void sys_draw_thrusters::update(entity &e) {
sys::update(e);
auto &c = e.C(com_control);
auto &b = e.C(com_box);
if (c.bl) {
pool::get()
.draw("thruster" + to_string(cur_frame) + ".png")
.pos(b.pos + rotate(vec2(-b.size.w / 2, -b.size.h / 2) + vec2(10, 10), b.angle))
.index(4)
.rotation(b.angle + M_PI);
}
if (c.br) {
pool::get()
.draw("thruster" + to_string(cur_frame) + ".png")
.pos(b.pos + rotate(vec2(b.size.w / 2, -b.size.h / 2) + vec2(-10, 10), b.angle))
.index(4)
.rotation(b.angle + M_PI);
}
if (c.tl) {
pool::get()
.draw("thruster" + to_string(cur_frame) + ".png")
.pos(b.pos + rotate(vec2(-b.size.w / 2, b.size.h / 2) + vec2(13, -40), b.angle))
.index(4)
.rotation(b.angle);
}
if (c.tr) {
pool::get()
.draw("thruster" + to_string(cur_frame) + ".png")
.pos(b.pos + rotate(vec2(b.size.w / 2, b.size.h / 2) + vec2(-13, -40), b.angle))
.index(4)
.rotation(b.angle);
}
}
void sys_beam_laser::update(entity &e) {
if (e.C(com_laser).is_beaming) {
auto &b = e.C(com_box);
vec2 laser_size = pool::get().texture_size("laser.png");
// audio_engine::play_sound("lasersound.wav");
for (int i = 0; i < 30; ++i) {
vec2 pos = b.pos + rotate(vec2(0, laser_size.y * i), b.angle);
com_box cur_box(pos, laser_size);
if (hitting_boundary(cur_box)) break;
pool::get()
.draw("laser" + to_string(cur_frame) + ".png")
.pos(pos)
.rotation(b.angle)
.index(4);
bool done = false;
vector<entity *> surrounding = w->get_entities("enemy");
for (entity *s : surrounding) {
if (s->C(com_box).collides_box(cur_box)) {
s->to_delete = true;
done = true;
}
}
if (done) {
e.C(com_laser).is_beaming = false;
break;
}
}
}
}
void sys_orbit_weapon::update(entity &e) {
auto &w = e.C(com_orbit_weapon);
auto &b = e.C(com_box);
vec2 diff = w.pos - b.pos;
w.pos.x = cos(0.01) * diff.x - sin(0.01) * diff.y + b.pos.x;
w.pos.y = sin(0.01) * diff.x + cos(0.01) * diff.y + b.pos.y;
// cout << w.pos << endl;
pool::get().draw("moon.png").pos(w.pos);
// auto &b = e.C(com_box);
// pool::get().draw("radius.png").pos(b.pos);
}
void sys_control_movement::update(entity &e) {
auto &m = e.C(com_movement);
auto &c = e.C(com_control);
auto &b = e.C(com_box);
auto &g = e.C(com_gravity);
// control com_movement
float speed = 0.2;
float save_speed = 0;
const float backwards = 0.6;
if (save_speed != 0) {
speed = save_speed;
save_speed = 0;
}
if (g.in_gravity) speed *= 2.5;
if (c.bl) {
m.vel.x += sin(b.angle + M_PI) * speed;
m.vel.y += cos(b.angle) * speed;
}
if (c.br) {
m.vel.x += sin(b.angle + M_PI) * speed;
m.vel.y += cos(b.angle) * speed;
}
if (c.tl) {
m.vel.x -= sin(b.angle + M_PI) * speed * backwards;
m.vel.y -= cos(b.angle) * speed * backwards;
}
if (c.tr) {
m.vel.x -= sin(b.angle + M_PI) * speed * backwards;
m.vel.y -= cos(b.angle) * speed * backwards;
}
if (g.in_gravity) {
m.friction = 0.9;
} else {
if (!c.bl && !c.br && !c.tl && !c.tr) {
m.friction = 0.92f;
} else {
m.friction = 1.0f;
}
float max_speed = 5.0f;
if ((c.tl && c.tr) || (c.br && c.bl)) max_speed *= 1.4;
if (c.tl || c.tr) max_speed *= backwards;
float speed = vdistance(vec2(0), m.vel);
float boost_speed = vdistance(vec2(0), g.boost_vel);
if (boost_speed > max_speed) max_speed = boost_speed;
if (speed > max_speed) m.vel = normalize(m.vel) * max_speed;
g.boost_vel = normalize(g.boost_vel) * (boost_speed - 0.22);
}
}
void sys_control_rotation::update(entity &e) {
auto &m = e.C(com_movement);
auto &c = e.C(com_control);
// control rotation
const int invert_roation = 1; // -1 for invert
const float aspeed = 0.006 * invert_roation;
if (c.bl) m.angular_velocity += aspeed;
if (c.br) m.angular_velocity -= aspeed;
if (c.tl) m.angular_velocity -= aspeed;
if (c.tr) m.angular_velocity += aspeed;
if ((c.br && c.bl) || (c.tl && c.tr)) {
if (abs(m.angular_velocity) < 0.00001f) {
m.angular_velocity = 0;
} else {
if (m.angular_velocity < 0) {
m.angular_velocity += aspeed;
if (m.angular_velocity > 0) m.angular_velocity = 0;
} else {
m.angular_velocity -= aspeed;
if (m.angular_velocity < 0) m.angular_velocity = 0;
}
}
} else {
if (!c.bl && !c.br && !c.tl && !c.tr) {
m.angular_friction = 0.8f;
} else {
m.angular_friction = 1.0f;
}
float max_angular_speed = 0.05;
if ((c.tl && c.br) || (c.tr && c.bl)) max_angular_speed *= 1.4;
if (m.angular_velocity >= max_angular_speed) {
m.angular_velocity = max_angular_speed;
} else if (m.angular_velocity <= -max_angular_speed) {
m.angular_velocity = -max_angular_speed;
}
}
}
void sys_orbit_weapon::init(entity &e) {
auto &w = e.C(com_orbit_weapon);
auto &b = e.C(com_box);
w.pos = b.pos + 50;
}
void sys_homing_missiles::update(entity &e) {
auto &b = e.C(com_box);
radius_angle -= 0.05;
pool::get().draw("radius2.png").pos(b.pos).rotation(radius_angle).alpha(0.0);
}
