//===========================================================================
// Copyright (C) 2002 Radical Entertainment Ltd. All rights reserved.
//
// Component: ActorDSG
//
// Description: ActorDSG is a statepropdsg that has an id that will indicate the
// relationship between an object and the objects that it can shoot
//
// Authors: Michael Riegger
//
//===========================================================================
//---------------------------------------------------------------------------
// Includes
//===========================================================================
#include <ai/actor/actordsg.h>
#include <ai/actor/actormanager.h>
#include <render/breakables/breakablesmanager.h>
#include <stateprop/statepropdata.hpp>
#include <p3d/matrixstack.hpp>
#include <simcommon/simstatearticulated.hpp>
#include <simphysics/articulatedphysicsobject.hpp>
#include <debug/profiler.h>
#include <worldsim/coins/coinmanager.h>
#include <render/intersectmanager/intersectmanager.h>
#include <ai/actor/intersectionlist.h>
#include <constants/actorenum.h>
#include <p3d/view.hpp>
#include <p3d/light.hpp>
#include <raddebug.hpp>
//===========================================================================
// Local Constants, Typedefs, and Macros
//===========================================================================
unsigned int ActorDSG::s_IDCounter = 0;
static const int REMOVE_FROM_WORLD = 0;
static const int SPAWN_5_COINS = 1;
static const int REMOVE_COLLISION_VOLUME = 2;
static const int FIRE_ENERGY_BOLT = 3;
static const int KILL_SPEED = 4;
static const int SPAWN_10_COINS = 5;
static const int SPAWN_15_COINS = 6;
static const int SPAWN_20_COINS = 7;
// States for the shield
static const unsigned int SHIELD_STATE_POWER_UP = 0;
static const unsigned int SHIELD_STATE_IDLE = 1;
static const unsigned int SHIELD_STATE_HIT = 2;
static const unsigned int SHIELD_STATE_DESTROYED = 3;
// States for the tractor beam
static const unsigned int TRACTOR_BEAM_ACTIVATE = 0;
static const unsigned int TRACTOR_BEAM_ON = 1;
static const unsigned int TRACTOR_BEAM_DEACTIVATE = 2;
static const unsigned int TRACTOR_BEAM_OFF = 3;
//===========================================================================
// Global Data, Local Data, Local Classes
//===========================================================================
class CStateProp;
static tUID s_UfoName = tName::MakeUID("spaceship");
//===========================================================================
// Member Functions
//===========================================================================
//===========================================================================
// Debugging / Watching
//===========================================================================
static float AMB_RED_SCALE = 2.0f;
static float AMB_GREEN_SCALE = 2.0f;
static float AMB_BLUE_SCALE = 2.0f;
static float DIR_RED_SCALE = 1.0f;
static float DIR_GREEN_SCALE = 1.0f;
static float DIR_BLUE_SCALE = 1.0f;
ActorDSG::ActorDSG():
m_ID( ++s_IDCounter ),
m_ShieldProp( NULL ),
m_TractorBeamProp( NULL ),
m_ShieldEnabled( false ),
mPhysicsProperties( NULL )
{
}
ActorDSG::~ActorDSG()
{
if ( m_ShieldProp != NULL )
{
m_ShieldProp->Release();
m_ShieldProp = NULL;
}
if ( m_TractorBeamProp != NULL )
{
m_TractorBeamProp->ReleaseVerified();
m_TractorBeamProp = NULL;
}
if ( mPhysicsProperties != NULL )
{
mPhysicsProperties->Release();
}
}
sim::Solving_Answer
ActorDSG::PreReactToCollision( sim::SimState* pCollidedObj, sim::Collision& inCollision )
{
// Check to see that we aren't going to collide with an object that has the same ID
// that we do
if ( pCollidedObj->mAIRefIndex == PhysicsAIRef::ActorStateProp )
{
rAssert( dynamic_cast< ActorDSG* >( static_cast< tRefCounted* >( pCollidedObj->mAIRefPointer) ) );
ActorDSG* pStatePropDSG = static_cast< ActorDSG* >( pCollidedObj->mAIRefPointer );
