source: GTP/trunk/App/Games/Jungle_Rumble/src/Player.cpp @ 1378

#include "dxstdafx.h"
#include ".\player.h"
#include "Terrain.h"
#include "GameManager.h"
#include "GameScene.h"
#include "ParticleGroup.h"
#include "ParticleEmitter.h"
#include "SimpleBullet.h"
#include "Sprite.h"
#include <exception>

#define FL 0
#define FR 1
#define RL 2
#define RR 3

#define M_PI 3.1415

//static NxDistanceJoint* distanceJoint = NULL; 

Player::Player(void) : Node() {

        counter= 0;
        this->activeWeapon = NULL;
        this->playerPlayerCol = false;
        this->gotHit = false;
        this->health = 100;
        this->iHealth = this->health;
        this->pe=NULL;
        for(int i=0;i<10;i++) {
                this->weaponList[i] = NULL;
                this->munition[i] = 0;
        }
        this->springCounter = 0;
        this->upperSpringActor = NULL;
        this->upperJoint = NULL;
        this->rauchEmitter = NULL;
        this->team = 0;
        this->setAvatareFileName("./media/models/wurm.x");
        this->fireHitCount = 0;
        this->sleepCounter = 0;
}

Player::~Player(void)
{
}

void Player::initPlayer(float _x, float _y, float _z) {
        //Setup Engine
        this->sleepCounter = 0;
        this->engineForce = 0;
        this->maxEngineForce = 6000;
        this->deltaEngineForce = 4000;
        this->Cdrag = 0.1257f*15.0f;
        this->Crr = 0.0001f*20.0f;
        this->Cdaempfung = 0.0012f;
        this->Croll     = 0.2f;
        this->Clateral = 0.6f;
        this->Cschale = 10;
        this->Crotschale = 5;
        this->CimpactRot = 0.00003f;
        this->CrotBeschleunigung = 0.001f;
        this->vMax = 300;
        this->desiredFlyingDownForce = 350;
        this->fireHitCount = 0;
        this->iceHitCount = 0;

        this->currentRotSchale = 0;

        maxBreakForce = 5000;
        breakForce = 0;
        deltaBreakForce = 2000;

        //Steering setup
        this->maxSteering = 20*D3DX_PI/180;
        this->steering = 0;
        this->steeringFactor = 10;

        this->vHeading = 0;

        //Physik
        this->vLength = 0;
        heading.x = 0; heading.y = 0; heading.z = 1;
        direction.x = 0; direction.y = 0; direction.z = 1;
        cFront  = 1.2f;
        cRear   = 1.2f;
        cSide   = 1.2f;
        cHeight = 0.6f;
        rfDistance = cFront+cRear;
        this->cR_D = this->cRear/this->rfDistance;
        this->cF_D = this->cFront/this->rfDistance;
        this->cH_D = this->cHeight/this->rfDistance;

        vehicleMass = 10;
        tMoment = vehicleMass;
        wheelMass = 5;
        wheelRadius = 0.5;
        springL = 1.0f;
        springK = 1000;

        //Ageia Physic
        this->s.x = _x; this->s.y = _y; this->s.z = _z;
    this->setPosition(s.x, s.y, s.z);
        NxSphereShapeDesc sphereDesc;
        sphereDesc.localPose.t = NxVec3(0, 1, 0);
        sphereDesc.radius = 2;
        
        this->pActorDesc.density = 0;
        this->pBodyDesc.mass = this->vehicleMass;
        this->pActorDesc.shapes.pushBack(&sphereDesc);

        this->triggerSphereDesc.radius = 2.1f;
        this->triggerSphereDesc.shapeFlags = NX_TRIGGER_ON_ENTER | NX_TRIGGER_ON_LEAVE | NX_SF_DISABLE_RAYCASTING;
        this->pActorDesc.shapes.pushBack(&this->triggerSphereDesc);

        this->setBehaveAs(Node::RIGIDBODY);
        this->setColDetGroup(UserContactReport::COLGROUP_PLAYER);
        this->pActor->setAngularDamping(1);

        NxShape* const* shapes = this->pActor->getShapes();
        int nbShapes = this->pActor->getNbShapes();

        for(int i=0;i<nbShapes;i++) {
                if(shapes[i]->isSphere() && ((NxSphereShape*)shapes[i])->getRadius()==1) {
                        this->sphere = (NxSphereShape*)shapes[i];
                }
        }

        //Physic spring
        this->springDistance = 20;
        this->upperDelta = 0;
        this->springBias = 1.2f;
        this->upperSpringActor = this->createDistanceJoint(Vector(_x, _y+this->springDistance-this->upperDelta, _z), false);
        
        //Setup Geometry
        this->schale = (Object3d *) this->myScene->createNode(this->myScene->NODE_OBJECT3D, *this, true);
        this->schale->loadMeshFromFile("./media/models/nussschale.x");

        this->wurm = (Object3d *) this->myScene->createNode(this->myScene->NODE_OBJECT3D, *this->schale, true);
        this->wurm->loadMeshFromFile(this->avatar);
                
        for(int i=0;i<4;i++) {
                this->wheel[i] = (Object3d *) this->myScene->createNode(this->myScene->NODE_OBJECT3D, true);
                this->wheel[i]->loadMeshFromFile("./media/models/wheel15.x");
        }
        this->wheel[FL]->setPosition(cSide+_x, 0+_y, cFront+_z);
        this->wheel[FR]->setPosition(-cSide+_x, 0+_y, cFront+_z);

        this->wheel[RL]->setPosition(cSide+_x, 0+_y, -cRear+_z);
        this->wheel[RR]->setPosition(-cSide+_x, 0+_y, -cRear+_z);

        this->schale->setPosition(0, springL, 0);
        schaleAlpha = 0;
        schaleHoehe = 0;
                
        this->wheelAngle = 0;
        this->w.setXYZ(0, 0, 0);
        this->p = 0;
        
        ixSchale = 0;
        iySchale = 0;
        izSchale = 0;
        iaSchale = 0;
        ibSchale = 0;
        igSchale = 0;
        daSchale = 0;
        dbSchale = 0;
        dgSchale = 0;
        this->resetValues();

