#pragma once

#include "RE/B/BGSInventoryItem.h"
#include "RE/B/BSTArray.h"
#include "RE/B/BSTTuple.h"

namespace RE
{
	namespace PipboyInventoryUtils
	{
		enum class PAPER_DOLL_ARMOR_SLOTS
		{
			kUnderwear = 0x0,
			kLeftLeg = 0x1,
			kRightLeg = 0x2,
			kLeftArm = 0x3,
			kRightArm = 0x4,
			kTorso = 0x5,
			kHelmet = 0x6,
			kGoggles = 0x7,
			kGasMask = 0x8
		};

		inline bool DoSlotsOverlap(const TESObjectARMO* a_armor1, const TESObjectARMO* a_armor2)
		{
			using func_t = decltype(&DoSlotsOverlap);
			static REL::Relocation<func_t> func{ ID::PipboyInventoryUtils::DoSlotsOverlap };
			return func(a_armor1, a_armor2);
		}

		inline void FillDamageTypeInfo(const BGSInventoryItem& a_item, const BGSInventoryItem::Stack* a_stack, BSScrapArray<BSTTuple<std::uint32_t, float>>& a_damageValuesPerType)
		{
			using func_t = decltype(&FillDamageTypeInfo);
			static REL::Relocation<func_t> func{ ID::PipboyInventoryUtils::FillDamageTypeInfo };
			return func(a_item, a_stack, a_damageValuesPerType);
		}

		inline void FillResistTypeInfo(const BGSInventoryItem& a_item, const BGSInventoryItem::Stack* a_stack, BSScrapArray<BSTTuple<std::uint32_t, float>>& a_resistValuesPerType, float a_scale)
		{
			using func_t = decltype(&FillResistTypeInfo);
			static REL::Relocation<func_t> func{ ID::PipboyInventoryUtils::FillResistTypeInfo };
			return func(a_item, a_stack, a_resistValuesPerType, a_scale);
		}
	}
}