mirror of
https://github.com/zeldaret/botw
synced 2026-05-28 00:15:56 -04:00
ksys/res: Finish implementing ModelList
This commit is contained in:
Léo Lam
@@ -1,7 +1,374 @@
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#include "KingSystem/Resource/resResourceModelList.h"
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#include <container/seadSafeArray.h>
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#include "KingSystem/Resource/resModelResourceDivide.h"
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namespace ksys::res {
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namespace {
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sead::SafeString str_ModelData{"ModelData"};
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sead::SafeString str_Unit{"Unit"};
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sead::SafeString str_AnmTarget{"AnmTarget"};
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sead::SafeString str_Partial{"Partial"};
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sead::SafeArray<const char*, 6> sLocatorTypes{{
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"Trunk",
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"Branch",
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"GlowStone",
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"OnTree",
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"MagnePos",
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"StopTimerPos",
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}};
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constexpr u32 NumUnitMax = 8;
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} // namespace
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ModelList::ModelList() : ParamIO("modellist", 0) {}
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ModelList::~ModelList() {
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for (auto& entry : mModelData)
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entry.units.freeBuffer();
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mModelData.freeBuffer();
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for (auto& entry : mAnmTargets)
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entry.partials.freeBuffer();
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mAnmTargets.freeBuffer();
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}
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void ModelList::doCreate_(u8* buffer, u32 buffer_size, sead::Heap* heap) {}
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// NON_MATCHING: reorderings
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bool ModelList::parse_(u8* data, size_t size, sead::Heap* heap) {
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agl::utl::ResParameterArchive archive{data};
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const auto root = archive.getRootList();
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const auto model_data_list = agl::utl::getResParameterList(root, str_ModelData);
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if (model_data_list.ptr() && model_data_list.getResParameterListNum() > 0) {
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if (!parseModelData(model_data_list, heap))
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return false;
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}
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addList(&mModelDataList, str_ModelData);
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const auto anm_target_list = agl::utl::getResParameterList(root, str_AnmTarget);
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if (anm_target_list.ptr() && anm_target_list.getResParameterListNum() > 0) {
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if (!parseAnmTarget(anm_target_list, heap))
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return false;
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}
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addList(&mAnmTargetList, str_AnmTarget);
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mControllerInfo->mAddColor.init({0.0, 0.0, 0.0, 0.0}, "AddColor", "", &mControllerInfo->mObj);
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mControllerInfo->mMulColor.init({1.0, 1.0, 1.0, 1.0}, "MulColor", "", &mControllerInfo->mObj);
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mControllerInfo->mBaseScale.init(sead::Vector3f::ones, "BaseScale", "", &mControllerInfo->mObj);
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mControllerInfo->mVariationMatAnim.init("", "VariationMatAnim", "", &mControllerInfo->mObj);
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mControllerInfo->mVariationMatAnimFrame.init(0, "VariationMatAnimFrame", "",
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&mControllerInfo->mObj);
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mControllerInfo->mVariationShaderAnim.init("", "VariationShaderAnim", "",
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&mControllerInfo->mObj);
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mControllerInfo->mVariationShaderAnimFrame.init(0, "VariationShaderAnimFrame", "",
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&mControllerInfo->mObj);
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mControllerInfo->mCalcAABBASKey.init("Wait", "CalcAABBASKey", "", &mControllerInfo->mObj);
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addObj(&mControllerInfo->mObj, sead::FormatFixedSafeString<128>("ControllerInfo"));
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mAttention->mIsEnableAttention.init(false, "IsEnableAttention", "", &mAttention->mObj);
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mAttention->mLookAtBone.init("", "LookAtBone", "", &mAttention->mObj);
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mAttention->mLookAtOffset.init(sead::Vector3f::zero, "LookAtOffset", "", &mAttention->mObj);
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mAttention->mCursorOffsetY.init(0.0, "CursorOffsetY", "", &mAttention->mObj);
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mAttention->mAIInfoOffsetY.init(0.0, "AIInfoOffsetY", "", &mAttention->mObj);
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mAttention->mCutTargetBone.init("", "CutTargetBone", "", &mAttention->mObj);
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mAttention->mCutTargetOffset.init(sead::Vector3f::zero, "CutTargetOffset", "",
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&mAttention->mObj);
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mAttention->mGameCameraBone.init("", "GameCameraBone", "", &mAttention->mObj);
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mAttention->mGameCameraOffset.init(sead::Vector3f::zero, "GameCameraOffset", "",
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&mAttention->mObj);
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mAttention->mBowCameraBone.init("", "BowCameraBone", "", &mAttention->mObj);
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mAttention->mBowCameraOffset.init(sead::Vector3f::zero, "BowCameraOffset", "",
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&mAttention->mObj);