        //Create motor sound
        this->motor = (SoundNode *) this->myScene->createNode(this->myScene->NODE_SOUND, *this->schale, false);
        if(!this->motor->loadFile("./media/sound/fan_blade_idle_loop1.wav", true)) {
                this->myScene->manager->printToConsole("Loading motor sound failed!");
        } else {
                this->motor->play();
                this->motor->setVolume(0);
        }

        //Create nooooo Sounds
        hitSounds[0] = "./media/sound/screams/no1.mp3";
        hitSounds[1] = "./media/sound/screams/no2.mp3";
        hitSounds[2] = "./media/sound/screams/no3.mp3";
        for(int i=0;i<3;i++) {
                this->noSounds[i] = (SoundNode *) this->myScene->createNode(this->myScene->NODE_SOUND, *this->schale, false);
                if(!this->noSounds[i]->loadFile(this->hitSounds[i], false)) {
                        this->myScene->manager->printToConsole("Loading scream sound failed!");
                } else {
                        //this->noSounds[i]->play();
                        this->noSounds[i]->setKillSoundNodeAfterPlayed(false);
                        this->noSounds[i]->setVolume(255);
                }
        }
        srand((UINT)time(NULL));


        this->gotHit = false;

        ParticleGroup* pg = (ParticleGroup*) this->myScene->createNode(Scene::NODE_PARTICLEGROUP, false);
        this->rauchEmitter = (ParticleEmitter*) this->myScene->createNode(Scene::NODE_PARTICLEEMITTER, *this->schale);
        pg->addParticleEmitter(this->myScene->getSmartPointer(this->rauchEmitter));
        pg->useGravity(false);
        this->rauchEmitter->setDimensions(1,1,1);
        this->rauchEmitter->setEMBirthRate(20);
        this->rauchEmitter->setEMEmissionDuration(2);
        this->rauchEmitter->setEMParticleLifeTime(2);
        this->rauchEmitter->setEMParticleVelocity(0);
        this->rauchEmitter->setPosition(0, 0, 0);
        this->rauchEmitter->setRotation(-D3DX_PI/2, 0, 0);
        this->rauchEmitter->setDeleteMeAfterEmission(false);
        this->rauchEmitter->setColDetGroup(UserContactReport::COLGROUP_NOCOL);
        this->rauchEmitter->setStandBy(true);
        
        Sprite *rauch;
        rauch = (Sprite*) this->myScene->createNode(Scene::NODE_SPRITE);
        rauch->setDimension(3, 3);
        rauch->setTexture("./media/textures/explosion.png");
        rauch->setFPS(64);
        rauch->setTimeToLive(1);
        rauch->setRowColumnCount(8, 8);
        rauch->setFrameCount(64);
        rauch->setLoopAnimation(true);
        rauch->setLookAtCamera(true);
        rauch->setAlpha(0.5f);
        rauch->setPosition(this->getAbsolutePosition());
        rauch->generatePhysicMesh();
        rauch->setBehaveAs(Node::RIGIDBODY);
        rauch->setColDetGroup(UserContactReport::COLGROUP_NOCOL);
        this->rauchEmitter->addRefNode(*rauch);

        ParticleGroup* winPg = (ParticleGroup*) this->myScene->createNode(Scene::NODE_PARTICLEGROUP, false);
        this->winPe = (ParticleEmitter*) this->myScene->createNode(Scene::NODE_PARTICLEEMITTER, *this->schale);
        winPg->addParticleEmitter(this->myScene->getSmartPointer(this->winPe));
        winPg->useGravity(true);
        this->winPe->setDimensions(1,1,1);
        this->winPe->setEMBirthRate(10);
        this->winPe->setEMEmissionDuration(5);
        this->winPe->setEMParticleLifeTime(5);
        this->winPe->setEMParticleVelocity(15);
        this->winPe->setPosition(0, 10, 0);
        this->winPe->setRotation(D3DX_PI/2, 0, 0);
        this->winPe->setEMRotationalDegree(500, 500, 500);
        this->winPe->setEMHorizontalDegree(1.5f);
        this->winPe->setEMVerticalDegree(1.5f);
        this->winPe->setDeleteMeAfterEmission(false);
        this->winPe->setColDetGroup(UserContactReport::COLGROUP_OTHER);
        this->winPe->setStandBy(true);
        
        Object3d *cube;
        cube = (Object3d*) this->myScene->createNode(Scene::NODE_OBJECT3D);
        cube->loadMeshFromFile("./media/models/gtpcube.x");
        cube->generatePhysicMesh(Object3d::COL_CONVEX);
        cube->setBehaveAs(Node::RIGIDBODY);
        cube->setColDetGroup(UserContactReport::COLGROUP_OBSTACLE);
        cube->setSoftKill(true, 1);

        this->winPe->addRefNode(*cube);

