this->fElapsedTimeMilliSeconds))
damageIndicator = player.damageIndicator;
this->_overlayHUD(player.getHUD(), damageIndicator, player.score);
this->_overlayMap(player.pos);
this->_outputFrame();
}
void Engine::updateMobs() {
for (size_t i = 0; i < this->currentWave.nCount; i++) {
const int nMapHeight = this->map.nMapHeight;
const int coord = (int) this->currentWave.mobsObj[i].pos.y * nMapHeight + this->currentWave.mobsObj[i].pos.x;
if (this->currentWave.mobsObj[i].fHealth > 0)
this->map.smobs[coord] = 'X';
else
this->map.smobs[coord] = '.';
}
}
void Engine::_overlayGun(std::string gun, bool reloading) {
short movAmmountX = 0;
short movAmmountY = 1;
switch (this->lastMov) {
case C_WALK_FORWARD:
movAmmountY++;
break;
case C_WALK_BACKWARD:
movAmmountY--;
break;
case C_WALK_LEFT:
movAmmountX++;
break;
case C_WALK_RIGHT:
movAmmountX--;
break;
}
for (unsigned short int x = 0; x < this->nScreenWidth; x++)
for (unsigned short int y = 0; y < this->nScreenHeight; y++)
if (!reloading) {
if (gun[y * this->nScreenWidth + x] != ' ')
this->screen[(y + movAmmountY) * this->nScreenWidth + (x + movAmmountX)] = gun[y * this->nScreenWidth + x];
if (gun[y * this->nScreenWidth + x] == '.')
this->screen[(y + movAmmountY) * this->nScreenWidth + (x + movAmmountX)] = ' ';
} else {
// Reloading "animation"
int posX = 60;
int posY = 17; // Y coords starts from the top
char reloadingText[] = "RELOADING";
for (size_t i = 0; reloadingText[i] != '\0'; i++) {
this->screen[posY * this->nScreenWidth + posX + i] = reloadingText[i];
}
}
}
void Engine::_overlayHUD(std::string hud, const int damageIndicator, const int score) {
for (unsigned short int x = 0; x < this->nScreenWidth; x++)
for (unsigned short int y = 0; y < this->nScreenHeight; y++) {
if (hud[y * this->nScreenWidth + x] == '.')
this->screen[y * this->nScreenWidth + x] = ' ';
else if (hud[y * this->nScreenWidth + x] != ' ')
this->screen[y * this->nScreenWidth + x] = hud[y * this->nScreenWidth + x];
}
// Health bar dos mobs - falta um switch-case pra 1, 2, ou 3 mobs
std::string mobsHealthBarList;
switch (this->currentWave.nCount) {
case 1:
mobsHealthBarList = this->_1mobsHealthBar;
break;
case 2:
mobsHealthBarList = this->_2mobsHealthBar;
break;
case 3:
mobsHealthBarList = this->_3mobsHealthBar;
break;
}
for (unsigned short int x = 0; x < this->nScreenWidth; x++)
for (unsigned short int y = 0; y < this->nScreenHeight; y++) {
if (mobsHealthBarList[y * this->nScreenWidth + x] == '.')
this->screen[y * this->nScreenWidth + x] = ' ';
else if (mobsHealthBarList[y * this->nScreenWidth + x] != ' ')
this->screen[y * this->nScreenWidth + x] = mobsHealthBarList[y * this->nScreenWidth + x];
}
unsigned short int tmpSize;
switch (this->currentWave.nCount) {
case 1:
for (unsigned short int i = 0; i < 57; i++) {
this->screen[140 * 0 + 31 + i] = ' ';
this->screen[140 * 1 + 31 + i - 20] = ' ';
}
if (this->currentWave.mobsObj[0].fHealth > 0) {
tmpSize = 57 * this->currentWave.mobsObj[0].fHealth / this->currentWave.mobsObj[0].nMaxHealth;
if (tmpSize < 1 && tmpSize > -1) tmpSize = 1;
for (unsigned short int i = 0; i < tmpSize; i++) {
this->screen[140 * 0 + 31 + i] = '#';
this->screen[140 * 1 + 31 + i - 20] = '#';
}
}
break;
case 2:
for (unsigned short int i = 0; i < 24; i++) {
this->screen[140 * 0 + 21 + i] = ' ';
this->screen[140 * 1 + 21 + i - 20] = ' ';
this->screen[140 * 0 + 71 + i] = ' ';
this->screen[140 * 1 + 71 + i - 20] = ' ';
