void AAction::loadBones()
{
_hb.push_back(Hitbox(5, Position(), _bones[Bones::FOOT1], _player.orient()));
_hb.push_back(Hitbox(5, Position(), _bones[Bones::FOOT2], _player.orient()));
_hb.push_back(Hitbox(5, Position(), _bones[Bones::HAND1], _player.orient()));
_hb.push_back(Hitbox(5, Position(), _bones[Bones::HAND2], _player.orient()));
_hb.push_back(Hitbox(5, Position(), _bones[Bones::ELBOW1], _player.orient()));
_hb.push_back(Hitbox(5, Position(), _bones[Bones::ELBOW2], _player.orient()));
_hb.push_back(Hitbox(5, Position(), _bones[Bones::KNEE1], _player.orient()));
_hb.push_back(Hitbox(5, Position(), _bones[Bones::KNEE2], _player.orient()));
_hb.push_back(Hitbox(16, Position(), _bones[Bones::HEAD], _player.orient()));
_hb.push_back(Hitbox(5, Position(), _bones[Bones::BODY], _player.orient()));
}
Character::Character(int xpos, int ypos, std::string name) {
std::cout << "Character." << std::endl;
this->name = name;
position = sf::Vector2f(xpos,ypos);
speed = 0;
hitbox = Hitbox(position.x+6,position.y+(CHARA_SPRITE_H/2), CHARA_SPRITE_W-14,CHARA_SPRITE_H/2-6);
}
bool Character::verifyMove(direction d, Hitbox *h) {
Hitbox next_move;
float next_speed = (WALKING_SPEED*dt.asSeconds());
switch (d){
case DOWN :
next_move = Hitbox(hitbox.getPosition().x, hitbox.getPosition().y+next_speed,hitbox.get_size());
return h->collision(next_move);
case LEFT :
next_move = Hitbox(hitbox.getPosition().x-next_speed, hitbox.getPosition().y,hitbox.get_size());
return h->collision(next_move);
case UP :
next_move = Hitbox(hitbox.getPosition().x, hitbox.getPosition().y-next_speed,hitbox.get_size());
return h->collision(next_move);
case RIGHT :
next_move = Hitbox(hitbox.getPosition().x+next_speed, hitbox.getPosition().y,hitbox.get_size());
return h->collision(next_move);
}
return false;
}
CollTestBox::CollTestBox(double x, double y) : TextureSprite("images/dev/colltestbox.png")
{
setNumberOfAnimations(2);
setSpriteFrameSize(600,50);
addSpriteAnimFrame(0,0,0);
addSpriteAnimFrame(1,200,0);
setCurrentAnimation(0);
setPosition(x, y);
setLayerID(1);
hitbox = Hitbox(0, 0, 600, 50);
}
Robert::Robert(double x, double y) : PhysicsSprite("images/spr_robert.png")
{
setPosition(x, y);
// animations:
// 0 - standing
// 1 - walking
// 2 - attacking
// 3 - get hit
// ANIMATION SETUP //
setNumberOfAnimations(4);
setSpriteFrameSize(128,128);
addSpriteAnimRow(0, 0, 256, 128, 0, 1); // standing animation - 0
setAnimationSpeed(0, 0.1);
addSpriteAnimRow(1, 0, 384, 128, 0, 4); // walking animation - 1
setAnimationSpeed(1, 0.25);
addSpriteAnimRow(2, 0, 128, 128, 0, 5); // attacking animation - 2
setAnimationSpeed(2, 0.25);
setAnimationLoop(2, false);
addSpriteAnimRow(3, 0, 0, 128, 0, 2); // hit animation - 3
setAnimationSpeed(3, 0.1);
setAnimationLoop(3, false);
setCurrentAnimation(0);
// PHYSICAL PROPERTIES //
mass = 50;
airDrag = 0.1;
groundFriction = 0.75;
// (airGroundFriction and gravity are left to defaults)
hitbox = Hitbox(40, 0, 48, 117);
setCenter(64, 58);
health = 3;
// BEHAVIORAL STATE VARIABLE(S) //
walking = false;
attacking = false;
gotHit = false;
thrown = false;
willAttack = false;
}
//-----------------------------------------------------------------------------
// Exports mstudiobbox_t.