        /*Sprite *rauch;
        rauch = (Sprite*) this->myScene->createNode(Scene::NODE_SPRITE);
        rauch->setDimension(3, 3);
        rauch->setTexture("./media/textures/explosion.png");
        rauch->setFPS(64);
        rauch->setTimeToLive(1);
        rauch->setRowColumnCount(8, 8);
        rauch->setFrameCount(64);
        rauch->setLoopAnimation(true);
        rauch->setLookAtCamera(true);
        rauch->setAlpha(0.5f);
        rauch->setPosition(this->getAbsolutePosition());
        rauch->generatePhysicMesh();
        rauch->setBehaveAs(Node::RIGIDBODY);
        rauch->setColDetGroup(UserContactReport::COLGROUP_NOCOL);
        this->rauchEmitter->addRefNode(*rauch);*/
}

void Player::setPlayerHit(Vector position, Bullet &bullet) {
        //Joints deaktivieren
        if(this->upperJoint) {
                this->myScene->pScene->releaseJoint(*this->upperJoint);
                this->upperJoint = NULL;
        }

        //ZufallsSound abspielen
        int sndId = (int)((((float) rand()/RAND_MAX)+0.5)*5);
        if(sndId<3) {
                this->noSounds[sndId]->play();
        }

        //TraceRays auf best. länge reduzieren
        //Impuls an player anlegen
        this->gotHit = true;
        this->engineForce*=0.5;
        Vector forceDir;
        forceDir = bullet.getDirection();
        forceDir.y = 1;
        forceDir.normalize();
        forceDir = forceDir*bullet.getImpactForce()*120;
        this->pActor->setAngularDamping(0);
        this->pActor->addForceAtPos(forceDir.getNxVector(), bullet.getAbsolutePosition().getNxVector(), NX_IMPULSE);
        this->lastYPos = -10000;
        this->realFlyingDownForce = 0;

        //Emit some Stones...
        ParticleGroup* stoneGroup = (ParticleGroup*) this->myScene->createNode(Scene::NODE_PARTICLEGROUP, false);
        ParticleEmitter* stoneEmitter = (ParticleEmitter*) this->myScene->createNode(Scene::NODE_PARTICLEEMITTER);
        stoneGroup->addParticleEmitter(this->myScene->getSmartPointer(stoneEmitter));
        stoneEmitter->setEMParticleVelocity(20);
        stoneEmitter->setDimensions(1, 1, 1);
        stoneEmitter->setPosition(this->getAbsolutePosition()-Vector(0, 2, 0));
        stoneEmitter->setEMEmissionDuration(0.3f);
        stoneEmitter->setEMHorizontalDegree(1);
        stoneEmitter->setEMVerticalDegree(1);
        stoneEmitter->setEMRotationalDegree(8, 8, 8);
        stoneEmitter->setEMBirthRate(10);
        stoneEmitter->setEMParticleLifeTime(5.0f);
        stoneEmitter->setRotation(-D3DX_PI/2, 0, 0);
        stoneEmitter->setDeleteMeAfterEmission(true);
        stoneEmitter->setColDetGroup(UserContactReport::COLGROUP_OTHER);

        Object3d* stone = (Object3d*) this->myScene->createNode(Scene::NODE_OBJECT3D);
        stone->loadMeshFromFile("./media/models/Stein_3.x");
        stone->generatePhysicMesh(Object3d::COL_CONVEX);
        stone->setColDetGroup(UserContactReport::COLGROUP_OTHER);
        stone->setSoftKill(true, 2);
        stoneEmitter->addRefNode(*stone);
        stoneEmitter->addRefNode(*stone);
        stoneEmitter->addRefNode(*stone);

        //Attach Sprites to Emitter
        ParticleGroup* spriteGroup = (ParticleGroup*) this->myScene->createNode(Scene::NODE_PARTICLEGROUP, true);
        ParticleEmitter* spriteEmitter = (ParticleEmitter*) this->myScene->createNode(Scene::NODE_PARTICLEEMITTER);
        spriteGroup->addParticleEmitter(this->myScene->getSmartPointer(spriteEmitter));
        spriteEmitter->setEMParticleVelocity(0);
        spriteEmitter->setDimensions(1, 1, 1);
        spriteEmitter->setPosition(this->getAbsolutePosition());
        spriteEmitter->setEMEmissionDuration(3);
        spriteEmitter->setEMHorizontalDegree(0.1f);
        spriteEmitter->setEMVerticalDegree(0.1f);
        spriteEmitter->setEMRotationalDegree(8, 8, 8);
        spriteEmitter->setEMBirthRate(10);
        spriteEmitter->setEMParticleLifeTime(5.0f);
        spriteEmitter->setRotation(-D3DX_PI/2, 0, 0);
        spriteEmitter->setDeleteMeAfterEmission(true);
        spriteEmitter->setColDetGroup(UserContactReport::COLGROUP_NOCOL);
        spriteEmitter->setStandBy(false);

        Sprite *rauch;
        rauch = (Sprite*) this->myScene->createNode(Scene::NODE_SPRITE, false);
        rauch->setDimension(3, 3);
        rauch->setTexture("./media/textures/explosion.png");
        rauch->setFPS(64);
        rauch->setTimeToLive(2);
        rauch->setRowColumnCount(8, 8);
        rauch->setFrameCount(64);
        rauch->setLoopAnimation(true);
        rauch->setLookAtCamera(true);
        rauch->setAlpha(0.5f);
        rauch->setPosition(this->getAbsolutePosition());
        rauch->generatePhysicMesh();
        rauch->setBehaveAs(Node::RIGIDBODY);
        rauch->setColDetGroup(UserContactReport::COLGROUP_NOCOL);
        spriteEmitter->addRefNode(*rauch);
        spriteEmitter->addRefNode(*rauch);

        stone->addChild(this->myScene->getSmartPointer(spriteEmitter));
}

void Player::setPlayerOnGround()
{
        Vector L[4];
        L[FL].x = cSide; L[FL].y = -this->springL; L[FL].z = cFront;
        L[FR].x = -cSide; L[FR].y = -this->springL; L[FR].z = cFront;
        L[RL].x = cSide; L[RL].y = -this->springL; L[RL].z = -cRear;
        L[RR].x = -cSide; L[RR].y = -this->springL; L[RR].z = -cRear;

