struct datamapField
{
CSchemaClassBinding* enum_binding;
const char* name;
std::int16_t offset;
std::int16_t unk;
std::int8_t type;
};
struct EntInput_t
{
const char* name;
std::uint32_t unk1;
std::uint32_t pad;
union unk
{
#pragma pack(push, 1)
struct netvar_info_
{
std::uint8_t unk2;
std::uint16_t netvar_offset;
} netvar_info;
#pragma pack(pop)
void* some_struct_ptr;
} info_stuff;
void* unk3;
void* callback;
void* unk4_func;
};
struct EntOutput_t
{
const char* name;
std::uint32_t unk1;
std::uint32_t CEntityIOOutput_offset;
};
struct EntClassComponentOverride_t
{
const char* pszBaseComponent;
const char* pszOverrideComponent;
};
struct CPanoramaGameScriptFunction
{
const char* name_;
const char* scoped_name_;
const char* description_;
std::string_view name() const
{
if (name_)
return name_;
return {};
}
std::string_view scoped_name() const
{
if (scoped_name_)
return scoped_name_;
return {};
}
std::string_view description() const
{
if (description_)
return description_;
return {};
}
void* unk1;
void* unk2;
const char* double_null_terminated_param_list;//'\x00\x00'-terminated
const char* class_name;
void* unk3_func;
void* actual_func;
void* unk4;
std::vector<std::string> get_params() const
{
std::vector<std::string> result{};
if (double_null_terminated_param_list)
{
auto ptr = double_null_terminated_param_list;
while (true)
{
std::string_view param{ ptr };
if (param.empty())
break;
ptr = param.data() + param.size() + sizeof('\x00');
result.emplace_back(param);
}
}
return result;
}
};
struct CPanoramaGameScriptScope
{
const char* class_name_;
const char* class_name2_;
const char* class_description_;
std::string_view class_name() const
{
if (class_name_)
return class_name_;
return {};
}
std::string_view class_name2() const
{
if (class_name2_)
return class_name2_;
return {};
}
std::string_view class_description() const
{
if (class_description_)
return class_description_;
return {};
}
CPanoramaGameScriptScope* base_scope;
CUtlVector<CPanoramaGameScriptFunction> functions;
};
//string xref ...ReferencedPtr
enum class EntityComponent_t : std::uint8_t
{
ScriptComponent = 0,
BodyComponentBaseModelEntity = 1,
BodyComponentBaseAnimGraph = 2,
PropDataComponent = 3,
RenderComponent = 4,
LightComponent = 5,
HitboxComponent = 6,
BodyComponentPoint = 7,
BodyComponentSkeletonInstance = 8,
BodyComponent = 9,
_BodyComponentBaseAnimatingOverlay = 0xA,
_BodyComponentBaseAnimating = 0xB,
};
const char* EntityComponent_t_NAMES[]
{
"ScriptComponent",
"BodyComponentBaseModelEntity",
"BodyComponentBaseAnimGraph",
"PropDataComponent",
"RenderComponent",
"LightComponent",
"HitboxComponent",
"BodyComponentPoint",
"BodyComponentSkeletonInstance",
"BodyComponent",
"_BodyComponentBaseAnimatingOverlay",
"_BodyComponentBaseAnimating",
};
const char* stringify_EntityComponent_t(std::uint8_t val)
{
if (val >= std::size(EntityComponent_t_NAMES))
{
return "";
}
return EntityComponent_t_NAMES[val];
}
class CEntityClass
{
public:
CPanoramaGameScriptScope* m_pPanoramaGameScriptScope; //0x0000
EntInput_t* m_pInputs; //0x0008
EntOutput_t* m_pOutputs; //0x0010
uint32_t m_nInputCount; //0x0018
uint32_t m_nOutputCount; //0x001C
EntClassComponentOverride_t* m_pComponentOverrides; //0x0020
CEntityClassInfo* m_pClassInfo; //0x0028