if ( pStatePropDSG->GetID() == GetID() )
{
return sim::Solving_Aborted;
}
}
HandleEvent( StatePropDSG::FEATHER_TOUCH );
return sim::Solving_Continue;
}
void
ActorDSG::SetRank(rmt::Vector& irRefPosn, rmt::Vector& mViewVector)
{
if ( mpStateProp->GetUID() != s_UfoName )
{
IEntityDSG::SetRank( irRefPosn, mViewVector );
}
else
{
// Final hack to make the UFO always draw last
// The UFO has a *huge* bounding sphere that makes it
// always drawn after the vehicle explosion, cutting it
// off nastily, lets fix it and force the thing to be drawn first
mRank = FLT_MAX;
}
}
sim::Solving_Answer
ActorDSG::PostReactToCollision(rmt::Vector& impulse, sim::Collision& inCollision)
{
// Calculate impulse
float impulseMagSqr = impulse.MagnitudeSqr();
// If the shield is on, impulse has to be above an very high number to cause it be
// be destroyed
const float FORCE_REQUIRED_TO_BREAK_SHIELD = 1600000;
const float FORCE_REQUIRE_TO_DESTROY = 800000;
if ( m_ShieldEnabled )
{
if ( impulseMagSqr > FORCE_REQUIRED_TO_BREAK_SHIELD )
{
DestroyShield();
}
else
{
PlayShieldGettingHit();
}
}
else
{
if ( impulseMagSqr > FORCE_REQUIRE_TO_DESTROY )
{
HandleEvent( DESTROYED );
}
}
AddToSimulation();
return CollisionEntityDSG::PostReactToCollision(impulse, inCollision);
}
void ActorDSG::ApplyForce( const rmt::Vector& direction, float force )
{
// Force over a certain
const float SHIELD_BREAKING_FORCE = 400.0f;
const float FORCE_REQUIRED_TO_DESTROY = 400.0f;
if ( m_ShieldEnabled )
{
if ( force < SHIELD_BREAKING_FORCE )
{
PlayShieldGettingHit();
}
else
{
DestroyShield();
}
}
else
{
if ( force >= FORCE_REQUIRED_TO_DESTROY )
{
DestroyShield();
HandleEvent( StatePropDSG::DESTROYED );
DynaPhysDSG::ApplyForce( direction, force );
}
}
}
void
ActorDSG::RecieveEvent( int callback , CStateProp* stateProp )
{
switch ( callback )
{
case FIRE_ENERGY_BOLT:
{
tName name = "waspray";
GetActorManager()->FireProjectile( name.GetUID(), mPosn, -mTransform.Row(2), m_ID );
}
break;
case REMOVE_FROM_WORLD:
GetActorManager()->RemoveActorByDSGPointer( this, true );
break;
default:
StatePropDSG::RecieveEvent( callback, stateProp );
break;
};
}
void
ActorDSG::HandleEvent( StatePropDSG::Event event )
{
// If a shield is enabled, then only destroyed events should get
StatePropDSG::HandleEvent( event );
}
bool
ActorDSG::LoadShield( const char* statePropName )
{
bool loadedOk = false;
CStatePropData* statePropData = p3d::find< CStatePropData > ( statePropName );
if ( statePropData != NULL )
{
CStateProp* stateprop = CStateProp::CreateStateProp( statePropData, 0 );
if ( stateprop != NULL )
{
m_ShieldEnabled = true;
tRefCounted::Assign( m_ShieldProp, stateprop);
loadedOk = true;
SetPhysicsProperties( 100.0f, 0.8f, 1.15f, 0.0f );
}
}
return loadedOk;
}
bool
ActorDSG::LoadTractorBeam( const char* statePropName )
{
bool loadedOk = false;
CStatePropData* statePropData = p3d::find< CStatePropData > ( statePropName );
if ( statePropData != NULL )
{
CStateProp* stateprop = CStateProp::CreateStateProp( statePropData, TRACTOR_BEAM_OFF );
if ( stateprop != NULL )
{
tRefCounted::Assign( m_TractorBeamProp, stateprop);
loadedOk = true;
}
}
return loadedOk;
}
void
ActorDSG::ActivateTractorBeam()
{
if ( m_TractorBeamProp != NULL )
{
if ( m_TractorBeamProp->GetState() == TRACTOR_BEAM_OFF )
{
m_TractorBeamProp->SetState( TRACTOR_BEAM_ACTIVATE );
}
}
}
void
ActorDSG::DeactivateTractorBeam()
{
if ( m_TractorBeamProp != NULL )
{
if ( m_TractorBeamProp->GetState() == TRACTOR_BEAM_ON ||
m_TractorBeamProp->GetState() == TRACTOR_BEAM_ACTIVATE )
{
m_TractorBeamProp->SetState( TRACTOR_BEAM_DEACTIVATE );
}
}
}
bool
ActorDSG::IsTractorBeamOn()const
{
if ( m_TractorBeamProp == NULL )
return false;
return m_TractorBeamProp->GetState() != TRACTOR_BEAM_OFF;
}
void
ActorDSG::Display()
{
// Have the rad debugging functions been attached yet?
