/
Player.cpp
227 lines (216 loc) · 9.52 KB
/
Player.cpp
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/**
Copyright (C) 2011 babin philippe
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License along
with this program; if not, write to the Free Software Foundation, Inc.,
51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.*/
#include "Player.hpp"
Player::Player(MapTile **map):
ImgAnim::ImgAnim(GameConfig::g_imgManag["player"].img,GameConfig::g_imgManag["player"].nbrCollum,GameConfig::g_imgManag["player"].nbrLine)
,m_map(map)
,m_velx(0),m_vely(0),
m_jumpLock(false),m_colBot(false),m_direction(false),m_moving(false),m_princess(false)
{
pause();
m_jump.SetBuffer(GameConfig::g_soundManag["jump"]);
}
sf::FloatRect Player::GetPlayerRect(){
return sf::FloatRect(GetPosition().x,GetPosition().y,GameConfig::g_config["playercollwidth"],GameConfig::g_config["playercollheight"]);
}
sf::FloatRect Player::GetMovedPlayerRect(const float moveX,const float moveY){
return sf::FloatRect(GetPosition().x+moveX,GetPosition().y+moveY,GameConfig::g_config["playercollwidth"],GameConfig::g_config["playercollheight"]);
}
sf::FloatRect Player::GetViewRect(){
return sf::FloatRect(GetPosition().x-(int)GameConfig::g_config["screenwidth"]/8,GetPosition().y-(int)GameConfig::g_config["screenheight"]/8,(int)GameConfig::g_config["screenwidth"]/4,(int)GameConfig::g_config["screenheight"]/4);
}
void Player::Gravity(sf::RenderWindow &app){
m_vely+=GameConfig::g_config["gravity"]/1000.f*app.GetFrameTime();
}
void Player::Jump(){
if(!m_jumpLock){
m_jumpLock=true;
m_vely+=GameConfig::g_config["jump"];
SetBottomCollision(false);
m_jump.Play();
}
}
void Player::Turn(bool left, bool right){
if(left&&!right){
m_moving=true;
m_direction=GAUCHE;
m_velx=-100;
}
else if(!left&&right){
m_moving=true;
m_direction=DROITE;
m_velx=100;
}
else{
m_moving=false;
m_velx*=0.8;
}
FlipX(m_direction);
}
bool Player::CollisionGeneral(const sf::FloatRect playerRect,bool &kill){
int maxHeight, minHeight, maxWidth, minWidth;
bool collision=false;
minHeight=playerRect.Top/GameConfig::g_config["tileheight"];
minWidth=playerRect.Left/GameConfig::g_config["tilewidth"];
maxHeight=(playerRect.Top+playerRect.Height-1)/GameConfig::g_config["tileheight"];
maxWidth=(playerRect.Left+playerRect.Width-1)/GameConfig::g_config["tilewidth"];
if(minHeight<0)minHeight=0;
if(maxHeight>(*m_map)->m_height)maxHeight=(*m_map)->m_height;
if(minWidth<0)minWidth=0;
if(maxWidth>(*m_map)->m_width)maxWidth=(*m_map)->m_width;
for(int y=minHeight;y<=maxHeight;y++){
for(int x=minWidth;x<=maxWidth;x++){
if(!(x>=(*m_map)->m_width or y>=(*m_map)->m_height)){
if((*m_map)->Tile(x,y).kill)kill=true;
if(((*m_map)->Tile(x,y).fall && IsPrincess() && !(*m_map)->Tile(x,y).princess)||
((*m_map)->Tile(x,y).fall && !IsPrincess() && (*m_map)->Tile(x,y).princess)||
!(*m_map)->Tile(x,y).fall){
if((*m_map)->Tile(x,y).solid && !((*m_map)->Tile(x,y).touch && (*m_map)->Tile(x,y).tile.GetColor().a==0)){
if((*m_map)->Tile(x,y).fall)(*m_map)->m_tileSet.at(x).at(y).touch=true;
sf::FloatRect theTile(x*GameConfig::g_config["tilewidth"],y*GameConfig::g_config["tileheight"],GameConfig::g_config["tilewidth"],GameConfig::g_config["tileheight"]);
if(playerRect.Intersects(theTile)||theTile.Intersects(playerRect)){
collision= true;
}
}
}
}
}
}
return collision;
}
bool Player::CollisionVertical(const sf::FloatRect playerRect, bool &haut, bool &bas,int &solidLimit){
int maxHeight, minHeight, maxWidth, minWidth;
bool CollisionVertical=false;
minHeight=playerRect.Top/GameConfig::g_config["tileheight"];
minWidth=playerRect.Left/GameConfig::g_config["tilewidth"];
maxHeight=(playerRect.Top+playerRect.Height-1)/GameConfig::g_config["tileheight"];
maxWidth=(playerRect.Left+playerRect.Width-1)/GameConfig::g_config["tilewidth"];
if(minHeight<0)minHeight=0;
if(maxHeight>(*m_map)->m_height)maxHeight=(*m_map)->m_height;
