void
BadGuy::try_activate()
{
// Don't activate if player is dying
auto player = get_nearest_player();
if (!player) return;
if (!is_offscreen()) {
set_state(STATE_ACTIVE);
if (!m_is_initialized) {
// if starting direction was set to AUTO, this is our chance to re-orient the badguy
if (m_start_dir == Direction::AUTO) {
auto player_ = get_nearest_player();
if (player_ && (player_->get_bbox().get_left() > m_col.m_bbox.get_right())) {
m_dir = Direction::RIGHT;
} else {
m_dir = Direction::LEFT;
}
}
initialize();
m_is_initialized = true;
}
activate();
}
}
void
Kugelblitz::try_activate()
{
// Much smaller offscreen distances to pop out of nowhere and surprise Tux
float X_OFFSCREEN_DISTANCE = 400;
float Y_OFFSCREEN_DISTANCE = 600;
Player* player = get_nearest_player();
if (!player) return;
Vector dist = player->get_bbox().get_middle() - get_bbox().get_middle();
if ((fabsf(dist.x) <= X_OFFSCREEN_DISTANCE) && (fabsf(dist.y) <= Y_OFFSCREEN_DISTANCE)) {
set_state(STATE_ACTIVE);
if (!is_initialized) {
// if starting direction was set to AUTO, this is our chance to re-orient the badguy
if (start_dir == AUTO) {
Player* player = get_nearest_player();
if (player && (player->get_bbox().p1.x > get_bbox().p2.x)) {
dir = RIGHT;
} else {
dir = LEFT;
}
}
initialize();
is_initialized = true;
}
activate();
}
}
void
BadGuy::try_activate()
{
// Don't activate if player is dying
Player* player = get_nearest_player();
if (!player) return;
if (!is_offscreen()) {
set_state(STATE_ACTIVE);
if (!is_initialized) {
// if starting direction was set to AUTO, this is our chance to re-orient the badguy
if (start_dir == AUTO) {
Player* player_ = get_nearest_player();
if (player_ && (player_->get_bbox().p1.x > get_bbox().p2.x)) {
dir = RIGHT;
} else {
dir = LEFT;
}
}
initialize();
is_initialized = true;
}
activate();
}
}
void
Plant::active_update(float elapsed_time) {
BadGuy::active_update(elapsed_time);
if(state == PLANT_SLEEPING) {
auto player = get_nearest_player();
if (player) {
Rectf pb = player->get_bbox();
bool inReach_left = (pb.p2.x >= bbox.p2.x-((dir == LEFT) ? 256 : 0));
bool inReach_right = (pb.p1.x <= bbox.p1.x+((dir == RIGHT) ? 256 : 0));
bool inReach_top = (pb.p2.y >= bbox.p2.y);
bool inReach_bottom = (pb.p1.y <= bbox.p1.y);
if (inReach_left && inReach_right && inReach_top && inReach_bottom) {
// wake up
sprite->set_action(dir == LEFT ? "waking-left" : "waking-right");
if(!timer.started()) timer.start(WAKE_TIME);
state = PLANT_WAKING;
}
}
}
if(state == PLANT_WAKING) {
if(timer.check()) {
// start walking
sprite->set_action(dir == LEFT ? "left" : "right");
physic.set_velocity_x(dir == LEFT ? -PLANT_SPEED : PLANT_SPEED);
state = PLANT_WALKING;
}
}
}
void
Yeti::drop_stalactite()
{
// make a stalactite falling down and shake camera a bit
Sector::current()->camera->shake(.1f, 0, 10);
auto player = get_nearest_player();
if (!player) return;
Sector* sector = Sector::current();
for(const auto& obj : sector->gameobjects) {
auto stalactite = dynamic_cast<YetiStalactite*>(obj.get());
if(stalactite && stalactite->is_hanging()) {
if (hit_points >= 3) {
// drop stalactites within 3 of player, going out with each jump
float distancex = fabsf(stalactite->get_bbox().get_middle().x - player->get_bbox().get_middle().x);
if(distancex < stomp_count*32) {
stalactite->start_shaking();
}
}
else { /* if (hitpoints < 3) */
// drop every 3rd pair of stalactites
if(((((int)stalactite->get_pos().x + 16) / 64) % 3) == (stomp_count % 3)) {
stalactite->start_shaking();
}
}
} /* if(stalactite && stalactite->is_hanging()) */
}
}
void
WillOWisp::active_update(float elapsed_time)
{
Player* player = get_nearest_player();
if (!player) return;
Vector p1 = bbox.get_middle();
Vector p2 = player->get_bbox().get_middle();
Vector dist = (p2 - p1);
switch(mystate) {
case STATE_STOPPED:
break;
case STATE_IDLE:
if (dist.norm() <= track_range) {
mystate = STATE_TRACKING;
}
break;
case STATE_TRACKING:
if (dist.norm() > vanish_range) {
vanish();
} else if (dist.norm() >= 1) {
Vector dir_ = dist.unit();
movement = dir_ * elapsed_time * flyspeed;
} else {
/* We somehow landed right on top of the player without colliding.
