void Ve1ObjectChar::MoveTo(const Vec3f& newpos)
{
m_newPos = newpos;
m_isMoving = true;
Vec3f dir = GetPos() - newpos;
float sqLen = dir.SqLen();
// TODO Check if distance is greater than last time - if so, we have missed the target!
static const float STOP_DIST = ROConfig()->GetFloat("stop-dist", 10.0f);
if (sqLen < STOP_DIST)
{
SetVel(Vec3f(0, 0, 0));
m_isMoving = false; // Not sure why this wasn't here
}
// TODO enable this when we are reliably resetting sqLenLastTime, otherwise sometimes characters won't move
/*
else if (sqLen > sqLenLastTime)
{
SetVel(Vec3f(0, 0, 0));
m_isMoving = false; // Not sure why this wasn't here
}
*/
else
{
dir.Normalise();
SetVel(-dir * SPEED);
// Work out direction to face
SetDir(RadToDeg(atan2((double)m_vel.x, (double)m_vel.z)));
}
sqLenLastTime = sqLen;
}
int Doodad::Callback(unsigned int msg, unsigned int wParam, int lParam)
{
switch(msg)
{
case ENTITYMSG_UPDATE:
//Update waypoint
if(m_pWayPt)
{
D3DXVECTOR3 destPt, target, lookDir;
//GetCurrentLinearLoc(&destPt);
m_pWayPt->GetCurrentCurvedLoc(&destPt, &target);
lookDir = target - GetLoc();
//D3DXVec3Normalize(&lookDir, &lookDir);
SetDir(lookDir);
D3DXVECTOR3 dir(destPt - GetLoc());
float len = D3DXVec3Length(&dir);
float spd = m_moveSpd.MoveUpdate(g_timeElapse);
if(len > spd)
{
dir /= len;
SetVel(GetVel() + (spd*dir));
}
//we are close enough
//get to next waypoint node
else
{
SetVel(dir);
m_pWayPt->GotoNext();
}
//if(m_pWayPt->IsDone())
// RemoveWayPt();
}
break;
case ENTITYMSG_ALLOWGRAVITY:
//simply don't allow gravity
return 0;
case ENTITYMSG_PROFILEPREP:
Show(wParam == 1 ? true : false);
break;
}
return RETCODE_SUCCESS;
}
int PullPower::Callback(unsigned int msg, unsigned int wParam, int lParam)
{
switch(msg)
{
case ENTITYMSG_UPDATE:
{
EntityCommon *pEntity = (EntityCommon *)IDPageQuery(GetOwner());
if(pEntity)
{
////////////////////////////////////////////////////////
//set location
SetLoc(pEntity->GetLoc()+(m_maxLength*pEntity->GetDir()));
//set direction
SetDir(-pEntity->GetDir());
//set vel.
SetVel(-m_maxLength*pEntity->GetDir());
//move it
/*float spd = m_spd.MoveUpdate(g_timeElapse);
m_curLength += spd;
if(m_curLength >= m_maxLength)
{
//Poll ourself to death!
SetFlag(ENTITY_FLAG_POLLDEATH, true);
}*/
}
}
break;
case ENTITYMSG_ENTITYCOLLIDE://, (WPARAM)pEntity
{
//sigh...
EntityCommon *pEntity = (EntityCommon *)wParam;
if(pEntity->CheckFlag(ENTITY_FLAG_PULLABLE))
{
pEntity->SetLoc(pEntity->GetLoc());
pEntity->SetVel(pEntity->GetVel()
+(m_spd.MoveUpdate(g_timeElapse)*GetDir()));
}
}
break;
case ENTITYMSG_ALLOWGRAVITY:
//simply don't allow gravity
return 0;
}
return RETCODE_SUCCESS;
}
int UseMelee::Callback(unsigned int msg, unsigned int wParam, int lParam)
{
switch(msg)
{
case ENTITYMSG_UPDATE:
{
//check to see if the owner's animation is done...
//ENTITY_FLAG_POLLDEATH
EntityCommon *pEntity = (EntityCommon *)IDPageQuery(GetOwner());
if(pEntity)
{
hOBJ obj = pEntity->GetOBJ();
if(OBJIsStateEnd(obj))
{
//Poll ourself to death!
SetFlag(ENTITY_FLAG_POLLDEATH, true);
}
else
{
//update location and velocity
D3DXVECTOR3 beginLoc, endLoc;
//They better have these two joints!!!
if(m_jBInd != -1 && m_jEInd != -1)
{
//get the beginning loc
OBJJointGetWorldLoc(obj, m_jBInd, (float*)beginLoc);
//get the ending loc
OBJJointGetWorldLoc(obj, m_jEInd, (float*)endLoc);
//set origin
SetLoc(beginLoc);
//set velocity
SetVel(endLoc - beginLoc);
}
}
}
}
break;
case ENTITYMSG_ENTITYCOLLIDE://, (WPARAM)pEntity
break;
case ENTITYMSG_ALLOWGRAVITY:
//simply don't allow gravity
return 0;
}
return RETCODE_SUCCESS;
}
void cRBDModel::Update(const Eigen::VectorXd& pose, const Eigen::VectorXd& vel)
{
SetPose(pose);
SetVel(vel);
#if defined(ENABLE_RBD_PROFILER)
printf("RBD_Update_BEG\n");
#endif
UpdateJointSubspaceArr();
UpdateChildParentMatArr();
UpdateSpWorldTrans();
UpdateMassMat();
UpdateBiasForce();
#if defined(ENABLE_RBD_PROFILER)
printf("RBD_Update_End\n\n");
#endif
}
void Player::OnLocationEntry()
{
Ve1ObjectChar::OnLocationEntry();
SceneNode* root = GetVe1SceneGraph()->GetRootNode(SceneGraph::AMJU_OPAQUE);
if (root)
{
root->AddChild(m_arrow.GetPtr());
SetArrowVis(false);
}
m_nameTag = new PlayerNameNode(this);
if (m_sceneNode)
{
if (m_nameTag)
{
m_sceneNode->AddChild(m_nameTag.GetPtr());
}
if (m_effect)
{
m_sceneNode->AddChild(m_effect.GetPtr());
}
}
// TODO Portal should have a heading which you should face when you appear at the destination
m_isMoving = false;
SetVel(Vec3f(0, 0, 0)); // TODO walk out of doorway ?
