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#include "serialize/magnum-vector.hpp"
#include "serialize/magnum-vector2i.hpp"
#include "serialize/corrade-string.hpp"
#include "serialize/anim.hpp"
#include "compat/exception.hpp"
#include <tuple>
namespace floormat {
//NLOHMANN_DEFINE_TYPE_NON_INTRUSIVE(anim_frame, ground, offset, size)
//NLOHMANN_DEFINE_TYPE_NON_INTRUSIVE(anim_group, name, frames, ground, offset)
//NLOHMANN_DEFINE_TYPE_NON_INTRUSIVE(anim_def, object_name, anim_name, pixel_size, nframes, actionframe, fps, groups, scale)
static void to_json(nlohmann::json& j, const anim_frame& val)
{
constexpr anim_frame def;
if (val.ground != def.ground)
j["ground"] = val.ground;
if (val.offset != def.offset)
j["offset"] = val.offset;
if (val.size != def.size)
j["size"] = val.size;
}
static void from_json(const nlohmann::json& j, anim_frame& val)
{
val = {};
if (j.contains("ground"))
val.ground = j["ground"];
if (j.contains("offset"))
val.offset = j["offset"];
if (j.contains("size"))
val.size = j["size"];
}
static void to_json(nlohmann::json& j, const anim_group& val)
{
const anim_group def{};
j["name"] = val.name;
if (val.mirror_from)
j["mirror-from"] = val.mirror_from;
else
j["frames"] = val.frames;
if (val.ground != def.ground)
j["ground"] = val.ground;
if (val.offset != def.offset)
j["offset"] = val.offset;
if (val.z_offset != def.z_offset)
j["z-offset"] = val.z_offset;
if (val.depth_offset != def.depth_offset)
j["depth-offset"] = val.depth_offset;
}
static void from_json(const nlohmann::json& j, anim_group& val)
{
val = {};
val.name = j["name"];
fm_soft_assert(!val.name.isEmpty());
if (j.contains("mirror-from"))
{
fm_soft_assert(!j.contains("frames"));
val.mirror_from = j["mirror-from"];
}
else
val.frames = j["frames"];
if (j.contains("ground"))
val.ground = j["ground"];
if (j.contains("offset"))
val.offset = j["offset"];
if (j.contains("z-offset"))
val.z_offset = j["z-offset"];
if (j.contains("depth-offset"))
val.depth_offset = j["depth-offset"];
}
static void to_json(nlohmann::json& j, const anim_def& val)
{
const anim_def def{};
j["object_name"] = val.object_name;
if (val.anim_name != def.anim_name)
j["anim_name"] = val.anim_name;
if (val.pixel_size != def.pixel_size)
j["pixel_size"] = val.pixel_size;
if (val.nframes != def.nframes)
j["nframes"] = val.nframes;
if (val.action_frame != def.action_frame)
j["action-frame"] = val.action_frame;
if (val.action_frame2 != def.action_frame2)
j["action-frame-2"] = val.action_frame2;
if (val.fps != def.fps)
j["fps"] = val.fps;
j["groups"] = val.groups;
j["scale"] = val.scale;
}
static void from_json(const nlohmann::json& j, anim_def& val)
{
val = {};
val.object_name = j["object_name"];
fm_soft_assert(!val.object_name.isEmpty());
if (j.contains("anim_name")) // todo underscore to hyphen
val.anim_name = j["anim_name"];
if (j.contains("pixel_size"))
val.pixel_size = j["pixel_size"];
if (j.contains("nframes"))
val.nframes = j["nframes"];
if (j.contains("action-frame"))
val.action_frame = j["action-frame"];
if (j.contains("action-frame-2"))
val.action_frame2 = j["action-frame-2"];
if (j.contains("fps"))
val.fps = j["fps"];
val.groups = j["groups"];
fm_soft_assert(!val.groups.empty());
val.scale = j["scale"];
fm_soft_assert(val.scale.type != anim_scale_type::invalid);
}
} // namespace floormat
using namespace floormat;
namespace nlohmann {
void adl_serializer<floormat::anim_scale>::to_json(json& j, const anim_scale val)
{
switch (val.type)
{
default:
fm_throw("invalid anim_scale_type '{}"_cf, (unsigned)val.type);
case anim_scale_type::invalid:
fm_throw("anim_scale is invalid"_cf);
case anim_scale_type::fixed:
j = std::tuple<StringView, unsigned>{val.f.is_width ? "width"_s : "height"_s, val.f.width_or_height};
break;
case anim_scale_type::ratio:
j = std::tuple<StringView, float>{"factor"_s, val.r.f};
break;
}
}
void adl_serializer<anim_scale>::from_json(const json& j, anim_scale& val)
{
fm_soft_assert(j.is_array());
fm_soft_assert(j.size() == 2);
StringView type = j[0];
if (type == "factor"_s)
{
auto factor = (float)j[1];
fm_soft_assert(factor > 0 && factor <= 1);
val = anim_scale::ratio{factor};
}
else if (bool is_width = type == "width"_s; is_width || type == "height"_s)
{
val = anim_scale::fixed{(unsigned)j[1], is_width};
fm_soft_assert(val.f.width_or_height > 0);
}
else
fm_throw("invalid anim_scale_type '{}'"_cf, type);
}
void adl_serializer<anim_frame>::to_json(json& j, const anim_frame& val) { using nlohmann::to_json; to_json(j, val); }
void adl_serializer<anim_frame>::from_json(const json& j, anim_frame& val) { using nlohmann::from_json; from_json(j, val); }
void adl_serializer<anim_group>::to_json(json& j, const anim_group& val) { using nlohmann::to_json; to_json(j, val); }
void adl_serializer<anim_group>::from_json(const json& j, anim_group& val) { using nlohmann::from_json; from_json(j, val); }
void adl_serializer<anim_def>::to_json(json& j, const anim_def& val) { using nlohmann::to_json; to_json(j, val); }
void adl_serializer<anim_def>::from_json(const json& j, anim_def& val) { using nlohmann::from_json; from_json(j, val); }
} // namespace nlohmann
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