* Sit tight and avoid a division by zero. */
}
sound_source->set_position(get_pos());
break;
case STATE_WARPING:
if(sprite->animation_done()) {
remove_me();
}
case STATE_VANISHING: {
Vector dir_ = dist.unit();
movement = dir_ * elapsed_time * flyspeed;
if(sprite->animation_done()) {
remove_me();
}
break;
}
case STATE_PATHMOVING:
case STATE_PATHMOVING_TRACK:
if(walker.get() == NULL)
return;
movement = walker->advance(elapsed_time) - get_pos();
if(mystate == STATE_PATHMOVING_TRACK && dist.norm() <= track_range) {
mystate = STATE_TRACKING;
}
break;
default:
assert(false);
}
}
void
Toad::set_state(ToadState newState)
{
if (newState == IDLE) {
m_physic.set_velocity_x(0);
m_physic.set_velocity_y(0);
if (!m_frozen)
m_sprite->set_action(m_dir == Direction::LEFT ? "idle-left" : "idle-right");
recover_timer.start(TOAD_RECOVER_TIME);
} else
if (newState == JUMPING) {
m_sprite->set_action(m_dir == Direction::LEFT ? "jumping-left" : "jumping-right");
m_physic.set_velocity_x(m_dir == Direction::LEFT ? -HORIZONTAL_SPEED : HORIZONTAL_SPEED);
m_physic.set_velocity_y(VERTICAL_SPEED);
SoundManager::current()->play( HOP_SOUND, get_pos());
} else
if (newState == FALLING) {
Player* player = get_nearest_player();
// face player
if (player && (player->get_bbox().get_right() < m_col.m_bbox.get_left()) && (m_dir == Direction::RIGHT)) m_dir = Direction::LEFT;
if (player && (player->get_bbox().get_left() > m_col.m_bbox.get_right()) && (m_dir == Direction::LEFT)) m_dir = Direction::RIGHT;
m_sprite->set_action(m_dir == Direction::LEFT ? "idle-left" : "idle-right");
}
state = newState;
}
void
Jumpy::active_update(float dt_sec)
{
BadGuy::active_update(dt_sec);
if (m_frozen)
return;
auto player = get_nearest_player();
if (player)
{
m_dir = (player->get_pos().x > get_pos().x) ? Direction::RIGHT : Direction::LEFT;
}
if (!groundhit_pos_set)
{
m_sprite->set_action(m_dir == Direction::LEFT ? "left-middle" : "right-middle");
return;
}
if ( get_pos().y < (pos_groundhit.y - JUMPY_MID_TOLERANCE ) )
m_sprite->set_action(m_dir == Direction::LEFT ? "left-up" : "right-up");
else if ( get_pos().y >= (pos_groundhit.y - JUMPY_MID_TOLERANCE) &&
get_pos().y < (pos_groundhit.y - JUMPY_LOW_TOLERANCE) )
m_sprite->set_action(m_dir == Direction::LEFT ? "left-middle" : "right-middle");
else
m_sprite->set_action(m_dir == Direction::LEFT ? "left-down" : "right-down");
}
void
SpiderMite::active_update(float elapsed_time)
{
if(frozen)
{
BadGuy::active_update(elapsed_time);
return;
}
if(timer.check()) {
if(mode == FLY_UP) {
mode = FLY_DOWN;
physic.set_velocity_y(-MOVE_SPEED);
} else if(mode == FLY_DOWN) {
mode = FLY_UP;
physic.set_velocity_y(MOVE_SPEED);
}
timer.start(FLYTIME);
}
movement=physic.get_movement(elapsed_time);
Player* player = get_nearest_player();
if (player) {
dir = (player->get_pos().x > get_pos().x) ? RIGHT : LEFT;
sprite->set_action(dir == LEFT ? "left" : "right");
}
}
void
InfoBlock::update(float delta)
{
Block::update(delta);
if (delta == 0) return;
// hide message if player is too far away
if (dest_pct > 0) {
Player* player = get_nearest_player();
if (player) {
Vector p1 = bbox.get_middle();
Vector p2 = player->get_bbox().get_middle();
Vector dist = (p2 - p1);
float d = dist.norm();
if (d > 128) dest_pct = 0;
}
}