        Vector playerPos = this->getAbsolutePosition();
        for(int i=0;i<4;i++) {
                this->wheel[i]->setPosition(playerPos+L[i]);
        }
        this->lastYPos = -10000;
        playerPos = this->getTerrainHeight(playerPos);
        this->upperSpringActor = this->createDistanceJoint(Vector(playerPos.x, playerPos.y+this->springDistance-this->upperDelta, playerPos.z), false);
        this->gotHit = false;
        this->realFlyingDownForce = 0;
        this->pActor->setLinearMomentum(NxVec3(0, 0, 0));
        this->pActor->setLinearVelocity(NxVec3(0, 0, 0));
        this->pActor->setAngularMomentum(NxVec3(0, 0, 0));
        this->pActor->setAngularVelocity(NxVec3(0, 0, 0));
}

void Player::update(float dt) {
        if(this->sleepCounter++<10) {
                if(this->sleepCounter==2) {
                        this->motor->setVolume(1);
                }
                return;
        }
        exception e;
        try {
                this->iHealth+= (this->health-this->iHealth)*dt;
                if(dt==0) {
                        this->setBehaveAs(Node::KINEMATIC);
                        return;
                } else {
                        this->setBehaveAs(Node::RIGIDBODY);
                }

                dt = min(dt, 0.04f);
                if(this->gotHit) {
                        this->updateFlyingPlayer(dt);
                } else {
                        this->updateDrivingPlayer(dt);
                }

                this->activeWeapon->setPosition(Vector(this->pActor->getGlobalPosition()));

                //Calculate Frequency
                float frequency = this->vLength/60*90000 + 10000;
                FSOUND_SetFrequency(this->motor->getChannel(), (int)frequency);

                //Hack to get objects moving
                this->resetValues();

                Node::update(dt);

                this->checkPosition();

                if(this->fireHitCount>0) {
                        this->fireHitCount-=dt;
                }
        } catch(exception e) {
                this->myScene->manager->printToConsole("Exception in player occured!");
        }
}

void Player::updateFlyingPlayer(float dt)
{
        Vector L[4];
        L[FL].x = cSide; L[FL].y = -this->springL; L[FL].z = cFront;
        L[FR].x = -cSide; L[FR].y = -this->springL; L[FR].z = cFront;
        L[RL].x = cSide; L[RL].y = -this->springL; L[RL].z = -cRear;
        L[RR].x = -cSide; L[RR].y = -this->springL; L[RR].z = -cRear;

        D3DXMATRIXA16 wheelMat;
        D3DXMATRIXA16 currentWorldMat;
        Vector wheelPos;
        Vector playerPos = this->getAbsolutePosition();
        bool fallingDown = false;
        if(playerPos.y < this->lastYPos-1) {
                fallingDown = true;
        } else {
                this->lastYPos = playerPos.y;
        }

        bool onGround = false;
        for(int i=0;i<4;i++) {
                D3DXMatrixTranslation(&wheelMat, L[i].x, L[i].y, L[i].z);
                D3DXMatrixMultiply(&wheelMat, &wheelMat, &this->myWorldMatrix);
                this->wheel[i]->setWorldMatrix(wheelMat);
                if(fallingDown) {
                        wheelPos = this->wheel[i]->getAbsolutePosition();
                        wheelPos = this->getTerrainHeight(wheelPos, true);
                        if(wheelPos.y!=-10000) {
                                onGround = true;
                        }
                }
        }
        wheelPos = this->getTerrainHeight(playerPos);
        if(playerPos.y-1.5<wheelPos.y) {
                onGround = true;
        }
        if(onGround) {
                this->setPlayerOnGround();
        } else {
                this->realFlyingDownForce += (this->desiredFlyingDownForce - this->realFlyingDownForce)*min(1.0f, 12*dt);
                this->pActor->addForce(NxVec3(0, -this->realFlyingDownForce, 0));
        }
}

void Player::updateDrivingPlayer(float dt) {
        //Calculate Heading
        heading.x = 0; heading.y = 0; heading.z=1;
        this->getAbsoluteDirectionVector(this->heading, this->heading);
        this->heading.y = 0;
        this->heading.normalize();

        //Wichtige Daten aus dem PhysicActor auslesen   
        this->myPosition = Vector(this->pActor->getGlobalPosition());

        this->w = Vector(this->pActor->getAngularVelocity());
        
        Vector vlinear = Vector(this->pActor->getLinearVelocity());
        //char temp[100];
        float vl;
        vl = vlinear.length();
        if(abs(vl)>100) {
                //this->myScene->manager->printToConsole("vl >100!!!!!!!!");
                vlinear.normalize();
                vlinear = vlinear*100;
                this->pActor->setLinearVelocity(vlinear.getNxVector());
                //this->w.normalize();
                //this->w = this->w*5;
                
        }
        //sprintf(temp, "v length = %f",vl);
        //this->myScene->manager->printToConsole(temp);

        //Durchschnittshöhe berechnen
        avgy=0;
        for(int i=0;i<4;i++) {
                avgy += wheel[i]->myPosition.y;
        }
        avgy/=4;

        //SpringActor in position bringen
        float tempBias = 0.2f*sin(10*this->springCounter);
        Vector saPos = this->getAbsolutePosition();
        saPos.y = avgy+this->springDistance+this->springBias+tempBias;
        this->upperSpringActor->moveGlobalPosition(saPos.getNxVector());
        Vector mp = this->getAbsolutePosition();
        if(saPos.y<mp.y) {
                this->pActor->setGlobalPosition(NxVec3(mp.x, 2*saPos.y - mp.y, mp.z));
                this->pActor->setLinearVelocity(NxVec3(0, 0, 0));
        }
        this->springCounter+=dt;

