void Mario::bneut() {
if (action != BNEUT) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 132, 133, 12, ANIM_LOOP, -1);
delay = 60 / 12 * 2;
dx = 0;
action = BNEUT;
}
else if (PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 133 && delay == 1) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 134, 134, 10, ANIM_LOOP, -1);
delay = 60 / 10 * 1;
PA_FatPlaySfx("mariobneut");
int directionmodifier = 1;
if (direction == RIGHT) directionmodifier = -1;
Hitbox tempbox;
tempbox.addCircle(createAtkbox(32, 32, 6, Knockback(-.25*directionmodifier, 0, 6), 10, 5));
Projectile p = Projectile(x, y, -2 * directionmodifier, 0, 120, FIREBALL, charnum, tempbox, stage, display);
((vector<Projectile>*)getProj())->push_back(p);
}
else if (PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 134 && delay == 1) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 135, 136, 12, ANIM_LOOP, -1);
delay = 60 / 12 * 2;
}
else if (PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 136 && delay == 1) {
fall();
}
else if (aerial && checkFloorCollision()) dy = 0;
}
bool Hitbox::collide(const Hitbox &a, const Hitbox &b) { //static method
// // Debug
// std::cerr<<"Collide:\n";
// std::printf("\ta: [%3.2f %3.2f] [%3.2f %3.2f]\n", a.min.x, a.min.y, a.max.x, a.max.y);
// std::printf("\tb: [%3.2f %3.2f] [%3.2f %3.2f]\n", b.min.x, b.min.y, b.max.x, b.max.y);
if (a.isNone() || b.isNone())
return false; // Hitboxes of area 0 don't collide with anything.
if (a.max.x <= b.min.x) {
// std::cerr<<"\ta left of b"<<std::endl;
return false;
}
if (a.min.x >= b.max.x) {
// std::cerr<<"\ta right of b"<<std::endl;
return false;
}
if (a.max.y <= b.min.y) {
// std::cerr<<"\ta above b"<<std::endl;
return false;
}
if (a.min.y >= b.max.y) {
// std::cerr<<"\ta below b"<<std::endl;
return false;
// return false; // a is completely left/right/above/below b
}
// std::cerr<<"\tcollision"<<std::endl;
return true; // overlap
}
void Window::drawHitbox(const Hitbox &box, sf::Color color) {
if(showHitbox) {
sf::Shape boxA = sf::Shape::Rectangle(
box.getMinX(), box.getMinY(), box.getMaxX(), box.getMaxY(),
sf::Color(0, 0, 0, 0), 1.0f, color);
app.Draw(boxA);
}
}
bool Entity::collide(Entity const& target) const
{
Hitbox *self;
Hitbox *op;
if ((self = getComponent<Hitbox>()) &&
(op = target.getComponent<Hitbox>()))
{
return (self->isInTouch(*op));
}
return (false);
}
bool Hitbox::isIntersectingWith(const Hitbox& other){
bool xOverlap = valueInRange(this->getX(),other.getX(), other.getX() + other.getWidth())
|| valueInRange(other.getX(), this->getX(), this->getX() + this->getWidth());
bool yOverlap = valueInRange(this->getY(),other.getY(),other.getY() + other.getHeight())
|| valueInRange(other.getY(), this->getY(), this->getY() + this->getHeight());
return xOverlap && yOverlap;
}
void Ike::bup() {
if (action != BUP) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 118, 122, 15, ANIM_LOOP, -1);
delay = 60 / 15 * 5;
setDirection();
dx = 0;
if (aerial) dy = -gravity;
else dy = 0;
action = BUP;
int directionmodifier = 1;
if (direction == RIGHT) directionmodifier = -1;
Hitbox tempbox;
tempbox.addCircle(createAtkbox(32, 32, 15, Knockback(0, 0, 2), 3, -2));
Projectile p = Projectile(x, y, -.1 * directionmodifier, -4, 30, IKESWORD, charnum, tempbox, stage, display);
((vector<Projectile>*)getProj())->push_back(p);
}
else if (delay == 1 && PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 122) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 127, 127, 15, ANIM_LOOP, -1);
PA_FatPlaySfx("ikebup");
delay = 60 / 15 * 1;
}