}
if (this->currentWave.mobsObj[0].fHealth > 0) {
tmpSize = 24 * this->currentWave.mobsObj[0].fHealth / this->currentWave.mobsObj[0].nMaxHealth;
if (tmpSize < 1 && tmpSize > -1) tmpSize = 1;
for (unsigned short int i = 0; i < tmpSize; i++) {
this->screen[140 * 0 + 21 + i] = '#';
this->screen[140 * 1 + 21 + i - 20] = '#';
}
}
if (this->currentWave.mobsObj[1].fHealth > 0) {
tmpSize = 24 * this->currentWave.mobsObj[1].fHealth / this->currentWave.mobsObj[1].nMaxHealth;
if (tmpSize < 1 && tmpSize > -1) tmpSize = 1;
for (unsigned short int i = 0; i < tmpSize; i++) {
this->screen[140 * 0 + 71 + i] = '#';
this->screen[140 * 1 + 71 + i - 20] = '#';
}
}
break;
case 3:
for (unsigned short int i = 0; i < 24; i++) {
this->screen[140 * 0 + 19 + i] = ' ';
this->screen[140 * 1 + 19 + i - 20] = ' ';
this->screen[140 * 0 + 54 + i] = ' ';
this->screen[140 * 1 + 54 + i - 20] = ' ';
this->screen[140 * 0 + 88 + i] = ' ';
this->screen[140 * 1 + 88 + i - 20] = ' ';
}
if (this->currentWave.mobsObj[0].fHealth > 0) {
tmpSize = 24 * this->currentWave.mobsObj[0].fHealth / this->currentWave.mobsObj[0].nMaxHealth;
if (tmpSize < 1 && tmpSize > -1) tmpSize = 1;
for (unsigned short int i = 0; i < tmpSize; i++) {
this->screen[140 * 0 + 19 + i] = '#';
this->screen[140 * 1 + 19 + i - 20] = '#';
}
}
if (this->currentWave.mobsObj[1].fHealth > 0) {
tmpSize = 24 * this->currentWave.mobsObj[1].fHealth / this->currentWave.mobsObj[1].nMaxHealth;
if (tmpSize < 1 && tmpSize > -1) tmpSize = 1;
for (unsigned short int i = 0; i < tmpSize; i++) {
this->screen[140 * 0 + 54 + i] = '#';
this->screen[140 * 1 + 54 + i - 20] = '#';
}
}
if (this->currentWave.mobsObj[2].fHealth > 0) {
tmpSize = 24 * this->currentWave.mobsObj[2].fHealth / this->currentWave.mobsObj[2].nMaxHealth;
if (tmpSize < 1 && tmpSize > -1) tmpSize = 1;
for (unsigned short int i = 0; i < tmpSize; i++) {
this->screen[140 * 0 + 88 + i] = '#';
this->screen[140 * 1 + 88 + i - 20] = '#';
}
}
break;
}
// Score
std::string sScore = std::to_string(score);
for (unsigned int i = 0; i < sScore.length(); i++)
this->screen[
(this->nScreenHeight - 1) * this->nScreenWidth + i + 10
] = sScore[i];
// Damage indicator:
if (damageIndicator != -1) {
int posX = 60;
int posY = 18; // Y coords starts from the top
if (damageIndicator >= 10) {
this->screen[posY * this->nScreenWidth + posX] = '0' + (int) damageIndicator / 10;
this->screen[posY * this->nScreenWidth + posX + 1] = '0' + ((int) damageIndicator) % 10;
} else {
this->screen[posY * this->nScreenWidth + posX] = '0';
this->screen[posY * this->nScreenWidth + posX + 1] = '0' + damageIndicator;
}
}
}
void Engine::_overlayMap(Position playerPos) {
for (unsigned short int x = 0; x < this->map.nMapWidth; x++)
for (unsigned short int y = 0; y < this->map.nMapHeight; y++)
this->screen[y * this->nScreenWidth + x] = this->map.smap[(this->map.nMapHeight - y - 1) * this->map.nMapWidth + x];
for (unsigned short int x = 0; x < this->map.nMapWidth; x++)
for (unsigned short int y = 0; y < this->map.nMapHeight; y++)
if (this->map.smobs[y * this->map.nMapWidth + x] == 'X')
this->screen[(int)(this->map.nMapHeight - y - 1) * this->nScreenWidth + (int) x] = 'X';
this->screen[(int)(this->map.nMapHeight - playerPos.y) * this->nScreenWidth + (int) playerPos.x] = 'P';
}
void Engine::_outputFrame() {
this->screen[this->nScreenWidth * this->nScreenHeight - 1] = '\0';
WriteConsoleOutputCharacter(
this->hConsole,