        //"schräglage" des Terrains berrechnen
        yf = (wheel[FL]->myPosition.y+wheel[FR]->myPosition.y)/2;
        yr = (wheel[RL]->myPosition.y+wheel[RR]->myPosition.y)/2;
        yleft = (wheel[FL]->myPosition.y+wheel[RL]->myPosition.y)/2;
        yright = (wheel[FR]->myPosition.y+wheel[RR]->myPosition.y)/2;   
        
        dyFrontRear = yf - yr;
        dyLeftRight = yleft - yright;
        terrainAngle.x = (float) -atan2(dyFrontRear, cRear+cFront);
        terrainAngle.z = (float) atan2(dyLeftRight, 2*cSide);

        //Alpha & Gamma Rotationsmatrizen berechnen
        D3DXMATRIX mAlpha; D3DXMatrixRotationX(&mAlpha, (FLOAT)(daSchale*M_PI/180));
        D3DXMATRIX mGamma; D3DXMatrixRotationZ(&mGamma, (FLOAT)(dgSchale*M_PI/180));


        //Graffel mit Beta Rotation
        D3DXMATRIX mGYaw;
        D3DXMATRIX mYaw;
        D3DXMatrixIdentity(&mYaw);
        this->pActor->getGlobalOrientation().getColumnMajorStride4(((NxF32 *) &mYaw.m[0][0]));
        mGYaw = mYaw;

        D3DXMATRIX nmAlpha; D3DXMatrixRotationX(&nmAlpha, -daSchale);
        D3DXMATRIX nmGamma; D3DXMatrixRotationZ(&nmGamma, -dgSchale);

        //Calculate engineForce
        if(baccelerate) {
                this->engineForce += dt*this->deltaEngineForce;
                if(this->engineForce > this->maxEngineForce) this->engineForce = this->maxEngineForce;          
        } else {
                if(this->engineForce>0) {
                        this->engineForce -= dt*this->deltaEngineForce;
                } else {
                        this->engineForce = 0;
                }
        }
        
        //Break force
        if(bstop) {
                this->breakForce += dt*this->deltaBreakForce;
                if(this->breakForce > this->maxBreakForce) this->breakForce = this->maxBreakForce;
        } else {
                if(this->breakForce>0) {
                        this->breakForce -= dt*this->deltaBreakForce;
                        this->engineForce = min(this->breakForce, this->engineForce);
                } else {
                        this->breakForce = 0;
                }
        }

        //Calculate Steering Angle
        float desiredSteering = 0;
        float vsize = this->vLength;
        if(btoLeft) {
                desiredSteering = -this->maxSteering;
        } else if(btoRight) {
                desiredSteering = this->maxSteering;
        }

        this->steering += dt*(desiredSteering - this->steering)*this->steeringFactor;
        if(desiredSteering==0) {
                this->steering += dt*(desiredSteering - this->steering)*this->steeringFactor;
        }

        //berechne gravitationsvektor
        this->gravity.setNxVector(this->myScene->pDefaultGravity);

        float tempAngle;
        direction = this->v;
        direction.normalize();
        heading.normalize();
        float cosBeta;
        cosBeta = direction.dotProd(heading);

        if(this->vLength>=0.8f) {
                alphaFront = (float) (atan2((v.x+w.y*cFront),this->vLength) - steering*((cosBeta>0) ? 1 : -1));
                alphaRear = (float) (atan2((v.x-w.y*cRear),this->vLength));
        } else {
                alphaFront = 0;
                alphaRear = 0;
                w.setXYZ(0, 0, 0);
        }
        alphaFront*=180/D3DX_PI;
        alphaRear*=180/D3DX_PI;
        
        Vector fa[4]; //Feder Halterungspunkt am Reifen
        Vector L[4];  //Temporärer Speicher für Haltepunkt
        fa[FL].x = cSide; fa[FL].y = 0; fa[FL].z = cFront;
        fa[FR].x = -cSide; fa[FR].y = 0; fa[FR].z = cFront;
        fa[RL].x = cSide; fa[RL].y = 0; fa[RL].z = -cRear;
        fa[RR].x = -cSide; fa[RR].y = 0; fa[RR].z = -cRear;
        L[FL].x = cSide; L[FL].y = 0; L[FL].z = cFront;
        L[FR].x = -cSide; L[FR].y = 0; L[FR].z = cFront;
        L[RL].x = cSide; L[RL].y = 0; L[RL].z = -cRear;
        L[RR].x = -cSide; L[RR].y = 0; L[RR].z = -cRear;
        

        int mult1=1;
        int mult2=1;
        float mult3 = 1;

        
        Vector vVectorForce[4];
        Vector eDreh[4];
    
        Vector gravMass = gravity*vehicleMass/4;
        Vector gravAcc = eAcc*this->cH_D*this->vehicleMass;

        Vector normGravity;
        normGravity = gravity;
        normGravity.normalize();

        this->schale->setPosition(0,0,0);
        float downForceSum =0;
        for(int i=0;i<4;i++) {  //Rotiere Vectoren um absolute Position der FederAngel zu berechnen
                this->getAbsoluteVector(fa[i], fa[i]);
                terrainHeight[i] = this->getTerrainHeight(fa[i]);
                terrainHeight[i].y+=this->wheelRadius;
                wheel[i]->setPosition(terrainHeight[i]);

                //HALBE Kraft die auf die Feder ausgeübt wird.
                vDownForce[i] = 0.5f*springK*(springL-(this->myPosition.y - wheel[i]->myPosition.y));
                vDownForce[i]-=vDownForce[i]*Cdaempfung*40;