else if (delay == 1 && PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 127) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 128, 128, 15, ANIM_LOOP, -1);
delay = 60 / 15 * 3;
dy = -gravity - 6;
aerial = true;
}
else if (delay == 1 && PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 128) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 129, 134, 15, ANIM_LOOP, -1);
delay = 60 / 15 * 6;
dy = -gravity;
}
else if (PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 135 && checkFloorCollision()) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 136, 138, 15, ANIM_LOOP, -1);
delay = 60 / 15 * 3;
dy = 0;
aerial = false;
}
else if (delay == 1 && PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 138) {
idle();
}
else if ((delay == 1 && PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 134) || (delay == 1 && PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 135)) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 135, 135, 15, ANIM_LOOP, -1);
delay = 60 / 15 * 1;
dy = -gravity + 6;
}
}
void Kirby::bup() {
if(action != BUP) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 190, 199, 20, ANIM_ONESHOT);
AS_SoundQuickPlay(kirbybup1);
aerial = true;
delay = 60/20 * 10;
dy = -6;
dx = 0;
fastfall = 0;
DI = 0;
setDirection();
action = BUP;
}
else {
if(delay == 1 && PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 199) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 200, 200, 20, ANIM_LOOP, -1);
AS_SoundQuickPlay(kirbybup2);
delay = 60/20 * 1;
dy = 4;
}
else if(delay == 1 && PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 200) {
if(!checkFloorCollision()) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 200, 200, 20, ANIM_LOOP, -1);
delay = 60/20 * 1;
dy = 4;
}
else {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 201, 201, 20, ANIM_LOOP, -1);
delay = 60/20 * 1;
int directionmodifier = 1;
if(direction ==RIGHT) directionmodifier = -1;
Hitbox tempbox;
tempbox.addCircle(createAtkbox(36, 805%64, 22, Knockback((-1*directionmodifier), -.5, 8), 24));
tempbox.addCircle(createAtkbox(30, 794%63, 22, Knockback((-1*directionmodifier), -.5, 8), 24));
tempbox.addCircle(createAtkbox(47, 812%64, 10, Knockback((-1*directionmodifier), -.5, 8), 24));
((vector<Projectile>*)getProj())->push_back(Projectile(x, y, -5*directionmodifier, 0, 20, FINALCUTTER, charnum, tempbox, stage, display));
}
}
}
}
void Mario::bdown() {
if (action != BDOWN) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 149, 149, 20, ANIM_LOOP, -1);
delay = 60 / 20 * 1;
fluddcharge = 0;
dx = 0;
if (aerial) dy = -gravity / 2;
else dy = 0;
action = BDOWN;
}
else if (custom_action(ACTION_SPECIAL, PAD_RELEASED) && PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 149) {
PA_StartSpriteAnimEx(MAIN_SCREEN, SPRITENUM, 150, 150, 12, ANIM_LOOP, -1);
delay = 60 / 12 * 1;
int directionmodifier = 1;
if (direction == RIGHT) directionmodifier = -1;
Hitbox tempbox;
tempbox.addCircle(createAtkbox(58, 32, 5, Knockback((-1*directionmodifier), -.5, 6), 60, 5));
((vector<Projectile>*)getProj())->push_back(Projectile(x, y - 16, -5*directionmodifier, 0, 2*fluddcharge, FLUDDWATER, charnum, tempbox, stage, display));
fluddcharge = 0;
}
else if (PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 150) {
if (delay == 1) {
fall();
}
}
else if (delay == 1 && PA_GetSpriteAnimFrame(MAIN_SCREEN, SPRITENUM) == 149) {
delay = 60 / 20 * 1;
fluddcharge++;
}
else if (aerial && checkFloorCollision()) {
dy = 0;
}
else {
fluddcharge++;
if (fluddcharge > 30) fluddcharge = 30;
}
}
// Check for collision, correct position if necessary
// Colliding will stop the player and push them back.