(char*) this->screen,
this->nScreenWidth * this->nScreenHeight,
{0,0},
&this->dwBytesWritten
);
}
void Engine::captureInputs(Player& player) {
float fSpeed = 0.01f * player.fMovSpeed;
if ((GetAsyncKeyState((unsigned short) C_FIRE_WEAPON) & 0x8000) ||
(GetAsyncKeyState((unsigned short) C_FIRE_WEAPON_ALT) & 0x8000))
this->shootFromPlayer(player);
if ((GetAsyncKeyState((unsigned short) C_RELOAD_WEAPON) & 0x8000))
if(player.timings.reloading == -1)
player.reload(this->fElapsedTimeMilliSeconds);
if (GetAsyncKeyState((unsigned short) C_LOOK_LEFT) & 0x8000)
player.pos.a -= (fSpeed * C_LOOK_SENSI);
if (GetAsyncKeyState((unsigned short) C_LOOK_RIGHT) & 0x8000)
player.pos.a += (fSpeed * C_LOOK_SENSI);
// Handle Forwards movement & collision
if (GetAsyncKeyState((unsigned short) C_WALK_FORWARD) & 0x8000) {
this->lastMov = C_WALK_FORWARD;
player.pos.x += sinf(player.pos.a) * fSpeed;
player.pos.y += cosf(player.pos.a) * fSpeed;
if (this->map.smap[(int)player.pos.y * this->map.nMapWidth + (int)player.pos.x] == '#') {
player.pos.x -= sinf(player.pos.a) * fSpeed;
player.pos.y -= cosf(player.pos.a) * fSpeed;
}
}
// Handle Right movement & collision
if (GetAsyncKeyState((unsigned short) C_WALK_RIGHT) & 0x8000) {
this->lastMov = C_WALK_RIGHT;
player.pos.x += sinf(player.pos.a + utils::PI/2) * fSpeed;
player.pos.y += cosf(player.pos.a + utils::PI/2) * fSpeed;
if (this->map.smap[(int)player.pos.y * this->map.nMapWidth + (int)player.pos.x] == '#') {
player.pos.x -= sinf(player.pos.a + utils::PI/2) * fSpeed;
player.pos.y -= cosf(player.pos.a + utils::PI/2) * fSpeed;
}
}
// Handle Left movement & collision
if (GetAsyncKeyState((unsigned short) C_WALK_LEFT) & 0x8000) {
this->lastMov = C_WALK_LEFT;
player.pos.x += sinf(player.pos.a - utils::PI/2) * fSpeed;
player.pos.y += cosf(player.pos.a - utils::PI/2) * fSpeed;
if (this->map.smap[(int)player.pos.y * this->map.nMapWidth + (int)player.pos.x] == '#') {
player.pos.x -= sinf(player.pos.a - utils::PI/2) * fSpeed;
player.pos.y -= cosf(player.pos.a - utils::PI/2) * fSpeed;
}
}
// Handle backwards movement & collision
if (GetAsyncKeyState((unsigned short) C_WALK_BACKWARD) & 0x8000) {
this->lastMov = C_WALK_BACKWARD;
player.pos.x -= sinf(player.pos.a) * fSpeed;
player.pos.y -= cosf(player.pos.a) * fSpeed;
if (this->map.smap[(int)player.pos.y * this->map.nMapWidth + (int)player.pos.x] == '#') {
player.pos.x += sinf(player.pos.a) * fSpeed;
player.pos.y += cosf(player.pos.a) * fSpeed;
}
}
}
void Engine::shootFromPlayer(Player& player) {
// Hit-Scan
// Checa se o player nao esta recarregando ou atirando e ainda tem municao
if (player.timings.reloading == -1 && player.nAmmoCount > 0 && player.timings.shooting == -1) {
player.shoot(this->fElapsedTimeMilliSeconds);
float fEyeX = sinf(player.pos.a);
float fEyeY = cosf(player.pos.a);
bool bHitMob = false;
float fDistance = 0.f;
int nTestX;
int nTestY;
while (!bHitMob && fDistance < this->fDepth) {
fDistance += F_RAY_STEP_SIZE;
nTestX = (int)(player.pos.x + fEyeX * fDistance);
nTestY = (int)(player.pos.y + fEyeY * fDistance);
if (nTestX < 0 || nTestX >= fDepth || nTestY < 0 || nTestY >= fDepth)
fDistance = this->fDepth;
else
if (this->map.smobs[nTestY * this->map.nMapWidth + nTestX] == 'X') {
bHitMob = true;
} else if (this->map.smap[nTestY * this->map.nMapWidth + nTestX] == '#') {
fDistance = this->fDepth;
}
}
if (bHitMob) {
for (size_t i = 0; i < this->currentWave.nCount; i++)