                //Wheel DownForce to ground
        wDownForce[i] +=vDownForce[i];
                wDownForce[i] +=gravity.y*wheelMass;

                mult1 = (i<2) ? 1 : -1;                                         //Front Rear
                mult2 = (i==0 || i==2) ? -1 : 1;                        //Left Right
                mult3 = (i<2) ? this->cR_D : this->cF_D;        //Factors for front rear

                //Kraftvectoren erzeugen wegen dem drehmoment
                vVectorForce[i] = normGravity*vDownForce[i];

                //Drehmoment berechen
                eDreh[i] = (vVectorForce[i]/tMoment).crossProd(L[i]);

                //downForceSum += wDownForce[i];
                tempAngle = (i<2) ? alphaFront : alphaRear;
                Flateral[i] = this->calcLateralForce(tempAngle)*1000;
        }

        //Radius berechnen
        float drehM=0;
        Vector vYaw;
        Vector latForce;

        int multRollForward = (cosBeta>0) ? 1 : -1;
        Fcornering = vHeading*steering*1.2f;

        if(abs(this->vHeading)>=1) {
                p = p + (0.12f*(70-min(abs(this->vHeading), 30.0f))*dt)*steering;
        }
        this->setRotation(0, p, 0);
        vYaw.x = 0; vYaw.y = 1; vYaw.z = 0;
        latForce = heading.crossProd(vYaw);
        latForce.normalize();
        latForce = latForce*Fcornering;
        
        int mult = (cosBeta>=0) ? 1: -1;
        heading.normalize();
        Vector vecDown(0, -1, 0);
        this->schale->getAbsoluteDirectionVector(vecDown, vecDown);
        float rollFactor = 0;
        if(vecDown.x!=0 || vecDown.z!=0) {
                vecDown.y = 0;
                vecDown.normalize();
                rollFactor = heading.dotProd(vecDown);
        }
        longForce = (heading*(this->engineForce -rollFactor*this->vehicleMass*Croll*50)) - v*v.length()*Cdrag - v*Crr - (heading*this->breakForce);
        eAcc = longForce/this->vehicleMass;

        //Beschleunigungen ausrechnen
        Vector f;
        //Longitudinal force
        f = f+longForce;
        //Lateral force
        f = f-latForce;
        
        if(this->iceHitCount>0) {
                f = f - f*(this->iceHitCount/100.0f);
                this->iceHitCount-=10*dt;
                this->pActor->setLinearDamping(max(0.0f,10*this->iceHitCount/100.0f));
        } else {
                this->iceHitCount = 0;
                this->pActor->setLinearDamping(0);
        }
        NxVec3 tempF = f.getNxVector();
        this->pActor->addForce(tempF);
        this->s = this->myPosition;
        this->v = Vector(this->pActor->getLinearVelocity());
        this->vLength = this->v.length();
        Vector tempV = this->v;
        if(this->vLength>1) {
                tempV.normalize();
                this->vHeading = this->vLength*(this->heading.dotProd(tempV));
        } else {
                this->vHeading = 0;
        }
        tempV = v; tempV.y = 0;
        
        this->wheelAngle+=((tempV.length()*dt)/(this->wheelRadius))*multRollForward;
        
        //Winkelzeugs ausrechnen
        Vector wDreh;
        Vector wPos;
        Vector wOther;
        for(unsigned int i=0;i<this->torqueVector.size();i++) {
                wOther = wOther + this->torqueVector.at(i);
        }
        e = (eDreh[FL] + eDreh[FR] + eDreh[RL] + eDreh[RR] + wDreh + wOther)*dt/tMoment;

        //Neigung der Schale für Beschleunigung usw berechen
        Vector a = f;
        float aLength = a.length();
        aLength/=10;
        float aHeadingFactor=0;
        a.normalize();
        if(aLength!=0) {
                aHeadingFactor = heading.dotProd(a);
        }
        this->currentRotSchale += (aHeadingFactor*aLength*this->CrotBeschleunigung*10-this->currentRotSchale)*min(1.0f,dt*2);
        daSchale = terrainAngle.x - aHeadingFactor*aLength*this->CrotBeschleunigung*10 +e.x + this->currentRotSchale;
        dbSchale = -e.y;
        dgSchale = terrainAngle.z;

        iaSchale+= (daSchale - iaSchale)*dt*Crotschale;
        ibSchale+= (dbSchale - ibSchale)*dt*Crotschale;
        igSchale+= (dgSchale - igSchale)*dt*Crotschale;

        this->schale->setRotation((iaSchale+schaleAlpha), ibSchale, igSchale);
        Vector quatVec(0, this->myRotation.y, 0);
        this->pActor->setGlobalOrientationQuat(NxQuat(quatVec.getNxQuatRotation()));
        //Angulare Dämpfung
        NxVec3 pActorVel = this->pActor->getAngularVelocity();
        float aVelFactor = 10;
        pActorVel.x-=dt*aVelFactor*pActorVel.x;
        pActorVel.y-=dt*aVelFactor*pActorVel.y;
        pActorVel.z-=dt*aVelFactor*pActorVel.z;
        this->pActor->setAngularVelocity(pActorVel);

        float wa;
        wa = (float)(-this->wheelAngle*180/M_PI);

        //Schräglage berechnen
        float wg = ((this->wheel[FL]->myPosition.y+this->wheel[RL]->myPosition.y)/2-
                                (this->wheel[FR]->myPosition.y+this->wheel[RR]->myPosition.y)/2)/2;
        wg = (float)(atan2(wg, 2*this->cSide)*180/M_PI);
        wa*=(float)(-M_PI/180);
        wg = wg*cos(wa);
        this->wheel[FL]->setRotation(wa, this->myRotation.y+this->steering, (float)(wg*M_PI/180));
        this->wheel[FR]->setRotation(wa, this->myRotation.y+this->steering, (float)(wg*M_PI/180));
        this->wheel[RL]->setRotation(wa, this->myRotation.y+0, (float)(wg*M_PI/180));
        this->wheel[RR]->setRotation(wa, this->myRotation.y+0, (float)(wg*M_PI/180));