// TODO Set m_newPos ??
// Set appearance
SetLoggedIn(IsLoggedIn());
// If we are carrying something, change its location too
if (m_carrying)
{
TheObjectUpdater::Instance()->SendChangeLocationReq(m_carrying->GetId(), GetPos(), GetLocation());
}
}
void CDisintegrationEffect::OnUpdate (SUpdateCtx &Ctx, Metric rSecondsPerTick)
// OnUpdate
//
// Update the effect
{
int i;
// See if the effect has faded out
m_iTick++;
if (m_iTick >= LIFETIME)
{
Destroy(removedFromSystem, CDamageSource());
return;
}
// Otherwise, update the particles
SParticle *pParticle = m_pParticles;
for (i = 0; i < m_iParticleCount; i++, pParticle++)
{
pParticle->iTicksLeft--;
pParticle->x += pParticle->xV;
pParticle->y += pParticle->yV;
if (m_iTick < DISPERSE_POINT)
{
if (pParticle->iTicksLeft <= 0)
InitParticle(pParticle);
}
}
// If we're moving, slow down
SetVel(CVector(GetVel().GetX() * g_SpaceDragFactor, GetVel().GetY() * g_SpaceDragFactor));
}
int AttackMelee::Callback(unsigned int msg, unsigned int wParam, int lParam)
{
switch(msg)
{
case ENTITYMSG_UPDATE:
{
//check to see if the owner's animation is done...
//ENTITY_FLAG_POLLDEATH
EntityCommon *pEntity = (EntityCommon *)IDPageQuery(GetOwner());
if(pEntity)
{
hOBJ obj = pEntity->GetOBJ();
if(OBJIsStateEnd(obj))
{
//Poll ourself to death!
SetFlag(ENTITY_FLAG_POLLDEATH, true);
}
else
{
if(m_jointInd != -1)
{
D3DXVECTOR3 cPt;
//set location
OBJJointGetWorldLoc(obj, m_jointInd, (float*)cPt);
SetLoc(cPt);
//set dir and velocity
SetDir(pEntity->GetDir());
SetVel(pEntity->GetDir());
}
}
}
}
break;
case ENTITYMSG_ENTITYCOLLIDE://, (WPARAM)pEntity
{
EntityCommon *pEntity = (EntityCommon *)wParam;
EntityCommon *pOwner = (EntityCommon *)IDPageQuery(GetOwner());
//play a sound if ind is > -1
int sndInd = -1;
if(pOwner)
{
//check to see if the owner is not the same type as entity
//also make sure this entity is not immune
if(pOwner->GetEntityType() != pEntity->GetEntityType()
&& !pEntity->CheckFlag(CRE_FLAG_MELEEIMMUNE))
{
//check to see if the entity is a creature
if(pEntity->GetEntityType() == ENTITY_TYPE_TATA
|| pEntity->GetEntityType() == ENTITY_TYPE_ENEMY)
{
//hit this fella
Creature *pCre = (Creature *)pEntity;
if(!pCre->Hit())
{
OBJSetState(pOwner->GetOBJ(), CREANIM_IDLE1);
pOwner->Callback(ENTITYMSG_REQUESTSOUND, SND_REQ_PROJ_HIT_WALL, (LPARAM)&sndInd);
}
else
pOwner->Callback(ENTITYMSG_REQUESTSOUND, SND_REQ_PROJ_HIT_CRE, (LPARAM)&sndInd);
SetFlag(ENTITY_FLAG_POLLDEATH, true);
}
else
{
//Poll ourself to death!
SetFlag(ENTITY_FLAG_POLLDEATH, true);
OBJSetState(pOwner->GetOBJ(), CREANIM_IDLE1);
pOwner->Callback(ENTITYMSG_REQUESTSOUND, SND_REQ_PROJ_HIT_WALL, (LPARAM)&sndInd);
}
}
else
{
//Poll ourself to death!
SetFlag(ENTITY_FLAG_POLLDEATH, true);
OBJSetState(pOwner->GetOBJ(), CREANIM_IDLE1);
pOwner->Callback(ENTITYMSG_REQUESTSOUND, SND_REQ_PROJ_HIT_WALL, (LPARAM)&sndInd);
}
}
//play sound
if(sndInd > -1)
{
BASS_3DVECTOR pos, orient;
memcpy(&pos, (float*)GetLoc(), sizeof(pos)); pos.z *= -1;
memcpy(&orient, (float*)GetDir(), sizeof(orient)); orient.z *= -1;
TaTaSoundPlay(sndInd, &pos, &orient, 0);
}
}
break;
case ENTITYMSG_WORLDCOLLIDE: //(WPARAM)hQBSP, (LPARAM)txtID
{
//stop the attack and set the owner back to normal state
EntityCommon *pEntity = (EntityCommon *)IDPageQuery(GetOwner());
if(pEntity)
{
OBJSetState(pEntity->GetOBJ(), CREANIM_IDLE1);
//Poll ourself to death!