CEntityClassInfo* m_pBaseClassInfo; //0x0030
const char* m_designerName; //0x0038
void* unk1;//0x40
std::uint32_t m_flags;//0x48
std::uint32_t m_nAllHelpersFlags;//0x4C
CUtlVector<std::int16_t> m_ComponentOffsets; //0x0050
CUtlVector<void*> m_AllHelpers; //0x0068
void* BaseClassPlus80; //0x0080
void* unk2;//0x0088
datamapField* m_pDataMapFields;//0x0090
void* unk4;//0x0098
void* unk5;//0x00A0
std::uint16_t m_iDataMapFieldCount;//0xA8
std::uint16_t unk6;//0xAA
std::uint16_t unk7;//0xAC
std::uint16_t unk8;//0xAE
const char* m_pszScopedName; //0x00B0
FlattenedSerializerHandle_t* m_pFlattenedSerializer; //0x00B8
CUtlVector<void*> EntInputMap_StringToEntInput_t;//0x00C0
void* unk9;//0x00D8
void* unk10;//0x00E0
void* unk11;//0x00E8
std::int32_t m_requiredEHandle;//0x00F0
std::uint32_t pad;//0x00F4
CEntityClass* m_pForwardLinkNextClass; //0x00F8
CEntityIdentity* m_pNextClass; //0x0100
CEntityClassNetworkInstance* m_pNetworkInstance; //0x0108
auto inputs() const
{
return std::span{ m_pInputs, m_nInputCount };
}
auto outputs() const
{
return std::span{ m_pOutputs, m_nOutputCount };
}
auto datamap_fields() const
{
return std::span{ m_pDataMapFields, m_iDataMapFieldCount };
}
};
class CEntityClassNetworkInstance
{
public:
const char* m_pszClientName;
const char* m_pszServerName;
CEntityClass* m_pClass;
const char* m_pszScopedName;
FlattenedSerializerHandle_t* m_pSerializerHandle;
std::int32_t m_ClassID;
std::int32_t m_iRuntimeIndex;
void* unk1;
void* unk2;
};
class CEntityClassInfo
{
public:
const char* m_pszClassname; //0x0000
const char* m_pszCPPClassname; //0x0008
const char* m_pszDescription; //0x0010
CEntityClass* m_pClass; //0x0018
CEntityClassInfo* m_pBaseClassInfo; //0x0020
CSchemaClassBinding* m_pSchemaClassBinding; //0x0028
void* m_pDataDescMap; //0x0030
void* m_pPredDescMap; //0x0038
};
struct FlattenedSerializerHandle_t
{
const char* m_pName;
CFlattenedSerializer* serializer;
};
enum NetworkFieldChangeCallbackType : std::uint8_t
{
OBJPTR_OBJPTR = 1,
OBJPTR_OBJPTR_NEWVALUEPTR = 2,
OBJPTR = 3,
UNK_MOVRCX_MOVRDX_MOVR8D_MOVR9 = 4,
UNK_MOVRCX_MOVRDX_MOVR8D = 5,
UNK_MOVRCX_LEARDX = 6,
UNK_MOVRCX_LEARDX_MOVR8 = 7,
};
struct NetworkFieldChangeCallback_t
{
void* unk1{};
void* fn_callback{};
const char* name{};
std::uint16_t unk2{};
std::uint16_t unk3{};
std::uint16_t unk4{};
NetworkFieldChangeCallbackType callback_type{};
std::uint8_t pad{};
void* unk5{};
std::uint32_t unk6{};
};
struct CFlattenedSerializer
{
struct NetVarInfo
{
const char* name_;
CSchemaClassBinding* type_binding;
void* unk1;
std::int16_t offset;
std::int16_t maybe_flags1;
std::int32_t maybe_flags2;
void* unk2;
void* unk3;
void* unk4;
void* unk5;
std::int32_t unk6;
std::int32_t unk7;
void* unk8;
void* unk9;
void* unk10;
CUtlVector<NetworkFieldChangeCallback_t>* m_pNetVarChangeCallbacks;
void* unk11;
void* unk12;
void* unk13;
void* unk14;
const char* m_pClassName;
const char* m_pNetvarTypeName;
void* unk15;
void* unk16;
void* unk17;
std::string_view name() const noexcept
{
if (name_)
return { name_ };
return {};
}
std::string_view type_name() const noexcept
{
if (m_pNetvarTypeName)
return { m_pNetvarTypeName };
return {};
}
};
const char* m_pName;
CSchemaClassBinding* m_pSchemaClassBinding;
CUtlVector<NetVarInfo*> netvars;
};
