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#include "scenery.hpp"
#include "anim-atlas.hpp"
#include "chunk.hpp"
#include "compat/assert.hpp"
#include "world.hpp"
#include "src/rotation.inl"
#include <algorithm>
namespace floormat {
scenery_proto::scenery_proto()
{
type = entity_type::scenery;
}
scenery_proto& scenery_proto::operator=(const scenery_proto&) = default;
scenery_proto::scenery_proto(const scenery_proto&) = default;
scenery_proto::~scenery_proto() noexcept = default;
scenery_proto::operator bool() const { return atlas != nullptr; }
bool scenery::can_activate(size_t) const
{
return atlas && interactive;
}
entity_update_status scenery::update(size_t, float dt)
{
auto& s = *this;
if (!s.active)
return entity_update_status::not_updated;
switch (s.sc_type)
{
default:
case scenery_type::none:
case scenery_type::generic:
return entity_update_status::not_updated;
case scenery_type::door: {
fm_assert(atlas);
auto& anim = *atlas;
const auto hz = uint8_t(atlas->info().fps);
const auto nframes = (int)anim.info().nframes;
fm_debug_assert(anim.info().fps > 0 && anim.info().fps <= 0xff);
auto delta_ = int(s.delta) + int(65535u * dt);
delta_ = std::min(65535, delta_);
const auto frame_time = int(1.f/hz * 65535);
const auto n = (uint8_t)std::clamp(delta_ / frame_time, 0, 255);
s.delta = (uint16_t)std::clamp(delta_ - frame_time*n, 0, 65535);
fm_debug_assert(s.delta >= 0);
if (n == 0)
return entity_update_status::not_updated;
const int8_t dir = s.closing ? 1 : -1;
const int fr = s.frame + dir*n;
s.active = fr > 0 && fr < nframes-1;
pass_mode old_pass = pass, p;
if (fr <= 0)
p = pass_mode::pass;
else if (fr >= nframes-1)
p = pass_mode::blocked;
else
p = pass_mode::see_through;
set_bbox(offset, bbox_offset, bbox_size, p);
const auto new_frame = (uint16_t)std::clamp(fr, 0, nframes-1);
//Debug{} << "frame" << new_frame << nframes-1;
s.frame = new_frame;
if (!s.active)
s.delta = s.closing = 0;
//if ((p == pass_mode::pass) != (old_pass == pass_mode::pass)) Debug{} << "update: need reposition" << (s.frame == 0 ? "-1" : "1");
return (p == pass_mode::pass) != (old_pass == pass_mode::pass)
? entity_update_status::updated_repositioning
: entity_update_status::updated;
}
}
}
Vector2 scenery::ordinal_offset(Vector2b offset) const
{
if (sc_type == scenery_type::door)
{
constexpr auto vec0 = Vector2b(-iTILE_SIZE2[0], -iTILE_SIZE[1]/2+1);
constexpr auto vec1 = Vector2b(0, -iTILE_SIZE[1]/2+1);
const auto vec0_ = rotate_point(vec0, rotation::N, r);
const auto vec1_ = rotate_point(vec1, rotation::N, r);
const auto vec = frame == 0 ? vec0_ : vec1_;
return Vector2(offset) + Vector2(vec);
}
else
return Vector2(offset);
}
bool scenery::activate(size_t)
{
auto& s = *this;
if (s.active)
return false;
switch (s.sc_type)
{
default:
case scenery_type::none:
case scenery_type::generic:
break;
case scenery_type::door:
fm_assert(s.frame == 0 || s.frame == atlas->info().nframes-1);
s.closing = s.frame == 0;
s.frame += s.closing ? 1 : -1;
s.active = true;
return true;
}
return false;
}
bool scenery_proto::operator==(const entity_proto& e0) const
{
if (type != e0.type)
return false;
if (!entity_proto::operator==(e0))
return false;
const auto& s0 = static_cast<const scenery_proto&>(e0);
return sc_type == s0.sc_type && active == s0.active &&
closing == s0.closing && interactive == s0.interactive;
}
entity_type scenery::type() const noexcept { return entity_type::scenery; }
scenery::operator scenery_proto() const
{
scenery_proto ret;
static_cast<entity_proto&>(ret) = entity::operator entity_proto();
ret.sc_type = sc_type;
ret.active = active;
ret.closing = closing;
ret.interactive = interactive;
return ret;
}
scenery::scenery(object_id id, struct chunk& c, const scenery_proto& proto) :
entity{id, c, proto}, sc_type{proto.sc_type}, active{proto.active},
closing{proto.closing}, interactive{proto.interactive}
{
}
} // namespace floormat
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