SetFlag(ENTITY_FLAG_POLLDEATH, true);
int sndInd=-1;
pEntity->Callback(ENTITYMSG_REQUESTSOUND, SND_REQ_PROJ_HIT_WALL, (LPARAM)&sndInd);
//play sound
if(sndInd > -1)
{
BASS_3DVECTOR pos, orient;
memcpy(&pos, (float*)GetLoc(), sizeof(pos)); pos.z *= -1;
memcpy(&orient, (float*)GetDir(), sizeof(orient)); orient.z *= -1;
TaTaSoundPlay(sndInd, &pos, &orient, 0);
}
}
}
break;
case ENTITYMSG_DEATH:
break;
case ENTITYMSG_ALLOWGRAVITY:
//simply don't allow gravity
return 0;
}
return RETCODE_SUCCESS;
}
void Player::Update()
{
if (m_isLoggedIn)
{
Ve1ObjectChar::Update();
}
else if (m_sceneNode)
{
Matrix m;
m.Translate(m_pos);
m_sceneNode->SetLocalTransform(m);
// Set shadow AABB to same as Scene Node so we don't cull it by mistake
m_shadow->SetAABB(*(m_sceneNode->GetAABB()));
static const float XSIZE = ROConfig()->GetFloat("player-aabb-x", 30.0f);
static const float YSIZE = ROConfig()->GetFloat("player-aabb-y", 100.0f);
GetAABB()->Set(
m_pos.x - XSIZE, m_pos.x + XSIZE,
m_pos.y, m_pos.y + YSIZE,
m_pos.z - XSIZE, m_pos.z + XSIZE);
/*
DISABLED for 2D look and feel
TurnToFaceDir();
*/
}
if (m_hidden)
{
return;
}
// Stop moving if we are close enough to the destination
// TODO This ends up happening every frame, only do it if we are moving
if (true) //m_isMoving)
{
Vec3f dir = GetPos() - m_newPos;
dir.y = 0; // ignore y coord for now
static const float STOP_DISTANCE = ROConfig()->GetFloat("stop-dist", 20.0f);
if (dir.SqLen() < STOP_DISTANCE)
{
SetVel(Vec3f(0, 0, 0));
m_newPos = GetPos();
SetArrowVis(false);
m_isMoving = false;
}
}
else
{
//Assert(GetVel().SqLen() == 0);
}
if (m_sceneNode)
{
// Set shadow AABB to same as Scene Node so we don't cull it by mistake
m_nameTag->SetAABB(*(m_sceneNode->GetAABB()));
}
if (m_ignorePortalId != -1)
{
GameObject* g = TheGame::Instance()->GetGameObject(m_ignorePortalId);
if (g)
{
const AABB& aabb = g->GetAABB();
if (!GetAABB()->Intersects(aabb))
{
// No longer intersecting portal
m_ignorePortalId = -1;
}
}
else
{
m_ignorePortalId = -1; // ?
}
}
if (IsLocalPlayer())
{
TheGSMain::Instance()->SetHeartNum(m_stamina);
if (m_stamina <= 0)
{
// Player now has to go back to the spaceship to regenerate or something.
if (!m_isDead)
{
LurkMsg lm("You need to return to your spaceship to recover from your injuries!",
Colour(1, 1, 1, 1), Colour(1, 0, 0, 1), AMJU_CENTRE);
TheLurker::Instance()->Queue(lm);
}
m_isDead = true;
}
}
}
void CFractureEffect::OnUpdate (SUpdateCtx &Ctx, Metric rSecondsPerTick)
// OnUpdate
//
// Update the effect
{
// See if the effect has faded out
m_iTick++;
if (m_iTick >= m_iLifeTime)
{
Destroy(removedFromSystem, CDamageSource());
return;
}
// Update particles
if (m_pParticles)
{
SParticle *pParticle = m_pParticles;
SParticle *pParticleEnd = pParticle + m_iParticleCount;
// If we have an attractor, accelerate all particles towards it
if (m_pAttractor)
{
bool bParticlesLeft = false;
// Compute the position of the attractor in the particle
// coordinate system.
