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F4VRBody.cpp
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#include "F4VRBody.h"
#include "Config.h"
#include "ConfigurationMode.h"
#include "Skeleton.h"
#include "Pipboy.h"
#include "HandPose.h"
#include "weaponOffset.h"
#include "utils.h"
#include "MuzzleFlash.h"
#include "BSFlattenedBoneTree.h"
#include "GunReload.h"
#include "VR.h"
#include "Debug.h"
#include "api/PapyrusVRAPI.h"
#include "api/VRManagerAPI.h"
#include <algorithm>
#include "Menu.h"
#include "MiscStructs.h"
bool firstTime = true;
bool printPlayerOnce = true;
PluginHandle g_pluginHandle = kPluginHandle_Invalid;
F4SEPapyrusInterface* g_papyrus = NULL;
F4SEMessagingInterface* g_messaging = NULL;
UInt32 KeywordPowerArmor = 0x4D8A1;
UInt32 KeywordPowerArmorFrame = 0x15503F;
OpenVRHookManagerAPI* _vrhook;
namespace F4VRBody {
Skeleton* _skelly = nullptr;
bool isLoaded = false;
uint64_t updateCounter = 0;
uint64_t prevCounter = 0;
uint64_t localCounter = 0;
bool c_isLookingThroughScope = false;
bool c_jumping = false;
float c_dynamicCameraHeight = 0.0;
bool c_selfieMode = false;
bool GameVarsConfigured = false;
bool c_loadedHideHead = false;
bool c_loadedHideEquipment = false;
bool c_loadedHideSkin = false;
bool _controlSleepStickyX = false;
bool _controlSleepStickyY = false;
bool _controlSleepStickyT = false;
bool c_weaponRepositionMasterMode = false;
std::map<std::string, NiTransform, CaseInsensitiveComparator> handClosed;
std::map<std::string, NiTransform, CaseInsensitiveComparator> handOpen;
std::map<std::string, float> handPapyrusPose;
std::map<std::string, bool> handPapyrusHasControl;
UInt32 PipboyAA = 0x0001ED3D;
UInt32 PipboyArmor = 0x00021B3B;
UInt32 MiningHelmet = 0x0022DD1F;
UInt32 PALightKW = 0x000B34A6;
// Papyrus
const char* boneSphereEventName = "OnBoneSphereEvent";
RegistrationSetHolder<NullParameters> g_boneSphereEventRegs;
std::map<UInt32, BoneSphere*> boneSphereRegisteredObjects;
UInt32 nextBoneSphereHandle;
UInt32 curDevice;
bool isHideSlotLoaded = false;
bool bDumpArray = false;
static void adjustSlotVisibility(int slotId, bool isHidden) {
auto& slot = (*g_player)->equipData->slots[slotId];
if (slot.item == nullptr)
return;
auto form_type = slot.item->GetFormType();
if (form_type != FormType::kFormType_ARMO)
return;
if (slot.node != nullptr) {
if (isHidden)
slot.node->flags |= 0x1;
else
slot.node->flags &= 0xfffffffffffffffe; // show
}
}
static void restoreGeometry() {
//Face and Skin
BSFadeNode* rn = static_cast<BSFadeNode*>((*g_player)->unkF0->rootNode);
if (!rn) {
return;
}
for (auto i = 0; i < rn->kGeomArray.count; ++i) {
rn->kGeomArray[i].spGeometry->flags &= 0xfffffffffffffffe; // show
}
//Equipment
adjustSlotVisibility(0, false);
adjustSlotVisibility(1, false);
adjustSlotVisibility(2, false);
adjustSlotVisibility(16, false);
adjustSlotVisibility(17, false);
adjustSlotVisibility(18, false);
adjustSlotVisibility(19, false);
adjustSlotVisibility(20, false);
adjustSlotVisibility(22, false);
}
// cull items in skins/faces cull list
static void cullGeometry() {
BSFadeNode* rn = static_cast<BSFadeNode*>((*g_player)->unkF0->rootNode);
if (!rn) {
return;
}
if (g_config->hideHead || g_config->hideSkin) {
for (auto i = 0; i < rn->kGeomArray.count; ++i) {
bool hide = false;
auto& geometry = rn->kGeomArray[i].spGeometry;