// handle soft fade-in and fade-out
if (shown_pct != dest_pct) {
if (dest_pct > shown_pct) shown_pct = std::min(shown_pct + 2*delta, dest_pct);
if (dest_pct < shown_pct) shown_pct = std::max(shown_pct - 2*delta, dest_pct);
}
}
void
Toad::set_state(ToadState newState)
{
if (newState == IDLE) {
physic.set_velocity_x(0);
physic.set_velocity_y(0);
if (!frozen)
sprite->set_action(dir == LEFT ? "idle-left" : "idle-right");
recover_timer.start(TOAD_RECOVER_TIME);
} else
if (newState == JUMPING) {
sprite->set_action(dir == LEFT ? "jumping-left" : "jumping-right");
physic.set_velocity_x(dir == LEFT ? -HORIZONTAL_SPEED : HORIZONTAL_SPEED);
physic.set_velocity_y(VERTICAL_SPEED);
SoundManager::current()->play( HOP_SOUND, get_pos());
} else
if (newState == FALLING) {
Player* player = get_nearest_player();
// face player
if (player && (player->get_bbox().p2.x < get_bbox().p1.x) && (dir == RIGHT)) dir = LEFT;
if (player && (player->get_bbox().p1.x > get_bbox().p2.x) && (dir == LEFT)) dir = RIGHT;
sprite->set_action(dir == LEFT ? "idle-left" : "idle-right");
}
state = newState;
}
void
Dispenser::active_update(float )
{
if (dispense_timer.check()) {
// auto always shoots in Tux's direction
if( autotarget ){
if( sprite->animation_done()) {
sprite->set_action(dir == LEFT ? "working-left" : "working-right");
swivel = false;
}
Player* player = get_nearest_player();
if( player && !swivel ){
Direction targetdir = (player->get_pos().x > get_pos().x) ? RIGHT : LEFT;
if( dir != targetdir ){ // no target: swivel cannon
swivel = true;
dir = targetdir;
sprite->set_action(dir == LEFT ? "swivel-left" : "swivel-right", 1);
} else { // tux in sight: shoot
launch_badguy();
}
}
} else {
launch_badguy();
}
}
}
void
Stalactite::active_update(float elapsed_time)
{
if(state == STALACTITE_HANGING) {
auto player = get_nearest_player();
if (player && !player->get_ghost_mode()) {
if(player->get_bbox().p2.x > bbox.p1.x - SHAKE_RANGE_X
&& player->get_bbox().p1.x < bbox.p2.x + SHAKE_RANGE_X
&& player->get_bbox().p2.y > bbox.p1.y
&& player->get_bbox().p1.y < bbox.p2.y + SHAKE_RANGE_Y
&& Sector::current()->can_see_player(bbox.get_middle())) {
timer.start(SHAKE_TIME);
state = STALACTITE_SHAKING;
SoundManager::current()->play("sounds/cracking.wav", get_pos());
}
}
} else if(state == STALACTITE_SHAKING) {
shake_delta = Vector(static_cast<float>(graphicsRandom.rand(-3, 3)), 0.0f);
if(timer.check()) {
state = STALACTITE_FALLING;
physic.enable_gravity(true);
set_colgroup_active(COLGROUP_MOVING);
}
} else if(state == STALACTITE_FALLING) {
movement = physic.get_movement(elapsed_time);
}
}
bool
BadGuy::is_offscreen()
{
Player* player = get_nearest_player();
if (!player) return false;
Vector dist = player->get_bbox().get_middle() - get_bbox().get_middle();
// In SuperTux 0.1.x, Badguys were activated when Tux<->Badguy center distance was approx. <= ~668px
// This doesn't work for wide-screen monitors which give us a virt. res. of approx. 1066px x 600px
if ((fabsf(dist.x) <= X_OFFSCREEN_DISTANCE) && (fabsf(dist.y) <= Y_OFFSCREEN_DISTANCE)) {
return false;
}
return true;
}
/** linear prediction of player and badguy positions to decide if we should enter the DIVING state */
bool
Zeekling::should_we_dive()
{
if (m_frozen)
return false;