if ((int) this->currentWave.mobsObj[i].pos.x == (int) nTestX &&
(int) this->currentWave.mobsObj[i].pos.y == (int) nTestY) {
unsigned short int dmg = player.aCurrentAmmo.damage(fDistance);
this->currentWave.mobsObj[i].fHealth -= dmg;
player.damageIndicator = dmg;
break; // mean damage cannot collateral (only damages 1 enemy at a time)
}
} else
player.damageIndicator = 0;
}
}
void Engine::checkForDamage(Player& player) {
for (size_t i = 0; i < this->currentWave.nCount; i++)
if (this->currentWave.mobsObj[i].fHealth > 0)
if (utils::modulus(this->currentWave.mobsObj[i].pos.x - player.pos.x) < 1.5 &&
utils::modulus(this->currentWave.mobsObj[i].pos.y - player.pos.y) < 1.5) {
// float damage = 1 * 0.016;
float damage = this->currentWave.mobsObj[i].nDamagePerSecond * fElapsedTimeMilliSeconds / 1000;
player.fHealth -= damage;
// this->logger.info("Damage Dealt: %f", damage);
}
}
void Engine::deathScreen(const unsigned int score) {
std::string youDiedOverlay = this->_createDeathScreen();
for (unsigned short int x = 0; x < this->nScreenWidth; x++)
for (unsigned short int y = 0; y < this->nScreenHeight; y++) {
switch (youDiedOverlay[y * this->nScreenWidth + x]) {
case 'a':
this->screen[y * this->nScreenWidth + x] = H_ENDSCREEN_CHAR_A;
break;
case 'b':
this->screen[y * this->nScreenWidth + x] = H_ENDSCREEN_CHAR_B;
break;
case 'c':
this->screen[y * this->nScreenWidth + x] = H_ENDSCREEN_CHAR_C;
break;
case 'd':
this->screen[y * this->nScreenWidth + x] = H_ENDSCREEN_CHAR_D;
break;
case 'e':
this->screen[y * this->nScreenWidth + x] = H_ENDSCREEN_CHAR_E;
break;
case 'f':
this->screen[y * this->nScreenWidth + x] = H_ENDSCREEN_CHAR_F;
break;
case 'g':
this->screen[y * this->nScreenWidth + x] = H_ENDSCREEN_CHAR_G;
break;
default:
this->screen[y * this->nScreenWidth + x] = H_ENDSCREEN_CHAR_DEFAULT;
}
}
this->logger.info("player score = %d", score); // 150
unsigned short int nScore[3]; // [1, 5, 0]
nScore[0] = (int) score / 100;
nScore[1] = (int) (score % 100) / 10;
nScore[2] = (int) score % 10;
this->logger.info("player dScore = %d, %d, %d", nScore[0], nScore[1], nScore[2]);
std::string cScoreLarge[3]; // ["1", "5", "0"] (LARGE)
for (unsigned int i = 0; i < 3; i++)
cScoreLarge[i] = this->_getNumLargeASCII(nScore[i]);
// 18 esq, 18 dir, 0 entre, comeca 4 e sobe 6
// special (LARGE) chars are 28x9
for (unsigned short int x = 0; x < 28; x++)
for (unsigned short int y = 0; y < 9; y++)
for (size_t i = 0; i < 3; i++) {
if (i == 0)
this->screen[(y + 28) * this->nScreenWidth + x + 18] = cScoreLarge[i][y * 28 + x];
else if (i == 1)
this->screen[(y + 28) * this->nScreenWidth + x + 18 + 28 * 1] = cScoreLarge[i][y * 28 + x];
else if (i == 2)
this->screen[(y + 28) * this->nScreenWidth + x + 18 + 28 * 2] = cScoreLarge[i][y * 28 + x];
}
this->_outputFrame();
}
void Engine::_createMobsHealthBars() {
this->_1mobsHealthBar += " |.........................................................| ";
this->_1mobsHealthBar += " |.........................................................| ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_1mobsHealthBar += " ";
this->_2mobsHealthBar += " |........................| |........................| ";
this->_2mobsHealthBar += " |........................| |........................| ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_2mobsHealthBar += " ";
this->_3mobsHealthBar += " |........................| |........................| |........................| ";