auto geometryName = geometry->m_name.c_str();
auto geomStr = trim(str_tolower(std::string(geometryName)));
if (g_config->hideHead) {
for (auto& faceGeom : g_config->faceGeometry) {
if (geomStr.find(faceGeom) != std::string::npos) {
//_MESSAGE("Found %s in %s", faceGeom, geomStr.c_str());
hide = true;
break;
}
}
}
if (g_config->hideSkin && !hide) {
for (auto& skinGeom : g_config->skinGeometry) {
if (geomStr.find(skinGeom) != std::string::npos) {
hide = true;
break;
}
}
}
if (hide)
geometry->flags |= 0x1; // hide
else
geometry->flags &= 0xfffffffffffffffe; // show
}
}
if (g_config->hideEquipment) {
for (auto slot : g_config->hideSlotIndexes) {
adjustSlotVisibility(slot, true);
}
}
}
static void dumpGeometryArrayInUpdate() {
if (!bDumpArray) {
return;
}
BSFadeNode* rn = static_cast<BSFadeNode*>((*g_player)->unkF0->rootNode);
if (!rn) {
return;
}
for (auto i = 0; i < rn->kGeomArray.count; ++i) {
auto& geometry = rn->kGeomArray[i].spGeometry;
auto geometryName = geometry->m_name.c_str();
_MESSAGE("%s hidden: %d", geometryName, geometry->flags &= 0x1);
}
bDumpArray = false;
}
// Bone sphere detection
void detectBoneSphere() {
if ((*g_player)->firstPersonSkeleton == nullptr) {
return;
}
// prefer to use fingers but these aren't always rendered. so default to hand if nothing else
NiAVObject* rFinger = getChildNode("RArm_Finger22", (*g_player)->firstPersonSkeleton->GetAsNiNode());
NiAVObject* lFinger = getChildNode("LArm_Finger22", (*g_player)->firstPersonSkeleton->GetAsNiNode());
if (rFinger == nullptr) {
rFinger = getChildNode("RArm_Hand", (*g_player)->firstPersonSkeleton->GetAsNiNode());
}
if (lFinger == nullptr) {
lFinger = getChildNode("LArm_Hand", (*g_player)->firstPersonSkeleton->GetAsNiNode());
}
if ((lFinger == nullptr) || (rFinger == nullptr)) {
return;
}
NiPoint3 offset;
for (auto const& element : boneSphereRegisteredObjects) {
offset = element.second->bone->m_worldTransform.rot * element.second->offset;
offset = element.second->bone->m_worldTransform.pos + offset;
double dist = (double)vec3_len(rFinger->m_worldTransform.pos - offset);
if (dist <= ((double)element.second->radius - 0.1)) {
if (!element.second->stickyRight) {
element.second->stickyRight = true;
SInt32 evt = BoneSphereEvent_Enter;
UInt32 handle = element.first;
UInt32 device = 1;
curDevice = device;
if (g_boneSphereEventRegs.m_data.size() > 0) {
g_boneSphereEventRegs.ForEach(
[&evt, &handle, &device](const EventRegistration<NullParameters>& reg) {
SendPapyrusEvent3<SInt32, UInt32, UInt32>(reg.handle, reg.scriptName, boneSphereEventName, evt, handle, device);
}
);
}
}
}
else if (dist >= ((double)element.second->radius + 0.1)) {
if (element.second->stickyRight) {
element.second->stickyRight = false;
SInt32 evt = BoneSphereEvent_Exit;
UInt32 handle = element.first;
UInt32 device = 1;
curDevice = 0;
if (g_boneSphereEventRegs.m_data.size() > 0) {
g_boneSphereEventRegs.ForEach(
[&evt, &handle, &device](const EventRegistration<NullParameters>& reg) {
SendPapyrusEvent3<SInt32, UInt32, UInt32>(reg.handle, reg.scriptName, boneSphereEventName, evt, handle, device);
}
);
}
}
}
dist = (double)vec3_len(lFinger->m_worldTransform.pos - offset);
if (dist <= ((double)element.second->radius - 0.1)) {
if (!element.second->stickyLeft) {
element.second->stickyLeft = true;
SInt32 evt = BoneSphereEvent_Enter;
UInt32 handle = element.first;