// Check, and if not, add them once
#ifndef RAD_RELEASE
static bool radattached = false;
if ( radattached == false )
{
radDbgWatchAddFloat( &AMB_RED_SCALE, "Amb Red Scale", "Wasp lighting", NULL, NULL, 0, 4.0f );
radDbgWatchAddFloat( &AMB_GREEN_SCALE, "Amb Green Scale", "Wasp lighting", NULL, NULL, 0, 4.0f );
radDbgWatchAddFloat( &AMB_BLUE_SCALE, "Amb Blue Scale", "Wasp lighting", NULL, NULL, 0, 4.0f );
radDbgWatchAddFloat( &DIR_RED_SCALE, "Dir Red Scale", "Wasp lighting", NULL, NULL, 0, 4.0f );
radDbgWatchAddFloat( &DIR_GREEN_SCALE, "Dir Green Scale", "Wasp lighting", NULL, NULL, 0, 4.0f );
radDbgWatchAddFloat( &DIR_BLUE_SCALE, "Dir Blue Scale", "Wasp lighting", NULL, NULL, 0, 4.0f );
radattached = true;
}
#endif
// Aryan and Yayoi want the beecamera brightened artificially
// There doesnt appear to be a nice + quick solution
// Do a quick UID compare then brighten the level lights
// We will reset them after drawing is finished
static tUID beecameraUID = tName::MakeUID( "beecamera" );
tColour origColours[MAX_VIEW_LIGHTS];
tColour origAmbient;
if ( mpStateProp->GetUID() == beecameraUID )
{
tView* view = p3d::context->GetView();
for ( unsigned int i = 0 ; i < MAX_VIEW_LIGHTS ; i ++ )
{
tLight* light = view->GetLight( i );
if ( light )
{
origColours[i] = light->GetColour();
int r = (int)( (float) origColours[i].Red() * DIR_RED_SCALE );
int g = (int)( (float) origColours[i].Green() * DIR_GREEN_SCALE );
int b = (int)( (float) origColours[i].Blue() * DIR_BLUE_SCALE );
if ( r > 255 ) r = 255;
if ( g > 255 ) g = 255;
if ( b > 255 ) b = 255;
tColour newColour( r, g, b );
light->SetColour( newColour );
}
}
origAmbient = p3d::pddi->GetAmbientLight();
int r = (int)( (float) origAmbient.Red() * AMB_RED_SCALE );
int g = (int)( (float) origAmbient.Green() * AMB_GREEN_SCALE );
int b = (int)( (float) origAmbient.Blue() * AMB_BLUE_SCALE );
if ( r > 255 ) r = 255;
if ( g > 255 ) g = 255;
if ( b > 255 ) b = 255;
tColour scaledAmbient( r, g, b );
p3d::pddi->SetAmbientLight( scaledAmbient );
}
#ifdef PROFILER_ENABLED
char profileName[] = " ActorDSG Display";
#endif
DSG_BEGIN_PROFILE(profileName)
StatePropDSG::Display();
if ( m_ShieldProp != NULL )
{
// Draw the shield
p3d::stack->PushMultiply( mTransform );
m_ShieldProp->UpdateFrameControllersForRender();
m_ShieldProp->GetDrawable()->Display();
p3d::stack->Pop();
}
if ( m_TractorBeamProp != NULL )
{
// Draw the tractor beam
p3d::stack->PushMultiply( mTransform );
m_TractorBeamProp->Display();
p3d::stack->Pop();
}
// Reset the level lights for the beecamera
if ( mpStateProp->GetUID() == beecameraUID )
{
tView* view = p3d::context->GetView();
for ( unsigned int i = 0 ; i < MAX_VIEW_LIGHTS ; i ++ )
{
tLight* light = view->GetLight( i );
if ( light )
{
light->SetColour( origColours[i] );
}
}
// Reset the ambient
p3d::pddi->SetAmbientLight( origAmbient );
}
DSG_END_PROFILE(profileName)
}
void
ActorDSG::AdvanceAnimation( float timeInMS )
{
if ( m_ShieldProp )
{
m_ShieldProp->Update( timeInMS );
}
if ( m_TractorBeamProp )
{
m_TractorBeamProp->Update( timeInMS );
}
StatePropDSG::AdvanceAnimation( timeInMS );
}
void
ActorDSG::DestroyShield()
{
if ( m_ShieldProp != NULL )
{
m_ShieldEnabled = false;
m_ShieldProp->SetState( SHIELD_STATE_DESTROYED );
}
}
void
ActorDSG::PlayShieldGettingHit()
{
if ( m_ShieldProp != NULL )
{
if ( m_ShieldProp->GetState() != SHIELD_STATE_HIT )
{
m_ShieldProp->SetState( SHIELD_STATE_HIT );
}
}
}
void
ActorDSG::RestoreShield()
{
if ( m_ShieldProp )
{
m_ShieldEnabled = true;