CVector vDist = m_pAttractor->GetPos() - GetPos();
int xAttract = FIXED_POINT * (int)(vDist.GetX() / g_KlicksPerPixel);
int yAttract = -FIXED_POINT * (int)(vDist.GetY() / g_KlicksPerPixel);
while (pParticle < pParticleEnd)
{
int xDelta = xAttract - pParticle->x;
int yDelta = yAttract - pParticle->y;
int xDist = abs(xDelta);
int yDist = abs(yDelta);
// If within threshold, then particles do not move
if (xDist < (8 * FIXED_POINT) && yDist < (8 * FIXED_POINT))
;
// Otherwise, move towards attractor
else
{
int iDist = Max(xDist, yDist);
int iSpeed = 256 * 256 * FIXED_POINT / iDist;
iSpeed = Min(iSpeed, 4 * FIXED_POINT);
int iFade = (m_iTick > 100 ? 0 : (100 - m_iTick));
int xV = (iSpeed * xDelta / iDist) + (iFade * pParticle->xV / 100);
int yV = (iSpeed * yDelta / iDist) + (iFade * pParticle->yV / 100);
pParticle->x += xV;
pParticle->y += yV;
bParticlesLeft = true;
}
pParticle++;
}
// If no particles left, destroy the effect
if (!bParticlesLeft)
{
Destroy(removedFromSystem, CDamageSource());
return;
}
}
// Otherwise, follow normal trajectory
else
{
while (pParticle < pParticleEnd)
{
pParticle->x += pParticle->xV;
pParticle->y += pParticle->yV;
pParticle++;
}
}
}
else
{
Destroy(removedFromSystem, CDamageSource());
return;
}
// If we're moving, slow down
SetVel(CVector(GetVel().GetX() * g_SpaceDragFactor, GetVel().GetY() * g_SpaceDragFactor));
}
void CMissile::OnUpdate (SUpdateCtx &Ctx, Metric rSecondsPerTick)
// OnUpdate
//
// Update the beam
{
// If we're already destroyed, then just update the timer until the
// vapor trail fades out
if (m_fDestroyed)
{
// Update the painter
if (m_pPainter)
{
m_pPainter->OnUpdate();
// LATER: We shouldn't have to update bounds here because
// it is set in OnMove.
SetBounds(m_pPainter);
}
// Done?
if (--m_iLifeLeft <= 0)
{
Destroy(removedFromSystem, CDamageSource());
return;
}
}
// Otherwise, update
else
{
int i;
CSystem *pSystem = GetSystem();
int iTick = m_iTick + GetDestiny();
bool bDestroy = false;
// Accelerate, if necessary
if (m_pDesc->m_iAccelerationFactor > 0
&& (iTick % 10 ) == 0)
{
if (m_pDesc->m_iAccelerationFactor < 100
|| GetVel().Length() < m_pDesc->m_rMaxMissileSpeed)
SetVel(GetVel() * (Metric)(m_pDesc->m_iAccelerationFactor / 100.0));
}
// If we can choose new targets, see if we need one now
if (m_pDesc->CanAutoTarget() && m_pTarget == NULL)
m_pTarget = GetNearestEnemy(MAX_TARGET_RANGE, false);
// If this is a tracking missile, change direction to face the target
if (m_pDesc->IsTrackingTime(iTick)
&& m_pTarget)
{
// Get the position and velocity of the target
CVector vTarget = m_pTarget->GetPos() - GetPos();
CVector vTargetVel = m_pTarget->GetVel() - GetVel();
// Figure out which direction to move in
int iFireAngle;
Metric rCurrentSpeed = GetVel().Length();
Metric rTimeToIntercept = CalcInterceptTime(vTarget, vTargetVel, rCurrentSpeed);
if (rTimeToIntercept > 0.0)
{
CVector vInterceptPoint = vTarget + vTargetVel * rTimeToIntercept;
iFireAngle = VectorToPolar(vInterceptPoint, NULL);
}
else
iFireAngle = VectorToPolar(vTarget);
// Turn to desired direction.
if (!AreAnglesAligned(iFireAngle, m_iRotation, 1))
{
int iTurn = (iFireAngle + 360 - m_iRotation) % 360;
if (iTurn >= 180)
{
int iTurnAngle = Min((360 - iTurn), m_pDesc->GetManeuverRate());
m_iRotation = (m_iRotation + 360 - iTurnAngle) % 360;
}
else
{
int iTurnAngle = Min(iTurn, m_pDesc->GetManeuverRate());
m_iRotation = (m_iRotation + iTurnAngle) % 360;
}
}
SetVel(PolarToVector(m_iRotation, rCurrentSpeed));
}
// Update exhaust
if (m_pExhaust)
{
if (iTick % m_pDesc->m_iExhaustRate)
{
if (m_pExhaust->GetCount() == m_pExhaust->GetMaxCount())
m_pExhaust->Dequeue();
SExhaustParticle &New = m_pExhaust->GetAt(m_pExhaust->Queue());
New.vPos = GetPos();
New.vVel = GetVel();
}
for (int i = 0; i < m_pExhaust->GetCount(); i++)
{
SExhaustParticle &Particle = m_pExhaust->GetAt(i);
Particle.vVel = m_pDesc->m_rExhaustDrag * Particle.vVel;
Particle.vPos = Particle.vPos + Particle.vVel * g_SecondsPerUpdate;
}
}
// Update the painter
if (m_pPainter)
{
m_pPainter->OnUpdate();
// LATER: We shouldn't have to update bounds here because
// it is set in OnMove.