UInt32 device = 2;
curDevice = device;
if (g_boneSphereEventRegs.m_data.size() > 0) {
g_boneSphereEventRegs.ForEach(
[&evt, &handle, &device](const EventRegistration<NullParameters>& reg) {
SendPapyrusEvent3<SInt32, UInt32, UInt32>(reg.handle, reg.scriptName, boneSphereEventName, evt, handle, device);
}
);
}
}
}
else if (dist >= ((double)element.second->radius + 0.1)) {
if (element.second->stickyLeft) {
element.second->stickyLeft = false;
SInt32 evt = BoneSphereEvent_Exit;
UInt32 handle = element.first;
UInt32 device = 2;
curDevice = 0;
if (g_boneSphereEventRegs.m_data.size() > 0) {
g_boneSphereEventRegs.ForEach(
[&evt, &handle, &device](const EventRegistration<NullParameters>& reg) {
SendPapyrusEvent3<SInt32, UInt32, UInt32>(reg.handle, reg.scriptName, boneSphereEventName, evt, handle, device);
}
);
}
}
}
}
}
void handleDebugBoneSpheres() {
for (auto const& element : boneSphereRegisteredObjects) {
NiNode* bone = element.second->bone;
NiNode* sphere = element.second->debugSphere;
if (element.second->turnOnDebugSpheres && !element.second->debugSphere) {
NiNode* retNode = loadNifFromFile("Data/Meshes/FRIK/1x1Sphere.nif");
NiCloneProcess proc;
proc.unk18 = Offsets::cloneAddr1;
proc.unk48 = Offsets::cloneAddr2;
sphere = Offsets::cloneNode(retNode, &proc);
if (sphere) {
sphere->m_name = BSFixedString("Sphere01");
bone->AttachChild((NiAVObject*)sphere, true);
sphere->flags &= 0xfffffffffffffffe;
sphere->m_localTransform.scale = (element.second->radius * 2);
element.second->debugSphere = sphere;
}
}
else if (sphere && !element.second->turnOnDebugSpheres) {
sphere->flags |= 0x1;
sphere->m_localTransform.scale = 0;
}
else if (sphere && element.second->turnOnDebugSpheres) {
sphere->flags &= 0xfffffffffffffffe;
sphere->m_localTransform.scale = (element.second->radius * 2);
}
if (sphere) {
NiPoint3 offset;
offset = bone->m_worldTransform.rot * element.second->offset;
offset = bone->m_worldTransform.pos + offset;
// wp = parWp + parWr * lp => lp = (wp - parWp) * parWr'
sphere->m_localTransform.pos = bone->m_worldTransform.rot.Transpose() * (offset - bone->m_worldTransform.pos);
}
}
}
void fixSkeleton() {
NiNode* pn = (*g_player)->unkF0->rootNode->m_children.m_data[0]->GetAsNiNode();
static BSFixedString lHand("LArm_Hand");
static BSFixedString lArm("LArm_ForeArm1");
static BSFixedString lfarm("LArm_ForeArm2");
static BSFixedString rHand("RArm_Hand");
static BSFixedString rArm("RArm_ForeArm1");
static BSFixedString rfarm("RArm_ForeArm2");
static BSFixedString pipboyName("PipboyBone");
NiNode* hand = pn->GetObjectByName(&lHand)->GetAsNiNode();
NiNode* arm = pn->GetObjectByName(&lArm)->GetAsNiNode();
NiNode* forearm = pn->GetObjectByName(&lfarm)->GetAsNiNode();
NiNode* pipboy = (NiNode*)pn->m_children.m_data[0]->GetObjectByName(&pipboyName);
Skeleton sk;
bool inPA = sk.detectInPowerArmor();
if (!inPA) {
if (arm->m_children.m_data[0] == hand) {
arm->RemoveChildAt(0);
if (pipboy) {
pipboy->m_parent->RemoveChild(pipboy);
}
else {
pipboy = (NiNode*)pn->GetObjectByName(&pipboyName);
}
forearm->m_parent->RemoveChild(forearm);
arm->AttachChild(forearm, true);
forearm->m_children.m_data[0]->GetAsNiNode()->AttachChild(hand, true);
if (pipboy) {
forearm->m_children.m_data[0]->GetAsNiNode()->AttachChild(pipboy, true);
}
}
hand = pn->GetObjectByName(&rHand)->GetAsNiNode();
arm = pn->GetObjectByName(&rArm)->GetAsNiNode();