m_ShieldProp->SetState( SHIELD_STATE_POWER_UP );
}
}
void
ActorDSG::SetPhysicsProperties( float mass, float friction, float rest, float tang )
{
if ( mPhysicsProperties == NULL )
return;
// We want to grab the volume so we can compute the density via the given mass
// and the simstate's volume
sim::SimStateArticulated* pSimStateArt = ( sim::SimStateArticulated* )( mpSimStateObj );
sim::ArticulatedPhysicsObject* physicsObject = static_cast< sim::ArticulatedPhysicsObject*>( pSimStateArt->GetSimulatedObject( -1 ));
float volume = physicsObject->GetVolume();
rAssert( volume != 0 );
float density = mass / volume;
mPhysicsProperties->SetRestCoeffCGS( rest );
mPhysicsProperties->SetFrictCoeffCGS( friction );
mPhysicsProperties->SetTangRestCoeffCGS( tang );
mPhysicsProperties->SetDensityCGS( density );
mpSimStateObj->SetPhysicsProperties( mPhysicsProperties );
}
void
ActorDSG::LoadSetup( CStatePropData* statePropData,
int startState,
const rmt::Matrix& transform,
CollisionAttributes* ipCollAttr,
bool isMoveable,
bool isDynaLoaded,
tEntityStore* ipSearchStore )
{
HeapMgr()->PushHeap( GMA_LEVEL_OTHER );
sim::PhysicsProperties* physicsProperties = new sim::PhysicsProperties;
StatePropDSG::LoadSetup( statePropData, startState, transform, ipCollAttr, isDynaLoaded, ipSearchStore );
tRefCounted::Assign( mPhysicsProperties, physicsProperties );
HeapMgr()->PopHeap( GMA_LEVEL_OTHER );
}
void
ActorDSG::GenerateCoins( int numCoins )
{
// Generate coins, but take into account the fact that this object might be hovering
// over the ground.
// So generate coins at the top of the object below the stateprop
// First find the ground plane
bool foundPlane;
rmt::Vector deepestPosn, deepestNormal, groundPlaneNormal, groundPlanePosn;
rmt::Vector searchPosn = rPosition();
searchPosn.y += 100.0f;
GetIntersectManager()->FindIntersection( searchPosn, foundPlane, groundPlaneNormal, groundPlanePosn );
if ( foundPlane == false )
{
groundPlanePosn = rPosition();
groundPlanePosn.y -= 30.0f;
}
// Check to see if there any static objects directly underneath us
// find the midpoint between the current position and the ground position
rmt::Vector midpoint = ( groundPlanePosn + rPosition() ) * 0.5f;
float radius = (rPosition().y - groundPlanePosn.y );
ReserveArray< StaticPhysDSG* > spList(200);
GetIntersectManager()->FindStaticPhysElems( midpoint, radius , spList );
// Iterate through the static phys list and add them to an intersection list
IntersectionList staticList;
for ( int i = 0 ; i < spList.mUseSize; i++ )
{
staticList.AddStatic( spList[i]->GetSimState() );
}
// Now query our list using subcollision volume accuracy to pinpoint the precise location
// of intersection
rmt::Vector staticIntersection;
rmt::Vector start = rPosition();
rmt::Vector end = groundPlanePosn;
if ( staticList.TestIntersectionStatics( start, end, &staticIntersection ))
{
// There is a static in the way. spawn teh coins on top of this object
GetCoinManager()->SpawnCoins( numCoins, rPosition(), staticIntersection.y );
}
else
{
// The wasp is hovering above solid ground. Spawn the coins on the ground
GetCoinManager()->SpawnCoins( numCoins, rPosition(), groundPlanePosn.y );
}
}
int
ActorDSG::CastsShadow()
{
// Dont cast a shadow in the first (fade in) and last(exploded) states
int castsShadow;
unsigned int statepropState = GetState();
if ( statepropState == ActorEnum::eFadeIn || statepropState == ActorEnum::eDestroyed )
castsShadow = 0;
else
castsShadow = StaticPhysDSG::CastsShadow();
return castsShadow;
}