        Vector schalePos;
        schalePos = schale->myPosition;
        schalePos.y-=avgy;
        schalePos.y/=2;
        Vector tempVec;
        schalePos.applyD3DXVector(D3DXVec4Transform(&tempVec, &schalePos, &mAlpha));
        schalePos.applyD3DXVector(D3DXVec4Transform(&tempVec, &schalePos, &mGamma));
        schalePos.y+=avgy;

        ixSchale+= (schalePos.x - ixSchale)*dt*Cschale;
        iySchale+= (schalePos.y+schaleHoehe - iySchale)*dt*Cschale;
        izSchale+= (schalePos.z - izSchale)*dt*Cschale;

        avgy=0;
        for(int i=0;i<4;i++) {
                avgy += wheel[i]->myPosition.y;
        }
        avgy/=4;
        iySchale = max(iySchale, avgy+0.4f);

        NxVec3 tempPos = this->pActor->getGlobalPosition();
        tempPos.y = max(tempPos.y, avgy+0.4f);
        this->pActor->setGlobalPosition(tempPos);
}

float Player::calcLateralForce(float _angle) {
        float f=0;
        float k=0.02f;
        if(abs(_angle)<3) {
                f = 1.2f/3*_angle;
        } else if(_angle>=3) {
                f = -k*_angle + 1.2f + k*3;
        } else {
                f = -k*_angle - 1.2f - k*3;
        }
        
        return f;
}

void Player::resetValues() {
        baccelerate = false;
        bstop = false;
        btoLeft = false;
        btoRight = false;
        bfire = false;

        for(int i=0;i<4;i++) {
                wDownForce[i] = 0;
                vDownForce[i] = 0;
        }
        this->torqueVector.clear();
        this->fOther.x = 0; this->fOther.y = 0; this->fOther.z = 0;
}

void Player::accelerate() {baccelerate = true;}
void Player::stop() {bstop = true;}
void Player::toLeft() {btoLeft = true; btoRight = false;}
void Player::toRight() {btoRight = true; btoLeft = false;}
void Player::setMouse(int x, int y) { mouseX = x; mouseY = y;}

void Player::addWeapon(Weapon &weapon) {
        weapon.setPlayer(*this);
        weapon.setVisible(false);
        weapon.setStandBy(true);
        int wtype = weapon.getWeaponType();
        if(this->weaponList[wtype]==NULL) {
                this->weaponList[wtype] = &weapon;
                this->weaponList[wtype]->addMunition((int)this->munition[wtype]);
                this->munition[wtype] = 0;
        }
}

void Player::addMunition(int type, int count) {
        if(this->weaponList[type]==NULL) {
                this->munition[type]+=count;
        } else {
                this->weaponList[type]->addMunition(count);
        }
}

void Player::setActiveWeapon(int wId) {
        if(this->activeWeapon!=NULL) {
                this->activeWeapon->setVisible(false);
                this->activeWeapon->setStandBy(true);
        }
        wId = min(wId, 9);
        while(this->weaponList[wId] == NULL) {
                wId--;
                assert(wId>=0);
        }
        this->activeWeapon = this->weaponList[wId];
        this->activeWeapon->setStandBy(false);
        this->activeWeapon->setVisible(true);
}

Weapon* Player::getActiveWeapon() {
        return this->activeWeapon;
}

void Player::addHealth(float dHealth)
{
        this->health+=dHealth;
        this->health = min(this->health, 100.0f);
}

void Player::setHealth(float _health) {
        this->health = _health;
        this->health = min(this->health, 100.0f);
}

float Player::getRealHealth() {
        return this->health;
}

float Player::getHealth() {
        return this->iHealth;
}

int Player::getAmo() {
        return this->activeWeapon->getAmo();
}

void Player::applyForce(Vector point, Vector force) {
        point.y = iySchale;
        this->fOther = this->fOther + force;
        this->torqueVector.push_back((point.crossProd(force))/80);
}

Node* Player::clone() {
        return NULL;
}

void Player::checkPosition() {
        float ch = (((GameScene *) this->myScene)->getWidth()/2);
        Vector chDir;
        Vector absPos = this->getAbsolutePosition();
        Vector center(ch, absPos.y, ch);
        chDir = center - absPos;
        float absPosY = absPos.y;
        float chDirLength = chDir.length();
        ch*=0.8f;
        if(chDirLength>ch) {
                chDir.normalize();
                chDir = chDir * (chDirLength-ch)*(chDirLength-ch)*10;
                this->pActor->addForce(chDir.getNxVector());
        }
        if(this->myPosition.y < ((GameScene *) this->myScene)->getTerrain()->getHeight(this->myPosition.x, this->myPosition.z)) {
                this->myPosition.y = ((GameScene *) this->myScene)->getTerrain()->getHeight(this->myPosition.x, this->myPosition.z);
        }
}

NxActor* Player::createDistanceJoint(Vector pos, bool lowerJoint, bool reuse)
{
        NxActor *springActor = NULL;
        if(!reuse) {
                NxSphereShapeDesc springSphere;
                springSphere.shapeFlags = NX_SF_DISABLE_RAYCASTING;
                springSphere.radius = 1;
                NxActorDesc springActorDesc;
                NxBodyDesc springBodyDesc;
                springBodyDesc.mass = 0;
                springActorDesc.globalPose.t = pos.getNxVector();
                springActorDesc.density = 10;
                springActorDesc.body = &springBodyDesc;
                springActorDesc.shapes.pushBack(&springSphere);

                springActor = this->myScene->pScene->createActor(springActorDesc);
                springActor->raiseBodyFlag(NX_BF_KINEMATIC);
                springActor->setGroup(UserContactReport::COLGROUP_NOCOL);
                springActor->getShapes()[0]->setGroup(UserContactReport::COLGROUP_NOCOL);
        }