forearm = pn->GetObjectByName(&rfarm)->GetAsNiNode();
if (arm->m_children.m_data[0] == hand) {
arm->RemoveChildAt(0);
forearm->m_parent->RemoveChild(forearm);
arm->AttachChild(forearm, true);
forearm->m_children.m_data[0]->GetAsNiNode()->AttachChild(hand, true);
}
}
}
void fixMissingScreen(PlayerNodes* pn) {
NiNode* screenNode = pn->ScreenNode;
if (screenNode) {
BSFixedString screenName("Screen:0");
NiAVObject* newScreen = screenNode->GetObjectByName(&screenName);
if (!newScreen) {
pn->ScreenNode->RemoveChildAt(0);
newScreen = pn->PipboyRoot_nif_only_node->GetObjectByName(&screenName)->m_parent;
NiNode* rn = Offsets::addNode((uint64_t)&pn->ScreenNode, newScreen);
}
}
}
void setHandUI(PlayerNodes* pn) {
static NiPoint3 origLoc(0, 0, 0);
NiNode* wand = pn->primaryUIAttachNode;
BSFixedString bname = "BackOfHand";
NiNode* node = (NiNode*)wand->GetObjectByName(&bname);
if (!node) {
return;
}
if (vec3_len(origLoc) == 0.0) {
origLoc = node->m_localTransform.pos;
}
node->m_localTransform.pos = origLoc + NiPoint3(g_config->handUI_X, g_config->handUI_Y, g_config->handUI_Z);
updateTransformsDown(node, true);
}
bool setSkelly(bool inPowerArmor) {
_DMESSAGE("setSkelly Start");
if (!(*g_player)->unkF0) {
_DMESSAGE("loaded Data Not Set Yet");
return false;
}
_MESSAGE("loadedData = %016I64X", (*g_player)->unkF0);
if (!(*g_player)->unkF0->rootNode) {
_MESSAGE("rootnode not set yet!");
return false;
}
_MESSAGE("rootnode = %016I64X", (*g_player)->unkF0->rootNode);
if ((*g_player)->unkF0 && (*g_player)->unkF0->rootNode) {
_MESSAGE("set root");
auto node = (BSFadeNode*)(*g_player)->unkF0->rootNode->m_children.m_data[0]->GetAsNiNode();
if (!node) {
_MESSAGE("root node not found");
return false;
}
initHandPoses(inPowerArmor);
_skelly = new Skeleton(node);
_MESSAGE("skeleton = %016I64X", _skelly->getRoot());
if (!_skelly->setNodes()) {
return false;
}
//replaceMeshes(_skelly->getPlayerNodes());
//_skelly->setDirection();
_vrhook = RequestOpenVRHookManagerObject();
initPipboy(_skelly, _vrhook);
turnPipBoyOff();
initConfigurationMode(_skelly, _vrhook);
if (g_config->setScale) {
Setting* set = GetINISetting("fVrScale:VR");
set->SetDouble(g_config->fVrScale);
}
_MESSAGE("scale set");
_skelly->setBodyLen();
_MESSAGE("initialized");
return true;
}
else {
return false;
}
}
void smoothMovement()
{
if (!g_config->disableSmoothMovement) {
SmoothMovementVR::everyFrame();
}
}
bool HasKeywordPA(TESObjectARMO* armor, UInt32 keywordFormId)
{
if (armor)
{
for (UInt32 i = 0; i < armor->keywordForm.numKeywords; i++)
{
if (armor->keywordForm.keywords[i])
{
if (armor->keywordForm.keywords[i]->formID == keywordFormId)
{
return true;
}
}
}
}
return false;
}
bool detectInPowerArmor() {
// Thanks Shizof and SmoothtMovementVR for below code
if ((*g_player)->equipData) {
if ((*g_player)->equipData->slots[0x03].item != nullptr)
{
TESForm* equippedForm = (*g_player)->equipData->slots[0x03].item;
if (equippedForm)
{
if (equippedForm->formType == TESObjectARMO::kTypeID)
{
TESObjectARMO* armor = DYNAMIC_CAST(equippedForm, TESForm, TESObjectARMO);
if (armor)
{
if (HasKeywordPA(armor, KeywordPowerArmor) || HasKeywordPA(armor, KeywordPowerArmorFrame))
{
return true;
}
else
{
return false;
}
}
}
}
}
}
return false;
}
void update() {
static bool inPowerArmorSticky = false;
if (!isLoaded) {
return;
}
if (!(*g_player)) {