void Player::collideWithTile(World *ptr, int id){
if(ptr->world.find(id) == ptr->world.end()) return; //No such field on map
Entity *entity = nullptr;
if(ptr->world[id].find(LayerType::LAYER_STONES) != ptr->world[id].end())
entity = ptr->world[id][LayerType::LAYER_STONES];
else if(ptr->world[id].find(LayerType::LAYER_BLOCKS) != ptr->world[id].end())
entity = ptr->world[id][LayerType::LAYER_BLOCKS];
else
return; //Field has no blocks and stones
Hitbox self = getHitbox();
Hitbox block = entity->getHitbox();
if(Hitbox::collide(self, block)) {
sf::Vector2f offset(0, 0);
// calculate where to push the player
if(goDown) offset.y = block.getMinY() - self.getMaxY() - 1; // Negative value -- push up and a little more
if(goUp) offset.y = block.getMaxY() - self.getMinY() + 1; // Positive value -- push down
if(goRight) offset.x = block.getMinX() - self.getMaxX() - 1; // push left
if(goLeft) offset.x = block.getMaxX() - self.getMinX() + 1; // push right
// Correct position and update player
position += offset;
update(0); // instant correction, no velocity
// TODO: Going towards a wall causes player's sprite to derp out -- find out why
// Lock further movement
if(goDown) goDown = lockChangeDirection = false;
if(goUp) goUp = lockChangeDirection = false;
if(goRight) goRight = lockChangeDirection = false;
if(goLeft) goLeft = lockChangeDirection = false;
}
}
Collision AnimationHitbox::CollisionType(RectangleShape* rectangle) const {
if(!rectangle->IsHitbox())
return DAMAGE;
Hitbox* h = (Hitbox*) rectangle;
vec2f sprite_position;
Sprite* a = h->CurrentSprite(sprite_position);
// Calculate rectangle intersection between h and a
// This is necessary because the animation rectangle could be smaller than h
const vec2f& hpos = h->position();
const vec2f& apos = hpos + sprite_position;
float x1f = std::max(hpos.x, apos.x);
float y1f = std::max(hpos.y, apos.y);
float x2f = std::min(hpos.x + h->width(), apos.x + a->width());
float y2f = std::min(hpos.y + h->height(), apos.y + a->height());
// Calculate the animation intersection
x1f = std::max(position_.x, x1f);
y1f = std::max(position_.y, y1f);
int x2 = (int)(std::min(position_.x + width_, x2f) - position_.x);
int y2 = (int)(std::min(position_.y + height_, y2f) - position_.y);
int x1 = (int)(x1f - position_.x);
int y1 = (int)(y1f - position_.y);
int x_offset = (int)(position_.x - apos.x);
int y_offset = (int)(position_.y - apos.y);
const Pixelmap& h1 = *CurrentSprite()->hit_map();
const Pixelmap& h2 = *a->damage_map();
if(Debug::enabled) {
h1.Print();
h2.Print();
// Print pixel collision info
for(int i = y1; i < y2; ++i) {
for(int j = x1; j < x2; ++j) {
if(h1.map_[i][j] && h2.map_[i + y_offset][j + x_offset])
std::cout << 'X';
else if(h1.map_[i][j] || h2.map_[i + y_offset][j + x_offset])
std::cout << '1';
else
std::cout << '0';
}
std::cout << std::endl;
}
}
for(int i = y1; i < y2; ++i) {
for(int j = x1; j < x2; ++j) {
// TODO: Check Attack and Shield map collisions
if(h1.map_[i][j] && h2.map_[i+y_offset][j+x_offset])
return DAMAGE;
}
}
return NONE;
}