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mAttention->mAttackTargetBone.init("", "AttackTargetBone", "", &mAttention->mObj);
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mAttention->mAttackTargetOffset.init(sead::Vector3f::zero, "AttackTargetOffset", "",
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&mAttention->mObj);
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mAttention->mAttackTargetOffsetBack.init(0.0, "AttackTargetOffsetBack", "", &mAttention->mObj);
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mAttention->mAtObstacleChkUseLookAtPos.init(true, "AtObstacleChkUseLookAtPos", "",
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&mAttention->mObj);
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mAttention->mAtObstacleChkOffsetBone.init("", "AtObstacleChkOffsetBone", "", &mAttention->mObj);
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mAttention->mAtObstacleChkOffset.init(sead::Vector3f::zero, "AtObstacleChkOffset", "",
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&mAttention->mObj);
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mAttention->mCursorAIInfoBaseBone.init("", "CursorAIInfoBaseBone", "", &mAttention->mObj);
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mAttention->mCursorAIInfoBaseOffset.init(sead::Vector3f::zero, "CursorAIInfoBaseOffset", "",
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&mAttention->mObj);
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addObj(&mAttention->mObj, sead::FormatFixedSafeString<128>("Attention"));
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if (data) {
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applyResParameterArchive(agl::utl::ResParameterArchive{data});
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mRawData = data;
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}
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return true;
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}
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bool allocModelDataBuffer(sead::Buffer<ModelList::ModelData>& buffer, int size, sead::Heap* heap,
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int alignment = sizeof(void*)) {
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return buffer.tryAllocBuffer(size, heap, alignment);
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}
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bool ModelList::parseModelData(const agl::utl::ResParameterList& res, sead::Heap* heap) {
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if (!allocModelDataBuffer(mModelData, res.getResParameterListNum() != 0, heap))
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return false;
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sead::FixedSafeString<32> list_name{str_ModelData};
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list_name.append("_");
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const auto list_name_base_len = list_name.calcLength();
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for (auto it = mModelData.begin(), it_end = mModelData.end(); it != it_end; ++it) {
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list_name.trim(list_name_base_len);
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list_name.appendWithFormat("%d", it.getIndex());
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it->folder.init("", "Folder", "", &it->base_obj);
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it->list.addObj(&it->base_obj, "Base");
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const auto unit_list =
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agl::utl::getResParameterList(res.getResParameterList(it.getIndex()), str_Unit);
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if (unit_list.ptr()) {
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const u32 num_units = unit_list.getResParameterObjNum();
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if (num_units != 0) {
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if (!it->units.tryAllocBuffer(std::min(num_units, NumUnitMax), heap))
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return false;
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sead::FixedSafeString<32> unit_name{str_Unit};
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unit_name.append("_");
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const auto unit_name_base_len = unit_name.calcLength();
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for (auto unit = it->units.begin(), end = it->units.end(); unit != end; ++unit) {
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unit_name.trim(unit_name_base_len);
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unit_name.appendWithFormat("%d", unit.getIndex());
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unit->unit_name.init("", "UnitName", "", &unit->obj);
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unit->bind_bone.init("", "BindBone", "", &unit->obj);
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it->unit_list.addObj(&unit->obj, unit_name);
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}
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}
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}
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it->list.addList(&it->unit_list, str_Unit);
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mModelDataList.addList(&it->list, list_name);
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}
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return true;
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}
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bool allocAnmTargetPartialBuffer(sead::Buffer<ModelList::Partial>& buffer, int size,
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sead::Heap* heap, int alignment = sizeof(void*)) {
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return buffer.tryAllocBuffer(size, heap, alignment);
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}
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bool ModelList::parseAnmTarget(const agl::utl::ResParameterList& res, sead::Heap* heap) {
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if (!mAnmTargets.tryAllocBuffer(std::min<u32>(res.getResParameterListNum(), NumUnitMax), heap))
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return false;
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sead::FixedSafeString<32> list_name{str_AnmTarget};
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list_name.append("_");
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const auto list_name_base_len = list_name.calcLength();
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for (auto it = mAnmTargets.begin(), it_end = mAnmTargets.end(); it != it_end; ++it) {
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list_name.trim(list_name_base_len);
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list_name.appendWithFormat("%d", it.getIndex());
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it->num_as_slot.init(0, "NumASSlot", "", &it->base_obj);
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// "is particle enabled" (particle is misspelled as "partical" [sic])