return;
}
if (printPlayerOnce) {
_MESSAGE("g_player = %016I64X", (*g_player));
printPlayerOnce = false;
}
g_config->onUpdateFrame();
if (!inPowerArmorSticky) {
inPowerArmorSticky = detectInPowerArmor();
if (inPowerArmorSticky) {
delete _skelly;
firstTime = true;
return;
}
}
else {
inPowerArmorSticky = detectInPowerArmor();
if (!inPowerArmorSticky) {
delete _skelly;
firstTime = true;
return;
}
}
if (!_skelly || firstTime) {
if (!setSkelly(inPowerArmorSticky)) {
return;
}
// StackPtr<BSAnimationManager*> manager;
//AIProcess_getAnimationManager((uint64_t)(*g_player)->middleProcess, manager);
//BSAnimationManager_setActiveGraph(manager.p, 0);
firstTime = false;
return;
}
if ((*g_player)->firstPersonSkeleton == nullptr) {
firstTime = true;
return;
}
if (!((*g_player)->unkF0 && (*g_player)->unkF0->rootNode)) {
firstTime = true;
return;
}
if (_skelly->getRoot() != (BSFadeNode*)(*g_player)->unkF0->rootNode->m_children.m_data[0]->GetAsNiNode()) {
auto node = (BSFadeNode*)(*g_player)->unkF0->rootNode->m_children.m_data[0]->GetAsNiNode();
if (!node) {
return;
}
_skelly->updateRoot(node);
_skelly->setNodes();
_skelly->setDirection();
g_pipboy->swapPipboy();
_skelly->setBodyLen();
// TODO: check if this is needed as the same call is done 10 lines below
g_pipboy->replaceMeshes(false);
_MESSAGE("initialized for real");
return;
}
// do stuff now
g_config->leftHandedMode = *Offsets::iniLeftHandedMode;
_skelly->setLeftHandedSticky();
_DMESSAGE("Start of Frame");
if (!GameVarsConfigured) {
ConfigureGameVars();
GameVarsConfigured = true;
}
g_config->leftHandedMode = *Offsets::iniLeftHandedMode;
g_pipboy->replaceMeshes(false);
// check if jumping or in air;
c_jumping = SmoothMovementVR::checkIfJumpingOrInAir();
_skelly->setTime();
VRHook::g_vrHook->setVRControllerState();
_DMESSAGE("Hide Wands");
_skelly->hideWands();
// fixSkeleton();
NiPoint3 position = (*g_player)->pos;
float groundHeight = 0.0f;
uint64_t ret = Offsets::TESObjectCell_GetLandHeight((*g_player)->parentCell, &position, &groundHeight);
// first restore locals to a default state to wipe out any local transform changes the game might have made since last update
_DMESSAGE("restore locals of skeleton");
_skelly->restoreLocals(_skelly->getRoot()->m_parent->GetAsNiNode());
_skelly->updateDown(_skelly->getRoot(), true);
// moves head up and back out of the player view. doing this instead of hiding with a small scale setting since it preserves neck shape
_DMESSAGE("Setup Head");
NiNode* headNode = _skelly->getNode("Head", _skelly->getRoot());
_skelly->setupHead(headNode, g_config->hideHead);
//// set up the body underneath the headset in a proper scale and orientation
_DMESSAGE("Set body under HMD");
_skelly->setUnderHMD(groundHeight);
_skelly->updateDown(_skelly->getRoot(), true); // Do world update now so that IK calculations have proper world reference
// Now Set up body Posture and hook up the legs
_DMESSAGE("Set body posture");
_skelly->setBodyPosture();
_skelly->updateDown(_skelly->getRoot(), true); // Do world update now so that IK calculations have proper world reference
_DMESSAGE("Set Knee Posture");
_skelly->setKneePos();
_DMESSAGE("Set Walk");
if (!g_config->armsOnly) {
_skelly->walk();
}
//_skelly->setLegs();
_DMESSAGE("Set Legs");
_skelly->setSingleLeg(false);
_skelly->setSingleLeg(true);
// Do another update before setting arms
