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#include "scenery.hpp"
#include "compat/overloaded.hpp"
#include "compat/exception.hpp"
#include "src/anim-atlas.hpp"
#include "compat/assert.hpp"
#include "loader/loader.hpp"
#include "serialize/corrade-string.hpp"
#include "loader/scenery-cell.hpp"
#include "serialize/pass-mode.hpp"
#include "serialize/magnum-vector.hpp"
#include "json-wrapper.hpp"
#include <Corrade/Containers/String.h>
#include <nlohmann/json.hpp>
namespace floormat {
auto scenery_cell::make_json_wrapper() -> json_wrapper* { return new json_wrapper; }
} // namespace floormat
namespace {
using namespace floormat;
constexpr struct {
scenery_type value = scenery_type::none;
StringView str;
} scenery_type_map[] = {
{ scenery_type::none, "none"_s },
{ scenery_type::generic, "generic"_s },
{ scenery_type::door, "door"_s },
//{ scenery_type::object, "object"_s },
};
constexpr struct {
rotation value = rotation::N;
StringView str;
} rotation_map[] = {
{ rotation::N, "n"_s },
{ rotation::NE, "ne"_s },
{ rotation::E, "e"_s },
{ rotation::SE, "se"_s },
{ rotation::S, "s"_s },
{ rotation::SW, "sw"_s },
{ rotation::W, "w"_s },
{ rotation::NW, "nw"_s },
};
template<size_t N, typename T>
auto foo_from_string(StringView str, const T(&map)[N], const char* desc)
{
for (const auto& [value, str2] : map)
if (str2 == str)
return value;
fm_throw("wrong {} string '{}'"_cf, desc, str);
}
template<size_t N, typename T>
StringView foo_to_string(auto type, const T(&map)[N], const char* desc)
{
for (const auto& [type2, str] : map)
if (type2 == type)
return str;
fm_throw("wrong {} enum '{}'"_cf, desc, (size_t)type);
}
} // namespace
namespace nlohmann {
void adl_serializer<scenery_type>::to_json(json& j, const scenery_type val)
{
j = foo_to_string(val, scenery_type_map, "scenery_type");
}
void adl_serializer<scenery_type>::from_json(const json& j, scenery_type& val)
{
val = foo_from_string(j, scenery_type_map, "scenery_type");
}
void adl_serializer<rotation>::to_json(json& j, const rotation val)
{
j = foo_to_string(val, rotation_map, "rotation");
}
void adl_serializer<rotation>::from_json(const json& j, rotation& val)
{
val = foo_from_string(j, rotation_map, "rotation");
}
void adl_serializer<scenery_proto>::to_json(json& j, const scenery_proto& f)
{
fm_assert(f.atlas);
const scenery_proto default_scenery;
const generic_scenery_proto default_generic_scenery;
const door_scenery_proto default_door_scenery;
if (f.type != default_scenery.type)
j["type"] = f.type;
j["atlas-name"] = f.atlas->name();
if (f.frame != default_scenery.frame)
j["frame"] = f.frame;
if (f.r != default_scenery.r)
j["rotation"] = f.r;
if (f.pass != default_scenery.pass)
j["pass-mode"] = f.pass;
std::visit(overloaded {
[](std::monostate) { fm_soft_assert(false); },
[&](const generic_scenery_proto& x) {
if (x.active != default_generic_scenery.active)
j["active"] = x.active;
if (x.interactive != default_generic_scenery.interactive)
j["interactive"] = x.interactive;
},
[&](const door_scenery_proto& x) {
if (x.active != default_door_scenery.active)
j["active"] = x.active;
if (x.interactive != default_door_scenery.interactive)
j["interactive"] = x.interactive;
if (x.closing != default_door_scenery.closing)
j["closing"] = x.closing;
},
}, f.subtype);
if (f.offset != default_scenery.offset)
j["offset"] = Vector2i(f.offset);
if (f.bbox_offset != default_scenery.bbox_offset)
j["bbox-offset"] = Vector2i(f.bbox_offset);
if (f.bbox_size != default_scenery.bbox_size)
j["bbox-size"] = Vector2ui(f.bbox_size);
}
void adl_serializer<scenery_proto>::from_json(const json& j, scenery_proto& f)
{
const auto get = [&](const StringView& name, auto& value)
{
auto s = std::string_view{name.data(), name.size()};
if (j.contains(s))
value = j[s];
};
StringView atlas_name = j["atlas-name"];
fm_soft_assert(!atlas_name.isEmpty());
f = {};
f.atlas = loader.anim_atlas(atlas_name, loader_::SCENERY_PATH);
auto type = scenery_type::generic; get("type", type);
auto frame = f.frame; get("frame", frame);
auto r = f.atlas->first_rotation(); get("rotation", r);
pass_mode pass = f.pass; get("pass-mode", pass);
auto offset = Vector2i(f.offset); get("offset", offset);
auto bbox_offset = Vector2i(f.bbox_offset); get("bbox-offset", bbox_offset);
auto bbox_size = Vector2ui(f.bbox_size); get("bbox-size", bbox_size);
fm_soft_assert(offset == Vector2i(Vector2b(offset)));
fm_soft_assert(bbox_offset == Vector2i(Vector2b(bbox_offset)));
fm_soft_assert(bbox_size == Vector2ui(Vector2ub(bbox_size)));
fm_assert(type < scenery_type::COUNT);
switch (type)
{
case scenery_type::none:
case scenery_type::COUNT: std::unreachable();
case scenery_type::generic: {
constexpr generic_scenery_proto G;
auto s = G;
f.type = object_type::scenery;
f.r = r;
f.frame = frame;
f.pass = pass;
f.offset = Vector2b(offset);
f.bbox_offset = Vector2b(bbox_offset);
f.bbox_size = Vector2ub(bbox_size);
{ bool interactive = G.interactive; get("interactive", interactive); s.interactive = interactive; }
{ bool active = G.active; get("active", active); s.active = active; }
f.subtype = s;
break;
}
case scenery_type::door: {
fm_assert(f.atlas->info().fps > 0 && f.atlas->info().nframes > 0);
constexpr door_scenery_proto D;
auto s = D;
f.type = object_type::scenery;
f.r = r;
f.frame = uint16_t(f.atlas->group(r).frames.size()-1);
f.pass = pass_mode::blocked;
s.closing = false;
f.offset = Vector2b(offset);
f.bbox_offset = Vector2b(bbox_offset);
f.bbox_size = Vector2ub(bbox_size);
{ bool interactive = D.interactive; get("interactive", interactive); s.interactive = interactive; }
{ bool active = D.active; get("active", active); s.active = active; }
f.subtype = s;
break;
}
}
}
void adl_serializer<scenery_cell>::to_json(json& j, const scenery_cell& val)
{
j = val.data->j;
fm_assert(val.name);
j["name"] = val.name;
}
void adl_serializer<scenery_cell>::from_json(const json& j, scenery_cell& val)
{
val = {};
val.data->j = j;
if (j.contains("name"))
val.name = j["name"];
else
val.name = j["atlas-name"];
}
} // namespace nlohmann
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