SetBounds(m_pPainter);
}
// If we have a vapor trail and need to save rotation, do it
if (m_pDesc->GetVaporTrailLength()
&& m_pDesc->IsTracking())
{
// Compute the current rotation
int iDirection = (m_iRotation + 180) % 360;
// Add the current rotation to the list of saved rotations
if (m_pSavedRotations == NULL)
{
m_pSavedRotations = new int [m_pDesc->GetVaporTrailLength()];
m_iSavedRotationsCount = 0;
}
int iStart = Min(m_iSavedRotationsCount, m_pDesc->GetVaporTrailLength() - 1);
for (i = iStart; i > 0; i--)
m_pSavedRotations[i] = m_pSavedRotations[i - 1];
m_pSavedRotations[0] = iDirection;
if (m_iSavedRotationsCount < m_pDesc->GetVaporTrailLength())
m_iSavedRotationsCount++;
}
// See if the missile hit anything
if (m_fDetonate && m_pDesc->ProximityBlast())
{
CreateFragments(GetPos());
bDestroy = true;
}
else if (m_pHit)
{
// If we have fragments, then explode now
if (m_iHitDir == -1
&& m_pDesc->ProximityBlast()
&& m_iTick >= m_pDesc->GetProximityFailsafe())
{
CreateFragments(m_vHitPos);
bDestroy = true;
}
// Otherwise, if this was a direct hit, then we do damage
else if (m_iHitDir != -1)
{
SDamageCtx DamageCtx;
DamageCtx.pObj = m_pHit;
DamageCtx.pDesc = m_pDesc;
DamageCtx.Damage = m_pDesc->m_Damage;
DamageCtx.Damage.AddBonus(m_iBonus);
DamageCtx.Damage.SetCause(m_iCause);
if (IsAutomatedWeapon())
DamageCtx.Damage.SetAutomatedWeapon();
DamageCtx.iDirection = (m_iHitDir + 360 + mathRandom(0, 30) - 15) % 360;
DamageCtx.vHitPos = m_vHitPos;
DamageCtx.pCause = this;
DamageCtx.Attacker = m_Source;
EDamageResults result = m_pHit->Damage(DamageCtx);
// If we hit another missile (or some small object) there is a chance
// that we continue
if (result == damagePassthrough || result == damagePassthroughDestroyed)
{
m_iHitPoints = m_iHitPoints / 2;
bDestroy = (m_iHitPoints == 0);
}
// Set the missile to destroy itself after a hit, if we did not
// pass through
else if (!m_fPassthrough)
bDestroy = true;
}
}
// See if the missile has faded out
if (bDestroy || --m_iLifeLeft <= 0)
{
// If this is a fragmentation weapon, then we explode at the end of life
if (!bDestroy && m_pDesc->ProximityBlast())
CreateFragments(GetPos());
// If we've got a vapor trail effect, then keep the missile object alive
// but mark it destroyed
int iFadeLife;
if (m_pDesc->GetVaporTrailLength())
{
m_fDestroyed = true;
m_iLifeLeft = m_pDesc->GetVaporTrailLength();
}
// If we've got an effect that needs time to fade out, then keep
// the missile object alive
else if (m_pPainter && (iFadeLife = m_pPainter->GetFadeLifetime()))
{
m_pPainter->OnBeginFade();
m_fDestroyed = true;
m_iLifeLeft = iFadeLife;
}
// Otherwise, destroy the missile
else
{
Destroy(removedFromSystem, CDamageSource());
return;
}
}
}
m_iTick++;
}
void CPlayerBall::State_KEEPERHANDS_Think()
{
int wasOrIsinPenBoxOfTeam = m_nInPenBoxOfTeam != TEAM_NONE ? m_nInPenBoxOfTeam : m_nWasInPenBoxOfTeam;
if (!CSDKPlayer::IsOnField(m_pPl, wasOrIsinPenBoxOfTeam))
{
m_pPl = GetGlobalTeam(wasOrIsinPenBoxOfTeam)->GetPlayerByPosType(POS_GK);
if (!m_pPl)
return State_Transition(BALL_STATE_NORMAL);
m_pPl->SetShotButtonsReleased(false);
m_pHoldingPlayer = m_pPl;
m_pPl->m_pHoldingBall = this;
m_pPl->DoServerAnimationEvent(PLAYERANIMEVENT_CARRY);
EnablePlayerCollisions(false);
}
UpdateCarrier();
Vector min = GetGlobalTeam(m_pPl->GetTeamNumber())->m_vPenBoxMin - Vector(BALL_PHYS_RADIUS, BALL_PHYS_RADIUS, 0);
Vector max = GetGlobalTeam(m_pPl->GetTeamNumber())->m_vPenBoxMax + Vector(BALL_PHYS_RADIUS, BALL_PHYS_RADIUS, 0);
// Ball outside the penalty box
if (m_nInPenBoxOfTeam == TEAM_NONE)
{
Vector vel, pos;
// Throw the ball towards the kick-off spot if it's behind the goal line and either would end up inside the goal or is in a map with a walled field
if ((m_pPl->GetTeam()->m_nForward == 1 && m_vPos.y < min.y || m_pPl->GetTeam()->m_nForward == -1 && m_vPos.y > max.y)
&& (SDKGameRules()->HasWalledField()
|| (m_vPos.x >= m_pPl->GetTeam()->m_vGoalCenter.GetX() - SDKGameRules()->m_vGoalTriggerSize.x
&& m_vPos.x <= m_pPl->GetTeam()->m_vGoalCenter.GetX() + SDKGameRules()->m_vGoalTriggerSize.x)))
{
pos = Vector(m_vPos.x, (m_pPl->GetTeam()->m_nForward == 1 ? SDKGameRules()->m_vFieldMin.GetY() - BALL_PHYS_RADIUS : SDKGameRules()->m_vFieldMax.GetY() + BALL_PHYS_RADIUS) + m_pPl->GetTeam()->m_nForward * 36, m_vPos.z);