const auto player = get_nearest_player();
if (player && last_player && (player == last_player)) {
// get positions, calculate movement
const Vector& player_pos = player->get_pos();
const Vector player_mov = (player_pos - last_player_pos);
const Vector self_pos = m_col.m_bbox.p1();
const Vector self_mov = (self_pos - last_self_pos);
// new vertical speed to test with
float vy = 2*fabsf(self_mov.x);
// do not dive if we are not above the player
float height = player_pos.y - self_pos.y;
if (height <= 0) return false;
// do not dive if we are too far above the player
if (height > 512) return false;
// do not dive if we would not descend faster than the player
float relSpeed = vy - player_mov.y;
if (relSpeed <= 0) return false;
// guess number of frames to descend to same height as player
float estFrames = height / relSpeed;
// guess where the player would be at this time
float estPx = (player_pos.x + (estFrames * player_mov.x));
// guess where we would be at this time
float estBx = (self_pos.x + (estFrames * self_mov.x));
// near misses are OK, too
if (fabsf(estPx - estBx) < 8) return true;
}
// update last player tracked, as well as our positions
last_player = player;
if (player) {
last_player_pos = player->get_pos();
last_self_pos = m_col.m_bbox.p1();
}
return false;
}
void
Dispenser::activate()
{
if( broken ){
return;
}
if( autotarget && !swivel ){ // auto cannon sprite might be wrong
Player* player = get_nearest_player();
if( player ){
dir = (player->get_pos().x > get_pos().x) ? RIGHT : LEFT;
sprite->set_action(dir == LEFT ? "working-left" : "working-right");
}
}
dispense_timer.start(cycle, true);
launch_badguy();
}
void
Dispenser::activate()
{
if (m_broken){
return;
}
if (m_autotarget && !m_swivel){ // auto cannon sprite might be wrong
auto* player = get_nearest_player();
if (player) {
m_dir = (player->get_pos().x > get_pos().x) ? Direction::RIGHT : Direction::LEFT;
m_sprite->set_action(m_dir == Direction::LEFT ? "working-left" : "working-right");
}
}
m_dispense_timer.start(m_cycle, true);
launch_badguy();
}
void
Haywire::active_update(float elapsed_time)
{
if (is_exploding) {
ticking->set_position(get_pos());
grunting->set_position(get_pos());
if (elapsed_time >= time_until_explosion) {
kill_fall ();
return;
}
else
time_until_explosion -= elapsed_time;
}
if (is_stunned) {
if (time_stunned > elapsed_time) {
time_stunned -= elapsed_time;
}
else { /* if (time_stunned <= elapsed_time) */
time_stunned = 0.f;
is_stunned = false;
}
}
if (is_exploding) {
auto p = get_nearest_player ();
float target_velocity = 0.f;
if (p && time_stunned == 0.f) {
/* Player is on the right */
if (p->get_pos ().x > get_pos ().x)
target_velocity = walk_speed;
else /* player in on the left */
target_velocity = (-1.f) * walk_speed;
} /* if (player) */
WalkingBadguy::active_update(elapsed_time, target_velocity);
}
else {
WalkingBadguy::active_update(elapsed_time);
}
}
bool
BadGuy::is_offscreen() const
{
Vector dist;
if (Editor::is_active()) {
Camera& cam = Sector::get().get_camera();
dist = cam.get_center() - m_col.m_bbox.get_middle();
}
auto player = get_nearest_player();
if (!player)
return false;
if (!Editor::is_active()) {
dist = player->get_bbox().get_middle() - m_col.m_bbox.get_middle();
}
