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#pragma once
#include <basis/seadTypes.h>
#include <container/seadSafeArray.h>
#include <heap/seadDisposer.h>
#include <heap/seadExpHeap.h>
#include <math/seadMathCalcCommon.h>
#include "KingSystem/Ecosystem/ecoLevelSensor.h"
namespace al {
class ByamlIter;
}
namespace ksys::eco {
struct EcoMapHeader {
/// File magic (0x00112233).
u32 magic;
s32 num_rows;
s32 divisor;
u32 reserved;
};
KSYS_CHECK_SIZE_NX150(EcoMapHeader, 0x10);
struct Segment {
s16 value;
s16 length;
};
class EcoMapInfo {
public:
const EcoMapHeader* mHeader;
const s32* mRowOffsets;
const char* mRows;
};
enum class AreaItemType {
Animal,
Fish,
Insect,
Bird,
Mushroom,
Fruit,
Mineral,
Plant,
Enemy,
GrassCut,
AutoCliffMaterial,
AutoPlacementMaterial,
RuinAutoPlacement,
RainBonusMaterial,
};
struct AreaWeapon {
/// Weapon name.
const char* name;
/// Probability of this weapon appearing (0 to 100).
float prob;
};
struct AreaItem {
/// Actor name.
const char* name;
/// Appearance weight.
float num;
/// Weapons carried by this actor (if this is an enemy).
sead::SafeArray<AreaWeapon, 24> weapons;
/// Number of valid entries in the `weapons` array.
int num_weapons;
/// Name of the set this item appears in. Typically used for small fruits like berries.
const char* set;
float radius;
};
struct AreaItemSet {
sead::SafeArray<AreaItem, 32> items;
/// Number of valid entries in the `items` array.
int count;
};
union StatusEffectVal {
f32 _f32;
s32 _s32;
};
struct StatusEffectInfo {
bool ng;
StatusEffectVal val;
};
enum StatusEffect {
StatusEffect_LifeRecover = 0x0,
StatusEffect_LifeMaxUp = 0x1,
StatusEffect_GutsPerformance = 0x2,
StatusEffect_ResistHot = 0x3,
StatusEffect_ResistCold = 0x4,
StatusEffect_ResistElectric = 0x5,
StatusEffect_MovingSpeed = 0x6,
StatusEffect_SwimingSpeed = 0x7,
StatusEffect_SwimingAnimRate = 0x8,
StatusEffect_ClimbingSpeed = 0x9,
StatusEffect_AttackUp = 0xA,
StatusEffect_DefenseUp = 0xB,
StatusEffect_Quietness = 0xC,
StatusEffect_DesertMovingSpeed = 0xD,
StatusEffect_ThrowingPower = 0xE,
StatusEffect_SnowMovingSpeed = 0xF,
StatusEffect_GutsRecoverSpeed = 0x10,
StatusEffect_ResistThunder = 0x11,
StatusEffect_ArmorChargeAttackAddLevel = 0x12,
StatusEffect_ReduceAncientEnemyDamge = 0x13,
StatusEffect_MaterSwordAttackUp = 0x14,
};
union EcoTrait {
s32 _int;
struct {
u8 _b0;
u8 _b1;
u8 _b2;
u8 _b3;
};
};
struct EcoTraitGrp {
EcoTrait terrain_material;
EcoTrait vegetation;
EcoTrait geology;
EcoTrait defoliation;
};
struct EcosystemTraits {
u32 idx;
EcoTraitGrp grps[3];
};
KSYS_CHECK_SIZE_NX150(EcosystemTraits, 0x34);
class Ecosystem {
SEAD_SINGLETON_DISPOSER(Ecosystem)
private:
Ecosystem() = default;
virtual ~Ecosystem();
public:
void init(sead::Heap* heap);
void calc();
s32 getMapArea(const EcoMapInfo& info, f32 posX, f32 posZ) const;
s32 getFieldMapArea(f32 x, f32 z) const { return getMapArea(mFieldMapArea, x, z); }
void getAreaItems(s32 areaNum, AreaItemType type, AreaItemSet* out) const;
void getStatusEffectInfo(StatusEffect statusEffectIdx, s32 idx, StatusEffectInfo* out) const;
void getAreaNameByNum(s32 areaNum, const char** out) const;
void getClimateNameByNum(s32 areaNum, const char** out) const;
void getEnvSoundNameByNum(s32 areaNum, const char** out) const;
void getEcoTraitsByNum(s32 areaNum, EcosystemTraits* out) const;
private:
struct Handles {
res::Handle mFieldMapArea;
res::Handle mAreaData;
res::Handle mMapTower;
res::Handle mStatusEffectList;
res::Handle mLoadBalancer;
};
Handles mHandles;
al::ByamlIter* mAreaDataIter{};
u32 mAreaDataSize{};
al::ByamlIter* mStatusEffectListIter{};
LevelSensor* mLevelSensor{};
EcoMapInfo mFieldMapArea{};
EcoMapInfo mMapTower{};
EcoMapInfo mLoadBalancer{};
u32 mFlags{};
u32 mLast;
};
} // namespace ksys::eco
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