if(minWidth<0)minWidth=0;
if(maxWidth>(*m_map)->m_width)maxWidth=(*m_map)->m_width;
for(int y=minHeight;y<=maxHeight;y++){
for(int x=minWidth;x<=maxWidth;x++){
if(!(x>=(*m_map)->m_width or y>=(*m_map)->m_height)){
if(((*m_map)->Tile(x,y).fall && IsPrincess() && !(*m_map)->Tile(x,y).princess)||
((*m_map)->Tile(x,y).fall && !IsPrincess() && (*m_map)->Tile(x,y).princess)||
!(*m_map)->Tile(x,y).fall){
if((*m_map)->Tile(x,y).solid && !((*m_map)->Tile(x,y).touch && (*m_map)->Tile(x,y).tile.GetColor().a==0)){
sf::FloatRect theTile(x*GameConfig::g_config["tilewidth"],y*GameConfig::g_config["tileheight"],GameConfig::g_config["tilewidth"],GameConfig::g_config["tileheight"]);
if(playerRect.Intersects(theTile)||theTile.Intersects(playerRect)){
CollisionVertical=true;
if((*m_map)->Tile(x,y).fall)(*m_map)->m_tileSet.at(x).at(y).touch=true;
if(y*GameConfig::g_config["tileheight"]<=playerRect.Top+playerRect.Height&&y*GameConfig::g_config["tileheight"]>=playerRect.Top){
bas=true;
solidLimit=y;
}
if((y+1)*GameConfig::g_config["tileheight"]>=playerRect.Top&&(y+1)*GameConfig::g_config["tileheight"]<=playerRect.Top+playerRect.Height){
haut=true;
}
}
}
}
}
}
}
return CollisionVertical;
}
bool Player::CollisionHorizontal(const sf::FloatRect playerRect, bool &gauche, bool &droite,int &solidLimit){
int maxHeight, minHeight, maxWidth, minWidth;
bool CollisionHorizontal=false;
minHeight=playerRect.Top/GameConfig::g_config["tileheight"];
minWidth=playerRect.Left/GameConfig::g_config["tilewidth"];
maxHeight=(playerRect.Top+playerRect.Height-1)/GameConfig::g_config["tileheight"];
maxWidth=(playerRect.Left+playerRect.Width-1)/GameConfig::g_config["tilewidth"];
if(minHeight<0)minHeight=0;
if(maxHeight>(*m_map)->m_height)maxHeight=(*m_map)->m_height;
if(minWidth<0)minWidth=0;
if(maxWidth>(*m_map)->m_width)maxWidth=(*m_map)->m_width;
for(int y=minHeight;y<=maxHeight;y++){
for(int x=minWidth;x<=maxWidth;x++){
if(!(x>=(*m_map)->m_width or y>=(*m_map)->m_height)){
if(((*m_map)->Tile(x,y).fall && IsPrincess() && !(*m_map)->Tile(x,y).princess)||
((*m_map)->Tile(x,y).fall && !IsPrincess() && (*m_map)->Tile(x,y).princess)||
!(*m_map)->Tile(x,y).fall){
if((*m_map)->Tile(x,y).solid && !((*m_map)->Tile(x,y).touch && (*m_map)->Tile(x,y).tile.GetColor().a==0)){
sf::FloatRect theTile(x*GameConfig::g_config["tilewidth"],y*GameConfig::g_config["tileheight"],GameConfig::g_config["tilewidth"],GameConfig::g_config["tileheight"]);
if(playerRect.Intersects(theTile)||theTile.Intersects(playerRect)){
CollisionHorizontal= true;
if((*m_map)->Tile(x,y).fall)(*m_map)->m_tileSet.at(x).at(y).touch=true;
if(x*GameConfig::g_config["tilewidth"]>=playerRect.Left&&x*GameConfig::g_config["tilewidth"]<=playerRect.Left+playerRect.Width){
droite=true;
solidLimit=x;
}
if((x+1)*GameConfig::g_config["tilewidth"]<=playerRect.Left+playerRect.Width&&(x+1)*GameConfig::g_config["tilewidth"]>=playerRect.Left){
gauche=true;
solidLimit=x;
}
}
}
}
}
}
}
return CollisionHorizontal;
}
void Player::SetMapObject(vector<GameEntity*> *listObject){
m_listObject=listObject;
}
bool Player::IsDead(){
return true;
}
float Player::GetVelx(){
return m_velx;
}
float Player::GetVely(){
return m_vely;
}
void Player::SetVelx(float nx){
m_velx=nx;
}
void Player::SetVely(float ny){
m_vely=ny;
}
void Player::SetBottomCollision(bool is){
m_colBot=is;
}
bool Player::GetBottomCollision() const{
return m_colBot;
}
void Player::UnlockJump(){
m_jumpLock=false;
m_vely=0;
}
bool Player::IsPrincess(){
return m_princess;
}
void Player::Switch(){
if(m_switch.GetElapsedTime()>500){
if(m_princess)m_princess=false;
else m_princess=true;
m_switch.Reset();
}
}
void Player::Drawing(sf::RenderWindow* app){
if(m_princess)setAnimRow(1);
else setAnimRow(0);
}
void Player::Pause(){
m_switch.Pause();
}
void Player::Resume(){
m_switch.Play();
}
Player::~Player(){
}