_skelly->updateDown(_skelly->getRoot(), true); // Do world update now so that IK calculations have proper world reference
// do arm IK - Right then Left
_DMESSAGE("Set Arms");
_skelly->handleWeaponNodes();
_skelly->setArms(false);
_skelly->setArms(true);
_skelly->leftHandedModePipboy();
_skelly->updateDown(_skelly->getRoot(), true); // Do world update now so that IK calculations have proper world reference
// Misc stuff to showahide things and also setup the wrist pipboy
_DMESSAGE("Pipboy and Weapons");
_skelly->hideWeapon();
_skelly->positionPipboy();
_skelly->hidePipboy();
_skelly->fixMelee();
_skelly->hideFistHelpers();
_skelly->showHidePAHUD();
cullGeometry();
// project body out in front of the camera for debug purposes
_DMESSAGE("Selfie Time");
_skelly->selfieSkelly(g_config->selfieOutFrontDistance);
_skelly->updateDown(_skelly->getRoot(), true);
_DMESSAGE("fix the missing screen");
fixMissingScreen(_skelly->getPlayerNodes());
setHandUI(_skelly->getPlayerNodes());
if (g_config->armsOnly) {
_skelly->showOnlyArms();
}
_skelly->setHandPose();
_DMESSAGE("Operate Pipboy");
g_pipboy->operatePipBoy();
_DMESSAGE("bone sphere stuff");
detectBoneSphere();
handleDebugBoneSpheres();
//g_gunReloadSystem->Update();
_skelly->offHandToBarrel();
_skelly->offHandToScope();
Offsets::BSFadeNode_MergeWorldBounds((*g_player)->unkF0->rootNode->GetAsNiNode());
BSFlattenedBoneTree_UpdateBoneArray((*g_player)->unkF0->rootNode->m_children.m_data[0]); // just in case any transforms missed because they are not in the tree do a full flat bone array update
Offsets::BSFadeNode_UpdateGeomArray((*g_player)->unkF0->rootNode, 1);
if ((*g_player)->middleProcess->unk08->equipData && (*g_player)->middleProcess->unk08->equipData->equippedData) {
auto obj = (*g_player)->middleProcess->unk08->equipData->equippedData;
uint64_t* vfunc = (uint64_t*)obj;
if ((*vfunc & 0xFFFF) == (Offsets::EquippedWeaponData_vfunc & 0xFFFF)) {
MuzzleFlash* muzzle = reinterpret_cast<MuzzleFlash*>((*g_player)->middleProcess->unk08->equipData->equippedData->unk28);
if (muzzle && muzzle->fireNode && muzzle->projectileNode) {
muzzle->fireNode->m_localTransform = muzzle->projectileNode->m_worldTransform;
}
}
}
if (isInScopeMenu()) {
_skelly->hideHands();
}
g_pipboy->onUpdate();
g_configurationMode->onUpdate();
_skelly->fixBackOfHand();
_skelly->updateDown(_skelly->getRoot(), true); // Last world update before exit. Probably not necessary.
dumpGeometryArrayInUpdate();
debug(_skelly);
if (!detectInPowerArmor()) { // sets 3rd Person Pipboy Scale
NiNode* _Pipboy3rd = getChildNode("PipboyBone", (*g_player)->unkF0->rootNode);
if (_Pipboy3rd) {
_Pipboy3rd->m_localTransform.scale = g_config->pipBoyScale;
}
}
else {
_skelly->fixArmor();
}
}
void startUp() {
_MESSAGE("Starting up F4Body");
isLoaded = true;
nextBoneSphereHandle = 1;
curDevice = 0;
scopeMenuEvent.Register();
return;
}
// Papyrus Native Funcs
void holsterWeapon() { // Sends Papyrus Event to holster weapon when inside of Pipboy usage zone
SInt32 evt = BoneSphereEvent_Holster;
if (g_boneSphereEventRegs.m_data.size() > 0) {
g_boneSphereEventRegs.ForEach(
[&evt](const EventRegistration<NullParameters>& reg) {
SendPapyrusEvent1<SInt32>(reg.handle, reg.scriptName, boneSphereEventName, evt);
}
);
}
}
void drawWeapon() { // Sends Papyrus to draw weapon when outside of Pipboy usage zone