        //DistanceJoint zwischen springActor und hauptActor
        NxDistanceJointDesc distDesc;
        distDesc.actor[0] = this->pActor;
        if(!reuse) {
                distDesc.actor[1] = springActor;
        } else {
                distDesc.actor[1] = this->upperSpringActor;/*(lowerJoint) ? this->lowerSpringActor : this->upperSpringActor;*/
        }
        
        distDesc.localAnchor[0]=NxVec3(0.0f,0.0f,0.0f);
        distDesc.localAnchor[1]=NxVec3(0.0f,0.0f,0.0f);

        if(lowerJoint) {
                distDesc.minDistance= (NxReal)(this->springDistance-2.4);//0.015;
                distDesc.maxDistance= (NxReal)(this->springDistance-1.8);
        } else {
                distDesc.minDistance= (NxReal)(this->springDistance-0.6-this->upperDelta);//0.015;
                distDesc.maxDistance= (NxReal)(this->springDistance-0.4-this->upperDelta);
        }
                
        NxSpringDesc springDesc;
        springDesc.spring = 400;
        if(!lowerJoint) {
                springDesc.spring*=3;
        } else {
        }
        springDesc.damper = (NxReal)0.1;
        distDesc.spring = springDesc;

        distDesc.flags = (NX_DJF_MIN_DISTANCE_ENABLED | NX_DJF_MAX_DISTANCE_ENABLED);  // combination of the bits defined by ::NxDistanceJointFlag
        distDesc.flags |= NX_DJF_SPRING_ENABLED;

        if(!distDesc.isValid()) {
                this->myScene->manager->printToConsole("distDescriptor not valid!");
        }
        distDesc.jointFlags = NX_JF_VISUALIZATION | NX_JF_COLLISION_ENABLED;
        NxDistanceJoint* distanceJoint = (NxDistanceJoint*) this->myScene->pScene->createJoint(distDesc);
        this->upperJoint = distanceJoint;
        return springActor;
}

void Player::killMe()
{
        if(this->upperJoint) {
                this->myScene->pScene->releaseJoint(*this->upperJoint);
                this->upperJoint = NULL;
        }
        if(this->upperSpringActor) {
                this->myScene->pScene->releaseActor(*this->upperSpringActor);
                this->upperSpringActor = NULL;
        }
        for(int i=0;i<4;i++) {
                this->wheel[i]->killMe();
        }
        Node::killMe();
}

void Player::setSoftKill(bool _softKill, float _duration)
{
        this->setTimeToLive(_duration);
        Node::setSoftKill(_softKill, _duration);
        for(int i=0;i<4;i++) {
                this->wheel[i]->setTimeToLive(_duration);
                this->wheel[i]->setSoftKill(_softKill, _duration);
        }
        this->schale->setTimeToLive(_duration);
        this->schale->setSoftKill(_softKill, _duration);
        this->wurm->setTimeToLive(_duration);
        this->wurm->setSoftKill(_softKill, _duration);
        for(int i=0;i<10;i++) {
                if(this->weaponList[i]) {
                        this->weaponList[i]->setTimeToLive(_duration);
                        this->weaponList[i]->setSoftKill(_softKill, _duration);
                }
        }
}

void Player::setTeam(int _team)
{
        this->team = _team;
}

int Player::getTeam()
{
        return this->team;
}

void Player::setAvatareFileName(std::string _avatar)
{
        this->avatar = _avatar;
}

void Player::hitByFire()
{
        this->fireHitCount++;
        if(this->iceHitCount>0)
                this->iceHitCount-=0.5f;
}

bool Player::isToasted()
{
        if(this->fireHitCount>200) {
                this->fireHitCount = 0;
                return true;
        }
        return false;
}

void Player::hitByIce()
{
        this->iceHitCount+=1;
        this->iceHitCount = min(100.0f, this->iceHitCount);
}

Vector Player::getTerrainHeight(Vector v, bool flying) {
        NxVec3 direction(0, -1, 0);
        NxRay ray(v.getNxVector(), direction);
        NxRaycastHit hit;
        Vector hv = v;

        // Get the closest shape
        NxU32 mask = 0;
        mask |= UserContactReport::COLGROUP_PLAYER;
        mask |= UserContactReport::COLGROUP_NOCOL;
        mask != mask;
        NxReal maxDist = (!flying) ? NX_MAX_F32 : 1.0f;
        NxShape* closestShape = this->myScene->pScene->raycastClosestShape(ray, NX_ALL_SHAPES, hit, mask, maxDist);//0xffffff);
        if (closestShape)
        {
                hv.y = hit.worldImpact.y;
        } else {
                hv.y = 0;
                if(flying) {
                        hv.y = -10000;
                        return hv;
                }
        }
        float h = ((GameScene*) this->myScene)->getTerrain()->getHeight(v.x, v.z);
        hv.y = (hv.y>=h) ? hv.y : h;
        return hv;
}

void Player::initWin()
{
        //emitter starten
        this->winPe->restartEmitting();
}

void Player::initLose()
{
        //player hit
        //this->setPlayerHit(this->myPosition, 
        SimpleBullet* bullet = (SimpleBullet*) ((GameScene*) this->myScene)->createNode(GameScene::NODE_SIMPLEBULLET);
        bullet->setBulletType(0);
        bullet->setImpactForce(5);
        bullet->setWeaponDirection(Vector(0, 1, 0));
        this->setPlayerHit(this->myPosition, *bullet);
}