this->_3mobsHealthBar += " |........................| |........................| |........................| ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
this->_3mobsHealthBar += " ";
}
std::string Engine::_createDeathScreen() {
std::string tmpScreenOverlay;
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " abb bba cbbbbb b bb abbbbbd bbaabbbbb abbbbbd ";
tmpScreenOverlay += " cbb bbccbbc bbc bb abbc cbbd bbeabbcab d cbbd bbe ";
tmpScreenOverlay += " cbb bbfcbbf bbcabb cbbf fbb becbbccbbb fbb be ";
tmpScreenOverlay += " f gbbafcbb bbfaab fbbf fabd efbbfcab d fabd e ";
tmpScreenOverlay += " f bbcaff bbbbacfccbbbbba fcbbbba fbbffcbbbbcfcbbbba ";
tmpScreenOverlay += " bbccc f cfcfcf fcac c c cca c fa ff cf f cca c ";
tmpScreenOverlay += " abb fcf f c cf ffcf f f f c c c f f f f f c c ";
tmpScreenOverlay += " c c ff f f f c fff f f f f f c f f f f f ";
tmpScreenOverlay += " f f f f f f f f f f ";
tmpScreenOverlay += " f f f f ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " bbbbbb dbbbbd cbbbbb bbdbbb abbbbb ";
tmpScreenOverlay += " cbb ccbbd db cbbc bbcabb c bbcab d bb ";
tmpScreenOverlay += " f abbd cab dcbbf bbcabb fdb ccbbb ";
tmpScreenOverlay += " c bbcaad dbbcbb bbfcbbddbd cab d ";
tmpScreenOverlay += " cbbbbbbcc abbbd f bbbbacffbba cbbcfcbbbbc bb ";
tmpScreenOverlay += " c cac c f fc c f cfcfcf f ca fcafff cf f ";
tmpScreenOverlay += " f fc f f f c f c cf fc f cf f f f ";
tmpScreenOverlay += " f f f f f f f c ff f f ";
tmpScreenOverlay += " f f f f f f f f ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
tmpScreenOverlay += " ";
return tmpScreenOverlay;
}
std::string Engine::_getNumLargeASCII(const unsigned short int num) {
std::string tmpNumASCII;
switch (num) {
case 0:
tmpNumASCII += "_____/\\\\\\\\\\\\\\ _______________";
tmpNumASCII += "____/\\\\\\/////\\\\\\____________";
tmpNumASCII += "____/\\\\\\____\\//\\\\\\__________";
tmpNumASCII += "____\\/\\\\\\_____\\/\\\\\\_________";
tmpNumASCII += "_____\\/\\\\\\_____\\/\\\\\\________";
tmpNumASCII += "______\\/\\\\\\_____\\/\\\\\\_______";
tmpNumASCII += "_______\\//\\\\\\____/\\\\\\_______";
tmpNumASCII += "_________\\///\\\\\\\\\\\\\\/_______";
tmpNumASCII += "____________\\///////________";
break;
case 1:
tmpNumASCII += "_________/\\\\\\_______________";
tmpNumASCII += "_______/\\\\\\\\\\\\\\_____________";
tmpNumASCII += "_______\\/////\\\\\\____________";
tmpNumASCII += "____________\\/\\\\\\___________";
tmpNumASCII += "_____________\\/\\\\\\__________";
tmpNumASCII += "______________\\/\\\\\\_________";
tmpNumASCII += "_______________\\/\\\\\\________";
tmpNumASCII += "________________\\/\\\\\\_______";
tmpNumASCII += "_________________\\///_______";
break;
case 2:
tmpNumASCII += "_____/\\\\\\\\\\\\\\\\\\_____________";
tmpNumASCII += "____/\\\\\\///////\\\\\\__________";
tmpNumASCII += "____\\///______\\//\\\\\\________";
tmpNumASCII += "______________/\\\\\\/_________";
tmpNumASCII += "_____________/\\\\\\//_________";
tmpNumASCII += "____________/\\\\\\//__________";
tmpNumASCII += "___________/\\\\\\//___________";
tmpNumASCII += "__________/\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\__";
tmpNumASCII += "__________\\///////////////__";
break;
case 3:
tmpNumASCII += "_____/\\\\\\\\\\\\\\\\\\\\____________";
tmpNumASCII += "____/\\\\\\///////\\\\\\__________";
tmpNumASCII += "____\\///______/\\\\\\__________";