// In SuperTux 0.1.x, Badguys were activated when Tux<->Badguy center distance was approx. <= ~668px
// This doesn't work for wide-screen monitors which give us a virt. res. of approx. 1066px x 600px
if ((fabsf(dist.x) <= X_OFFSCREEN_DISTANCE) && (fabsf(dist.y) <= Y_OFFSCREEN_DISTANCE)) {
return false;
}
return true;
}
void
WillOWisp::active_update(float elapsed_time)
{
Player* player = get_nearest_player();
if (!player) return;
Vector p1 = this->get_pos() + (this->get_bbox().p2 - this->get_bbox().p1) / 2;
Vector p2 = player->get_pos() + (player->get_bbox().p2 - player->get_bbox().p1) / 2;
Vector dist = (p2 - p1);
if (mystate == STATE_IDLE) {
if (dist.norm() <= TRACK_RANGE) {
mystate = STATE_TRACKING;
}
}
if (mystate == STATE_TRACKING) {
if (dist.norm() <= VANISH_RANGE) {
Vector dir = dist.unit();
movement = dir*elapsed_time*FLYSPEED;
} else {
mystate = STATE_VANISHING;
sprite->set_action("vanishing", 1);
}
soundSource->set_position(get_pos());
}
if (mystate == STATE_WARPING) {
if(sprite->animation_done()) {
remove_me();
}
}
if (mystate == STATE_VANISHING) {
if(sprite->animation_done()) {
remove_me();
}
}
}
void
AngryStone::active_update(float elapsed_time) {
BadGuy::active_update(elapsed_time);
if (frozen) {
return;
}
switch (state) {
case IDLE: {
MovingObject* player = get_nearest_player();
if(player) {
MovingObject* badguy = this;
const Vector playerPos = player->get_pos();
const Vector badguyPos = badguy->get_pos();
float dx = (playerPos.x - badguyPos.x);
float dy = (playerPos.y - badguyPos.y);
float playerHeight = player->get_bbox().get_height();
float badguyHeight = badguy->get_bbox().get_height();
float playerWidth = player->get_bbox().get_width();
float badguyWidth = badguy->get_bbox().get_width();
if ((dx > -playerWidth) && (dx < badguyWidth)) {
if (dy > 0) {
attackDirection.x = 0;
attackDirection.y = 1;
} else {
attackDirection.x = 0;
attackDirection.y = -1;
}
if ((attackDirection.x != oldWallDirection.x) || (attackDirection.y != oldWallDirection.y)) {
sprite->set_action("charging");
timer.start(CHARGE_TIME);
state = CHARGING;
}
} else if ((dy > -playerHeight) && (dy < badguyHeight)) {
if (dx > 0) {
attackDirection.x = 1;
attackDirection.y = 0;
} else {
attackDirection.x = -1;
attackDirection.y = 0;
}
if ((attackDirection.x != oldWallDirection.x) || (attackDirection.y != oldWallDirection.y)) {
sprite->set_action("charging");
timer.start(CHARGE_TIME);
state = CHARGING;
}
}
}
} break;
case CHARGING: {
if (timer.check()) {
sprite->set_action("attacking");
timer.start(ATTACK_TIME);
state = ATTACKING;
physic.enable_gravity(false);
physic.set_velocity_x(CHARGE_SPEED * attackDirection.x);
physic.set_velocity_y(CHARGE_SPEED * attackDirection.y);
oldWallDirection.x = 0;
oldWallDirection.y = 0;
}
} break;
case ATTACKING: {
if (timer.check()) {
timer.start(RECOVER_TIME);
state = RECOVERING;
sprite->set_action("idle");
physic.enable_gravity(true);
physic.set_velocity_x(0);
physic.set_velocity_y(0);
}
} break;
case RECOVERING: {
if (timer.check()) {
state = IDLE;
sprite->set_action("idle");
physic.enable_gravity(true);
physic.set_velocity_x(0);
physic.set_velocity_y(0);
}
} break;
}
}
void
Dispenser::launch_badguy()
{
if (badguys.empty()) return;
if (frozen) return;
//FIXME: Does is_offscreen() work right here?