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it->is_partical_enable.init(false, "IsParticalEnable", "", &it->base_obj);
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it->target_type.init(0, "TargetType", "", &it->base_obj);
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it->list.addObj(&it->base_obj, "Base");
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const auto partials =
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agl::utl::getResParameterList(res.getResParameterList(it.getIndex()), str_Partial);
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if (partials.ptr() && partials.getResParameterObjNum() != 0) {
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if (!allocAnmTargetPartialBuffer(it->partials, partials.getResParameterObjNum(), heap))
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return false;
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sead::FixedSafeString<32> partial_name{str_Partial};
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partial_name.append("_");
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const auto partial_name_base_len = partial_name.calcLength();
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for (auto partial = it->partials.begin(), partial_end = it->partials.end();
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partial != partial_end; ++partial) {
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partial_name.trim(partial_name_base_len);
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partial_name.appendWithFormat("%d", partial.getIndex());
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partial->bone.init("", "Bone", "", &partial->obj);
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partial->bind_flag.init(0, "BindFlg", "", &partial->obj);
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partial->recursible.init(true, "Recursible", "", &partial->obj);
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it->partial_list.addObj(&partial->obj, partial_name);
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}
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}
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it->list.addList(&it->partial_list, str_Partial);
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mAnmTargetList.addList(&it->list, list_name);
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}
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return true;
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}
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int ModelList::getNumAnmTargets() const {
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return mAnmTargets.size();
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}
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void ModelList::getModelDataInfo(ModelList::ModelDataInfo* info) const {
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*info = {};
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if (mModelData.size() > 0) {
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info->num_model_data = mModelData.size();
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for (auto it = mModelData.begin(), end = mModelData.end(); it != end; ++it) {
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const s32 idx = it.getIndex();
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info->folder_name[idx] = it->folder.ref().cstr();
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info->num_units[idx] = it->units.size();
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for (auto unit = it->units.begin(), uend = it->units.end(); unit != uend; ++unit) {
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const s32 unit_idx = unit.getIndex();
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info->unit_names[idx][unit_idx] = unit->unit_name.ref().cstr();
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info->unit_bind_bones[idx][unit_idx] = unit->bind_bone.ref().cstr();
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}
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if (info->unit_names[idx][0]) {
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const char* name = ModelResourceDivide::instance()->getModelResource(
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info->folder_name[idx], info->unit_names[idx][0]);
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if (name)
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info->folder_name[idx] = name;
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}
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}
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}
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info->base_scale = mControllerInfo->mBaseScale.ref();
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}
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bool ModelList::getAttentionInfo(AttentionInfo* info) const {
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if (!mAttention->mIsEnableAttention.ref()) {
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info->look_at_bone = {};
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info->look_at_offset = sead::Vector3f::zero;
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info->cursor_offset_y = {};
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info->ai_info_offset_y = {};
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info->cut_target_bone = {};
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info->cut_target_offset = sead::Vector3f::zero;
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info->game_camera_bone = {};
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info->game_camera_offset = sead::Vector3f::zero;
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info->bow_camera_bone = {};
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info->bow_camera_offset = sead::Vector3f::zero;
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info->attack_target_bone = {};
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info->attack_target_offset = sead::Vector3f::zero;
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info->attack_target_offset_back = {};
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info->cursor_ai_info_base_bone = {};
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info->cursor_ai_info_base_offset = sead::Vector3f::zero;
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return false;
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}
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info->look_at_bone = mAttention->mLookAtBone.ref().cstr();
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info->look_at_offset = mAttention->mLookAtOffset.ref();
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info->cursor_offset_y = mAttention->mCursorOffsetY.ref();
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info->ai_info_offset_y = mAttention->mAIInfoOffsetY.ref();
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info->cut_target_bone = mAttention->mCutTargetBone.ref().cstr();
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info->cut_target_offset = mAttention->mCutTargetOffset.ref();