tmpNumASCII += "____________/\\\\\\//__________";
tmpNumASCII += "____________\\////\\\\\\________";
tmpNumASCII += "________________\\//\\\\\\______";
tmpNumASCII += "_______/\\\\\\______/\\\\\\_______";
tmpNumASCII += "________\\///\\\\\\\\\\\\\\\\\\/______";
tmpNumASCII += "___________\\/////////_______";
break;
case 4:
tmpNumASCII += "____________/\\\\\\____________";
tmpNumASCII += "___________/\\\\\\\\\\___________";
tmpNumASCII += "__________/\\\\\\/\\\\\\__________";
tmpNumASCII += "_________/\\\\\\/\\/\\\\\\_________";
tmpNumASCII += "________/\\\\\\/__\\/\\\\\\________";
tmpNumASCII += "_______/\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\____";
tmpNumASCII += "_______\\///////////\\\\\\//____";
tmpNumASCII += "__________________\\/\\\\\\_____";
tmpNumASCII += "___________________\\///_____";
break;
case 5:
tmpNumASCII += "___/\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\_________";
tmpNumASCII += "___\\/\\\\\\///////////_________";
tmpNumASCII += "____\\/\\\\\\___________________";
tmpNumASCII += "_____\\/\\\\\\\\\\\\\\\\\\\\\\\\_________";
tmpNumASCII += "______\\////////////\\\\\\______";
tmpNumASCII += "__________________\\//\\\\\\____";
tmpNumASCII += "________/\\\\\\________\\/\\\\\\___";
tmpNumASCII += "________\\//\\\\\\\\\\\\\\\\\\\\\\\\\\/___";
tmpNumASCII += "__________\\/////////////____";
break;
case 6:
tmpNumASCII += "____________/\\\\\\\\\\__________";
tmpNumASCII += "_________/\\\\\\\\////__________";
tmpNumASCII += "_______/\\\\\\///______________";
tmpNumASCII += "______/\\\\\\\\///////\\\\\\_______";
tmpNumASCII += "______\\////////////\\\\\\______";
tmpNumASCII += "______\\/\\\\\\______\\//\\\\\\_____";
tmpNumASCII += "_______\\//\\\\\\______/\\\\\\_____";
tmpNumASCII += "_________\\///\\\\\\\\\\\\\\\\\\/_____";
tmpNumASCII += "____________\\/////////______";
break;
case 7:
tmpNumASCII += "__/\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\__________";
tmpNumASCII += " _\\/////////////\\\\\\_________";
tmpNumASCII += "______________/\\\\\\/_________";
tmpNumASCII += "_____________/\\\\\\/__________";
tmpNumASCII += "____________/\\\\\\/___________";
tmpNumASCII += "___________/\\\\\\/____________";
tmpNumASCII += "__________/\\\\\\/_____________";
tmpNumASCII += "_________/\\\\\\/______________";
tmpNumASCII += "_________\\///_______________";
break;
case 8:
tmpNumASCII += "________/\\\\\\\\\\\\\\\\\\__________";
tmpNumASCII += "_______/\\\\\\///////\\\\\\_______";
tmpNumASCII += "_______\\/\\\\\\_____\\/\\\\\\______";
tmpNumASCII += "________\\///\\\\\\\\\\\\\\\\\\/______";
tmpNumASCII += "_________/\\\\\\///////\\\\\\_____";
tmpNumASCII += "_________/\\\\\\______\\//\\\\\\___";
tmpNumASCII += "_________\\//\\\\\\______/\\\\\\___";
tmpNumASCII += "__________\\///\\\\\\\\\\\\\\\\\\/___";
tmpNumASCII += "_____________\\/////////____";
break;
case 9:
tmpNumASCII += "______/\\\\\\\\\\\\\\\\\\____________";
tmpNumASCII += "_____/\\\\\\///////\\\\\\_________";
tmpNumASCII += "_____/\\\\\\______\\//\\\\\\_______";
tmpNumASCII += "_____\\//\\\\\\_____/\\\\\\\\\\______";
tmpNumASCII += "_______\\///\\\\\\\\\\\\\\\\/\\\\\\_____";
tmpNumASCII += "_________\\////////\\/\\\\\\_____";
tmpNumASCII += "________/\\\\________/\\\\\\_____";
tmpNumASCII += "_________\\//\\\\\\\\\\\\\\\\\\\\\\/____";
tmpNumASCII += "__________\\///////////______";
break;
}
return tmpNumASCII;
}