vel = 25 * Vector(0, m_pPl->GetTeam()->m_nForward, 0);
}
else
{
pos = m_vPos;
vel = m_vPlVel;
}
SetPos(pos, false);
SetVel(vel, 0, FL_SPIN_FORCE_NONE, BODY_PART_KEEPERHANDS, true, sv_ball_shottaker_mindelay_short.GetFloat(), true);
return State_Transition(BALL_STATE_NORMAL);
}
Vector handPos;
QAngle handAng;
m_pPl->GetAttachment("keeperballrighthand", handPos, handAng);
SetPos(handPos, false);
SetAng(handAng);
if (m_pPl->ShotButtonsReleased() && m_pPl->IsChargedshooting() && m_pPl->CanShoot())
{
Vector vel;
int spinFlags;
PlayerAnimEvent_t animEvent;
if (m_aPlAng[PITCH] > sv_ball_keepershot_minangle.GetInt())
{
Vector dir;
AngleVectors(m_aPlAng, &dir);
vel = m_vPlForwardVel2D + dir * sv_ball_keeperthrow_strength.GetInt();
spinFlags = FL_SPIN_FORCE_NONE;
animEvent = PLAYERANIMEVENT_KEEPER_HANDS_THROW;
}
else
{
QAngle ang = m_aPlAng;
ang[PITCH] = min(sv_ball_keepershot_minangle.GetFloat(), m_aPlAng[PITCH]);
Vector dir;
AngleVectors(m_aPlAng, &dir);
vel = dir * GetChargedshotStrength(GetPitchCoeff(), sv_ball_chargedshot_minstrength.GetInt(), sv_ball_chargedshot_maxstrength.GetInt());
spinFlags = FL_SPIN_PERMIT_SIDE;
animEvent = PLAYERANIMEVENT_KEEPER_HANDS_KICK;
if (vel.Length() > 1000)
EmitSound("Ball.Kickhard");
else
EmitSound("Ball.Kicknormal");
}
m_pPl->DoServerAnimationEvent(animEvent);
RemoveAllTouches();
SetPos(Vector(m_vPlPos.x, m_vPlPos.y, m_vPlPos.z + sv_ball_bodypos_keeperhands.GetFloat()) + m_vPlForward2D * 36, false);
SetVel(vel, 1.0f, spinFlags, BODY_PART_KEEPERHANDS, true, sv_ball_shottaker_mindelay_short.GetFloat(), true);
return State_Transition(BALL_STATE_NORMAL);
}
}
void CParticleEffect::OnUpdate (Metric rSecondsPerTick)
// OnUpdate
//
// Update the effect
{
int iTick = GetSystem()->GetTick() + GetDestiny();
// Do not bother updating everything if we are far from the POV
bool bFarAway = false;
if (g_pUniverse->GetPOV()
&& g_pUniverse->GetCurrentSystem() == GetSystem())
{
Metric rPOVDist2 = (GetPos() - g_pUniverse->GetPOV()->GetPos()).Length2();
Metric rMaxUpdateDist2 = LIGHT_SECOND * LIGHT_SECOND * 3600;
bFarAway = (rPOVDist2 > rMaxUpdateDist2);
}
// Update the particles
SParticleArray *pGroup = m_pFirstGroup;
while (pGroup)
{
SParticleType *pType = pGroup->pType;
// Max distance for a particle in this group
Metric rMaxDist2 = pType->rRadius * pType->rRadius;
Metric rMinDist2 = pType->rHoleRadius * pType->rHoleRadius;
// If the particle field causes damage then we need to
// compute its average density
int iDensity = 0;
if (pType->m_fDamage)
{
Metric rRadius2 = pType->rRadius * pType->rRadius;
Metric rArea = rRadius2 / (LIGHT_SECOND * LIGHT_SECOND);
iDensity = (int)(4 * pGroup->iCount / rArea);
}
// Get an array of objects in the particle field that
// may influence the particles
CSpaceObject *Objects[ctMaxObjsInField];
int iObjCount = 0;
if (!bFarAway && (pType->m_fWake || pType->m_fDamage))
{
Metric rMaxInfluenceDist2 = rMaxDist2;
for (int i = 0; i < GetSystem()->GetObjectCount(); i++)
{
CSpaceObject *pObj = GetSystem()->GetObject(i);
if (pObj
&& pObj->GetCategory() == catShip
&& pObj != this)
{
CVector vDist = GetPos() - pObj->GetPos();
Metric rDist2 = vDist.Length2();
if (rDist2 < rMaxInfluenceDist2
&& (pObj->GetVel().Length2() > g_KlicksPerPixel)
&& iObjCount < ctMaxObjsInField)
{
Objects[iObjCount++] = pObj;
// See if the object should take damage
if (pType->m_fDamage)
{
CVector vDeltaV = pObj->GetVel() - GetVel();
int iSpeed = (int)(vDeltaV.Length() / g_KlicksPerPixel);
if (iSpeed == 0)
iSpeed = 1;
if (mathRandom(1, 1000) < (iDensity * iSpeed))
{
pObj->Damage(this,
pObj->GetPos(),
VectorToPolar(vDeltaV),
pType->Damage);
}
}
}
}
}
}
// If we're computing drag then we need to compute the new velocity
// of the whole particle system
CVector vNewVel;
if (pType->m_fDrag)
vNewVel = GetVel() * g_SpaceDragFactor;
// Iterate over all particles
SParticle *pParticle = pGroup->pParticles;
SParticle *pEnd = pParticle + pGroup->iCount;
while (pParticle < pEnd)
{
if (pParticle->IsValid())
{
// Lifespan. If we're far away and we're regenerating,
// then don't bother to compute lifespan.