Hitbox::Hitbox(const Hitbox& original)
{
this->area = original.getArea();
}
Fighter* Projectile::checkHits(Fighter* other) {
Hitbox temp = hit;
Hitbox atkbox;
vector<Circle> circles = temp.getCircles();
for (uint8 n = 0; n < circles.size(); n++) {
Circle current = circles[n];
Circle newcircright(current.getX() + x, current.getY() + y, current.getRadius(), current.getKnockback(), current.damage);
Circle newcircleft(64 - current.getX() + x, current.getY() + y, current.getRadius(), current.getKnockback(), current.damage);
if (dx < 0) atkbox.addCircle(newcircright);
else atkbox.addCircle(newcircleft);
}
if(TYPE == THUNDER1 || TYPE == THUNDER2 || TYPE == THUNDER3 || TYPE == THUNDER4) {
vector<Projectile> projs = *((vector<Projectile>*)getProj());
for(int n = 0; n < (int)projs.size(); n++) {
if(projs[n].owner == owner && (projs[n].TYPE == THUNDER1 || projs[n].TYPE == THUNDER2 || projs[n].TYPE == THUNDER3 || projs[n].TYPE == THUNDER4)) {
if(!projs[n].enabled) enabled = false;
}
}
}
if (!enabled) {
if(TYPE == THUNDER1 || TYPE == THUNDER2 || TYPE == THUNDER3 || TYPE == THUNDER4) {
vector<Projectile> projs = *((vector<Projectile>*)getProj());
for(int n = 0; n < (int)projs.size(); n++) {
if(projs[n].owner == owner && (projs[n].TYPE == THUNDER1 || projs[n].TYPE == THUNDER2 || projs[n].TYPE == THUNDER3 || projs[n].TYPE == THUNDER4)) {
projs[n].enabled = false;
}
}
}
return other;
}
if (other -> respawntimer > 0) return other;
if (other -> invincibility > 0) return other;
if(atkbox.hits(other -> getAtkbox())) {
if(atkbox.getHitCircle(other -> getAtkbox()).priority < other -> getAtkbox().getHitCircle(atkbox).priority) {
if (dx < 0) other -> takeDamage(atkbox.getHitCircle(other -> getDefbox(PA_GetSpriteAnimFrame(MAIN_SCREEN, other -> SPRITENUM))), 1, owner, 0);
else other -> takeDamage(atkbox.getHitCircle(other -> getDefbox(PA_GetSpriteAnimFrame(MAIN_SCREEN, other -> SPRITENUM))), -1, owner, 0);
}
else if(atkbox.getHitCircle(other -> getAtkbox()).priority == other -> getAtkbox().getHitCircle(atkbox).priority) {
removeProj(num);
}
else {
removeProj(num);
return other; // they win priority
}
}
else if(atkbox.hits(other -> getDefbox(PA_GetSpriteAnimFrame(MAIN_SCREEN, other -> SPRITENUM)))) {
if(other -> MYCHAR == KIRBY && PA_GetSpriteAnimFrame(MAIN_SCREEN, other -> SPRITENUM) == 189) {
if(TYPE != THUNDER1 && TYPE != THUNDER2 && TYPE != THUNDER3 && TYPE != THUNDER4 && TYPE != IKESWORD) removeProj(num);
else atkbox.enabled = false;
}
else if (other -> action == AIRDODGE || other -> action == ROLL || other -> action == DODGE) { /*doesn't hit*/
}
else if (other -> action == SHIELD) {
other -> shieldstr -= (int)((atkbox.getHitCircle(other -> getDefbox(PA_GetSpriteAnimFrame(MAIN_SCREEN, other -> SPRITENUM))).damage));
if(TYPE != THUNDER1 && TYPE != THUNDER2 && TYPE != THUNDER3 && TYPE != THUNDER4 && TYPE != IKESWORD) removeProj(num);
else atkbox.enabled = false;
if(TYPE == THUNDER1 || TYPE == THUNDER2 || TYPE == THUNDER3 || TYPE == THUNDER4) {
vector<Projectile> projs = *((vector<Projectile>*)getProj());
for(int n = 0; n < (int)projs.size(); n++) {