SInt32 evt = BoneSphereEvent_Draw;
if (g_boneSphereEventRegs.m_data.size() > 0) {
g_boneSphereEventRegs.ForEach(
[&evt](const EventRegistration<NullParameters>& reg) {
SendPapyrusEvent1<SInt32>(reg.handle, reg.scriptName, boneSphereEventName, evt);
}
);
}
}
void saveStates(StaticFunctionTag* base) {
g_config->save();
}
void setFingerPositionScalar(StaticFunctionTag* base, bool isLeft, float thumb, float index, float middle, float ring, float pinky) {
if (isLeft) {
handPapyrusHasControl["LArm_Finger11"] = true;
handPapyrusHasControl["LArm_Finger12"] = true;
handPapyrusHasControl["LArm_Finger13"] = true;
handPapyrusHasControl["LArm_Finger21"] = true;
handPapyrusHasControl["LArm_Finger22"] = true;
handPapyrusHasControl["LArm_Finger23"] = true;
handPapyrusHasControl["LArm_Finger31"] = true;
handPapyrusHasControl["LArm_Finger32"] = true;
handPapyrusHasControl["LArm_Finger33"] = true;
handPapyrusHasControl["LArm_Finger41"] = true;
handPapyrusHasControl["LArm_Finger42"] = true;
handPapyrusHasControl["LArm_Finger43"] = true;
handPapyrusHasControl["LArm_Finger51"] = true;
handPapyrusHasControl["LArm_Finger52"] = true;
handPapyrusHasControl["LArm_Finger53"] = true;
handPapyrusPose["LArm_Finger11"] = thumb;
handPapyrusPose["LArm_Finger12"] = thumb;
handPapyrusPose["LArm_Finger13"] = thumb;
handPapyrusPose["LArm_Finger21"] = index;
handPapyrusPose["LArm_Finger22"] = index;
handPapyrusPose["LArm_Finger23"] = index;
handPapyrusPose["LArm_Finger31"] = middle;
handPapyrusPose["LArm_Finger32"] = middle;
handPapyrusPose["LArm_Finger33"] = middle;
handPapyrusPose["LArm_Finger41"] = ring;
handPapyrusPose["LArm_Finger42"] = ring;
handPapyrusPose["LArm_Finger43"] = ring;
handPapyrusPose["LArm_Finger51"] = pinky;
handPapyrusPose["LArm_Finger52"] = pinky;
handPapyrusPose["LArm_Finger53"] = pinky;
}
else {
handPapyrusHasControl["RArm_Finger11"] = true;
handPapyrusHasControl["RArm_Finger12"] = true;
handPapyrusHasControl["RArm_Finger13"] = true;
handPapyrusHasControl["RArm_Finger21"] = true;
handPapyrusHasControl["RArm_Finger22"] = true;
handPapyrusHasControl["RArm_Finger23"] = true;
handPapyrusHasControl["RArm_Finger31"] = true;
handPapyrusHasControl["RArm_Finger32"] = true;
handPapyrusHasControl["RArm_Finger33"] = true;
handPapyrusHasControl["RArm_Finger41"] = true;
handPapyrusHasControl["RArm_Finger42"] = true;
handPapyrusHasControl["RArm_Finger43"] = true;
handPapyrusHasControl["RArm_Finger51"] = true;
handPapyrusHasControl["RArm_Finger52"] = true;
handPapyrusHasControl["RArm_Finger53"] = true;
handPapyrusPose["RArm_Finger11"] = thumb;
handPapyrusPose["RArm_Finger12"] = thumb;
handPapyrusPose["RArm_Finger13"] = thumb;
handPapyrusPose["RArm_Finger21"] = index;
handPapyrusPose["RArm_Finger22"] = index;
handPapyrusPose["RArm_Finger23"] = index;
handPapyrusPose["RArm_Finger31"] = middle;
handPapyrusPose["RArm_Finger32"] = middle;
handPapyrusPose["RArm_Finger33"] = middle;
handPapyrusPose["RArm_Finger41"] = ring;
handPapyrusPose["RArm_Finger42"] = ring;
handPapyrusPose["RArm_Finger43"] = ring;
handPapyrusPose["RArm_Finger51"] = pinky;
handPapyrusPose["RArm_Finger52"] = pinky;
handPapyrusPose["RArm_Finger53"] = pinky;
}
}
void restoreFingerPoseControl(StaticFunctionTag* base, bool isLeft) {
if (isLeft) {
handPapyrusHasControl["LArm_Finger11"] = false;
handPapyrusHasControl["LArm_Finger12"] = false;