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info->game_camera_bone = mAttention->mGameCameraBone.ref().cstr();
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info->game_camera_offset = mAttention->mGameCameraOffset.ref();
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info->bow_camera_bone = mAttention->mBowCameraBone.ref().cstr();
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info->bow_camera_offset = mAttention->mBowCameraOffset.ref();
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info->attack_target_bone = mAttention->mAttackTargetBone.ref().cstr();
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info->attack_target_offset = mAttention->mAttackTargetOffset.ref();
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info->attack_target_offset_back = mAttention->mAttackTargetOffsetBack.ref();
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if (mAttention->mAtObstacleChkUseLookAtPos.ref()) {
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info->at_obstacle_chk_bone = mAttention->mLookAtBone.ref().cstr();
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info->at_obstacle_chk_offset = mAttention->mLookAtOffset.ref();
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} else {
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info->at_obstacle_chk_bone = mAttention->mAtObstacleChkOffsetBone.ref().cstr();
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info->at_obstacle_chk_offset = mAttention->mAtObstacleChkOffset.ref();
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}
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info->cursor_ai_info_base_bone = mAttention->mCursorAIInfoBaseBone.ref().cstr();
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info->cursor_ai_info_base_offset = mAttention->mCursorAIInfoBaseOffset.ref();
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const auto clear_if_empty = [](const char** s) {
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if (!(*s)[0])
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*s = nullptr;
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};
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clear_if_empty(&info->look_at_bone);
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clear_if_empty(&info->cut_target_bone);
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clear_if_empty(&info->game_camera_bone);
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clear_if_empty(&info->bow_camera_bone);
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clear_if_empty(&info->attack_target_bone);
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clear_if_empty(&info->at_obstacle_chk_bone);
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clear_if_empty(&info->cursor_ai_info_base_bone);
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return true;
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}
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act::InfoData::Locator::Type ModelList::getLocatorTypeFromStr(const sead::SafeString& type) {
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for (s32 i = 0; i < sLocatorTypes.size(); ++i) {
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if (type == sLocatorTypes[i])
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return act::InfoData::Locator::Type(i);
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}
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return act::InfoData::Locator::Type::Invalid;
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}
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// NON_MATCHING: weird unrolling and Vector3f store (str should be a stp)
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bool ModelList::getLocatorInfo(act::InfoData::Locator* info,
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act::InfoData::Locator::Type type) const {
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agl::utl::ResParameterArchive archive{mRawData};
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const auto root = archive.getRootList();
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for (int i = 0;; ++i) {
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const auto obj =
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agl::utl::getResParameterObj(root, sead::FormatFixedSafeString<32>("Locator_%d", i));
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if (!obj.ptr())
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return false;
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const char* expected_type_str = sLocatorTypes[u32(type)];
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if (sead::SafeString(getString(obj, "Type", "")) != expected_type_str)
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continue;
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info->pos = getVec3(obj, "Pos", sead::Vector3f::zero);
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info->rot = getVec3(obj, "Rot", sead::Vector3f::zero);
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info->type = type;
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return true;
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}
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return false;
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}
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bool ModelList::isParticalEnable(int anm_target_idx) const {
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return mAnmTargets[anm_target_idx].is_partical_enable.ref();
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}
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int ModelList::getNumASSlot(int anm_target_idx) const {
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return mAnmTargets[anm_target_idx].num_as_slot.ref();
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}
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int ModelList::getNumPartials(int anm_target_idx) const {
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return mAnmTargets[anm_target_idx].partials.size();
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}
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void ModelList::getPartialInfo(PartialInfo* info, int anm_target_idx, int partial_idx) const {
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if (mAnmTargets.size() > 0) {
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const auto& partial = mAnmTargets[anm_target_idx].partials[partial_idx];
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info->bone = partial.bone.ref();
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info->bind_flag = partial.bind_flag.ref();
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info->recursible = partial.recursible.ref();
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} else {
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info->bone = "";
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info->bind_flag = 0;
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info->recursible = true;
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}
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}
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} // namespace ksys::res
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