if(projs[n].owner == owner && (projs[n].TYPE == THUNDER1 || projs[n].TYPE == THUNDER2 || projs[n].TYPE == THUNDER3 || projs[n].TYPE == THUNDER4)) projs[n].enabled = false;
}
}
}
else if(other -> COUNTER) {
if(TYPE != THUNDER1 && TYPE != THUNDER2 && TYPE != THUNDER3 && TYPE != THUNDER4 && TYPE != IKESWORD) removeProj(num);
else atkbox.enabled = false;
other -> COUNTER = false;
if(other -> MYCHAR == IKE && (PA_GetSpriteAnimFrame(MAIN_SCREEN, other -> SPRITENUM) == 139 || PA_GetSpriteAnimFrame(MAIN_SCREEN, other -> SPRITENUM) == 140)) {
PA_StartSpriteAnimEx(MAIN_SCREEN, other -> SPRITENUM, 143, 144, 10, ANIM_LOOP, -1);
other -> action = ATTACK;
other -> delay = 60/10 * 2;
other -> freeze(30);
other -> dx = 0;
PA_StartSpriteAnimEx(MAIN_SCREEN, other -> SPRITENUM, 139, 139, 1, ANIM_LOOP, -1);
}
if(TYPE == THUNDER1 || TYPE == THUNDER2 || TYPE == THUNDER3 || TYPE == THUNDER4) {
vector<Projectile> projs = *((vector<Projectile>*)getProj());
for(int n = 0; n < (int)projs.size(); n++) {
if(projs[n].owner == owner && (projs[n].TYPE == THUNDER1 || projs[n].TYPE == THUNDER2 || projs[n].TYPE == THUNDER3 || projs[n].TYPE == THUNDER4)) projs[n].enabled = false;
}
}
}
else if(other -> CAPE) {
dx *= -1;
owner = other -> charnum;
vector<Circle> temp = hit.getCircles();
hit.reset();
for(int n = 0; n < (int)temp.size();n++) {
hit.addCircle(Circle(temp[n].getX(), temp[n].getY(), temp[n].getRadius(), Knockback(temp[n].getKnockback().dx * -1, temp[n].getKnockback().dy, temp[n].getKnockback().length), temp[n].damage));
}
if(dx > 0) PA_SetSpriteHflip(MAIN_SCREEN, num, 0);
if(dx < 0) PA_SetSpriteHflip(MAIN_SCREEN, num, 1);
}
else if (other -> ABSORB && (TYPE != IKESWORD)) {
other -> percentage -= atkbox.getHitCircle(other -> getDefbox(PA_GetSpriteAnimFrame(MAIN_SCREEN, other -> SPRITENUM))).damage;
if(other -> percentage < 0) other -> percentage = 0;
if(TYPE != THUNDER1 && TYPE != THUNDER2 && TYPE != THUNDER3 && TYPE != THUNDER4) removeProj(num);
else atkbox.enabled = false;
if(TYPE == THUNDER1 || TYPE == THUNDER2 || TYPE == THUNDER3 || TYPE == THUNDER4) {
vector<Projectile> projs = *((vector<Projectile>*)getProj());
for(int n = 0; n < (int)projs.size(); n++) {
if(projs[n].owner == owner && (projs[n].TYPE == THUNDER1 || projs[n].TYPE == THUNDER2 || projs[n].TYPE == THUNDER3 || projs[n].TYPE == THUNDER4)) projs[n].enabled = false;
}
}
}
else {
other -> takeDamage(atkbox.getHitCircle(other -> getDefbox(PA_GetSpriteAnimFrame(MAIN_SCREEN, other -> SPRITENUM))), 1, owner, 0);
if (TYPE != FINALCUTTER && TYPE != IKESWORD && TYPE != THUNDER1 && TYPE != THUNDER2 && TYPE != THUNDER3 && TYPE != THUNDER4) removeProj(num);
else enabled = false;
if(TYPE == THUNDER1 || TYPE == THUNDER2 || TYPE == THUNDER3 || TYPE == THUNDER4) {
vector<Projectile> projs = *((vector<Projectile>*)getProj());
for(int n = 0; n < (int)projs.size(); n++) {
if(projs[n].owner == owner && (projs[n].TYPE == THUNDER1 || projs[n].TYPE == THUNDER2 || projs[n].TYPE == THUNDER3 || projs[n].TYPE == THUNDER4)) projs[n].enabled = false;
}
}
}
}
return other;
}