if (pType->m_fLifespan
&& !(bFarAway && (pType->m_fRegenerate && pType->iRegenerationTimer)))
{
if (--pParticle->iLifeLeft == 0)
{
// Do we regenerate?
if (pType->m_fRegenerate && pType->iRegenerationTimer)
{
pParticle->iLifeLeft = pType->iLifespan;
pParticle->vPos = NullVector;
// Speed
Metric rSpeed = mathRandom(1, 100) * (pType->rAveSpeed / 100.0);
if (pType->iDirection == -1)
pParticle->vVel = PolarToVector(mathRandom(0, 359), rSpeed);
else
{
int iAngle = (pType->iDirection + 360 + mathRandom(0, 2 * pType->iDirRange) - pType->iDirRange) % 360;
pParticle->vVel = PolarToVector(iAngle, rSpeed);
}
}
// Otherwise we die
else
{
pParticle->iLifeLeft = -1;
pGroup->iAlive--;
pParticle++;
continue;
}
}
}
// Update the position
if (!bFarAway)
{
pParticle->vPos = pParticle->vPos + pParticle->vVel;
// Change the velocity to keep the particles within
// the radius
if (pType->m_fMaxRadius)
{
Metric rDist2 = pParticle->vPos.Length2();
if (pType->m_fMaxRadius && rDist2 > rMaxDist2)
{
CVector vChange = pParticle->vPos + g_KlicksPerPixel * pParticle->vPos.Perpendicular().Normal();
pParticle->vVel = pParticle->vVel - (0.00005 * vChange);
}
else if (rDist2 < rMinDist2)
{
CVector vNormal = pParticle->vPos.Normal();
CVector vChange = g_KlicksPerPixel * (400 * vNormal - 50 * vNormal.Perpendicular());
pParticle->vVel = pParticle->vVel + (0.00005 * vChange);
}
else
pParticle->vVel = pParticle->vVel * pType->rDampening;
}
if (pType->m_fDrag)
{
// Compute the new absolute velocity (after drag)
CVector vAbsolute = pType->rDampening * (pParticle->vVel + GetVel());
// The particle velocity is the absolute vel minus the
// system velocity.
pParticle->vVel = vAbsolute - vNewVel;
}
// Change the velocity based on influences from other objects
if (pType->m_fWake && (iTick % 4) == 0)
{
for (int i = 0; i < iObjCount; i++)
{
Metric rDist2 = (Objects[i]->GetPos() - (pParticle->vPos + GetPos())).Length2();
if (rDist2 < g_KlicksPerPixel * g_KlicksPerPixel * 1000)
{
if (Objects[i]->GetVel().Dot(pParticle->vVel) < Objects[i]->GetVel().Length2())
pParticle->vVel = pParticle->vVel + 0.2 * Objects[i]->GetVel();
}
}
}
}
}
pParticle++;
}
// Regeneration timer
if (pType->m_fRegenerate && pType->iRegenerationTimer)
pType->iRegenerationTimer--;
// If there are no more particles left alive in this group then kill
// the group
if (pGroup->iAlive == 0)
{
SParticleArray *pNext = pGroup->pNext;
SParticleArray *pPrev = NULL;
// Find the previous group
SParticleArray *pFind = m_pFirstGroup;
while (pFind != pGroup)
{
if (pPrev)
pPrev = pPrev->pNext;
else
pPrev = m_pFirstGroup;
pFind = pFind->pNext;
}
// Fix up the linked list
if (pPrev)
pPrev->pNext = pNext;
else
m_pFirstGroup = pNext;
// Delete the group
delete pGroup;
pGroup = pNext;
}
// Otherwise, next group
else
pGroup = pGroup->pNext;
}
// If we have no more groups then we destroy ourselves
if (m_pFirstGroup == NULL)
{
Destroy(removedFromSystem, NULL);
return;
}
// If we're moving, slow down
SetVel(CVector(GetVel().GetX() * g_SpaceDragFactor, GetVel().GetY() * g_SpaceDragFactor));
}
int _Spit::Callback(unsigned int msg, unsigned int wParam, int lParam)
{
switch(msg)
{
case ENTITYMSG_UPDATE:
//update velocity
SetVel(GetDir()*m_spd.MoveUpdate(g_timeElapse));
//update sound position
if(m_tSnd)
{
BASS_3DVECTOR pos, orient, vel;
memcpy(&pos, (float*)GetLoc(), sizeof(pos)); pos.z *= -1;
memcpy(&orient, (float*)GetDir(), sizeof(orient)); orient.z *= -1;
memcpy(&vel, (float*)GetVel(), sizeof(vel)); vel.z *= -1;
BASS_ChannelSet3DPosition(m_tSnd, &pos, &orient, &vel);
}
break;
case ENTITYMSG_ENTITYCOLLIDE://, (WPARAM)pEntity
{
EntityCommon *pEntity = (EntityCommon *)wParam;