handPapyrusHasControl["LArm_Finger13"] = false;
handPapyrusHasControl["LArm_Finger21"] = false;
handPapyrusHasControl["LArm_Finger22"] = false;
handPapyrusHasControl["LArm_Finger23"] = false;
handPapyrusHasControl["LArm_Finger31"] = false;
handPapyrusHasControl["LArm_Finger32"] = false;
handPapyrusHasControl["LArm_Finger33"] = false;
handPapyrusHasControl["LArm_Finger41"] = false;
handPapyrusHasControl["LArm_Finger42"] = false;
handPapyrusHasControl["LArm_Finger43"] = false;
handPapyrusHasControl["LArm_Finger51"] = false;
handPapyrusHasControl["LArm_Finger52"] = false;
handPapyrusHasControl["LArm_Finger53"] = false;
}
else {
handPapyrusHasControl["RArm_Finger11"] = false;
handPapyrusHasControl["RArm_Finger12"] = false;
handPapyrusHasControl["RArm_Finger13"] = false;
handPapyrusHasControl["RArm_Finger21"] = false;
handPapyrusHasControl["RArm_Finger22"] = false;
handPapyrusHasControl["RArm_Finger23"] = false;
handPapyrusHasControl["RArm_Finger31"] = false;
handPapyrusHasControl["RArm_Finger32"] = false;
handPapyrusHasControl["RArm_Finger33"] = false;
handPapyrusHasControl["RArm_Finger41"] = false;
handPapyrusHasControl["RArm_Finger42"] = false;
handPapyrusHasControl["RArm_Finger43"] = false;
handPapyrusHasControl["RArm_Finger51"] = false;
handPapyrusHasControl["RArm_Finger52"] = false;
handPapyrusHasControl["RArm_Finger53"] = false;
}
}
void calibrate(StaticFunctionTag* base) {
BSFixedString menuName("BookMenu");
if ((*g_ui)->IsMenuRegistered(menuName)) {
CALL_MEMBER_FN(*g_uiMessageManager, SendUIMessage)(menuName, kMessage_Close);
}
Sleep(2000);
PlayerNodes* pn = (PlayerNodes*)((char*)(*g_player) + 0x6E0);
g_config->playerHeight = pn->UprightHmdNode->m_localTransform.pos.z;
_MESSAGE("Calibrated Height: %f arm length: %f %f", g_config->playerHeight, g_config->armLength);
ShowMessagebox("FRIK Config Mode");
}
void togglePAHUD(StaticFunctionTag* base) {
BSFixedString menuName("BookMenu");
if ((*g_ui)->IsMenuRegistered(menuName)) {
CALL_MEMBER_FN(*g_uiMessageManager, SendUIMessage)(menuName, kMessage_Close);
}
g_config->showPAHUD = !g_config->showPAHUD;
}
void toggleHeadVis(StaticFunctionTag* base) {
BSFixedString menuName("BookMenu");
if ((*g_ui)->IsMenuRegistered(menuName)) {
CALL_MEMBER_FN(*g_uiMessageManager, SendUIMessage)(menuName, kMessage_Close);
}
g_config->hideHead = !g_config->hideHead;
c_loadedHideHead = g_config->hideHead;
if (g_config->hideHead) {
restoreGeometry();
}
}
void togglePipboyVis(StaticFunctionTag* base) {
BSFixedString menuName("BookMenu");
if ((*g_ui)->IsMenuRegistered(menuName)) {
CALL_MEMBER_FN(*g_uiMessageManager, SendUIMessage)(menuName, kMessage_Close);
}
g_config->hidePipboy = !g_config->hidePipboy;
}
void toggleSelfieMode(StaticFunctionTag* base) {
BSFixedString menuName("BookMenu");
if ((*g_ui)->IsMenuRegistered(menuName)) {
CALL_MEMBER_FN(*g_uiMessageManager, SendUIMessage)(menuName, kMessage_Close);
}
c_selfieMode = !c_selfieMode;
if (c_selfieMode) {
restoreGeometry();
g_config->hideHead = false;
g_config->hideEquipment = false;
g_config->hideSkin = false;
}
else {
g_config->hideHead = c_loadedHideHead;
g_config->hideEquipment = c_loadedHideEquipment;
g_config->hideSkin = c_loadedHideSkin;
}
}
static void setSelfieMode(StaticFunctionTag* base, bool isSelfieMode) {
if (c_selfieMode == isSelfieMode)
return;
toggleSelfieMode(base);
}