if (!is_offscreen() && !Editor::is_active()) {
Direction launchdir = dir;
if( !autotarget && start_dir == AUTO ){
Player* player = get_nearest_player();
if( player ){
launchdir = (player->get_pos().x > get_pos().x) ? RIGHT : LEFT;
}
}
if (badguys.size() > 1) {
if (random) {
next_badguy = gameRandom.rand(badguys.size());
}
else {
next_badguy++;
if (next_badguy >= badguys.size())
next_badguy = 0;
}
}
std::string badguy = badguys[next_badguy];
if(badguy == "random") {
log_warning << "random is outdated; use a list of badguys to select from." << std::endl;
return;
}
if(badguy == "goldbomb") {
log_warning << "goldbomb is not allowed to be dispensed" << std::endl;
return;
}
try {
GameObjectPtr game_object;
Vector spawnpoint;
Rectf object_bbox;
/* Need to allocate the badguy first to figure out its bounding box. */
game_object = ObjectFactory::instance().create(badguy, get_pos(), launchdir);
if (game_object == NULL)
throw std::runtime_error("Creating " + badguy + " object failed.");
BadGuy& bad_guy = dynamic_cast<BadGuy&>(*game_object);
object_bbox = bad_guy.get_bbox();
switch (type) {
case DT_DROPPER:
spawnpoint = get_anchor_pos (bbox, ANCHOR_BOTTOM);
spawnpoint.x -= 0.5 * object_bbox.get_width();
break;
case DT_ROCKETLAUNCHER:
case DT_CANNON:
spawnpoint = get_pos(); /* top-left corner of the cannon */
if (launchdir == LEFT)
spawnpoint.x -= object_bbox.get_width() + 1;
else
spawnpoint.x += bbox.get_width() + 1;
break;
case DT_POINT:
spawnpoint = bbox.p1;
default:
break;
}
/* Now we set the real spawn position */
bad_guy.set_pos(spawnpoint);
/* We don't want to count dispensed badguys in level stats */
bad_guy.countMe = false;
Sector::current()->add_object(game_object);
} catch(const std::exception& e) {
log_warning << "Error dispensing badguy: " << e.what() << std::endl;
return;
}
}
}
void
Yeti::kill_fall()
{
// shooting bullets or being invincible won't work :)
take_hit(*get_nearest_player()); // FIXME: debug only(?)
}
Player* get_nearest_player (const Rectf& pos) const {
return (get_nearest_player (get_anchor_pos (pos, ANCHOR_MIDDLE)));
}
void
Dispenser::launch_badguy()
{
if (m_badguys.empty()) return;
if (m_frozen) return;
if (m_limit_dispensed_badguys &&
m_current_badguys >= m_max_concurrent_badguys)
return;
//FIXME: Does is_offscreen() work right here?
if (!is_offscreen() && !Editor::is_active()) {
Direction launchdir = m_dir;
if ( !m_autotarget && m_start_dir == Direction::AUTO ){
Player* player = get_nearest_player();
if ( player ){
launchdir = (player->get_pos().x > get_pos().x) ? Direction::RIGHT : Direction::LEFT;
}
}
if (m_badguys.size() > 1) {
if (m_random) {
m_next_badguy = static_cast<unsigned int>(gameRandom.rand(static_cast<int>(m_badguys.size())));
}
else {
m_next_badguy++;
if (m_next_badguy >= m_badguys.size())
m_next_badguy = 0;
}
}
std::string badguy = m_badguys[m_next_badguy];
if (badguy == "random") {
log_warning << "random is outdated; use a list of badguys to select from." << std::endl;
return;
}
if (badguy == "goldbomb") {
log_warning << "goldbomb is not allowed to be dispensed" << std::endl;
return;
}
try {
/* Need to allocate the badguy first to figure out its bounding box. */
auto game_object = GameObjectFactory::instance().create(badguy, get_pos(), launchdir);
if (game_object == nullptr)
throw std::runtime_error("Creating " + badguy + " object failed.");
auto& bad_guy = dynamic_cast<BadGuy&>(*game_object);
Rectf object_bbox = bad_guy.get_bbox();
Vector spawnpoint;
switch (m_type)
{
case DispenserType::DROPPER:
spawnpoint = get_anchor_pos (m_col.m_bbox, ANCHOR_BOTTOM);
spawnpoint.x -= 0.5f * object_bbox.get_width();
break;
case DispenserType::ROCKETLAUNCHER:
case DispenserType::CANNON:
spawnpoint = get_pos(); /* top-left corner of the cannon */