EntityCommon *pOwner = (EntityCommon *)IDPageQuery(GetOwner());
//check to see if the owner is not the same type as entity
if(pOwner)
{
if(pOwner->GetEntityType() != pEntity->GetEntityType())
{
//check to see if the entity is a creature
if((pEntity->GetEntityType() == ENTITY_TYPE_TATA
|| pEntity->GetEntityType() == ENTITY_TYPE_ENEMY)
&& !pEntity->CheckFlag(CRE_FLAG_SPITIMMUNE))
{
//hit this fella
Creature *pCre = (Creature *)pEntity;
if(pCre->Hit())
{
int sndInd = -1;
pOwner->Callback(ENTITYMSG_REQUESTSOUND, SND_REQ_PROJ_HIT_CRE, (LPARAM)&sndInd);
pCre->CREPlaySound(sndInd);
}
SetFlag(ENTITY_FLAG_POLLDEATH, true);
}
}
}
if(!m_bBounce || m_bounceCur == m_bounceMax)
SetFlag(ENTITY_FLAG_POLLDEATH, true);
else
{
//bounce off
gfxTrace *pTrace = (gfxTrace*)lParam;
D3DXVECTOR3 norm(pTrace->norm), refl;
float nd = D3DXVec3Dot(&GetDir(), &norm);
refl = GetDir() - (2*nd*norm);
SetDir(refl);
m_bounceCur++;
}
}
break;
case ENTITYMSG_WORLDCOLLIDE:
{
if(!m_bBounce || m_bounceCur == m_bounceMax)
SetFlag(ENTITY_FLAG_POLLDEATH, true);
else
{
//bounce off
gfxTrace *pTrace = (gfxTrace*)lParam;
D3DXVECTOR3 norm(pTrace->norm), refl;
float nd = D3DXVec3Dot(&GetDir(), &norm);
refl = GetDir() - (2*nd*norm);
SetDir(refl);
m_bounceCur++;
}
}
break;
case ENTITYMSG_DEATH:
//cool FX explosion
break;
case ENTITYMSG_ALLOWGRAVITY:
//simply don't allow gravity
return 0;
}
return RETCODE_SUCCESS;
}
void CMfxEvent::setToDefaults()
{
SetTime( 0 );
SetPort( 0 );
SetChannel( 0 );
switch (GetType())
{
case Note:
SetKey( 60 );
SetVel( 64 );
SetDur( 120 );
break;
case KeyAft:
SetKey( 60 );
SetPressure( 0 );
break;
case Control:
SetCtrlNum( CTL_MODULATION );
SetCtrlVal( 0 );
break;
case Patch:
SetBankSelectMethod( Normal );
SetBank( BANK_NONE );
SetPatch( 0 );
break;
case ChanAft:
SetPressure( 0 );
break;
case Wheel:
SetWheel( 0 );
break;
case RPN:
case NRPN:
SetCtrlNum( 0 );
SetCtrlVal( 0 );
break;
case Sysx:
case Text:
case Lyric:
m_hBuffer = NULL;
break;
case MuteMask:
m_mfxChannel = 0;
m_maskSet = 0;
m_maskClear = 0;
break;
case VelOfs:
case KeyOfs:
m_mfxChannel = 0;
m_nOfs = 0;
break;
case VelTrim:
case KeyTrim:
m_mfxChannel = 0;
m_nTrim = 0;
break;
case ShortMsg:
m_dwShortMsg = 0;
break;
default:
ASSERT(FALSE);
break;
}
}
void DSKY::ProcessChannel10(ChannelValue val){
ChannelValue10 out_val;
char C1, C2;
out_val.Value = val.to_ulong();
C1 = ValueChar(out_val.Bits.c);
C2 = ValueChar(out_val.Bits.d);
switch (out_val.Bits.a) {
case 11:
Prog[0] = C1;
Prog[1] = C2;
break;
case 10:
Verb[0] = C1;
Verb[1] = C2;
break;
case 9:
Noun[0] = C1;
Noun[1] = C2;
break;
case 8:
R1[1] = C2;
break;
case 7:
R1[2] = C1;
R1[3] = C2;
if (out_val.Bits.b) {
R1[0] = '+';
}
else if (R1[0] == '+') {
R1[0] = ' ';
}
break;
case 6:
R1[4] = C1;
R1[5] = C2;
if (out_val.Bits.b) {
R1[0] = '-';
}
else if (R1[0] == '-') {
R1[0] = ' ';
}
break;
case 5:
R2[1] = C1;
R2[2] = C2;
if (out_val.Bits.b) {
R2[0] = '+';
}
else if (R2[0] == '+') {
R2[0] = ' ';
}
break;
case 4:
R2[3] = C1;
R2[4] = C2;
if (out_val.Bits.b) {
R2[0] = '-';
}
else if (R2[0] == '-') {
R2[0] = ' ';
}
break;
case 3:
R2[5] = C1;
R3[1] = C2;
break;
case 2:
R3[2] = C1;
R3[3] = C2;
if (out_val.Bits.b) {
R3[0] = '+';
}
else if (R3[0] == '+') {
R3[0] = ' ';
}
break;
case 1:
R3[4] = C1;
R3[5] = C2;
if (out_val.Bits.b) {
R3[0] = '-';
}
else if (R3[0] == '-') {
R3[0] = ' ';
}
break;
// 12 - set light states.
case 12:
SetVel((out_val.Value & (1 << 2)) != 0);
SetNoAtt((out_val.Value & (1 << 3)) != 0);
SetAlt((out_val.Value & (1 << 4)) != 0);
SetGimbalLock((out_val.Value & (1 << 5)) != 0);
SetTracker((out_val.Value & (1 << 7)) != 0);
SetProg((out_val.Value & (1 << 8)) != 0);
break;
}
}