//-----------------------------------------------------------------------------
void export_hitbox(scope _studio)
{
class_<mstudiobbox_t, mstudiobbox_t *, boost::noncopyable> Hitbox("Hitbox");
// Properties...
Hitbox.add_property("name", &mstudiobbox_t::pszHitboxName);
Hitbox.def_readwrite("bone", &mstudiobbox_t::bone);
Hitbox.def_readwrite("group", &mstudiobbox_t::group);
Hitbox.add_property("min", make_getter(&mstudiobbox_t::bbmin, reference_existing_object_policy()));
Hitbox.add_property("max", make_getter(&mstudiobbox_t::bbmax, reference_existing_object_policy()));
// Add memory tools...
Hitbox ADD_MEM_TOOLS(mstudiobbox_t);
}
BoxBot::BoxBot(double x, double y) : PhysicsSprite("images/spr_boxbot.png")
{
setPosition(x, y);
// animations:
// 0 - standing
// 1 - walking
// 2 - attacking
// 3 - get hit
// ANIMATION SETUP //
setNumberOfAnimations(4);
setSpriteFrameSize(128,128);
addSpriteAnimRow(0, 0, 0, 128, 0, 1); // standing animation - 0
setAnimationSpeed(0, 0.1);
addSpriteAnimRow(1, 0, 384, 128, 0, 2); // walking animation - 1
setAnimationSpeed(1, 0.1);
addSpriteAnimRow(2, 0, 128, 128, 0, 7); // attacking animation - 2
setAnimationSpeed(2, 0.25);
setAnimationLoop(2, false);
addSpriteAnimRow(3, 0, 256, 128, 0, 2); // hit animation - 3
setAnimationSpeed(3, 0.1);
setAnimationLoop(3, false);
setCurrentAnimation(1);
// PHYSICAL PROPERTIES //
mass = 50;
airDrag = 0.1;
groundFriction = 0.75;
// (airGroundFriction and gravity are left to defaults)
hitbox = Hitbox(44, 0, 30, 110);
setCenter(35, 54);
// BEHAVIORAL STATE VARIABLE(S) //
walking = true;
}
//Gets a vector of hitboxes
std::vector<Hitbox> lua_get_hitboxes_from_table(lua_State *L, const std::string& key){
lua_pushstring(L,key.c_str());
lua_gettable(L,-2);
std::vector<Hitbox> outp;
if(!lua_istable(L, -1)) {
luaL_error(L, "Not a table: %s", key.c_str());
}
lua_pushnil(L);
int x,y,r;
while(lua_next(L, -2)) {
x = lua_get_float_from_table(L, "x");
y = lua_get_float_from_table(L, "y");
r = lua_get_float_from_table(L, "r");
outp.push_back(Hitbox(x,y,r));
lua_pop(L, 1);
}
lua_pop(L, 1);
return outp;
}
Hitbox PShot::hitbox() {
return Hitbox(x-offsetx,x+offsetx,y-offsety,y+offsety);
}
Hitbox Bomb::hitbox() {
return Hitbox(x-offsetx,x+offsetx,y-offsety,y+offsety);
}
Hitbox Bracket::getHitbox() const {
return Hitbox(info.position, info.position + sf::Vector2f(51,-40));
}
Hitbox Explosion::getHitbox() const {
return Hitbox( info.position + sf::Vector2f(10, -10), info.position + sf::Vector2f(sd.dimensions.x, -sd.dimensions.y) + sf::Vector2f(-10, 10));
}
// TODO: Usunac blad wysrodkowywania hitboxa => usunax hitboxOffset
Hitbox Player::getHitbox() const {
// square 22*22 centered on player -- to be placed somewhere else.
return Hitbox(position + sf::Vector2f(-11,-11) + hitboxOffset, position + sf::Vector2f(11,11) + hitboxOffset);
}
Hitbox Player::ihitbox() {
return Hitbox(x-icrad,x+icrad,y-icrad,y+icrad);
}
Hitbox Player::hitbox() {
return Hitbox(x-hbrad,x+hbrad,y-hbrad,y+hbrad);
}
BasicEnemy::BasicEnemy(double x_pos, double y_pos, double x_vel, double y_vel)
: GameObject(x_pos, y_pos, x_vel, y_vel)
, hitbox_(Hitbox(x_pos_, y_pos_, 90, 50)) {
}