if (launchdir == Direction::LEFT)
spawnpoint.x -= object_bbox.get_width() + 1;
else
spawnpoint.x += m_col.m_bbox.get_width() + 1;
break;
case DispenserType::POINT:
spawnpoint = m_col.m_bbox.p1();
break;
default:
break;
}
/* Now we set the real spawn position */
bad_guy.set_pos(spawnpoint);
/* We don't want to count dispensed badguys in level stats */
bad_guy.m_countMe = false;
/* Set reference to dispenser in badguy itself */
if (m_limit_dispensed_badguys)
{
bad_guy.set_parent_dispenser(this);
m_current_badguys++;
}
Sector::get().add_object(std::move(game_object));
} catch(const std::exception& e) {
log_warning << "Error dispensing badguy: " << e.what() << std::endl;
return;
}
}
}
void
GhostTree::active_update(float elapsed_time)
{
(void) elapsed_time;
if (mystate == STATE_IDLE) {
if(colorchange_timer.check()) {
SoundManager::current()->play("sounds/tree_howling.ogg", get_pos());
suck_timer.start(3);
treecolor = (treecolor + 1) % 3;
Color col;
switch(treecolor) {
case 0: col = Color(1, 0, 0); break;
case 1: col = Color(0, 1, 0); break;
case 2: col = Color(0, 0, 1); break;
case 3: col = Color(1, 1, 0); break;
case 4: col = Color(1, 0, 1); break;
case 5: col = Color(0, 1, 1); break;
default: assert(false);
}
glow_sprite->set_color(col);
}
if(suck_timer.check()) {
Color col = glow_sprite->get_color();
SoundManager::current()->play("sounds/tree_suck.ogg", get_pos());
for(auto iter = willowisps.begin(); iter != willowisps.end(); ++iter) {
TreeWillOWisp& willo = **iter;
if(willo.get_color() == col) {
willo.start_sucking(get_bbox().get_middle() + SUCK_TARGET_OFFSET + Vector(gameRandom.randf(-SUCK_TARGET_SPREAD, SUCK_TARGET_SPREAD), gameRandom.randf(-SUCK_TARGET_SPREAD, SUCK_TARGET_SPREAD)));
}
}
mystate = STATE_SUCKING;
}
if(willowisp_timer.check()) {
if(willowisps.size() < WILLOWISP_COUNT) {
Vector pos = Vector(bbox.get_width() / 2, bbox.get_height() / 2 + willo_spawn_y + WILLOWISP_TOP_OFFSET);
auto willowisp = std::make_shared<TreeWillOWisp>(this, pos, 200 + willo_radius, willo_speed);
Sector::current()->add_object(willowisp);
willowisps.push_back(willowisp);
willo_spawn_y -= 40;
if(willo_spawn_y < -160)
willo_spawn_y = 0;
willo_radius += 20;
if(willo_radius > 120)
willo_radius = 0;
if(willo_speed == 1.8f) {
willo_speed = 1.5f;
} else {
willo_speed = 1.8f;
}
do {
willo_color = (willo_color + 1) % 3;
} while(willo_color == treecolor);
switch(willo_color) {
case 0: willowisp->set_color(Color(1, 0, 0)); break;
case 1: willowisp->set_color(Color(0, 1, 0)); break;
case 2: willowisp->set_color(Color(0, 0, 1)); break;
case 3: willowisp->set_color(Color(1, 1, 0)); break;
case 4: willowisp->set_color(Color(1, 0, 1)); break;
case 5: willowisp->set_color(Color(0, 1, 1)); break;
default: assert(false);
}
}
}
if(root_timer.check()) {
/* TODO indicate root with an animation */
Player* player = get_nearest_player();
if (player) {
auto root = std::make_shared<Root>(Vector(player->get_bbox().get_left(), get_bbox().get_bottom()+ROOT_TOP_OFFSET));
Sector::current()->add_object(root);
}
}
} else if (mystate == STATE_SWALLOWING) {
if (suck_lantern) {
// suck in lantern
assert (suck_lantern);
Vector pos = suck_lantern->get_pos();
Vector delta = get_bbox().get_middle() + SUCK_TARGET_OFFSET - pos;
Vector dir_ = delta.unit();
if (delta.norm() < 1) {
dir_ = delta;
suck_lantern->ungrab(*this, RIGHT);
suck_lantern->remove_me();
suck_lantern = 0;
sprite->set_action("swallow", 1);
} else {
pos += dir_;
suck_lantern->grab(*this, pos, RIGHT);
}
} else {
// wait until lantern is swallowed
if (sprite->animation_done()) {
if (is_color_deadly(suck_lantern_color)) {
die();
} else {
sprite->set_action("default");
mystate = STATE_IDLE;
spawn_lantern();
}
}
}
}
}